>>> chicken: Building community/chicken 5.3.0-r1 (using abuild 3.9.0-r0) started Sun, 23 Jan 2022 14:19:46 +0000 >>> chicken: Checking sanity of /home/buildozer/aports/community/chicken/APKBUILD... >>> chicken: Analyzing dependencies... >>> chicken: Installing for build: build-base gcc libc-dev (1/1) Installing .makedepends-chicken (20220123.141947) OK: 344 MiB in 107 packages >>> chicken: Cleaning up srcdir >>> chicken: Cleaning up pkgdir >>> chicken: Fetching https://distfiles.alpinelinux.org/distfiles/edge/chicken-5.3.0.tar.gz % Total % Received % Xferd Average Speed Time Time Time Current Dload Upload Total Spent Left Speed 0 0 0 0 0 0 0 0 --:--:-- --:--:-- --:--:-- 0 0 0 0 0 0 0 0 0 --:--:-- --:--:-- --:--:-- 0 100 3974k 100 3974k 0 0 23.8M 0 --:--:-- --:--:-- --:--:-- 23.8M >>> chicken: Fetching https://distfiles.alpinelinux.org/distfiles/edge/chicken-5.3.0.tar.gz >>> chicken: Checking sha512sums... chicken-5.3.0.tar.gz: OK redundant-rpath.patch: OK >>> chicken: Unpacking /var/cache/distfiles/edge/chicken-5.3.0.tar.gz... >>> chicken: redundant-rpath.patch patching file Makefile.linux echo '#define C_CHICKEN_PROGRAM "chicken"' >> chicken-defaults.h echo '#ifndef C_INSTALL_CC' >> chicken-defaults.h echo '# define C_INSTALL_CC "gcc"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_CXX' >> chicken-defaults.h echo '# define C_INSTALL_CXX "g++"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_POSTINSTALL_PROGRAM' >> chicken-defaults.h echo '# define C_INSTALL_POSTINSTALL_PROGRAM "true"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_RC_COMPILER' >> chicken-defaults.h echo '# define C_INSTALL_RC_COMPILER ""' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_CFLAGS' >> chicken-defaults.h echo '# define C_INSTALL_CFLAGS "-fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_LDFLAGS' >> chicken-defaults.h echo '# define C_INSTALL_LDFLAGS " "' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_PREFIX' >> chicken-defaults.h echo '# define C_INSTALL_PREFIX "/usr"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_SHARE_HOME' >> chicken-defaults.h echo '# define C_INSTALL_SHARE_HOME "/usr/share/chicken"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_BIN_HOME' >> chicken-defaults.h echo '# define C_INSTALL_BIN_HOME "/usr/bin"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_EGG_HOME' >> chicken-defaults.h echo '# define C_INSTALL_EGG_HOME "/usr/lib/chicken/11"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_LIB_HOME' >> chicken-defaults.h echo '# define C_INSTALL_LIB_HOME "/usr/lib"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_LIB_NAME' >> chicken-defaults.h echo '# define C_INSTALL_LIB_NAME "chicken"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_STATIC_LIB_HOME' >> chicken-defaults.h echo '# define C_INSTALL_STATIC_LIB_HOME "/usr/lib"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_INCLUDE_HOME' >> chicken-defaults.h echo '# define C_INSTALL_INCLUDE_HOME "/usr/include/chicken"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_MORE_LIBS' >> chicken-defaults.h echo '# define C_INSTALL_MORE_LIBS "-lm -ldl"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_INSTALL_MORE_STATIC_LIBS' >> chicken-defaults.h echo '# define C_INSTALL_MORE_STATIC_LIBS "-lm -ldl"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_STACK_GROWS_DOWNWARD' >> chicken-defaults.h echo '# define C_STACK_GROWS_DOWNWARD 1' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_MORE_LIBS' >> chicken-defaults.h echo '# define C_TARGET_MORE_LIBS "-lm -ldl"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_MORE_STATIC_LIBS' >> chicken-defaults.h echo '# define C_TARGET_MORE_STATIC_LIBS "-lm -ldl"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_CC' >> chicken-defaults.h echo '# define C_TARGET_CC "gcc"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_CXX' >> chicken-defaults.h echo '# define C_TARGET_CXX "g++"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_RC_COMPILER' >> chicken-defaults.h echo '# define C_TARGET_RC_COMPILER ""' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_LIBRARIAN' >> chicken-defaults.h echo '# define C_TARGET_LIBRARIAN "ar"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_INSTALL_PROGRAM' >> chicken-defaults.h echo '# define C_TARGET_INSTALL_PROGRAM "install"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_CFLAGS' >> chicken-defaults.h echo '# define C_TARGET_CFLAGS "-fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_LIBRARIAN_FLAGS' >> chicken-defaults.h echo '# define C_TARGET_LIBRARIAN_FLAGS "cru"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_LDFLAGS' >> chicken-defaults.h echo '# define C_TARGET_LDFLAGS " "' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_INSTALL_PROGRAM_EXECUTABLE_OPTIONS' >> chicken-defaults.h echo '# define C_TARGET_INSTALL_PROGRAM_EXECUTABLE_OPTIONS "-m 755"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_INSTALL_PROGRAM_FILE_OPTIONS' >> chicken-defaults.h echo '# define C_TARGET_INSTALL_PROGRAM_FILE_OPTIONS "-m 644"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_FEATURES' >> chicken-defaults.h echo '# define C_TARGET_FEATURES ""' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_CROSS_CHICKEN' >> chicken-defaults.h echo '# define C_CROSS_CHICKEN 0' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_PREFIX' >> chicken-defaults.h echo '# define C_TARGET_PREFIX "/usr"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_BIN_HOME' >> chicken-defaults.h echo '# define C_TARGET_BIN_HOME "/usr/bin"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_LIB_HOME' >> chicken-defaults.h echo '# define C_TARGET_LIB_HOME "/usr/lib"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_LIB_NAME' >> chicken-defaults.h echo '# define C_TARGET_LIB_NAME "chicken"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_RUN_LIB_HOME' >> chicken-defaults.h echo '# define C_TARGET_RUN_LIB_HOME "/usr/lib"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_SHARE_HOME' >> chicken-defaults.h echo '# define C_TARGET_SHARE_HOME "/usr/share/chicken"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_INCLUDE_HOME' >> chicken-defaults.h echo '# define C_TARGET_INCLUDE_HOME "/usr/include/chicken"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_TARGET_STATIC_LIB_HOME' >> chicken-defaults.h echo '# define C_TARGET_STATIC_LIB_HOME "/usr/lib"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_CHICKEN_PROGRAM' >> chicken-defaults.h echo '# define C_CHICKEN_PROGRAM "chicken"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_CSC_PROGRAM' >> chicken-defaults.h echo '# define C_CSC_PROGRAM "csc"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_CSI_PROGRAM' >> chicken-defaults.h echo '# define C_CSI_PROGRAM "csi"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_CHICKEN_DO_PROGRAM' >> chicken-defaults.h echo '# define C_CHICKEN_DO_PROGRAM "chicken-do"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_CHICKEN_INSTALL_PROGRAM' >> chicken-defaults.h echo '# define C_CHICKEN_INSTALL_PROGRAM "chicken-install"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_CHICKEN_UNINSTALL_PROGRAM' >> chicken-defaults.h echo '# define C_CHICKEN_UNINSTALL_PROGRAM "chicken-uninstall"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_CHICKEN_STATUS_PROGRAM' >> chicken-defaults.h echo '# define C_CHICKEN_STATUS_PROGRAM "chicken-status"' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_WINDOWS_SHELL' >> chicken-defaults.h echo '# define C_WINDOWS_SHELL 0' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_BINARY_VERSION' >> chicken-defaults.h echo '# define C_BINARY_VERSION 11' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '#ifndef C_USES_SONAME' >> chicken-defaults.h echo '# define C_USES_SONAME 1' >> chicken-defaults.h echo '#endif' >> chicken-defaults.h echo '/* END OF FILE */' >> chicken-defaults.h echo "/* GENERATED */" >chicken-config.h echo "#define HAVE_DIRENT_H 1" >>chicken-config.h echo "#define HAVE_DLFCN_H 1" >>chicken-config.h echo "#define HAVE_INTTYPES_H 1" >>chicken-config.h echo "#define HAVE_LIMITS_H 1" >>chicken-config.h echo "#define HAVE_LONG_LONG 1" >>chicken-config.h echo "#define HAVE_MEMMOVE 1" >>chicken-config.h echo "#define HAVE_MEMORY_H 1" >>chicken-config.h echo "#define HAVE_SIGACTION 1" >>chicken-config.h echo "#define HAVE_SIGSETJMP 1" >>chicken-config.h echo "#define HAVE_SIGPROCMASK 1" >>chicken-config.h echo "#define HAVE_STDINT_H 1" >>chicken-config.h echo "#define HAVE_STDLIB_H 1" >>chicken-config.h echo "#define HAVE_STRERROR 1" >>chicken-config.h echo "#define HAVE_STRINGS_H 1" >>chicken-config.h echo "#define HAVE_STRING_H 1" >>chicken-config.h echo "#define HAVE_STRTOLL 1" >>chicken-config.h echo "#define HAVE_STRTOQ 1" >>chicken-config.h echo "#define HAVE_SYS_STAT_H 1" >>chicken-config.h echo "#define HAVE_SYS_TYPES_H 1" >>chicken-config.h echo "#define HAVE_SETENV 1" >>chicken-config.h echo "#define HAVE_UNISTD_H 1" >>chicken-config.h echo "#define HAVE_UNSIGNED_LONG_LONG 1" >>chicken-config.h echo "#define STDC_HEADERS 1" >>chicken-config.h echo "#define HAVE_ALLOCA 1" >>chicken-config.h echo "#define HAVE_ALLOCA_H 1" >>chicken-config.h echo "#define HAVE_ERRNO_H 1" >>chicken-config.h echo "#define HAVE_SYSEXITS_H 1" >>chicken-config.h echo "#define C_STACK_GROWS_DOWNWARD 1" >>chicken-config.h echo "#define C_USE_STD_FEATURE_MACROS" >>chicken-config.h cat chicken-defaults.h >>chicken-config.h gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN library.c -o library-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN eval.c -o eval-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN read-syntax.c -o read-syntax-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN repl.c -o repl-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN data-structures.c -o data-structures-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN pathname.c -o pathname-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN port.c -o port-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN file.c -o file-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN extras.c -o extras-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN lolevel.c -o lolevel-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN tcp.c -o tcp-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN srfi-4.c -o srfi-4-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN continuation.c -o continuation-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN posixunix.c -o posixunix-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN internal.c -o internal-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN irregex.c -o irregex-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN scheduler.c -o scheduler-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN debugger-client.c -o debugger-client-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN profiler.c -o profiler-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN stub.c -o stub-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN expand.c -o expand-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN modules.c -o modules-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN chicken-syntax.c -o chicken-syntax-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN chicken-ffi-syntax.c -o chicken-ffi-syntax-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN build-version.c -o build-version-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN runtime.c -o runtime-static.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -DC_BUILDING_LIBCHICKEN eval-modules.c -o eval-modules-static.o -I. -I./ ar cru libchicken.a library-static.o eval-static.o read-syntax-static.o repl-static.o data-structures-static.o pathname-static.o port-static.o file-static.o extras-static.o lolevel-static.o tcp-static.o srfi-4-static.o continuation-static.o posixunix-static.o internal-static.o irregex-static.o scheduler-static.o debugger-client-static.o profiler-static.o stub-static.o expand-static.o modules-static.o chicken-syntax-static.o chicken-ffi-syntax-static.o build-version-static.o runtime-static.o eval-modules-static.o ar: `u' modifier ignored since `D' is the default (see `U') gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN library.c -o library.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN eval.c -o eval.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN read-syntax.c -o read-syntax.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN repl.c -o repl.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN data-structures.c -o data-structures.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN pathname.c -o pathname.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN port.c -o port.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN file.c -o file.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN extras.c -o extras.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN lolevel.c -o lolevel.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN tcp.c -o tcp.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN srfi-4.c -o srfi-4.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN continuation.c -o continuation.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN posixunix.c -o posixunix.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN internal.c -o internal.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN irregex.c -o irregex.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN scheduler.c -o scheduler.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN debugger-client.c -o debugger-client.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN profiler.c -o profiler.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN stub.c -o stub.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN expand.c -o expand.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN modules.c -o modules.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken-syntax.c -o chicken-syntax.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken-ffi-syntax.c -o chicken-ffi-syntax.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN build-version.c -o build-version.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN runtime.c -o runtime.o -I. -I./ gcc -shared -Wl,-soname,libchicken.so.11 \ -o libchicken.so library.o eval.o read-syntax.o repl.o data-structures.o pathname.o port.o file.o extras.o lolevel.o tcp.o srfi-4.o continuation.o posixunix.o internal.o irregex.o scheduler.o debugger-client.o profiler.o stub.o expand.o modules.o chicken-syntax.o chicken-ffi-syntax.o build-version.o runtime.o -lm -ldl ln -sf libchicken.so libchicken.so.11 gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC chicken.c -o chicken.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC batch-driver.c -o batch-driver.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC core.c -o core.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC optimizer.c -o optimizer.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC lfa2.c -o lfa2.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC compiler-syntax.c -o compiler-syntax.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC scrutinizer.c -o scrutinizer.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC support.c -o support.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC c-platform.c -o c-platform.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC c-backend.c -o c-backend.o -I. -I./ gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -c -Os -fomit-frame-pointer -fPIC -DPIC user-pass.c -o user-pass.o -I. -I./ gcc -L. chicken.o batch-driver.o core.o optimizer.o lfa2.o compiler-syntax.o scrutinizer.o support.o c-platform.o c-backend.o user-pass.o -o chicken \ -lchicken -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -fPIC -DPIC -c -Os -fomit-frame-pointer csi.c -o csi.o -I. -I./ gcc -L. csi.o -o csi -lchicken -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN srfi-4.import.c -o srfi-4.import.o -I. -I./ gcc -L. -shared srfi-4.import.o -o srfi-4.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.base.import.c -o chicken.base.import.o -I. -I./ gcc -L. -shared chicken.base.import.o -o chicken.base.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.condition.import.c -o chicken.condition.import.o -I. -I./ gcc -L. -shared chicken.condition.import.o -o chicken.condition.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.csi.import.c -o chicken.csi.import.o -I. -I./ gcc -L. -shared chicken.csi.import.o -o chicken.csi.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.foreign.import.c -o chicken.foreign.import.o -I. -I./ gcc -L. -shared chicken.foreign.import.o -o chicken.foreign.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.syntax.import.c -o chicken.syntax.import.o -I. -I./ gcc -L. -shared chicken.syntax.import.o -o chicken.syntax.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.time.import.c -o chicken.time.import.o -I. -I./ gcc -L. -shared chicken.time.import.o -o chicken.time.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.bitwise.import.c -o chicken.bitwise.import.o -I. -I./ gcc -L. -shared chicken.bitwise.import.o -o chicken.bitwise.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.blob.import.c -o chicken.blob.import.o -I. -I./ gcc -L. -shared chicken.blob.import.o -o chicken.blob.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.errno.import.c -o chicken.errno.import.o -I. -I./ gcc -L. -shared chicken.errno.import.o -o chicken.errno.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.file.posix.import.c -o chicken.file.posix.import.o -I. -I./ gcc -L. -shared chicken.file.posix.import.o -o chicken.file.posix.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.fixnum.import.c -o chicken.fixnum.import.o -I. -I./ gcc -L. -shared chicken.fixnum.import.o -o chicken.fixnum.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.flonum.import.c -o chicken.flonum.import.o -I. -I./ gcc -L. -shared chicken.flonum.import.o -o chicken.flonum.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.format.import.c -o chicken.format.import.o -I. -I./ gcc -L. -shared chicken.format.import.o -o chicken.format.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.gc.import.c -o chicken.gc.import.o -I. -I./ gcc -L. -shared chicken.gc.import.o -o chicken.gc.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.io.import.c -o chicken.io.import.o -I. -I./ gcc -L. -shared chicken.io.import.o -o chicken.io.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.keyword.import.c -o chicken.keyword.import.o -I. -I./ gcc -L. -shared chicken.keyword.import.o -o chicken.keyword.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.load.import.c -o chicken.load.import.o -I. -I./ gcc -L. -shared chicken.load.import.o -o chicken.load.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.locative.import.c -o chicken.locative.import.o -I. -I./ gcc -L. -shared chicken.locative.import.o -o chicken.locative.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.memory.import.c -o chicken.memory.import.o -I. -I./ gcc -L. -shared chicken.memory.import.o -o chicken.memory.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.memory.representation.import.c -o chicken.memory.representation.import.o -I. -I./ gcc -L. -shared chicken.memory.representation.import.o -o chicken.memory.representation.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.platform.import.c -o chicken.platform.import.o -I. -I./ gcc -L. -shared chicken.platform.import.o -o chicken.platform.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.plist.import.c -o chicken.plist.import.o -I. -I./ gcc -L. -shared chicken.plist.import.o -o chicken.plist.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.pretty-print.import.c -o chicken.pretty-print.import.o -I. -I./ gcc -L. -shared chicken.pretty-print.import.o -o chicken.pretty-print.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.process.import.c -o chicken.process.import.o -I. -I./ gcc -L. -shared chicken.process.import.o -o chicken.process.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.process.signal.import.c -o chicken.process.signal.import.o -I. -I./ gcc -L. -shared chicken.process.signal.import.o -o chicken.process.signal.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.process-context.import.c -o chicken.process-context.import.o -I. -I./ gcc -L. -shared chicken.process-context.import.o -o chicken.process-context.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.process-context.posix.import.c -o chicken.process-context.posix.import.o -I. -I./ gcc -L. -shared chicken.process-context.posix.import.o -o chicken.process-context.posix.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.random.import.c -o chicken.random.import.o -I. -I./ gcc -L. -shared chicken.random.import.o -o chicken.random.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.sort.import.c -o chicken.sort.import.o -I. -I./ gcc -L. -shared chicken.sort.import.o -o chicken.sort.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.string.import.c -o chicken.string.import.o -I. -I./ gcc -L. -shared chicken.string.import.o -o chicken.string.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.time.posix.import.c -o chicken.time.posix.import.o -I. -I./ gcc -L. -shared chicken.time.posix.import.o -o chicken.time.posix.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.continuation.import.c -o chicken.continuation.import.o -I. -I./ gcc -L. -shared chicken.continuation.import.o -o chicken.continuation.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.eval.import.c -o chicken.eval.import.o -I. -I./ gcc -L. -shared chicken.eval.import.o -o chicken.eval.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.file.import.c -o chicken.file.import.o -I. -I./ gcc -L. -shared chicken.file.import.o -o chicken.file.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.internal.import.c -o chicken.internal.import.o -I. -I./ gcc -L. -shared chicken.internal.import.o -o chicken.internal.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.irregex.import.c -o chicken.irregex.import.o -I. -I./ gcc -L. -shared chicken.irregex.import.o -o chicken.irregex.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.pathname.import.c -o chicken.pathname.import.o -I. -I./ gcc -L. -shared chicken.pathname.import.o -o chicken.pathname.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.port.import.c -o chicken.port.import.o -I. -I./ gcc -L. -shared chicken.port.import.o -o chicken.port.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.read-syntax.import.c -o chicken.read-syntax.import.o -I. -I./ gcc -L. -shared chicken.read-syntax.import.o -o chicken.read-syntax.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.repl.import.c -o chicken.repl.import.o -I. -I./ gcc -L. -shared chicken.repl.import.o -o chicken.repl.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.tcp.import.c -o chicken.tcp.import.o -I. -I./ gcc -L. -shared chicken.tcp.import.o -o chicken.tcp.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -DC_SHARED -c -Os -fomit-frame-pointer -fPIC -DPIC -DC_BUILDING_LIBCHICKEN chicken.compiler.user-pass.import.c -o chicken.compiler.user-pass.import.o -I. -I./ gcc -L. -shared chicken.compiler.user-pass.import.o -o chicken.compiler.user-pass.import.so \ -lchicken \ -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -fPIC -DPIC -c -Os -fomit-frame-pointer chicken-install.c -o chicken-install.o -I. -I./ gcc -L. chicken-install.o -o chicken-install -lchicken -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -fPIC -DPIC -c -Os -fomit-frame-pointer chicken-uninstall.c -o chicken-uninstall.o -I. -I./ gcc -L. chicken-uninstall.o -o chicken-uninstall -lchicken -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -fPIC -DPIC -c -Os -fomit-frame-pointer chicken-status.c -o chicken-status.o -I. -I./ gcc -L. chicken-status.o -o chicken-status -lchicken -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -fPIC -DPIC -c -Os -fomit-frame-pointer chicken-profile.c -o chicken-profile.o -I. -I./ gcc -L. chicken-profile.o -o chicken-profile -lchicken -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -fPIC -DPIC -c -Os -fomit-frame-pointer csc.c -o csc.o -I. -I./ gcc -L. csc.o -o csc -lchicken -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer chicken-do.c -o chicken-do cat feathers.in >feathers; echo 'exec "$wish" "/usr/share/chicken/feathers.tcl" -- "$@"' >>feathers cd tests; sh runtests.sh ======================================== repository search path ... (/usr/lib/chicken/11) (PASS) (repository-path) contains something by default TOTALS: 1 tests completed in 0.032 seconds 1 (100.00%) tests passed 0 (0.00%) tests failed /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'sample-module.scm' -output-file 'sample-module.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-import-library sample-module generating import library `sample-module.import.scm' for module `sample-module' ... 'gcc' 'sample-module.c' -o 'sample-module.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm sample-module.c 'gcc' 'sample-module.o' -o 'sample-module.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm sample-module.o (PASS) find-file on #f (PASS) find-file on string (PASS) find-file on list (PASS) (repository-path) is populated by CHICKEN_REPOSITORY_PATH (PASS) setting (repository-path) and loading a library (PASS) Putting garbage in (repository-path) TOTALS: 6 tests completed in 0.035 seconds 6 (100.00%) tests passed 0 (0.00%) tests failed ======================================== types.db consistency ... ======================================== version tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'version-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o Checking major and minor version numbers against chicken-version... ok Checking the registered feature chicken-.... Checking the registered feature chicken-... ok ======================================== compiler tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'compiler-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Warning: (compiler-tests.scm:218) - assignment to imported value binding `foo' Warning: Wrong number of arguments In file `compiler-tests.scm:10', In procedure `foo', In procedure call: (bar 2) Procedure `bar' is called with 1 argument but 0 arguments are expected. Procedure `bar' has this type: (-> fixnum) Note: Test is always true At the toplevel, In conditional expression: (if g2251 (##sys#make-c-string (##sys#foreign-string-argument g2251)) #f) Test condition has always true value of type: string Note: Test is always false At the toplevel, In conditional expression: (if #f (##core#callunit repl) (##core#undefined)) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if #t (##core#callunit repl) (##core#undefined)) Test condition has always true value of type: true 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o 12 12 12 12 12 bar 1 2 3 1 2 3 :1:2:3 1 2 3 Good, unrepresentable C strings cause errors Testing unsigned FFI type "unsigned-integer32" (32 bits): Can hold maximum value 4294967295... Cannot hold one more than maximum value, 4294967296... Cannot hold -1 (any fixnum negative value) Cannot hold -2^64 (any bignum negative value < smallest int64) Testing signed FFI type "integer32" (32 bits): Can hold maximum value 2147483647... Can hold minimum value -2147483648... Cannot hold one more than maximum value 2147483648... Cannot hold one less than minimum value -2147483648... Testing unsigned FFI type "unsigned-integer64" (64 bits): Can hold maximum value 18446744073709551615... Cannot hold one more than maximum value, 18446744073709551616... Cannot hold -1 (any fixnum negative value) Cannot hold -2^64 (any bignum negative value < smallest int64) Testing signed FFI type "integer64" (64 bits): Can hold maximum value 9223372036854775807... Can hold minimum value -9223372036854775808... Cannot hold one more than maximum value 9223372036854775808... Cannot hold one less than minimum value -9223372036854775808... Testing unsigned FFI type "unsigned-integer" (32 bits): Can hold maximum value 4294967295... Cannot hold one more than maximum value, 4294967296... Cannot hold -1 (any fixnum negative value) Cannot hold -2^64 (any bignum negative value < smallest int64) Testing signed FFI type "integer" (32 bits): Can hold maximum value 2147483647... Can hold minimum value -2147483648... Cannot hold one more than maximum value 2147483648... Cannot hold one less than minimum value -2147483648... Testing signed FFI type "(enum intlimits)" (32 bits): Can hold maximum value 2147483647... Can hold minimum value -2147483648... Cannot hold one more than maximum value 2147483648... Cannot hold one less than minimum value -2147483648... Testing unsigned FFI type "unsigned-long" (64 bits): Can hold maximum value 18446744073709551615... Cannot hold one more than maximum value, 18446744073709551616... Cannot hold -1 (any fixnum negative value) Cannot hold -2^64 (any bignum negative value < smallest int64) Testing signed FFI type "long" (64 bits): Can hold maximum value 9223372036854775807... Can hold minimum value -9223372036854775808... Cannot hold one more than maximum value 9223372036854775808... Cannot hold one less than minimum value -9223372036854775808... Testing signed FFI type "ssize_t" (64 bits): Can hold maximum value 9223372036854775807... Can hold minimum value -9223372036854775808... Cannot hold one more than maximum value 9223372036854775808... Cannot hold one less than minimum value -9223372036854775808... Testing unsigned FFI type "size_t" (64 bits): Can hold maximum value 18446744073709551615... Cannot hold one more than maximum value, 18446744073709551616... Cannot hold -1 (any fixnum negative value) Cannot hold -2^64 (any bignum negative value < smallest int64) 2 2 ======================================== csc tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/chicken 'null.scm' -output-file 'null.c' -verbose 'gcc' 'null.c' -o 'null.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I.. -I/usr/include/chicken 'gcc' 'null.o' -o 'null' -L.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl ======================================== compiler inlining tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'inline-me.scm' -output-file 'inline-me.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -emit-all-import-libraries -emit-inline-file inline-me.inline generating import library `inline-me.import.scm' for module `inline-me' ... 'gcc' 'inline-me.c' -o 'inline-me.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm inline-me.c 'gcc' 'inline-me.o' -o 'inline-me.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm inline-me.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'inlining-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -optimize-level 3 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'inline-unroll.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -optimize-level 3 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== compiler message tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'messages-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only ======================================== optimizer tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'clustering-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -clustering 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'rest-arg-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== profiler tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'null.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -profile -profile-name TEST.profile 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o reading `TEST.profile' ... procedure calls seconds average percent ------------------------------------------- ======================================== scrutiny tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'scrutinizer-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only [ OK ] (= * *) [ OK ] (< x *) [ OK ] (= (struct x) (struct x)) [ OK ] (! (struct x) (struct y)) [ OK ] (= undefined undefined) [ OK ] (< undefined *) [ OK ] (= noreturn noreturn) [ OK ] (< noreturn *) [ OK ] (! undefined noreturn) [ OK ] (= boolean boolean) [ OK ] (< true boolean) [ OK ] (< false boolean) [ OK ] (= (or true false) boolean) [ OK ] (= number number) [ OK ] (< fixnum number) [ OK ] (< float number) [ OK ] (< bignum number) [ OK ] (< ratnum number) [ OK ] (< cplxnum number) [ OK ] (< integer number) [ OK ] (= (or fixnum float bignum ratnum cplxnum) number) [ OK ] (= integer integer) [ OK ] (< fixnum integer) [ OK ] (< bignum integer) [ OK ] (not (<= float integer)) [ OK ] (not (<= ratnum integer)) [ OK ] (not (<= cplxnum integer)) [ OK ] (= (or fixnum bignum) integer) [ OK ] (= vector vector) [ OK ] (= vector (vector-of *)) [ OK ] (< (vector-of x) (vector-of *)) [ OK ] (= (vector *) (vector *)) [ OK ] (= (vector x) (vector x)) [ OK ] (< (vector x) (vector *)) [ OK ] (< (vector *) (vector-of *)) [ OK ] (< (vector x) (vector-of *)) [ OK ] (< (vector x) (vector-of x)) [ OK ] (? (vector *) (vector-of x)) [ OK ] (>< (vector *) (vector-of x)) [ OK ] (>< (vector *) (vector * *)) [ OK ] (>< (vector x) (vector * *)) [ OK ] (>< (vector *) (vector x x)) [ OK ] (>< (vector x) (vector x x)) [ OK ] (= pair pair) [ OK ] (= pair (pair * *)) [ OK ] (< (pair x *) pair) [ OK ] (< (pair * x) pair) [ OK ] (< (pair x x) pair) [ OK ] (= null null) [ OK ] (? null list) [ OK ] (? null (list-of x)) [ OK ] (! null (list x)) [ OK ] (! null pair) [ OK ] (= list list) [ OK ] (= list (list-of *)) [ OK ] (< (list-of x) (list-of *)) [ OK ] (= (list *) (list *)) [ OK ] (= (list x) (list x)) [ OK ] (< (list x) (list *)) [ OK ] (< (list *) (list-of *)) [ OK ] (< (list x) (list-of *)) [ OK ] (< (list x) (list-of x)) [ OK ] (? (list *) (list-of x)) [ OK ] (>< (list *) (list-of x)) [ OK ] (>< (list *) (list * *)) [ OK ] (>< (list x) (list * *)) [ OK ] (>< (list *) (list x x)) [ OK ] (>< (list x) (list x x)) [ OK ] (? (pair * *) (list-of *)) [ OK ] (? (pair x *) (list-of *)) [ OK ] (! (pair * x) (list-of *)) [ OK ] (! (pair x x) (list-of *)) [ OK ] (? (pair * *) (list-of x)) [ OK ] (? (pair x *) (list-of x)) [ OK ] (! (pair * x) (list-of x)) [ OK ] (! (pair x x) (list-of x)) [ OK ] (= port port) [ OK ] (= (refine (input) port) (refine (input) port)) [ OK ] (= (refine (input output) port) (refine (input output) port)) [ OK ] (= (refine (output) port) (refine (output) port)) [ OK ] (< (refine (input) port) port) [ OK ] (< (refine (input output) port) port) [ OK ] (< (refine (output) port) port) [ OK ] (< (refine (input output) port) (refine (input) port)) [ OK ] (< (refine (input output) port) (refine (output) port)) [ OK ] (? (refine (input) port) (refine (output) port)) [ OK ] (< x (or x y)) [ OK ] (< y (or x y)) [ OK ] (= (or x number) (or x number)) [ OK ] (< (or x number) (or x number string)) [ OK ] (>< (or x number) (or y string)) [ OK ] (< (not x) *) [ OK ] (! (not x) x) [ OK ] (< x (not y)) [ OK ] (< x (not (not x))) [ OK ] (< x (not (not (not y)))) [ OK ] (< x (or (not x) x)) [ OK ] (< x (or (not x) (not y))) [ OK ] (! x (not x)) [ OK ] (! x (not (not y))) [ OK ] (! x (not (not (not x)))) [ OK ] (! x (not (or x y))) [ OK ] (! x (or (not x) y)) [ OK ] (! x (not (not (not x)))) [ OK ] (? (not x) (not y)) [ OK ] (? (not x) (or x y)) [ OK ] (? (not x) (or (not x) x)) [ OK ] (? (not x) (or (not y) x)) [ OK ] (? (not x) (or (not x) (not y))) [ OK ] (>< (not x) (not y)) [ OK ] (>< (not x) (or x y)) [ OK ] (>< (not x) (or (not x) x)) [ OK ] (>< (not x) (or (not y) x)) [ OK ] (>< (not x) (or (not x) (not y))) [ OK ] (< (or (not x) y) (not x)) [ OK ] (< (not (or x y)) (not x)) [ OK ] (< (not *) *) [ OK ] (< (not (not *)) *) [ OK ] (< (not (not (not *))) *) [ OK ] (! (not *) x) [ OK ] (< (not *) (not x)) [ OK ] (= (procedure ()) (procedure ())) [ OK ] (= (procedure (x)) (procedure (x))) [ OK ] (= (procedure (#!rest x)) (procedure (#!rest x))) [ OK ] (= (procedure ()) (procedure ())) [ OK ] (= (procedure () x) (procedure () x)) [ OK ] (>< (procedure (x)) (procedure (y))) [ OK ] (>< (procedure () x) (procedure () y)) [ OK ] (? (procedure (x)) (procedure (*))) [ OK ] (? (procedure () x) (procedure () *)) [ OK ] (! (procedure (x)) (procedure ())) [ OK ] (! (procedure (x)) (procedure (x y))) [ OK ] (? (procedure (x)) (procedure (x #!rest y))) [ OK ] (! (procedure () x) (procedure ())) [ OK ] (! (procedure () x) (procedure () x y)) [ OK ] (= (refine (a) x) (refine (a) x)) [ OK ] (< (refine (a b) x) (refine (a) x)) [ OK ] (= (refine (a b) x) (refine (a b) x)) [ OK ] (? (refine (a) x) (refine (b) x)) [ OK ] (>< (refine (a) x) (refine (b) x)) [ OK ] (~> x y y) [ OK ] (~> x (or x y) x) [ OK ] (~> (or x y) x x) [ OK ] (~> (or x y) (or y z) y) [ OK ] (~> * (refine (a) x) (refine (a) x)) [ OK ] (~> (refine (a) *) x (refine (a) x)) [ OK ] (~> x (refine (a) *) (refine (a) x)) [ OK ] (~> (refine (a) x) * (refine (a) x)) [ OK ] (~> (refine (a) x) (refine (b) *) (refine (a b) x)) [ OK ] (~> (refine (a) x) (refine (b) *) (refine (a b) x)) [ OK ] (~> (refine (a) x) y y) [ OK ] (~> x (refine (a) y) (refine (a) y)) [ OK ] (~> (refine (a) x) (refine (b) y) (refine (b) y)) [ OK ] (~> (list fixnum number) (list number fixnum) (list fixnum fixnum)) [ OK ] (~> (vector x) (vector (refine (a) x)) (vector (refine (a) x))) [ OK ] (~> (list x) (list (refine (a) x)) (list (refine (a) x))) [ OK ] (~> (list x (list x)) (list (refine (a) *) (list (refine (b) *))) (list (refine (a) x) (list (refine (b) x)))) [ OK ] (~> (list * (list *)) (list (refine (a) x) (list (refine (b) x))) (list (refine (a) x) (list (refine (b) x)))) [ OK ] (~> (list (refine (a) x)) (refine (a) (list (refine (b) x))) (refine (a) (list (refine (a b) x)))) [ OK ] (~> (list (refine (a) x)) (refine (a) (list (refine (b) y))) (refine (a) (list (refine (b) y)))) [ OK ] (~> (or pair null) list list) /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'typematch-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize -no-warnings 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -w -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o (PASS) (infer fixnum 123) (PASS) (infer-not fixnum 1.2) (PASS) (infer string abc) (PASS) (infer-not string 1.2) (PASS) (infer symbol (quote abc)) (PASS) (infer-not symbol 1.2) (PASS) (infer char x) (PASS) (infer-not char 1.2) (PASS) (infer true #t) (PASS) (infer-not true #f) (PASS) (infer false #f) (PASS) (infer-not false #t) (PASS) (infer integer (+ 1 2)) (PASS) (infer-not integer (quote a)) (PASS) (infer (list fixnum) (quote (1))) (PASS) (infer-not (list fixnum) 1.2) (PASS) (infer (list symbol) (quote (a))) (PASS) (infer-not (list symbol) 1.2) (PASS) (infer (list fixnum) (list 1)) (PASS) (infer-not (list fixnum) (quote (1 . 2))) (PASS) (infer pair (quote (1 . 2))) (PASS) (infer-not pair (quote ())) (PASS) (infer procedure +) (PASS) (infer-not procedure 1.2) (PASS) (infer vector (quote #(1))) (PASS) (infer-not vector 1.2) (PASS) (infer null (quote ())) (PASS) (infer-not null 1) (PASS) (infer port (current-input-port)) (PASS) (infer-not port 1.2) (PASS) (infer input-port (current-input-port)) (PASS) (infer-not input-port 1.2) (PASS) (infer blob (make-blob 10)) (PASS) (infer-not blob 1.2) (PASS) (infer pointer (address->pointer 0)) (PASS) (infer-not pointer 1.2) (PASS) (infer pointer-vector (make-pointer-vector 1)) (PASS) (infer-not pointer-vector 1.2) (PASS) (infer locative (make-locative a)) (PASS) (infer-not locative 1.2) (PASS) (infer (struct promise) (##sys#make-structure (quote promise))) (PASS) (infer-not (struct promise) 1) (PASS) (infer (pair fixnum float) (quote (1 . 2.3))) (PASS) (infer-not (pair fixnum float) (quote (a))) (PASS) (infer (vector symbol) (quote #(a))) (PASS) (infer-not (vector symbol) 1) (PASS) (infer (list string) (quote (ok))) (PASS) (infer-not (list string) 1) specialize fixnum specialize not fixnum specialize string specialize not string specialize symbol specialize not symbol specialize char specialize not char specialize true specialize not true specialize false specialize not false specialize (list fixnum) specialize not (list fixnum) specialize pair specialize not pair specialize procedure specialize not procedure specialize (vector fixnum) specialize not (vector fixnum) specialize null specialize not null specialize undefined specialize not undefined specialize input-port specialize not input-port specialize blob specialize not blob specialize pointer specialize not pointer specialize pointer-vector specialize not pointer-vector specialize locative specialize not locative specialize (struct promise) specialize not (struct promise) specialize (pair fixnum float) specialize not (pair fixnum float) specialize (vector symbol) specialize not (vector symbol) specialize (or (list fixnum) symbol) specialize not (or (list fixnum) symbol) specialize (list fixnum) specialize not (list fixnum) specialize (or null pair) specialize not (or null pair) (PASS) (inferred-type-after true (exact? 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(quote #())) is #t) (PASS) (infer-not vector (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (procedure? +) is procedure) (PASS) ((procedure? +) is #t) (PASS) (infer-not procedure (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (blob? (make-blob 1)) is blob) (PASS) ((blob? (make-blob 1)) is #t) (PASS) (infer-not blob (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (condition? (##sys#make-structure (quote condition))) is (struct condition)) (PASS) ((condition? (##sys#make-structure (quote condition))) is #t) (PASS) (infer-not (struct condition) (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (fixnum? 1) is fixnum) (PASS) ((fixnum? 1) is #t) (PASS) (infer-not fixnum (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (flonum? 1.2) is float) (PASS) ((flonum? 1.2) is #t) (PASS) (infer-not float (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (port? (current-input-port)) is port) (PASS) ((port? (current-input-port)) is #t) (PASS) (infer-not port (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (input-port? (current-input-port)) is input-port) (PASS) ((input-port? (current-input-port)) is #t) (PASS) (infer-not input-port (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (output-port? (current-output-port)) is output-port) (PASS) ((output-port? (current-output-port)) is #t) (PASS) (infer-not output-port (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (pointer-vector? (make-pointer-vector 1)) is pointer-vector) (PASS) ((pointer-vector? (make-pointer-vector 1)) is #t) (PASS) (infer-not pointer-vector (##sys#make-structure (quote foo))) (PASS) (inferred-type-after true (pointer? (address->pointer 1)) is pointer) (PASS) ((pointer? (address->pointer 1)) is #t) (PASS) (infer-not pointer (##sys#make-structure (quote foo))) (PASS) (subtype null list) (PASS) (not-subtype list null) (PASS) (subtype (list *) list) (PASS) (not-subtype list (list *)) (PASS) (subtype (vector *) vector) (PASS) (not-subtype vector (vector *)) (PASS) (not-subtype (refine (b) x) (refine (a) x)) (PASS) (not-subtype (refine (a) x) (refine (b) x)) (PASS) (not-subtype (refine (a b) x) (refine (b c) x)) (PASS) (not-subtype (refine (b c) x) (refine (a b) x)) (PASS) (subtype (refine (a) x) x) (PASS) (not-subtype x (refine (a) x)) (PASS) (subtype (refine (a b) x) (refine (a) x)) (PASS) (not-subtype (refine (a) x) (refine (a b) x)) (PASS) (subtype (refine (b a) x) (refine (a) x)) (PASS) (not-subtype (refine (a) x) (refine (b a) x)) (PASS) (subtype (refine (a) false) (refine (a) boolean)) (PASS) (not-subtype (refine (a) boolean) (refine (a) false)) (PASS) (not-subtype pair null) (PASS) (not-subtype null pair) (PASS) (not-subtype pair list) (PASS) (not-subtype list pair) (PASS) (not-subtype (procedure (*) *) (procedure () *)) (PASS) (not-subtype (procedure () *) (procedure (*) *)) (PASS) (subtype (procedure (#!rest) . *) (procedure (*) . *)) (PASS) (subtype (procedure (*) . *) (procedure (#!rest) . *)) (PASS) (not-subtype (procedure () *) (procedure () * *)) (PASS) (not-subtype (procedure () * *) (procedure () *)) (PASS) (infer (forall (a) (procedure (#!rest a) a)) +) (PASS) (infer (list fixnum) (quote (1))) (PASS) (infer port (open-input-string foo)) (PASS) (infer input-port (open-input-string bar)) (PASS) (infer port (open-output-string)) (PASS) (infer output-port (open-output-string)) (PASS) (infer fixnum (car-alike l)) (PASS) (infer fixnum (car-alike p)) (PASS) (infer fixnum (cadr-alike l)) (PASS) (infer fixnum (cadr-alike p)) (PASS) (infer list (cddr-alike l)) (PASS) (infer fixnum (cddr-alike p)) specialize pair specialize not pair specialize pair specialize not pair specialize pair specialize not pair specialize (not pair) specialize not (not pair) specialize (not pair) specialize not (not pair) specialize (not pair) specialize not (not pair) specialize list specialize not list specialize (not list) specialize not (not list) specialize (pair * pair) specialize not (pair * pair) specialize (pair * list) specialize not (pair * list) specialize (pair * (pair * null)) specialize not (pair * (pair * null)) specialize (pair * (pair * (not pair))) specialize not (pair * (pair * (not pair))) specialize (pair * (pair * (not null))) specialize not (pair * (pair * (not null))) specialize (pair * (pair * fixnum)) specialize not (pair * (pair * fixnum)) (PASS) (subtype (pair * null) (list *)) (PASS) (subtype (list *) (pair * null)) (PASS) (subtype (pair * (list *)) (list * *)) (PASS) (subtype (list * *) (pair * (list *))) (PASS) (subtype (pair * (list fixnum)) (list * fixnum)) (PASS) (subtype (list * fixnum) (pair * (list fixnum))) (PASS) (subtype (pair fixnum (list *)) (list fixnum *)) (PASS) (subtype (list fixnum *) (pair fixnum (list *))) (PASS) (subtype (pair fixnum (pair * null)) (list fixnum *)) (PASS) (subtype (list fixnum *) (pair fixnum (pair * null))) (PASS) (subtype (pair fixnum (pair fixnum null)) (list fixnum fixnum)) (PASS) (subtype (list fixnum fixnum) (pair fixnum (pair fixnum null))) (PASS) (subtype (pair char (list fixnum)) (list char fixnum)) (PASS) (subtype (list char fixnum) (pair char (list fixnum))) (PASS) (subtype (pair fixnum (list char)) (list fixnum char)) (PASS) (subtype (list fixnum char) (pair fixnum (list char))) (PASS) (subtype (pair fixnum (list fixnum)) (list fixnum fixnum)) (PASS) (subtype (list fixnum fixnum) (pair fixnum (list fixnum))) (PASS) (not-subtype (pair * *) list) (PASS) (not-subtype list (pair * *)) (PASS) (not-subtype (pair * list) list) (PASS) (not-subtype list (pair * list)) (PASS) (not-subtype (pair fixnum *) (list-of *)) (PASS) (not-subtype (list-of *) (pair fixnum *)) (PASS) (not-subtype (pair fixnum *) (list-of fixnum)) (PASS) (not-subtype 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(list-tail (list 1 2.3) 0)) (PASS) (infer (list fixnum string) (reverse (cons 1 (cons 2 (quote ()))))) (PASS) (infer (list float) (list-tail (list 1 2.3) 1)) (PASS) (infer (list string fixnum) (reverse (list 1 2))) (PASS) (infer (pair fixnum float) (list-tail (cons 1 2.3) 0)) (PASS) (infer (vector * *) (make-vector 2)) (PASS) (infer (vector fixnum float) (vector 1 2.3)) (PASS) (infer (vector string string) (make-vector 2 a)) (PASS) (infer fixnum (##sys#vector-ref (quote #(1 2 3.4)) 0)) (PASS) (infer fixnum (list-ref (cons 1 2.3) 0)) (PASS) (infer fixnum (list-ref (list 1 2.3) 0)) (PASS) (infer fixnum (vector-ref (quote #(1 2 3.4)) 0)) (PASS) (infer float (##sys#vector-ref (quote #(1 2 3.4)) 2)) (PASS) (infer float (list-ref (list 1 2.3) 1)) (PASS) (infer float (list-tail (cons 1 2.3) 1)) (PASS) (infer float (vector-ref #(1 2 3.4) 2)) (PASS) (infer list (reverse (the list (list 1 2)))) (PASS) (infer null (list-tail (list 1 2.3) 2)) (PASS) (infer null (reverse (quote ()))) (PASS) (infer fixnum (f1 (quote (1)))) (PASS) (infer-last (symbol fixnum (or fixnum symbol)) (f2 (list (if bar 1 (quote a))))) (PASS) (infer fixnum (f3 (the (or (vector-of fixnum) (list-of fixnum)) xxx))) (PASS) (infer (forall (a) (or (vector-of a) (list-of a))) (list 123)) (PASS) (infer fixnum (f4 (quote (1)))) (PASS) (infer-not fixnum (f4 1)) (PASS) (infer-last ((not port) (not input-port) (not output-port) input-port output-port port) (the port xxx)) (PASS) (infer-last (bignum fixnum) 1073741823) (PASS) (infer-last (bignum fixnum integer) 1342177279) (PASS) (infer-last (fixnum bignum) 9223372036854775807) (PASS) (infer list a) (PASS) (infer true (= 3 (+ 1 2))) (PASS) (infer string (retconverted)) (PASS) (infer-not fixnum (argconverted)) (PASS) (infer fixnum (unconverted)) TOTALS: 228 tests completed in 0.005 seconds 228 (100.00%) tests passed 0 (0.00%) tests failed /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'test-scrutinizer-message-format.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only -specialize Error: shell command terminated with non-zero exit status 256: /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'test-scrutinizer-message-format.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only -specialize /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'scrutiny-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only -specialize /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'scrutiny-tests-2.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only -specialize /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'specialization-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only -specialize -specialize /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'redact-gensyms.scm' -output-file 'redact-gensyms.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'redact-gensyms.c' -o 'redact-gensyms.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm redact-gensyms.c 'gcc' 'redact-gensyms.o' -o 'redact-gensyms' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm redact-gensyms.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'scrutiny-tests-3.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize -block Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(scrutiny-tests-3.scm:9) assertion failed" '(compiler-typecase vec ... ...))) Test condition has always true value of type: true 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'scrutiny-tests-strict.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -strict-types -specialize 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== line number database ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'test-line-numbers.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -optimize-level 3 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== specialization tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'specialization-test-1.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-types-file foo.types -specialize -debug ox -emit-import-library foo hiding unexported module binding: foo#spec hiding unexported module binding: foo#spec38 hiding unexported module binding: foo#abc hiding unexported module binding: foo#abc64 hiding unexported module binding: foo#abc69 hiding unexported module binding: foo#+77 generating import library `foo.import.scm' for module `foo' ... eliminated procedure checks: 10 Warning: Invalid assignment At the toplevel, In assignment: (set! foo#foo (lambda (i) (let (...) 0))) Variable `foo' is assigned invalid value. The assigned value has this type: (* -> fixnum) The declared type of `foo' from module `foo' is: (-> fixnum) Warning: Wrong number of arguments In file `specialization-test-1.scm:27', At the toplevel, In procedure call: (foo#foo 1) Procedure `foo' is called with 1 argument but 0 arguments are expected. Procedure `foo' from module `foo' has this type: (-> fixnum) eliminated procedure checks: 1 Warning: Type mismatch In file `specialization-test-1.scm:47', At the toplevel, In expression: (scheme#list) Expression's declared and actual types do not match. The declared type is: undefined The actual type is: null Note: Test is always true At the toplevel, In conditional expression: (if #t 'a "a") Test condition has always true value of type: true specializations: 1 (scheme#+ *) 1 (foo#abc number) 1 (scheme#set-cdr! pair *) 1 (foo#spec fixnum) 1 (scheme#+ fixnum fixnum) 1 (scheme#= fixnum fixnum) 1 (foo#bar fixnum) 2 (scheme#zero? integer) safe calls: 33 dropped branches: 1 safe globals: (foo#bar foo#foo) removed side-effect free assignment to unused variable: foo#spec removed side-effect free assignment to unused variable: foo#abc removed side-effect free assignment to unused variable: foo#abc69 contracted procedure: foo#+77 contracted procedure: foo#abc64 substituted constant variable: a335 contracted procedure: "(specialization-test-1.scm:51) g5253" contracted procedure: foo#spec38 substituted constant variable: a373 substituted constant variable: a254 substituted constant variable: a379 substituted constant variable: a377 replaced variables: 45 removed binding forms: 32 substituted constant variable: x41 replaced variables: 4 removed binding forms: 47 removed binding forms: 5 contracted procedure: k297 contracted procedure: k325 contracted procedure: k370 removed binding forms: 3 substituted constant variable: r326 folded constant expression: (scheme#= (quote 1) (quote 1)) substituted constant variable: r298 substituted constant variable: r298 removed conditional forms: 1 contracted procedure: k300 contracted procedure: k309 removed binding forms: 4 substituted constant variable: r310 substituted constant variable: r310 removed binding forms: 1 removed conditional forms: 1 contracted procedure: k312 removed binding forms: 2 removed binding forms: 1 simplifications: ((let . 1) (##core#call . 12)) call simplifications: scheme#eq? 3 scheme#= ##sys#setslot scheme#list? scheme#not scheme#list 2 scheme#null? ##sys#call-with-values scheme#equal? contracted procedure: k229 contracted procedure: k235 contracted procedure: k241 contracted procedure: k255 contracted procedure: k261 contracted procedure: k264 contracted procedure: k361 contracted procedure: k267 contracted procedure: k354 contracted procedure: k273 contracted procedure: k282 removed binding forms: 11 substituted constant variable: r355 removed binding forms: 1 calls to known targets: 7 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o foo: 1 bar: 1.0 /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'specialization-test-2.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -consult-types-file foo.types -consult-types-file specialization-test-2.types -specialize -debug ox eliminated procedure checks: 4 specializations: 1 (specialize-me fixnum) 1 (##sys#call-with-values (procedure () *) *) 1 (scheme#zero? integer) 2 (scheme#= fixnum fixnum) 1 (foo#bar fixnum) safe calls: 19 substituted constant variable: a231 substituted constant variable: a232 folded constant expression: (scheme#eq? (quote 123) (quote 123)) merged explicitly consed rest parameter: args4855 consed rest parameter at call site: tmp2170 1 contracted procedure: tmp1169 substituted constant variable: a282 substituted constant variable: a280 replaced variables: 25 removed binding forms: 13 contracted procedure: k216 replaced variables: 1 removed binding forms: 27 substituted constant variable: r217 substituted constant variable: r217 removed binding forms: 1 removed conditional forms: 1 contracted procedure: k219 contracted procedure: k274 removed binding forms: 3 substituted constant variable: r275 removed binding forms: 1 removed binding forms: 1 simplifications: ((let . 1) (##core#call . 8)) call simplifications: scheme#list 3 ##sys#apply scheme#car scheme#string-length scheme#eq? 2 contracted procedure: k182 contracted procedure: k191 contracted procedure: k198 contracted procedure: k290 contracted procedure: k294 contracted procedure: k298 simplifications: ((let . 1)) removed binding forms: 6 substituted constant variable: r291 substituted constant variable: r295 substituted constant variable: r299 removed binding forms: 3 customizable procedures: (tmp2170) calls to known targets: 3 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== specialization benchmark ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'fft.scm' -output-file 'fft1.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -optimize-level 2 -local -debug-level 0 -disable-interrupts -block 'gcc' 'fft1.c' -o 'fft1.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm fft1.c 'gcc' 'fft1.o' -o 'fft1.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm fft1.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'fft.scm' -output-file 'fft2.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -optimize-level 2 -local -specialize -debug x -debug-level 0 -disable-interrupts -block -specialize number of unboxed float variables: 24 number of inline operations replaced with unboxed ones: 68 'gcc' 'fft2.c' -o 'fft2.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm fft2.c 'gcc' 'fft2.o' -o 'fft2.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm fft2.o normal: real 0m 0.46s user 0m 0.45s sys 0m 0.00s specialized: real 0m 0.33s user 0m 0.32s sys 0m 0.00s ======================================== unboxing benchmark ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'fft.scm' -output-file 'fft1.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -optimize-level 2 -local -debug-level 0 -disable-interrupts -block 'gcc' 'fft1.c' -o 'fft1.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm fft1.c 'gcc' 'fft1.o' -o 'fft1.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm fft1.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'fft.scm' -output-file 'fft2.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -optimize-level 4 -debug x -debug-level 0 -disable-interrupts -block number of unboxed float variables: 70 number of inline operations replaced with unboxed ones: 98 'gcc' 'fft2.c' -o 'fft2.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm fft2.c 'gcc' 'fft2.o' -o 'fft2.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm fft2.o normal: real 0m 0.46s user 0m 0.45s sys 0m 0.00s unboxing: real 0m 0.08s user 0m 0.08s sys 0m 0.00s ======================================== callback tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'callback-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -extend c-id-valid.scm 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o callbacks ... hi! callbacks ... hi! hi! [panic] callback returned twice - execution terminated callback-tests.scm:17: chicken.base#print callback-tests.scm:18: ##sys#gc callback-tests.scm:18: g59 callback-tests.scm:8: chicken.base#call/cc callback-tests.scm:10: chicken.base#print callback-tests.scm:20: chicken.process-context#command-line-arguments callback-tests.scm:21: k1 callback-tests.scm:10: chicken.base#print <-- double-return from callback failed as it should. ======================================== runtime tests ... testing 'apply' with 0..2000... testing 'apply' with 10000... invoking directly with 0..50 (Lower edge case)... invoking directly with 1950..2000 (Higher edge case)... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'apply-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o testing 'apply' with 0..2000... testing 'apply' with 10000... invoking directly with 0..50 (Lower edge case)... invoking directly with 1950..2000 (Higher edge case)... testing 'apply' with 0..2000... [panic] fixed temporary stack overflow ("apply" called with too many arguments?) - execution terminated ...more... apply-test.scm:11: loop apply-test.scm:11: proc apply-test.scm:11: loop apply-test.scm:11: proc apply-test.scm:11: loop apply-test.scm:11: proc apply-test.scm:11: loop apply-test.scm:11: proc apply-test.scm:11: loop apply-test.scm:11: proc apply-test.scm:11: loop apply-test.scm:11: proc apply-test.scm:11: loop apply-test.scm:11: proc apply-test.scm:11: loop apply-test.scm:11: proc <-- apply test with limited temp stack failed as it should. /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'test-gc-hooks.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o major gc ... >>>>> GC pre hook - mode=0, count=0 <<<<< GC post hook - mode=0, count=0, ms=0 minor gc ... >>>>> GC pre hook - mode=0, count=0 <<<<< GC post hook - mode=0, count=0, ms=0 alloc ... >>>>> GC pre hook - mode=0, count=0 [GC] Heap high water mark hit, growing... >>>>> GC pre hook - mode=2, count=1 [GC] (old) fromspace: start=0x00007f8f01ed9040, limit=0x00007f8f01f59040 [GC] (old) tospace: start=0x00007f8f01e58050, limit=0x00007f8f01ed8050 [GC] resized heap to 3145728 bytes [GC] (new) fromspace: start=0x00007f8f01cac1c0, limit=0x00007f8f01e2c1c0 [GC] (new) tospace: start=0x00007f8f01b2b1d0, limit=0x00007f8f01cab1d0 <<<<< GC post hook - mode=2, count=1, ms=0 [GC] level 1 gcs(minor) 3 gcs(major) 1 [GC] stack 0x00007ffd65cc20a0 0x0000000065dc11a0 0x00007ffd65dc20a0 [GC] from 0x00007f8f01cac1c0 0x00007f8f01ce9f60 0x00007f8f01e2c1c0 0x000000000003dda0 [GC] to 0x00007f8f01b2b1d0 0x00007f8f01b2b1d0 0x00007f8f01cab1d0 [GC] 0 locatives (from 32) <<<<< GC post hook - mode=1, count=0, ms=2 >>>>> GC pre hook - mode=2, count=0 [GC] (old) fromspace: start=0x00007f8f01cac1c0, limit=0x00007f8f01e2c1c0 [GC] (old) tospace: start=0x00007f8f01b2b1d0, limit=0x00007f8f01cab1d0 [GC] resized heap to 16291464 bytes [GC] (new) fromspace: start=0x00007f8f013661e0, limit=0x00007f8f01b2ad24 [GC] (new) tospace: start=0x00007f8f00ba11f0, limit=0x00007f8f01365d34 <<<<< GC post hook - mode=2, count=0, ms=0 >>>>> GC pre hook - mode=2, count=0 [GC] (old) fromspace: start=0x00007f8f013661e0, limit=0x00007f8f01b2ad24 [GC] (old) tospace: start=0x00007f8f00ba11f0, limit=0x00007f8f01365d34 [GC] resized heap to 42582936 bytes [GC] (new) fromspace: start=0x00007f8eff752200, limit=0x00007f8f00ba03cc [GC] (new) tospace: start=0x00007f8efe303210, limit=0x00007f8eff7513dc <<<<< GC post hook - mode=2, count=0, ms=0 resize ... >>>>> GC pre hook - mode=2, count=0 [GC] (old) fromspace: start=0x00007f8eff752200, limit=0x00007f8f00ba03cc [GC] (old) tospace: start=0x00007f8efe303210, limit=0x00007f8eff7513dc [GC] resized heap to 85165872 bytes [GC] (new) fromspace: start=0x00007f8efba66220, limit=0x00007f8efe3025b8 [GC] (new) tospace: start=0x00007f8eff590230, limit=0x00007f8f01e2c5c8 <<<<< GC post hook - mode=2, count=0, ms=0 major gc ... >>>>> GC pre hook - mode=0, count=0 <<<<< GC post hook - mode=0, count=0, ms=0 minor gc ... >>>>> GC pre hook - mode=0, count=0 <<<<< GC post hook - mode=0, count=0, ms=0 ======================================== library tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'library-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:25) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:26) assertion failed" '(= -4.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:27) assertion failed" '(= -4.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:28) assertion failed" '(= 4.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:29) assertion failed" '(= 4.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:30) assertion failed" '(= 4 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:31) assertion failed" '(= 7 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:32) assertion failed" '(zero? ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:33) assertion failed" '(zero? ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:34) assertion failed" '(= -1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:35) assertion failed" '(zero? ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:36) assertion failed" '(zero? ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:37) assertion failed" '(= 1.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:38) assertion failed" '(rational? 1))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:39) assertion failed" '(finite? 1))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:40', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#finite? 'foo) Argument #1 to procedure `finite?' has an invalid type: symbol The expected type is: number This is the expression: 'foo Procedure `finite?' from module `chicken.base' has this type: (number -> boolean) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:41) assertion failed" '(rational? 1.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:42) assertion failed" '(finite? 1.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:43) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:44) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:45) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:46) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:47) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:48) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:49) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:50) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:51) assertion failed" '(integer? 2))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:52) assertion failed" '(integer? 2.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:53) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:54) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:55) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:56) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:57) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:58) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:62) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:63) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:64) assertion failed" '(= 0.0 -0.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:66) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:67) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:68) assertion failed" '(zero? 0.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:70) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:71) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:72) assertion failed" '(zero? -0.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:75) assertion failed" '(exact? 1))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:76) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:77) assertion failed" '(not ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:78', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#exact? 'foo) Argument #1 to procedure `exact?' has an invalid type: symbol The expected type is: number This is the expression: 'foo Procedure `exact?' from module `scheme' has this type: (number -> boolean) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:79) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:80) assertion failed" '(inexact? 1.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:81) assertion failed" '(inexact? 1.1))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:82', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#inexact? 'foo) Argument #1 to procedure `inexact?' has an invalid type: symbol The expected type is: number This is the expression: 'foo Procedure `inexact?' from module `scheme' has this type: (number -> boolean) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:86) assertion failed" '(eqv? +inf.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:87) assertion failed" '(eqv? +inf.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:90) assertion failed" '(eqv? +inf.0 ...))) Test condition has always true value of type: true Note: Predicate is always true In file `library-tests.scm:92', At the toplevel, In procedure call: (chicken.base#fixnum? (scheme#/ 1)) The predicate will always return true. Procedure `fixnum?' from module `chicken.base' is a predicate for: fixnum The given argument has this type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:92) assertion failed" '(fixnum? ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:94) assertion failed" '(= -3 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:95) assertion failed" '(= 3 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:96) assertion failed" '(= 2 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:97) assertion failed" '(> 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:98) assertion failed" '(> 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:99) assertion failed" '(= 2 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:100) assertion failed" '(zero? ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:101) assertion failed" '(= 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:103) assertion failed" '(= 2.5 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:136) assertion failed" '(even? 2))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:137) assertion failed" '(even? 2.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:138) assertion failed" '(even? 0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:139) assertion failed" '(even? 0.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:140) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:141) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:142) assertion failed" '(odd? 1))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:143) assertion failed" '(odd? 1.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:144) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:145) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:146) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:147) assertion failed" '(not ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:154', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#even? 'x) Argument #1 to procedure `even?' has an invalid type: symbol The expected type is: number This is the expression: 'x Procedure `even?' from module `scheme' has this type: (number -> boolean) Warning: Invalid argument In file `library-tests.scm:155', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#odd? 'x) Argument #1 to procedure `odd?' has an invalid type: symbol The expected type is: number This is the expression: 'x Procedure `odd?' from module `scheme' has this type: (number -> boolean) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:157) assertion failed" '(= 60 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:158) assertion failed" '(= 3 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:159) assertion failed" '(= -60 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:160) assertion failed" '(= -4 ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:161', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 0.1 2) Argument #1 to procedure `arithmetic-shift' has an invalid type: float The expected type is: integer This is the expression: 0.1 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `library-tests.scm:163', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 15 2.0) Argument #2 to procedure `arithmetic-shift' has an invalid type: float The expected type is: fixnum This is the expression: 2.0 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `library-tests.scm:164', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 15 -2.0) Argument #2 to procedure `arithmetic-shift' has an invalid type: float The expected type is: fixnum This is the expression: -2.0 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `library-tests.scm:165', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 15 2.1) Argument #2 to procedure `arithmetic-shift' has an invalid type: float The expected type is: fixnum This is the expression: 2.1 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `library-tests.scm:166', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 15 -2.1) Argument #2 to procedure `arithmetic-shift' has an invalid type: float The expected type is: fixnum This is the expression: -2.1 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `library-tests.scm:167', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift +inf.0 2) Argument #1 to procedure `arithmetic-shift' has an invalid type: float The expected type is: integer This is the expression: +inf.0 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `library-tests.scm:168', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift +nan.0 2) Argument #1 to procedure `arithmetic-shift' has an invalid type: float The expected type is: integer This is the expression: +nan.0 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:170) assertion failed" '(= 0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:171) assertion failed" '(= 6 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:172) assertion failed" '(= 2 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:173) assertion failed" '(= 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:174) assertion failed" '(= 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:175) assertion failed" '(= 2.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:185) assertion failed" '(= 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:186) assertion failed" '(= 6 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:187) assertion failed" '(= 24 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:188) assertion failed" '(= 120 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:189) assertion failed" '(= 24.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:199) assertion failed" '(= 3 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:200) assertion failed" '(= 3.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:208) assertion failed" '(= 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:209) assertion failed" '(= 1.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:217) assertion failed" '(= 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:218) assertion failed" '(= 1.0 ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:226', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#min 'x) Argument #1 to procedure `min' has an invalid type: symbol The expected type is: number This is the expression: 'x Procedure `min' from module `scheme' has this type: (#!rest number -> number) Warning: Invalid argument In file `library-tests.scm:227', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#max 'x) Argument #1 to procedure `max' has an invalid type: symbol The expected type is: number This is the expression: 'x Procedure `max' from module `scheme' has this type: (#!rest number -> number) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:228) assertion failed" '(eq? 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:229) assertion failed" '(eq? 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:230) assertion failed" '(eq? 2 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:231) assertion failed" '(eq? 2 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:233) assertion failed" '(fp= 1.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:234) assertion failed" '(fp= 1.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:235) assertion failed" '(fp= 2.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:236) assertion failed" '(fp= 2.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:274) assertion failed" '(= 255 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:275) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:305) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:306) assertion failed" '(fpinteger? 1.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:352) assertion failed" '(eq? ... ...))) Test condition has always true value of type: true Note: Predicate is always false In file `library-tests.scm:357', At the toplevel, In procedure call: (chicken.keyword#keyword? '|\x00foo|) The predicate will always return false. Procedure `keyword?' from module `chicken.keyword' is a predicate for: keyword The given argument has this type: symbol Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:357) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:470) assertion failed" '(eq? ... ...))) Test condition has always true value of type: true Note: Predicate is always false In file `library-tests.scm:554', At the toplevel, In procedure call: (scheme#symbol? '#:foo) The predicate will always return false. Procedure `symbol?' from module `scheme' is a predicate for: symbol The given argument has this type: keyword Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:554) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Predicate is always false In file `library-tests.scm:555', At the toplevel, In procedure call: (scheme#symbol? (chicken.keyword#string->keyword "foo")) The predicate will always return false. Procedure `symbol?' from module `scheme' is a predicate for: symbol The given argument has this type: keyword Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:555) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Predicate is always false In file `library-tests.scm:556', At the toplevel, In procedure call: (chicken.keyword#keyword? 'foo) The predicate will always return false. Procedure `keyword?' from module `chicken.keyword' is a predicate for: keyword The given argument has this type: symbol Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:556) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Predicate is always false In file `library-tests.scm:557', At the toplevel, In procedure call: (chicken.keyword#keyword? (scheme#string->symbol "foo")) The predicate will always return false. Procedure `keyword?' from module `chicken.keyword' is a predicate for: keyword The given argument has this type: symbol Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:557) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:574) assertion failed" '(string=? "" ""))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:578) assertion failed" '(string=? "foo" "foo"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:583) assertion failed" '(string=? "\nfoo\n" "\nfoo\n"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:590) assertion failed" '(string=? "foo\nbar\nbaz" "foo\nbar\nbaz"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:611) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:612) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:613) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:614) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:615) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:618) assertion failed" '(equal? ... #${0a}))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:619) assertion failed" '(equal? ... #${abcd}))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:620) assertion failed" '(equal? ... #${ab0c}))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:625) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:626) assertion failed" '(blob=? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:627) assertion failed" '(equal=? "foo\x00a" "foo\x00a"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:628) assertion failed" '(string=? "foo\x00a" "foo\x00a"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:629) assertion failed" '(string-ci=? "foo\x00a" "foo\x00a"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:630) assertion failed" '(string-ci=? "foo\x00a" "foo\x00A"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:631) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:632) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:633) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:634) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:635) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:636) assertion failed" '(string? "foo\x00b" "foo\x00a"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:638) assertion failed" '(string-ci? "foo\x00b" "foo\x00A"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:643) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:644) assertion failed" '(string-ci>=? "test" "tes"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:673) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:674) assertion failed" '(equal=? 1 1))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:675) assertion failed" '(equal=? 1 1.0))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:676) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:677) assertion failed" '(equal=? 1.0 1))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:678) assertion failed" '(equal=? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:679) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:680) assertion failed" '(equal=? "abc" "abc"))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:681) assertion failed" '(equal=? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:682) assertion failed" '(equal=? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:683) assertion failed" '(equal=? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:684) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:685) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:829) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:830) assertion failed" '(not ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:831', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#assq 'foo '(bar)) Argument #2 to procedure `assq' has an invalid type: (list symbol) The expected type is: (list-of pair) This is the expression: '(bar) Procedure `assq' from module `scheme' has this type: ('a (list-of (pair 'b 'c)) -> (or false (pair 'a 'c))) Warning: Invalid argument In file `library-tests.scm:832', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#assq 'foo 'bar) Argument #2 to procedure `assq' has an invalid type: symbol The expected type is: (list-of pair) This is the expression: 'bar Procedure `assq' from module `scheme' has this type: ('a (list-of (pair 'b 'c)) -> (or false (pair 'a 'c))) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:835) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:836) assertion failed" '(not ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:837', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#assv 'foo '(bar)) Argument #2 to procedure `assv' has an invalid type: (list symbol) The expected type is: (list-of pair) This is the expression: '(bar) Procedure `assv' from module `scheme' has this type: ('a (list-of (pair 'b 'c)) -> (or false (pair 'a 'c))) Warning: Invalid argument In file `library-tests.scm:838', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#assv 'foo 'bar) Argument #2 to procedure `assv' has an invalid type: symbol The expected type is: (list-of pair) This is the expression: 'bar Procedure `assv' from module `scheme' has this type: ('a (list-of (pair 'b 'c)) -> (or false (pair 'a 'c))) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:840) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:841) assertion failed" '(not ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:842', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#assoc "foo" '("bar")) Argument #2 to procedure `assoc' has an invalid type: (list string) The expected type is: (list-of pair) This is the expression: '("bar") Procedure `assoc' from module `scheme' has this type: ('a (list-of (pair 'b 'c)) -> (or false (pair 'a 'c))) Warning: Invalid argument In file `library-tests.scm:843', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#assoc "foo" "bar") Argument #2 to procedure `assoc' has an invalid type: string The expected type is: (list-of pair) This is the expression: "bar" Procedure `assoc' from module `scheme' has this type: ('a (list-of (pair 'b 'c)) -> (or false (pair 'a 'c))) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:847) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:848) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:849) assertion failed" '(not ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:850', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#memq 'foo 'foo) Argument #2 to procedure `memq' has an invalid type: symbol The expected type is: list This is the expression: 'foo Procedure `memq' from module `scheme' has this type: ('a (list-of 'b) -> (or false (pair 'a (list-of 'b)))) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:852) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:853) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:854) assertion failed" '(not ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:855', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#memv 'foo 'foo) Argument #2 to procedure `memv' has an invalid type: symbol The expected type is: list This is the expression: 'foo Procedure `memv' from module `scheme' has this type: ('a (list-of 'b) -> (or false (pair 'a (list-of 'b)))) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:857) assertion failed" '(equal? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:858) assertion failed" '(not ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(library-tests.scm:859) assertion failed" '(not ...))) Test condition has always true value of type: true Warning: Invalid argument In file `library-tests.scm:860', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#member "foo" "foo") Argument #2 to procedure `member' has an invalid type: string The expected type is: list This is the expression: "foo" Procedure `member' from module `scheme' has this type: ('a (list-of 'b) -> (or false (pair 'a (list-of 'b)))) Warning: Invalid argument In file `library-tests.scm:864', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#length 1) Argument #1 to procedure `length' has an invalid type: fixnum The expected type is: list This is the expression: 1 Procedure `length' from module `scheme' has this type: (list -> fixnum) Warning: Invalid argument In file `library-tests.scm:865', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#length '(x . y)) Argument #1 to procedure `length' has an invalid type: (pair symbol symbol) The expected type is: list This is the expression: '(x . y) Procedure `length' from module `scheme' has this type: (list -> fixnum) 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'records-and-setters-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'record-printer-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Note: Predicate is always true In file `record-printer-test.scm:23', At the toplevel, In procedure call: (scheme#procedure? (chicken.base#setter chicken.base#record-printer)) The predicate will always return true. Procedure `procedure?' from module `scheme' is a predicate for: procedure The given argument has this type: procedure 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== reader tests ... ======================================== dynamic-wind tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'dwindtst.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== lolevel tests ... old: "\x00yoÿ" new: "ÿoy\x00" old: #(yo 1 2 #f #t (1 2 3) #(1 2 3)) new: #(#(1 2 3) (1 2 3) #t #f 2 1 yo) old: #u8(0 1 2 254 255) new: #u8(255 254 2 1 0) old: #s8(-128 -127 -2 -1 0 1 2 126 127) new: #s8(127 126 2 1 0 -1 -2 -127 -128) old: #u16(0 1 2 65534 65535) new: #u16(65535 65534 2 1 0) old: #s16(-32768 -32767 -2 -1 0 1 2 32766 32767) new: #s16(32767 32766 2 1 0 -1 -2 -32767 -32768) old: #u32(0 1 2 4294967294 4294967295) new: #u32(4294967295 4294967294 2 1 0) old: #s32(-2147483648 -2147483647 -2 -1 0 1 2 2147483646 2147483647) new: #s32(2147483647 2147483646 2 1 0 -1 -2 -2147483647 -2147483648) old: #u64(0 1 2 18446744073709551614 18446744073709551615) new: #u64(18446744073709551615 18446744073709551614 2 1 0) old: #s64(-9223372036854775808 -9223372036854775807 -2 -1 0 1 2 9223372036854775806 9223372036854775807) new: #s64(9223372036854775807 9223372036854775806 2 1 0 -1 -2 -9223372036854775807 -9223372036854775808) old: #f32(-inf.0 -2.0 -1.0 0.0 1.0 2.0 +inf.0) new: #f32(+inf.0 2.0 1.0 0.0 -1.0 -2.0 -inf.0) old: #f64(-1e+200 -2.0 -1.0 0.0 1.0 2.0 1e+200) new: #f64(1e+200 2.0 1.0 0.0 -1.0 -2.0 -1e+200) /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'lolevel-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize Note: Predicate is always true In file `lolevel-tests.scm:60', At the toplevel, In procedure call: (chicken.memory#pointer-like? chicken.memory#allocate) The predicate will always return true. Procedure `pointer-like?' from module `chicken.memory' is a predicate for: (or pointer locative procedure port) The given argument has this type: (fixnum -> (or false pointer)) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:60) assertion failed" '(pointer-like? allocate))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:181', In procedure `doloop207', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop207', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:181) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:181', In procedure `doloop207', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop207', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:181) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:182', In procedure `doloop268', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop268', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:182) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:182', In procedure `doloop268', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop268', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:182) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:183', In procedure `doloop336', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop336', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:183) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:183', In procedure `doloop336', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop336', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:183) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:184', In procedure `doloop398', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop398', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:184) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:184', In procedure `doloop398', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop398', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:184) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:185', In procedure `doloop472', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop472', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:185) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:185', In procedure `doloop472', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop472', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:185) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:186', In procedure `doloop534', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop534', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:186) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:186', In procedure `doloop534', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop534', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:186) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:187', In procedure `doloop608', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop608', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:187) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:187', In procedure `doloop608', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop608', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:187) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:188', In procedure `doloop670', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop670', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:188) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:188', In procedure `doloop670', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop670', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:188) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:191', In procedure `doloop744', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop744', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:191) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:191', In procedure `doloop744', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop744', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:191) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:193', In procedure `doloop806', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop806', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:193) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:193', In procedure `doloop806', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop806', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:193) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:197', In procedure `doloop880', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop880', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:197) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:197', In procedure `doloop880', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop880', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:197) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:198', In procedure `doloop948', In procedure call: (chicken.locative#locative? loc-src) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop948', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:198) assertion failed" '(locative? loc-src))) Test condition has always true value of type: true Note: Predicate is always true In file `lolevel-tests.scm:198', In procedure `doloop948', In procedure call: (chicken.locative#locative? loc-dst) The predicate will always return true. Procedure `locative?' from module `chicken.locative' is a predicate for: locative The given argument has this type: locative Note: Test is always true In procedure `doloop948', In conditional expression: (if tmp tmp (##sys#error "(lolevel-tests.scm:198) assertion failed" '(locative? loc-dst))) Test condition has always true value of type: true 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o old: "\x00yoÿ" new: "ÿoy\x00" old: #(yo 1 2 #f #t (1 2 3) #(1 2 3)) new: #(#(1 2 3) (1 2 3) #t #f 2 1 yo) old: #u8(0 1 2 254 255) new: #u8(255 254 2 1 0) old: #s8(-128 -127 -2 -1 0 1 2 126 127) new: #s8(127 126 2 1 0 -1 -2 -127 -128) old: #u16(0 1 2 65534 65535) new: #u16(65535 65534 2 1 0) old: #s16(-32768 -32767 -2 -1 0 1 2 32766 32767) new: #s16(32767 32766 2 1 0 -1 -2 -32767 -32768) old: #u32(0 1 2 4294967294 4294967295) new: #u32(4294967295 4294967294 2 1 0) old: #s32(-2147483648 -2147483647 -2 -1 0 1 2 2147483646 2147483647) new: #s32(2147483647 2147483646 2 1 0 -1 -2 -2147483647 -2147483648) old: #u64(0 1 2 18446744073709551614 18446744073709551615) new: #u64(18446744073709551615 18446744073709551614 2 1 0) old: #s64(-9223372036854775808 -9223372036854775807 -2 -1 0 1 2 9223372036854775806 9223372036854775807) new: #s64(9223372036854775807 9223372036854775806 2 1 0 -1 -2 -9223372036854775807 -9223372036854775808) old: #f32(-inf.0 -2.0 -1.0 0.0 1.0 2.0 +inf.0) new: #f32(+inf.0 2.0 1.0 0.0 -1.0 -2.0 -inf.0) old: #f64(-1e+200 -2.0 -1.0 0.0 1.0 2.0 1e+200) new: #f64(1e+200 2.0 1.0 0.0 -1.0 -2.0 -1e+200) ======================================== arithmetic tests ... ======================================== pretty-printer tests ... ======================================== evaluation environment tests ... == evaluation environment tests == (PASS) (eval 123) (PASS) (eval 123 (interaction-environment)) (PASS) (eval (quote car) (interaction-environment)) (PASS) (eval (quote foo) (interaction-environment)) (PASS) (eval (quote (begin (set! foo 99) foo)) (interaction-environment)) (PASS) (eval 123) (PASS) (eval 123 (scheme-report-environment 5)) (PASS) (eval (quote car) (scheme-report-environment 5)) (PASS) (eval (quote foo) (scheme-report-environment 5)) (PASS) (eval (quote values) (scheme-report-environment 4)) (PASS) (eval (quote values) (scheme-report-environment 5)) (PASS) (eval (quote (set! foo 99)) (scheme-report-environment 5)) (PASS) (eval (quote (define-syntax foo (syntax-rules () ((_) 1)))) (scheme-report-environment 5)) (PASS) (eval (quote car) (null-environment 5)) (PASS) (eval (quote (cond-expand (chicken 1) (else 2))) (null-environment 4)) (PASS) (eval (quote (cond-expand (chicken 1) (else 2))) (null-environment 5)) (PASS) (eval (quote (cond-expand (chicken 1) (else 2))) (scheme-report-environment 4)) (PASS) (eval (quote (cond-expand (chicken 1) (else 2))) (scheme-report-environment 5)) (PASS) 1 (PASS) 1 (PASS) 1 (PASS) (eval (quote ((lambda (x) x) 123)) (null-environment 5)) (PASS) (eval (quote (bar)) foo-env) (PASS) (eval (quote baz) foo-env) (PASS) (eval (quote (editor-command)) csi-env) (PASS) (eval (quote baz) csi-env) (PASS) (eval (quote (format ~a 1)) format-env) (PASS) (eval (quote baz) format-env) 28 tests completed in 0.013 seconds 28 (100.00%) tests passed 0 (0.00%) tests failed -- evaluation environment tests -- TOTALS: 28 tests completed in 0.013 seconds 28 (100.00%) tests passed 0 (0.00%) tests failed ======================================== syntax tests ... 3 100 1 (#:M1 (m1 n)) 3628800 34 (0 1 2 3 (4) (5 6)) 45 now outer 7 (1 2 3 a) (1 2 3 a) (1 2 3 a) #(b) "baz" "no baz" "no baz" 2 #t ok 1 3 (3 4) "x" "x" "bar" "bar" "foo#bar" "foo#bar" "#!rest" "#!rest" "#!rest" #!rest #!rest "#!rest" |#!foo| "|#!foo|" "foo#bar" "##foo#bar" "|#%foo|" (... 1 2 3) 3 (() 1 2) (((1) 2) 3 4) (((1 2) (4) 3 5) 6 7) (() 1 2) ((#() 1) 2 3) ((#(1 2) 3) 4 5) ((#(1 2) 3) 4 5 6 7) (() 1 2 3 4) ((#(1) 2) 3 4 5 6) ((#(1 2) #(4) 3 5) 6 7 8 9) (1) (99) 7 (1 2 3) 10 9 8 7 6 5 4 3 2 1 10 9 8 7 6 5 4 3 2 1 1 2 3 4 5 6 7 8 9 10 3 ok caught (99) 10 9 8 7 6 5 4 3 2 1 10 9 8 7 6 5 4 3 2 1 #((99)) #((one)) (1 #(1 #(1))) yep 1 a-procedure # 1 1 # # void 2 2 1 3 1 1 (1 2) (1 2 3 4 (5 6)) 1 1 2 3 4 #f #f foo #f 1 2 #t #f 1 #f 1 #f 1 2 #f "" "" 2 #f 2 #t #f 3 4 2 2 #f #f #f #f #f #f 3/2 () () (1) (1) (1) (1 2) (1 2) (1 2) (1 2 3 4) (1 2 3 4) (1 2 3 4 5 6) (ok) 2 () () (1) (1) (1) (1 2) (1 2) (1 2) (1 2 3 4) (1 2 3 4) (1 2 3 4 5 6) 1 unquote a (foo . 1) `,a (quasiquote x y) ,@a (1 2) `,(1 2) `,@(1 2) `(unquote 1 2) x `,@`,x `,`,@x `,`,(1 2) (quasiquote . #(1 ,x 3)) `#(1 ,x 3) (quasiquote a #(1 ,x 3) b) `(unquote . #(1 (1 2) 3)) `,#(1 (1 2) 3) `(unquote a #(1 (1 2) 3) b) `(unquote-splicing . #(1 (1 2) 3)) `,@#(1 (1 2) 3) `(unquote-splicing a #(1 (1 2) 3) b) quasiquote unquote unquote-splicing (x quasiquote) (x unquote-splicing) (a 1) (1) (1) 1 4 1 1 2 1 1 1 1 1 old new new ======================================== syntax tests (compiled) ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'syntax-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository (#:M1 (m1 n)) Warning: (syntax-tests.scm:547) - assignment to imported value binding `setter' Warning: (syntax-tests.scm:855) - assignment to imported value binding `bar' Note: re-importing already imported identifier: + Note: Predicate is always true In file `syntax-tests.scm:37', At the toplevel, In procedure call: (scheme#number? tmp) The predicate will always return true. Procedure `number?' from module `scheme' is a predicate for: number The given argument has this type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if temp temp (let ((temp ...)) (if temp temp (let ... ...)))) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:205', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (scheme#string-length 1) Argument #1 to procedure `string-length' has an invalid type: fixnum The expected type is: string This is the expression: 1 Procedure `string-length' from module `scheme' has this type: (string -> fixnum) Note: Test is always false At the toplevel, In conditional expression: (if #f 'false =>) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if #f 'false (let ((t885 =>)) 3)) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if temp temp (let ((temp ...)) (if temp temp (let ... ...)))) Test condition is always false. Note: Test is always true In file `syntax-tests.scm:438', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure `f2021', In conditional expression: (if (scheme#not #f) (chicken.base#exit #f) (##core#undefined)) Test condition has always true value of type: true Warning: Invalid argument In file `syntax-tests.scm:438', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure `f2021', In procedure call: (chicken.base#exit #f) Argument #1 to procedure `exit' has an invalid type: false The expected type is: fixnum This is the expression: #f Procedure `exit' from module `chicken.base' has this type: (#!optional fixnum -> noreturn) Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(syntax-tests.scm:495) assertion failed" '(eq? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(syntax-tests.scm:496) assertion failed" '(eq? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(syntax-tests.scm:497) assertion failed" '(eq? ... ...))) Test condition has always true value of type: true Warning: Invalid assignment At the toplevel, In assignment: (set! chicken.base#setter 123) Variable `setter' is assigned invalid value. The assigned value has this type: fixnum The declared type of `setter' from module `chicken.base' is: (procedure -> procedure) Warning: Invalid argument In file `syntax-tests.scm:550', At the toplevel, In procedure call: (scheme#= 123 chicken.base#setter) Argument #2 to procedure `=' has an invalid type: (procedure -> procedure) The expected type is: number This is the expression: chicken.base#setter Procedure `=' from module `scheme' has this type: (#!rest number -> boolean) Note: Test is always true In file `syntax-tests.scm:639', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure `f2842', In conditional expression: (if (scheme#not #f) (chicken.base#exit #f) (##core#undefined)) Test condition has always true value of type: true Warning: Invalid argument In file `syntax-tests.scm:639', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure `f2842', In procedure call: (chicken.base#exit #f) Argument #1 to procedure `exit' has an invalid type: false The expected type is: fixnum This is the expression: #f Procedure `exit' from module `chicken.base' has this type: (#!optional fixnum -> noreturn) Note: Test is always false At the toplevel, In conditional expression: (if #f 'false 'yep) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if #f 'false (let ((tmp 1)) (if tmp (let ... ...) 'yep))) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if tmp (let ((g3114 ...)) (g3114 tmp)) 'yep) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if #f 'false (if 1 (let (...) 'a-procedure) 'yep)) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if 1 (let ((t3137 =>)) 'a-procedure) 'yep) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if #f 'false (if else 'nope (chicken.base#void))) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if else 'nope (chicken.base#void)) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if #f 'false (let ((tmp 1)) (if tmp (let ... ...) 'yep))) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if tmp (let ((g3179 ...)) (g3179 tmp)) 'yep) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if #f 'false (let ((tmp 1)) (if tmp (let ... ...) 'yep))) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if tmp (let ((g3205 ...)) (g3205 tmp)) 'yep) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(syntax-tests.scm:788) assertion failed" '(= 2 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(syntax-tests.scm:796) assertion failed" '(= 1 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if a (let ((t4046 a)) a) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if a (let ((b ...)) (if b (let ... b) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if b (let ((t4076 b)) b) #f) Test condition has always true value of type: number Note: Test is always false At the toplevel, In conditional expression: (if tmp tmp #t) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if c (let ((g4120 ...)) (if g4120 (let ... c) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if c (let ((g4134 ...)) (if g4134 (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if g4148 (let ((g4150 ...)) (if g4150 (let ... ...) #f)) #f) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if g4164 (let ((a ...)) (if a (let ... a) #f)) #f) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if a (let ((t4168 a)) a) #f) Test condition has always true value of type: symbol Note: Test is always false At the toplevel, In conditional expression: (if a (let ((g4178 ...)) (if g4178 (let ... ...) #f)) #f) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if g4220 g4220 #f) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if g4224 g4224 #f) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if g4237 g4237 #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4241 g4241 #f) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if x x #f) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if x x #f) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if x x #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if x x #f) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if g4293 (let ((x 1)) (if x x #f)) #f) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if x x #f) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if g4297 (let ((x 1)) (if x x #f)) #f) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if x x #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4328 (let ((x 1)) (if x x #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if x x #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4332 (let ((x 1)) (if x x #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if x x #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if x (let ((g4345 2)) (if g4345 g4345 #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4345 g4345 #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if x (let ((g4349 2)) (if g4349 g4349 #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4349 g4349 #f) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if g4363 (let ((t4366 g4363)) x) #f) Test condition is always false. Note: Test is always false At the toplevel, In conditional expression: (if g4368 (let ((t4371 g4368)) x) #f) Test condition is always false. Note: Test is always true At the toplevel, In conditional expression: (if g4382 (let ((t4385 g4382)) x) #f) Test condition has always true value of type: string Note: Test is always true At the toplevel, In conditional expression: (if g4387 (let ((t4390 g4387)) x) #f) Test condition has always true value of type: string Note: Test is always true At the toplevel, In conditional expression: (if g4401 g4401 #f) Test condition has always true value of type: string Note: Test is always true At the toplevel, In conditional expression: (if g4405 g4405 #f) Test condition has always true value of type: string Note: Test is always true At the toplevel, In conditional expression: (if g4418 (let ((t4421 g4418)) (scheme#+ x 1)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4423 (let ((t4426 g4423)) (scheme#+ x 1)) #f) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if g4437 (let ((t4440 g4437)) (scheme#+ x 1)) #f) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:976', At the toplevel, In procedure call: (scheme#+ x 1) Argument #1 to procedure `+' has an invalid type: false The expected type is: number This is the expression: x Procedure `+' from module `scheme' has this type: (#!rest number -> number) Note: Test is always false At the toplevel, In conditional expression: (if g4442 (let ((t4445 g4442)) (scheme#+ x 1)) #f) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:976', At the toplevel, In procedure call: (scheme#+ x 1) Argument #1 to procedure `+' has an invalid type: false The expected type is: number This is the expression: x Procedure `+' from module `scheme' has this type: (#!rest number -> number) Note: Test is always true At the toplevel, In conditional expression: (if x (let ((t4515 x)) (scheme#+ x 1)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if x (let ((t4521 x)) (scheme#+ x 1)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if x (let ((x ...)) (if x (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if x (let ((t4537 x)) (scheme#+ x 1)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if x (let ((x ...)) (if x (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if x (let ((t4544 x)) (scheme#+ x 1)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if g4555 (let ((g4557 ...)) (if g4557 (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4563 (let ((g4565 ...)) (if g4565 (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4580 (let ((g4582 ...)) (if g4582 (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4588 (let ((g4590 ...)) (if g4590 (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4605 (let ((g4607 ...)) (if g4607 (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if g4613 (let ((g4615 ...)) (if g4615 (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always false At the toplevel, In conditional expression: (if g4630 (let ((g4632 ...)) (if g4632 (let ... ...) #f)) #f) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:987', At the toplevel, In procedure call: (scheme#positive? x) Argument #1 to procedure `positive?' has an invalid type: false The expected type is: number This is the expression: x Procedure `positive?' from module `scheme' has this type: (number -> boolean) Note: Test is always false At the toplevel, In conditional expression: (if g4638 (let ((g4640 ...)) (if g4640 (let ... ...) #f)) #f) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:987', At the toplevel, In procedure call: (scheme#positive? x) Argument #1 to procedure `positive?' has an invalid type: false The expected type is: number This is the expression: x Procedure `positive?' from module `scheme' has this type: (number -> boolean) Note: Test is always false At the toplevel, In conditional expression: (if g4655 (let ((g4657 ...)) (if g4657 (let ... ...) #f)) #f) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:988', At the toplevel, In procedure call: (scheme#positive? x) Argument #1 to procedure `positive?' has an invalid type: false The expected type is: number This is the expression: x Procedure `positive?' from module `scheme' has this type: (number -> boolean) Note: Test is always false At the toplevel, In conditional expression: (if g4663 (let ((g4665 ...)) (if g4665 (let ... ...) #f)) #f) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:988', At the toplevel, In procedure call: (scheme#positive? x) Argument #1 to procedure `positive?' has an invalid type: false The expected type is: number This is the expression: x Procedure `positive?' from module `scheme' has this type: (number -> boolean) Note: Test is always true At the toplevel, In conditional expression: (if g4680 (let ((y ...)) (if y (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if y (let ((g4682 ...)) (if g4682 (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if g4689 (let ((y ...)) (if y (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if y (let ((g4691 ...)) (if g4691 (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if g4707 (let ((y ...)) (if y (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if y (let ((g4709 ...)) (if g4709 (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if g4716 (let ((y ...)) (if y (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if y (let ((g4718 ...)) (if g4718 (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always false At the toplevel, In conditional expression: (if g4734 (let ((y ...)) (if y (let ... ...) #f)) #f) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:992', At the toplevel, In procedure call: (scheme#- x 1) Argument #1 to procedure `-' has an invalid type: false The expected type is: number This is the expression: x Procedure `-' from module `scheme' has this type: (number #!rest number -> number) Note: Test is always true At the toplevel, In conditional expression: (if y (let ((g4736 ...)) (if g4736 (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always false At the toplevel, In conditional expression: (if g4743 (let ((y ...)) (if y (let ... ...) #f)) #f) Test condition is always false. Warning: Invalid argument In file `syntax-tests.scm:992', At the toplevel, In procedure call: (scheme#- x 1) Argument #1 to procedure `-' has an invalid type: false The expected type is: number This is the expression: x Procedure `-' from module `scheme' has this type: (number #!rest number -> number) Note: Test is always true At the toplevel, In conditional expression: (if y (let ((g4745 ...)) (if g4745 (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if g4761 (let ((y ...)) (if y (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if y (let ((g4763 ...)) (if g4763 (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if g4770 (let ((y ...)) (if y (let ... ...) #f)) #f) Test condition has always true value of type: fixnum Note: Test is always true At the toplevel, In conditional expression: (if y (let ((g4772 ...)) (if g4772 (let ... ...) #f)) #f) Test condition has always true value of type: number Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(syntax-tests.scm:1211) assertion failed" '(eq? ... ...))) Test condition has always true value of type: true Warning: redefinition of extended binding: chicken.base#setter 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o 3 100 1 3628800 34 (0 1 2 3 (4) (5 6)) 45 now outer 7 (1 2 3 a) (1 2 3 a) (1 2 3 a) #(b) "baz" "no baz" "no baz" 2 #t ok 1 3 (3 4) "x" "x" "bar" "bar" "foo#bar" "foo#bar" "#!rest" "#!rest" "#!rest" #!rest #!rest "#!rest" |#!foo| "|#!foo|" "foo#bar" "##foo#bar" "|#%foo|" (... 1 2 3) 3 (() 1 2) (((1) 2) 3 4) (((1 2) (4) 3 5) 6 7) (() 1 2) ((#() 1) 2 3) ((#(1 2) 3) 4 5) ((#(1 2) 3) 4 5 6 7) (() 1 2 3 4) ((#(1) 2) 3 4 5 6) ((#(1 2) #(4) 3 5) 6 7 8 9) (1) (99) 7 (1 2 3) 10 9 8 7 6 5 4 3 2 1 10 9 8 7 6 5 4 3 2 1 1 2 3 4 5 6 7 8 9 10 3 ok caught (99) 10 9 8 7 6 5 4 3 2 1 10 9 8 7 6 5 4 3 2 1 #((99)) #((one)) (1 #(1 #(1))) yep 1 a-procedure # 1 1 # # void 2 2 1 3 1 1 (1 2) (1 2 3 4 (5 6)) 1 1 2 3 4 #f #f foo #f 1 2 #t #f 1 #f 1 #f 1 2 #f "" "" 2 #f 2 #t #f 3 4 2 2 #f #f #f #f #f #f 3/2 () () (1) (1) (1) (1 2) (1 2) (1 2) (1 2 3 4) (1 2 3 4) (1 2 3 4 5 6) (ok) 2 () () (1) (1) (1) (1 2) (1 2) (1 2) (1 2 3 4) (1 2 3 4) (1 2 3 4 5 6) 1 unquote a (foo . 1) `,a (quasiquote x y) ,@a (1 2) `,(1 2) `,@(1 2) `(unquote 1 2) x `,@`,x `,`,@x `,`,(1 2) (quasiquote . #(1 ,x 3)) `#(1 ,x 3) (quasiquote a #(1 ,x 3) b) `(unquote . #(1 (1 2) 3)) `,#(1 (1 2) 3) `(unquote a #(1 (1 2) 3) b) `(unquote-splicing . #(1 (1 2) 3)) `,@#(1 (1 2) 3) `(unquote-splicing a #(1 (1 2) 3) b) quasiquote unquote unquote-splicing (x quasiquote) (x unquote-splicing) (a 1) (1) (1) 1 4 1 1 2 1 1 1 1 1 old new new ======================================== syntax tests (v2, compiled) ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'syntax-tests-2.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== meta-syntax tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'meta-syntax-test.scm' -output-file 'meta-syntax-test.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-import-library foo generating import library `foo.import.scm' for module `foo' ... 'gcc' 'meta-syntax-test.c' -o 'meta-syntax-test.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm meta-syntax-test.c 'gcc' 'meta-syntax-test.o' -o 'meta-syntax-test.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm meta-syntax-test.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'foo.import.scm' -output-file 'foo.import.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'foo.import.c' -o 'foo.import.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm foo.import.c 'gcc' 'foo.import.o' -o 'foo.import.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm foo.import.o ======================================== reexport tests ... 7 "abc-def-ghi" 1 /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o 7 "abc-def-ghi" 1 /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m1.scm' -output-file 'reexport-m1.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m1.import.scm' for module `reexport-m1' ... 'gcc' 'reexport-m1.c' -o 'reexport-m1.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m1.c 'gcc' 'reexport-m1.o' -o 'reexport-m1.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m1.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m1.import.scm' -output-file 'reexport-m1.import.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'reexport-m1.import.c' -o 'reexport-m1.import.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m1.import.c 'gcc' 'reexport-m1.import.o' -o 'reexport-m1.import.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m1.import.o (1 . 2) /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m2.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o (1 . 2) /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m3.scm' -output-file 'reexport-m3.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m3.import.scm' for module `reexport-m3' ... 'gcc' 'reexport-m3.c' -o 'reexport-m3.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m3.c 'gcc' 'reexport-m3.o' -o 'reexport-m3.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m3.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m4.scm' -output-file 'reexport-m4.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m4.import.scm' for module `reexport-m4' ... 'gcc' 'reexport-m4.c' -o 'reexport-m4.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m4.c 'gcc' 'reexport-m4.o' -o 'reexport-m4.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m4.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m5.scm' -output-file 'reexport-m5.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m5.import.scm' for module `reexport-m5' ... 'gcc' 'reexport-m5.c' -o 'reexport-m5.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m5.c 'gcc' 'reexport-m5.o' -o 'reexport-m5.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m5.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m6.scm' -output-file 'reexport-m6.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m6.import.scm' for module `reexport-m6' ... 'gcc' 'reexport-m6.c' -o 'reexport-m6.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m6.c 'gcc' 'reexport-m6.o' -o 'reexport-m6.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m6.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m7.scm' -output-file 'reexport-m7.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m7.import.scm' for module `reexport-m7' ... 'gcc' 'reexport-m7.c' -o 'reexport-m7.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m7.c 'gcc' 'reexport-m7.o' -o 'reexport-m7.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m7.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m8.scm' -output-file 'reexport-m8.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m8.import.scm' for module `reexport-m8' ... 'gcc' 'reexport-m8.c' -o 'reexport-m8.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m8.c 'gcc' 'reexport-m8.o' -o 'reexport-m8.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m8.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m9.scm' -output-file 'reexport-m9.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m9.import.scm' for module `reexport-m9' ... 'gcc' 'reexport-m9.c' -o 'reexport-m9.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m9.c 'gcc' 'reexport-m9.o' -o 'reexport-m9.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m9.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-m10.scm' -output-file 'reexport-m10.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `reexport-m10.import.scm' for module `reexport-m10' ... 'gcc' 'reexport-m10.c' -o 'reexport-m10.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reexport-m10.c 'gcc' 'reexport-m10.o' -o 'reexport-m10.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm reexport-m10.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reexport-tests-2.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o 1 11======================================== functor tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'simple-functors-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o == functor tests == Queue representation #1: 0.006s CPU time, 51/6 mutations (total/tracked), 0/16 GCs (major/minor), maximum live heap: 625.88 KiB Queue representation #2: 0.303s CPU time, 0.006s GC time (major), 25071/4176 mutations (total/tracked), 3/1580 GCs (major/minor), maximum live heap: 666.1 KiB Queue representation #3: 0.003s CPU time, 267/42 mutations (total/tracked), 0/16 GCs (major/minor), maximum live heap: 629.44 KiB ("") (PASS) double printer (PASS) argument mismatch (PASS) undefined module (PASS) undefined interface (PASS) undefined interface in functor (PASS) undefined interface in functor result (PASS) alternative functor instantiation syntax (PASS) optional functor argument #1 (PASS) optional functor argument #2 (PASS) primitive optional functor argument #1 (PASS) primitive optional functor argument #2 (PASS) Functor with extra exports 12 tests completed in 0.366 seconds 12 (100.00%) tests passed 0 (0.00%) tests failed -- functor tests -- TOTALS: 12 tests completed in 0.366 seconds 12 (100.00%) tests passed 0 (0.00%) tests failed /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'functor-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Note: re-importing already imported identifier: print-twice Note: re-importing already imported identifier: print-twice 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o == functor tests == Queue representation #1: 0.014s CPU time, 0/54 GCs (major/minor), maximum live heap: 325.95 KiB Queue representation #2: 0.103s CPU time, 0.002s GC time (major), 2/480 GCs (major/minor), maximum live heap: 360.07 KiB Queue representation #3: 0.001s CPU time, 0/3 GCs (major/minor), maximum live heap: 325.95 KiB ("") (PASS) double printer (PASS) alternative functor instantiation syntax (PASS) optional functor argument #1 (PASS) optional functor argument #2 (PASS) primitive optional functor argument #1 (PASS) primitive optional functor argument #2 (PASS) Functor with extra exports 7 tests completed in 0.130 seconds 7 (100.00%) tests passed 0 (0.00%) tests failed -- functor tests -- TOTALS: 7 tests completed in 0.130 seconds 7 (100.00%) tests passed 0 (0.00%) tests failed /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'square-functor.scm' -output-file 'a.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `square-functor.import.scm' for module `square-functor' ... 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'square-functor.import.scm' -output-file 'a.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'use-square-functor.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Note: re-importing already imported identifier: * 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'use-square-functor.scm' -output-file 'a.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-all-import-libraries generating import library `num.import.scm' for module `num' ... Note: re-importing already imported identifier: * generating import library `lst.import.scm' for module `lst' ... generating import library `sf1.import.scm' for module `sf1' ... generating import library `sf2.import.scm' for module `sf2' ... 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== compiler syntax tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'compiler-syntax-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(compiler-syntax-tests.scm:9) assertion failed" '(= 2 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(compiler-syntax-tests.scm:13) assertion failed" '(= 3 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(compiler-syntax-tests.scm:15) assertion failed" '(= 2 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(compiler-syntax-tests.scm:72) assertion failed" '(= 7 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(compiler-syntax-tests.scm:73) assertion failed" '(eq? ... ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(compiler-syntax-tests.scm:75) assertion failed" '(eq? ... ...))) Test condition has always true value of type: true 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o 9 7 (cs-goo 2) zzz ======================================== import tests ... expect warning ... ======================================== import library tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'import-library-test1.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-import-library foo generating import library `foo.import.scm' for module `foo' ... 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'foo.import.scm' -output-file 'foo.import.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'foo.import.c' -o 'foo.import.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm foo.import.c 'gcc' 'foo.import.o' -o 'foo.import.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm foo.import.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'import-library-test2.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== optionals test ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'test-optional.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== syntax tests (matchable) ... == match == (PASS) any (PASS) symbol (PASS) number (PASS) string (PASS) literal symbol (PASS) null (PASS) pair (PASS) vector (PASS) any doubled (PASS) and empty (PASS) and single (PASS) and double (PASS) or empty (PASS) or single (PASS) or double (PASS) not (PASS) pred (PASS) named pred (PASS) duplicate symbols pass (PASS) duplicate symbols fail (PASS) duplicate symbols samth (PASS) ellipses (PASS) real ellipses (PASS) vector ellipses (PASS) pred ellipses (PASS) failure continuation (PASS) let (PASS) let* (PASS) getter car (PASS) getter cdr (PASS) getter vector (PASS) setter car (PASS) setter cdr (PASS) setter vector (PASS) single tail (PASS) single tail 2 (PASS) multiple tail (PASS) Riastradh quasiquote 38 tests completed in 0.213 seconds 38 (100.00%) tests passed 0 (0.00%) tests failed -- match -- TOTALS: 38 tests completed in 0.213 seconds 38 (100.00%) tests passed 0 (0.00%) tests failed ======================================== syntax tests (loopy-loop) ... (PASS) stepping (PASS) basic in-list (PASS) in-list with result (PASS) in-list with collecting (PASS) uneven length in-list's (PASS) in-lists (PASS) flatten (recursion test) (PASS) in-string (PASS) in-string with start (PASS) in-string with start and end (PASS) in-string with start, end and step (PASS) in-string-reverse (PASS) in-vector (PASS) in-permutations (PASS) in-permutations with length (PASS) in-combinations 16 tests completed in 0.616 seconds 16 (100.00%) tests passed 0 (0.00%) tests failed ======================================== r4rstest ... (expect mult-float-print-test to fail) ======================================== syntax tests (r5rs_pitfalls) ... (expect two failures) Passed: 1.1 Passed: 1.2 Passed: 1.3 Passed: 2.1 Passed: 3.1 Passed: 3.2 Passed: 3.3 Passed: 3.4 Passed: 4.1 Passed: 4.2 Passed: 4.3 Passed: 5.1 Passed: 5.2 Passed: 5.3 Passed: 6.1 Passed: 7.1 Passed: 7.2 Passed: 7.3 Passed: 7.4 Passed: 8.1 Passed: 8.2 Passed: 8.3 Map is not call/cc safe, but probably tail recursive and efficient. ======================================== r7rs tests ... (section 4 2 1) (#) ==> 1 (#) ==> foo (#) ==> "a" (#) ==> "a" (#) (#) (section 4 2 5) (# #) ==> #t (# #) ==> #t (# #) ==> #t (# #) ==> 1 (# #) ==> #t (# #) ==> 1 (# #) ==> #t (# #) ==> #t (# 1) ==> 1 (# #) ==> # (# #) ==> 3 (# 3 3) ==> (3 3) (# #) ==> 0 (# #) ==> 0 (# #) ==> 1 (# #) ==> 2 (# #) ==> #t (# #) ==> 6 (# #) ==> #t (# #) ==> 6 (# #) ==> #t (# #) ==> 1 (# #) ==> 6 (# #) ==> #t (#f (1 2 3)) ==> (1 2 3) (#f (4 5 6)) ==> (4 5 6) (#f ()) ==> () (section 5 3) (#) ==> (1 2) (#) ==> (1 (2)) (#) ==> ((1 2)) (#) ==> ok (section 6 6) (#named-char x)> 7) ==> "#\\alarm" (#named-char x)> 8) ==> "#\\backspace" (#named-char x)> 127) ==> "#\\delete" (#named-char x)> 27) ==> "#\\escape" (#named-char x)> 10) ==> "#\\newline" (#named-char x)> 0) ==> "#\\null" (#named-char x)> 13) ==> "#\\return" (#named-char x)> 32) ==> "#\\space" (#named-char x)> 9) ==> "#\\tab" (section 6 7) (# "a") ==> #\alarm (# "b") ==> #\backspace (# "t") ==> #\tab (# "n") ==> #\newline (# "r") ==> #\return (# "\"") ==> #\" (# "\\") ==> #\\ (# "|") ==> #\| (# "\n END") ==> #\E (# "\r END") ==> #\E (# "\r\n END") ==> #\E (# " \nEND") ==> #\E (# " \nEND") ==> #\E (# " \n END") ==> #\E (# " \n \n END") ==> #\newline (# " \r \n END") ==> #\newline (# "\t\n\t END") ==> #\E (# " \n ") ==> "" (section 6 8) (#f #(0 (2 2 2 2) "Anna")) ==> #(0 (2 2 2 2) "Anna") (# #(0 (a b) c)) ==> #t (# #(0 (a b) c)) ==> #t (#f #(0 (a b) c d #(1 2 (e) f) g)) ==> #(0 (a b) c d #(1 2 (e) f) g) Passed all tests ======================================== module tests ... == modules == (PASS) r4rs (PASS) r4rs-null (PASS) internal/variable (PASS) external/unimported variable (fail) (PASS) external/unimported syntax (fail) (PASS) external/imported variable (PASS) external/imported syntax (PASS) modified import (PASS) hidden import (PASS) prefixed import and reexport ok. (PASS) indirect imports f1 (PASS) chained indirect imports (PASS) literal compare and export (PASS) redefinition of indirect import (PASS) redefinition of indirect import (II) (PASS) value reexport (PASS) syntax reexport (PASS) primitive indirect value-binding reexport (PASS) extended lambda list uses expansion environment # (PASS) function defined in module that is the result of an expansion (PASS) syntax defined in module that is the result of an expansion (PASS) global module alias scope (1) (PASS) local module alias scope (PASS) global module alias scope (2) (PASS) `*' export-list + explicit export 1 1 2 (PASS) handle star-exporting module with reexport (PASS) star-export with explicit re-export of syntax (PASS) # (PASS) #t (PASS) # (PASS) #t (PASS) # (PASS) initial state (PASS) After mutating inside defining module (PASS) After mutating outside module (PASS) After mutation by another module (PASS) Internal getter returns same thing (PASS) #t (PASS) #t 39 tests completed in 0.074 seconds 39 (100.00%) tests passed 0 (0.00%) tests failed -- modules -- TOTALS: 39 tests completed in 0.074 seconds 39 (100.00%) tests passed 0 (0.00%) tests failed () f1 oinkoink ======================================== module tests (command line options) ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only -no-warnings -emit-import-library test-1642948473 -module test-1642948473 generating import library `test-1642948473.import.scm' for module `test-1642948473' ... ======================================== module tests (compiled) ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'module-tests-compiled.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Note: re-importing already imported identifier: vector-fill! Note: re-importing already imported identifier: op Note: re-importing already imported identifier: op 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o == modules/compiled == (PASS) inline in syntax (PASS) unmarked primitive exports (PASS) lexically scoped import uses imported module (PASS) After leaving scope, fall back to old import (PASS) Interpreted code behaves identically on lexical import (PASS) Interpreted code behaves identically after leaving scope (PASS) In begin, imports are seen immediately (PASS) begin splices; imports still active afterwards 8 tests completed in 0.002 seconds 8 (100.00%) tests passed 0 (0.00%) tests failed -- modules/compiled -- TOTALS: 8 tests completed in 0.002 seconds 8 (100.00%) tests passed 0 (0.00%) tests failed /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'module-static-eval-compiled.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'module-static-eval-compiled.scm' -output-file 'a.c' -static -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-link-file a.link 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../libchicken.a -lm -ldl rm a.o ======================================== module tests (chained) ... f1 /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'test-chained-modules.scm' -output-file 'test-chained-modules.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-import-library m3 generating import library `m3.import.scm' for module `m3' ... 'gcc' 'test-chained-modules.c' -o 'test-chained-modules.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm test-chained-modules.c 'gcc' 'test-chained-modules.o' -o 'test-chained-modules.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm test-chained-modules.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'm3.import.scm' -output-file 'm3.import.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'm3.import.c' -o 'm3.import.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm m3.import.c 'gcc' 'm3.import.o' -o 'm3.import.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm m3.import.o CHICKEN (c) 2008-2021, The CHICKEN Team (c) 2000-2007, Felix L. Winkelmann Version 5.3.0 (rev e31bbee5) linux-unix-gnu-x86-64 [ 64bit dload ptables ] Type ,? for help. ; loading test-chained-modules.so ... f1 f1 f1 ======================================== module tests (ec) ... (let ((x 0)) (do-ec (set! x (+ x 1))) x) => 1 ; correct (let ((x 0)) (do-ec (|:range| i 10) (set! x (+ x 1))) x) => 10 ; correct (let ((x 0)) (do-ec (|:range| n 10) (|:range| k n) (set! x (+ x 1))) x) => 45 ; correct (list-ec 1) => (1) ; correct (list-ec (|:range| i 4) i) => (0 1 2 3) ; correct (list-ec (|:range| n 3) (|:range| k (+ n 1)) (list n k)) => ((0 0) (1 0) (1 1) (2 0) (2 1) (2 2)) ; correct (list-ec (|:range| n 5) (if (even? n)) (|:range| k (+ n 1)) (list n k)) => ((0 0) (2 0) (2 1) (2 2) (4 0) (4 1) (4 2) (4 3) (4 4)) ; correct (list-ec (|:range| n 5) (not (even? n)) (|:range| k (+ n 1)) (list n k)) => ((1 0) (1 1) (3 0) (3 1) (3 2) (3 3)) ; correct (list-ec (|:range| n 5) (and (even? n) (> n 2)) (|:range| k (+ n 1)) (list n k)) => ((4 0) (4 1) (4 2) (4 3) (4 4)) ; correct (list-ec (|:range| n 5) (or (even? n) (> n 3)) (|:range| k (+ n 1)) (list n k)) => ((0 0) (2 0) (2 1) (2 2) (4 0) (4 1) (4 2) (4 3) (4 4)) ; correct (let ((x 0)) (list-ec (|:range| n 10) (begin (set! x (+ x 1))) n) x) => 10 ; correct (list-ec (nested (|:range| n 3) (|:range| k n)) k) => (0 0 1) ; correct (append-ec (quote (a b))) => (a b) ; correct (append-ec (|:range| i 0) (quote (a b))) => () ; correct (append-ec (|:range| i 1) (quote (a b))) => (a b) ; correct (append-ec (|:range| i 2) (quote (a b))) => (a b a b) ; correct (string-ec #\a) => "a" ; correct (string-ec (|:range| i 0) #\a) => "" ; correct (string-ec (|:range| i 1) #\a) => "a" ; correct (string-ec (|:range| i 2) #\a) => "aa" ; correct (string-append-ec "ab") => "ab" ; correct (string-append-ec (|:range| i 0) "ab") => "" ; correct (string-append-ec (|:range| i 1) "ab") => "ab" ; correct (string-append-ec (|:range| i 2) "ab") => "abab" ; correct (vector-ec 1) => #(1) ; correct (vector-ec (|:range| i 0) i) => #() ; correct (vector-ec (|:range| i 1) i) => #(0) ; correct (vector-ec (|:range| i 2) i) => #(0 1) ; correct (vector-of-length-ec 1 1) => #(1) ; correct (vector-of-length-ec 0 (|:range| i 0) i) => #() ; correct (vector-of-length-ec 1 (|:range| i 1) i) => #(0) ; correct (vector-of-length-ec 2 (|:range| i 2) i) => #(0 1) ; correct (sum-ec 1) => 1 ; correct (sum-ec (|:range| i 0) i) => 0 ; correct (sum-ec (|:range| i 1) i) => 0 ; correct (sum-ec (|:range| i 2) i) => 1 ; correct (sum-ec (|:range| i 3) i) => 3 ; correct (product-ec 1) => 1 ; correct (product-ec (|:range| i 1 0) i) => 1 ; correct (product-ec (|:range| i 1 1) i) => 1 ; correct (product-ec (|:range| i 1 2) i) => 1 ; correct (product-ec (|:range| i 1 3) i) => 2 ; correct (product-ec (|:range| i 1 4) i) => 6 ; correct (min-ec 1) => 1 ; correct (min-ec (|:range| i 1) i) => 0 ; correct (min-ec (|:range| i 2) i) => 0 ; correct (max-ec 1) => 1 ; correct (max-ec (|:range| i 1) i) => 0 ; correct (max-ec (|:range| i 2) i) => 1 ; correct (first-ec #f 1) => 1 ; correct (first-ec #f (|:range| i 0) i) => #f ; correct (first-ec #f (|:range| i 1) i) => 0 ; correct (first-ec #f (|:range| i 2) i) => 0 ; correct (let ((last-i -1)) (first-ec #f (|:range| i 10) (begin (set! last-i i)) i) last-i) => 0 ; correct (last-ec #f 1) => 1 ; correct (last-ec #f (|:range| i 0) i) => #f ; correct (last-ec #f (|:range| i 1) i) => 0 ; correct (last-ec #f (|:range| i 2) i) => 1 ; correct (any?-ec #f) => #f ; correct (any?-ec #t) => #t ; correct (any?-ec (|:range| i 2 2) (even? i)) => #f ; correct (any?-ec (|:range| i 2 3) (even? i)) => #t ; correct (every?-ec #f) => #f ; correct (every?-ec #t) => #t ; correct (every?-ec (|:range| i 2 2) (even? i)) => #t ; correct (every?-ec (|:range| i 2 3) (even? i)) => #t ; correct (every?-ec (|:range| i 2 4) (even? i)) => #f ; correct (let ((sum-sqr (lambda (x result) (+ result (* x x))))) (fold-ec 0 (|:range| i 10) i sum-sqr)) => 285 ; correct (let ((minus-1 (lambda (x) (- x 1))) (sum-sqr (lambda (x result) (+ result (* x x))))) (fold3-ec (error "wrong") (|:range| i 10) i minus-1 sum-sqr)) => 284 ; correct (fold3-ec (quote infinity) (|:range| i 0) i min min) => infinity ; correct (list-ec (|:list| x (quote ())) x) => () ; correct (list-ec (|:list| x (quote (1))) x) => (1) ; correct (list-ec (|:list| x (quote (1 2 3))) x) => (1 2 3) ; correct (list-ec (|:list| x (quote (1)) (quote (2))) x) => (1 2) ; correct (list-ec (|:list| x (quote (1)) (quote (2)) (quote (3))) x) => (1 2 3) ; correct (list-ec (|:string| c "") c) => () ; correct (list-ec (|:string| c "1") c) => (#\1) ; correct (list-ec (|:string| c "123") c) => (#\1 #\2 #\3) ; correct (list-ec (|:string| c "1" "2") c) => (#\1 #\2) ; correct (list-ec (|:string| c "1" "2" "3") c) => (#\1 #\2 #\3) ; correct (list-ec (|:vector| x (vector)) x) => () ; correct (list-ec (|:vector| x (vector 1)) x) => (1) ; correct (list-ec (|:vector| x (vector 1 2 3)) x) => (1 2 3) ; correct (list-ec (|:vector| x (vector 1) (vector 2)) x) => (1 2) ; correct (list-ec (|:vector| x (vector 1) (vector 2) (vector 3)) x) => (1 2 3) ; correct (list-ec (|:range| x -2) x) => () ; correct (list-ec (|:range| x -1) x) => () ; correct (list-ec (|:range| x 0) x) => () ; correct (list-ec (|:range| x 1) x) => (0) ; correct (list-ec (|:range| x 2) x) => (0 1) ; correct (list-ec (|:range| x 0 3) x) => (0 1 2) ; correct (list-ec (|:range| x 1 3) x) => (1 2) ; correct (list-ec (|:range| x -2 -1) x) => (-2) ; correct (list-ec (|:range| x -2 -2) x) => () ; correct (list-ec (|:range| x 1 5 2) x) => (1 3) ; correct (list-ec (|:range| x 1 6 2) x) => (1 3 5) ; correct (list-ec (|:range| x 5 1 -2) x) => (5 3) ; correct (list-ec (|:range| x 6 1 -2) x) => (6 4 2) ; correct (list-ec (|:real-range| x 0.0 3.0) x) => (0.0 1.0 2.0) ; correct (list-ec (|:real-range| x 0 3.0) x) => (0.0 1.0 2.0) ; correct (list-ec (|:real-range| x 0 3 1.0) x) => (0.0 1.0 2.0) ; correct (string-ec (|:char-range| c #\a #\z) c) => "abcdefghijklmnopqrstuvwxyz" ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (|:port| x port read) x)))) => (0 1 2 3 4 5 6 7 8 9) ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (|:port| x port) x)))) => (0 1 2 3 4 5 6 7 8 9) ; correct (list-ec (|:do| ((i 0)) (< i 4) ((+ i 1))) i) => (0 1 2 3) ; correct (list-ec (|:do| (let ((x (quote x)))) ((i 0)) (< i 4) (let ((j (- 10 i)))) #t ((+ i 1))) j) => (10 9 8 7) ; correct (list-ec (|:let| x 1) x) => (1) ; correct (list-ec (|:let| x 1) (|:let| y (+ x 1)) y) => (2) ; correct (list-ec (|:let| x 1) (|:let| x (+ x 1)) x) => (2) ; correct (list-ec (|:parallel| (|:range| i 1 10) (|:list| x (quote (a b c)))) (list i x)) => ((1 a) (2 b) (3 c)) ; correct (list-ec (|:while| (|:range| i 1 10) (< i 5)) i) => (1 2 3 4) ; correct (list-ec (|:until| (|:range| i 1 10) (>= i 5)) i) => (1 2 3 4 5) ; correct (list-ec (|:while| (|:list| i (quote (1 2 3 4 5 6 7 8 9))) (< i 5)) i) => (1 2 3 4) ; correct (list-ec (|:until| (|:list| i (quote (1 2 3 4 5 6 7 8 9))) (>= i 5)) i) => (1 2 3 4 5) ; correct (list-ec (|:while| (|:vector| x (index i) (quote #(1 2 3 4 5))) (< x 10)) x) => (1 2 3 4 5) ; correct (list-ec (|:while| (|:parallel| (|:range| i 1 10) (|:list| j (quote (1 2 3 4 5 6 7 8 9)))) (< i 5)) (list i j)) => ((1 1) (2 2) (3 3) (4 4)) ; correct (list-ec (|:until| (|:parallel| (|:range| i 1 10) (|:list| j (quote (1 2 3 4 5 6 7 8 9)))) (>= i 5)) (list i j)) => ((1 1) (2 2) (3 3) (4 4) (5 5)) ; correct (let ((n 0)) (do-ec (|:while| (|:range| i 1 10) (begin (set! n (+ n 1)) (< i 5))) (if #f #f)) n) => 5 ; correct (let ((n 0)) (do-ec (|:until| (|:range| i 1 10) (begin (set! n (+ n 1)) (>= i 5))) (if #f #f)) n) => 5 ; correct (let ((n 0)) (do-ec (|:while| (|:parallel| (|:range| i 1 10) (|:do| () (begin (set! n (+ n 1)) #t) ())) (< i 5)) (if #f #f)) n) => 5 ; correct (let ((n 0)) (do-ec (|:until| (|:parallel| (|:range| i 1 10) (|:do| () (begin (set! n (+ n 1)) #t) ())) (>= i 5)) (if #f #f)) n) => 5 ; correct (list-ec (: c (quote (a b))) c) => (a b) ; correct (list-ec (: c (quote (a b)) (quote (c d))) c) => (a b c d) ; correct (list-ec (: c "ab") c) => (#\a #\b) ; correct (list-ec (: c "ab" "cd") c) => (#\a #\b #\c #\d) ; correct (list-ec (: c (vector (quote a) (quote b))) c) => (a b) ; correct (list-ec (: c (vector (quote a) (quote b)) (vector (quote c))) c) => (a b c) ; correct (list-ec (: i 0) i) => () ; correct (list-ec (: i 1) i) => (0) ; correct (list-ec (: i 10) i) => (0 1 2 3 4 5 6 7 8 9) ; correct (list-ec (: i 1 2) i) => (1) ; correct (list-ec (: i 1 2 3) i) => (1) ; correct (list-ec (: i 1 9 3) i) => (1 4 7) ; correct (list-ec (: i 0.0 1.0 0.2) i) => (0.0 0.2 0.4 0.6 0.8) ; correct (list-ec (: c #\a #\c) c) => (#\a #\b #\c) ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (: x port read) x)))) => (0 1 2 3 4 5 6 7 8 9) ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (: x port) x)))) => (0 1 2 3 4 5 6 7 8 9) ; correct (list-ec (|:list| c (index i) (quote (a b))) (list c i)) => ((a 0) (b 1)) ; correct (list-ec (|:string| c (index i) "a") (list c i)) => ((#\a 0)) ; correct (list-ec (|:vector| c (index i) (vector (quote a))) (list c i)) => ((a 0)) ; correct (list-ec (|:range| i (index j) 0 -3 -1) (list i j)) => ((0 0) (-1 1) (-2 2)) ; correct (list-ec (|:real-range| i (index j) 0 1 0.2) (list i j)) => ((0.0 0) (0.2 1) (0.4 2) (0.6 3) (0.8 4)) ; correct (list-ec (|:char-range| c (index i) #\a #\c) (list c i)) => ((#\a 0) (#\b 1) (#\c 2)) ; correct (list-ec (: x (index i) (quote (a b c d))) (list x i)) => ((a 0) (b 1) (c 2) (d 3)) ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (: x (index i) port) (list x i))))) => ((0 0) (1 1) (2 2) (3 3) (4 4) (5 5) (6 6) (7 7) (8 8) (9 9)) ; correct (list-ec (: i 5) (* i i)) => (0 1 4 9 16) ; correct (list-ec (: n 1 4) (: i n) (list n i)) => ((1 0) (2 0) (2 1) (3 0) (3 1) (3 2)) ; correct (list-ec (: x (index i) "abc") (list x i)) => ((#\a 0) (#\b 1) (#\c 2)) ; correct (list-ec (|:string| c (index i) "a" "b") (cons c i)) => ((#\a . 0) (#\b . 1)) ; correct (list-ec (|:range| x 5) (|:range| x x) x) => (0 0 1 0 1 2 0 1 2 3) ; correct (list-ec (|:list| x (quote (2 "23" (4)))) (: y x) y) => (0 1 #\2 #\3 4) ; correct (list-ec (|:parallel| (|:integers| x) (|:do| ((i 10)) (< x i) ((- i 1)))) (list x i)) => ((0 10) (1 9) (2 8) (3 7) (4 6)) ; correct (factorial 0) => 1 ; correct (factorial 1) => 1 ; correct (factorial 3) => 6 ; correct (factorial 5) => 120 ; correct (eratosthenes 50) => (2 3 5 7 11 13 17 19 23 29 31 37 41 43 47) ; correct (length (eratosthenes 100000)) => 9592 ; correct (pythagoras 15) => ((3 4 5) (5 12 13) (6 8 10) (9 12 15)) ; correct (length (pythagoras 200)) => 127 ; correct (qsort (quote (1 5 4 2 4 5 3 2 1 3))) => (1 1 2 2 3 3 4 4 5 5) ; correct (pi-BBP 5) => 40413742330349316707/12864093722915635200 ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (read-lines "tmp1.out")) => ("0\n" "1\n" "2\n" "3\n" "4\n" "5\n" "6\n" "7\n" "8\n" "9\n") ; correct correct examples : 163 wrong examples : 0 /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'ec.scm' -output-file 'ec.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -emit-import-library ec generating import library `ec.import.scm' for module `ec' ... Note: Predicate is always true In file `ec.scm:767', In module `ec', In procedure `make-initial-:-dispatch', In a local procedure, In procedure call: (scheme#string? a1) The predicate will always return true. Procedure `string?' from module `scheme' is a predicate for: string The given argument has this type: string Note: Predicate is always true In file `ec.scm:785', In module `ec', In procedure `make-initial-:-dispatch', In a local procedure, In procedure call: (scheme#string? a1) The predicate will always return true. Procedure `string?' from module `scheme' is a predicate for: string The given argument has this type: string 'gcc' 'ec.c' -o 'ec.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm ec.c 'gcc' 'ec.o' -o 'ec.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm ec.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'ec.import.scm' -output-file 'ec.import.c' -dynamic -feature chicken-compile-shared -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'ec.import.c' -o 'ec.import.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -fPIC -DPIC -DC_SHARED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm ec.import.c 'gcc' 'ec.import.o' -o 'ec.import.so' -shared -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm ec.import.o (let ((x 0)) (do-ec (set! x (+ x 1))) x) => 1 ; correct (let ((x 0)) (do-ec (|:range| i 10) (set! x (+ x 1))) x) => 10 ; correct (let ((x 0)) (do-ec (|:range| n 10) (|:range| k n) (set! x (+ x 1))) x) => 45 ; correct (list-ec 1) => (1) ; correct (list-ec (|:range| i 4) i) => (0 1 2 3) ; correct (list-ec (|:range| n 3) (|:range| k (+ n 1)) (list n k)) => ((0 0) (1 0) (1 1) (2 0) (2 1) (2 2)) ; correct (list-ec (|:range| n 5) (if (even? n)) (|:range| k (+ n 1)) (list n k)) => ((0 0) (2 0) (2 1) (2 2) (4 0) (4 1) (4 2) (4 3) (4 4)) ; correct (list-ec (|:range| n 5) (not (even? n)) (|:range| k (+ n 1)) (list n k)) => ((1 0) (1 1) (3 0) (3 1) (3 2) (3 3)) ; correct (list-ec (|:range| n 5) (and (even? n) (> n 2)) (|:range| k (+ n 1)) (list n k)) => ((4 0) (4 1) (4 2) (4 3) (4 4)) ; correct (list-ec (|:range| n 5) (or (even? n) (> n 3)) (|:range| k (+ n 1)) (list n k)) => ((0 0) (2 0) (2 1) (2 2) (4 0) (4 1) (4 2) (4 3) (4 4)) ; correct (let ((x 0)) (list-ec (|:range| n 10) (begin (set! x (+ x 1))) n) x) => 10 ; correct (list-ec (nested (|:range| n 3) (|:range| k n)) k) => (0 0 1) ; correct (append-ec (quote (a b))) => (a b) ; correct (append-ec (|:range| i 0) (quote (a b))) => () ; correct (append-ec (|:range| i 1) (quote (a b))) => (a b) ; correct (append-ec (|:range| i 2) (quote (a b))) => (a b a b) ; correct (string-ec #\a) => "a" ; correct (string-ec (|:range| i 0) #\a) => "" ; correct (string-ec (|:range| i 1) #\a) => "a" ; correct (string-ec (|:range| i 2) #\a) => "aa" ; correct (string-append-ec "ab") => "ab" ; correct (string-append-ec (|:range| i 0) "ab") => "" ; correct (string-append-ec (|:range| i 1) "ab") => "ab" ; correct (string-append-ec (|:range| i 2) "ab") => "abab" ; correct (vector-ec 1) => #(1) ; correct (vector-ec (|:range| i 0) i) => #() ; correct (vector-ec (|:range| i 1) i) => #(0) ; correct (vector-ec (|:range| i 2) i) => #(0 1) ; correct (vector-of-length-ec 1 1) => #(1) ; correct (vector-of-length-ec 0 (|:range| i 0) i) => #() ; correct (vector-of-length-ec 1 (|:range| i 1) i) => #(0) ; correct (vector-of-length-ec 2 (|:range| i 2) i) => #(0 1) ; correct (sum-ec 1) => 1 ; correct (sum-ec (|:range| i 0) i) => 0 ; correct (sum-ec (|:range| i 1) i) => 0 ; correct (sum-ec (|:range| i 2) i) => 1 ; correct (sum-ec (|:range| i 3) i) => 3 ; correct (product-ec 1) => 1 ; correct (product-ec (|:range| i 1 0) i) => 1 ; correct (product-ec (|:range| i 1 1) i) => 1 ; correct (product-ec (|:range| i 1 2) i) => 1 ; correct (product-ec (|:range| i 1 3) i) => 2 ; correct (product-ec (|:range| i 1 4) i) => 6 ; correct (min-ec 1) => 1 ; correct (min-ec (|:range| i 1) i) => 0 ; correct (min-ec (|:range| i 2) i) => 0 ; correct (max-ec 1) => 1 ; correct (max-ec (|:range| i 1) i) => 0 ; correct (max-ec (|:range| i 2) i) => 1 ; correct (first-ec #f 1) => 1 ; correct (first-ec #f (|:range| i 0) i) => #f ; correct (first-ec #f (|:range| i 1) i) => 0 ; correct (first-ec #f (|:range| i 2) i) => 0 ; correct (let ((last-i -1)) (first-ec #f (|:range| i 10) (begin (set! last-i i)) i) last-i) => 0 ; correct (last-ec #f 1) => 1 ; correct (last-ec #f (|:range| i 0) i) => #f ; correct (last-ec #f (|:range| i 1) i) => 0 ; correct (last-ec #f (|:range| i 2) i) => 1 ; correct (any?-ec #f) => #f ; correct (any?-ec #t) => #t ; correct (any?-ec (|:range| i 2 2) (even? i)) => #f ; correct (any?-ec (|:range| i 2 3) (even? i)) => #t ; correct (every?-ec #f) => #f ; correct (every?-ec #t) => #t ; correct (every?-ec (|:range| i 2 2) (even? i)) => #t ; correct (every?-ec (|:range| i 2 3) (even? i)) => #t ; correct (every?-ec (|:range| i 2 4) (even? i)) => #f ; correct (let ((sum-sqr (lambda (x result) (+ result (* x x))))) (fold-ec 0 (|:range| i 10) i sum-sqr)) => 285 ; correct (let ((minus-1 (lambda (x) (- x 1))) (sum-sqr (lambda (x result) (+ result (* x x))))) (fold3-ec (error "wrong") (|:range| i 10) i minus-1 sum-sqr)) => 284 ; correct (fold3-ec (quote infinity) (|:range| i 0) i min min) => infinity ; correct (list-ec (|:list| x (quote ())) x) => () ; correct (list-ec (|:list| x (quote (1))) x) => (1) ; correct (list-ec (|:list| x (quote (1 2 3))) x) => (1 2 3) ; correct (list-ec (|:list| x (quote (1)) (quote (2))) x) => (1 2) ; correct (list-ec (|:list| x (quote (1)) (quote (2)) (quote (3))) x) => (1 2 3) ; correct (list-ec (|:string| c "") c) => () ; correct (list-ec (|:string| c "1") c) => (#\1) ; correct (list-ec (|:string| c "123") c) => (#\1 #\2 #\3) ; correct (list-ec (|:string| c "1" "2") c) => (#\1 #\2) ; correct (list-ec (|:string| c "1" "2" "3") c) => (#\1 #\2 #\3) ; correct (list-ec (|:vector| x (vector)) x) => () ; correct (list-ec (|:vector| x (vector 1)) x) => (1) ; correct (list-ec (|:vector| x (vector 1 2 3)) x) => (1 2 3) ; correct (list-ec (|:vector| x (vector 1) (vector 2)) x) => (1 2) ; correct (list-ec (|:vector| x (vector 1) (vector 2) (vector 3)) x) => (1 2 3) ; correct (list-ec (|:range| x -2) x) => () ; correct (list-ec (|:range| x -1) x) => () ; correct (list-ec (|:range| x 0) x) => () ; correct (list-ec (|:range| x 1) x) => (0) ; correct (list-ec (|:range| x 2) x) => (0 1) ; correct (list-ec (|:range| x 0 3) x) => (0 1 2) ; correct (list-ec (|:range| x 1 3) x) => (1 2) ; correct (list-ec (|:range| x -2 -1) x) => (-2) ; correct (list-ec (|:range| x -2 -2) x) => () ; correct (list-ec (|:range| x 1 5 2) x) => (1 3) ; correct (list-ec (|:range| x 1 6 2) x) => (1 3 5) ; correct (list-ec (|:range| x 5 1 -2) x) => (5 3) ; correct (list-ec (|:range| x 6 1 -2) x) => (6 4 2) ; correct (list-ec (|:real-range| x 0.0 3.0) x) => (0.0 1.0 2.0) ; correct (list-ec (|:real-range| x 0 3.0) x) => (0.0 1.0 2.0) ; correct (list-ec (|:real-range| x 0 3 1.0) x) => (0.0 1.0 2.0) ; correct (string-ec (|:char-range| c #\a #\z) c) => "abcdefghijklmnopqrstuvwxyz" ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (|:port| x port read) x)))) => (0 1 2 3 4 5 6 7 8 9) ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (|:port| x port) x)))) => (0 1 2 3 4 5 6 7 8 9) ; correct (list-ec (|:do| ((i 0)) (< i 4) ((+ i 1))) i) => (0 1 2 3) ; correct (list-ec (|:do| (let ((x (quote x)))) ((i 0)) (< i 4) (let ((j (- 10 i)))) #t ((+ i 1))) j) => (10 9 8 7) ; correct (list-ec (|:let| x 1) x) => (1) ; correct (list-ec (|:let| x 1) (|:let| y (+ x 1)) y) => (2) ; correct (list-ec (|:let| x 1) (|:let| x (+ x 1)) x) => (2) ; correct (list-ec (|:parallel| (|:range| i 1 10) (|:list| x (quote (a b c)))) (list i x)) => ((1 a) (2 b) (3 c)) ; correct (list-ec (|:while| (|:range| i 1 10) (< i 5)) i) => (1 2 3 4) ; correct (list-ec (|:until| (|:range| i 1 10) (>= i 5)) i) => (1 2 3 4 5) ; correct (list-ec (|:while| (|:list| i (quote (1 2 3 4 5 6 7 8 9))) (< i 5)) i) => (1 2 3 4) ; correct (list-ec (|:until| (|:list| i (quote (1 2 3 4 5 6 7 8 9))) (>= i 5)) i) => (1 2 3 4 5) ; correct (list-ec (|:while| (|:vector| x (index i) (quote #(1 2 3 4 5))) (< x 10)) x) => (1 2 3 4 5) ; correct (list-ec (|:while| (|:parallel| (|:range| i 1 10) (|:list| j (quote (1 2 3 4 5 6 7 8 9)))) (< i 5)) (list i j)) => ((1 1) (2 2) (3 3) (4 4)) ; correct (list-ec (|:until| (|:parallel| (|:range| i 1 10) (|:list| j (quote (1 2 3 4 5 6 7 8 9)))) (>= i 5)) (list i j)) => ((1 1) (2 2) (3 3) (4 4) (5 5)) ; correct (let ((n 0)) (do-ec (|:while| (|:range| i 1 10) (begin (set! n (+ n 1)) (< i 5))) (if #f #f)) n) => 5 ; correct (let ((n 0)) (do-ec (|:until| (|:range| i 1 10) (begin (set! n (+ n 1)) (>= i 5))) (if #f #f)) n) => 5 ; correct (let ((n 0)) (do-ec (|:while| (|:parallel| (|:range| i 1 10) (|:do| () (begin (set! n (+ n 1)) #t) ())) (< i 5)) (if #f #f)) n) => 5 ; correct (let ((n 0)) (do-ec (|:until| (|:parallel| (|:range| i 1 10) (|:do| () (begin (set! n (+ n 1)) #t) ())) (>= i 5)) (if #f #f)) n) => 5 ; correct (list-ec (: c (quote (a b))) c) => (a b) ; correct (list-ec (: c (quote (a b)) (quote (c d))) c) => (a b c d) ; correct (list-ec (: c "ab") c) => (#\a #\b) ; correct (list-ec (: c "ab" "cd") c) => (#\a #\b #\c #\d) ; correct (list-ec (: c (vector (quote a) (quote b))) c) => (a b) ; correct (list-ec (: c (vector (quote a) (quote b)) (vector (quote c))) c) => (a b c) ; correct (list-ec (: i 0) i) => () ; correct (list-ec (: i 1) i) => (0) ; correct (list-ec (: i 10) i) => (0 1 2 3 4 5 6 7 8 9) ; correct (list-ec (: i 1 2) i) => (1) ; correct (list-ec (: i 1 2 3) i) => (1) ; correct (list-ec (: i 1 9 3) i) => (1 4 7) ; correct (list-ec (: i 0.0 1.0 0.2) i) => (0.0 0.2 0.4 0.6 0.8) ; correct (list-ec (: c #\a #\c) c) => (#\a #\b #\c) ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (: x port read) x)))) => (0 1 2 3 4 5 6 7 8 9) ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (: x port) x)))) => (0 1 2 3 4 5 6 7 8 9) ; correct (list-ec (|:list| c (index i) (quote (a b))) (list c i)) => ((a 0) (b 1)) ; correct (list-ec (|:string| c (index i) "a") (list c i)) => ((#\a 0)) ; correct (list-ec (|:vector| c (index i) (vector (quote a))) (list c i)) => ((a 0)) ; correct (list-ec (|:range| i (index j) 0 -3 -1) (list i j)) => ((0 0) (-1 1) (-2 2)) ; correct (list-ec (|:real-range| i (index j) 0 1 0.2) (list i j)) => ((0.0 0) (0.2 1) (0.4 2) (0.6 3) (0.8 4)) ; correct (list-ec (|:char-range| c (index i) #\a #\c) (list c i)) => ((#\a 0) (#\b 1) (#\c 2)) ; correct (list-ec (: x (index i) (quote (a b c d))) (list x i)) => ((a 0) (b 1) (c 2) (d 3)) ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (my-call-with-input-file "tmp1.out" (lambda (port) (list-ec (: x (index i) port) (list x i))))) => ((0 0) (1 1) (2 2) (3 3) (4 4) (5 5) (6 6) (7 7) (8 8) (9 9)) ; correct (list-ec (: i 5) (* i i)) => (0 1 4 9 16) ; correct (list-ec (: n 1 4) (: i n) (list n i)) => ((1 0) (2 0) (2 1) (3 0) (3 1) (3 2)) ; correct (list-ec (: x (index i) "abc") (list x i)) => ((#\a 0) (#\b 1) (#\c 2)) ; correct (list-ec (|:string| c (index i) "a" "b") (cons c i)) => ((#\a . 0) (#\b . 1)) ; correct (list-ec (|:range| x 5) (|:range| x x) x) => (0 0 1 0 1 2 0 1 2 3) ; correct (list-ec (|:list| x (quote (2 "23" (4)))) (: y x) y) => (0 1 #\2 #\3 4) ; correct (list-ec (|:parallel| (|:integers| x) (|:do| ((i 10)) (< x i) ((- i 1)))) (list x i)) => ((0 10) (1 9) (2 8) (3 7) (4 6)) ; correct (factorial 0) => 1 ; correct (factorial 1) => 1 ; correct (factorial 3) => 6 ; correct (factorial 5) => 120 ; correct (eratosthenes 50) => (2 3 5 7 11 13 17 19 23 29 31 37 41 43 47) ; correct (length (eratosthenes 100000)) => 9592 ; correct (pythagoras 15) => ((3 4 5) (5 12 13) (6 8 10) (9 12 15)) ; correct (length (pythagoras 200)) => 127 ; correct (qsort (quote (1 5 4 2 4 5 3 2 1 3))) => (1 1 2 2 3 3 4 4 5 5) ; correct (pi-BBP 5) => 40413742330349316707/12864093722915635200 ; correct (begin (let ((f (my-open-output-file "tmp1.out"))) (do-ec (|:range| n 10) (begin (write n f) (newline f))) (close-output-port f)) (read-lines "tmp1.out")) => ("0\n" "1\n" "2\n" "3\n" "4\n" "5\n" "6\n" "7\n" "8\n" "9\n") ; correct correct examples : 163 wrong examples : 0 ======================================== module tests (static link) ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'sample-module.scm' -output-file 'sample-module.c' -static -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -unit sample-module -emit-all-import-libraries -emit-link-file sample-module.link not generating import library `sample-module.import.scm' for module `sample-module' because imports did not change 'gcc' 'sample-module.c' -o 'sample-module.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm sample-module.c /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'module-static-link.scm' -output-file 'a.c' -static -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -emit-link-file a.link 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' '/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/test-repository/sample-module.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../libchicken.a -lm -ldl rm a.o ======================================== port tests ... == ports == (PASS) Initially, output string is empty (PASS) output can be extracted from output string (PASS) closing a string output port has no effect on the returned data (PASS) writing to a closed string output port is an error slow... 0.152s CPU time, 15924/2656 mutations (total/tracked), 0/1177 GCs (major/minor), maximum live heap: 541.7 KiB fast... 0.001s CPU time, 38/4 mutations (total/tracked), 0/1 GCs (major/minor), maximum live heap: 542.2 KiB Procedures check on TCP ports being closed tcp-addresses...OK tcp-port-numbers...OK tcp-abandon-port...OK Procedures check on output ports being closed write...OK fprintf...OK print-call-chain...OK print-error-message...OK print...OK print*...OK display...OK terminal-port?...OK newline...OK write-char...OK write-line...OK write-u8vector...OK flush-output...OK file-test-lock...OK file-lock...OK file-lock/blocking...OK write-byte...OK write-string...OK Procedures check on input ports being closed read...OK read-char...OK char-ready?...OK peek-char...OK terminal-port?...OK read-line...OK read-u8vector...OK read-u8vector!...OK file-test-lock...OK file-lock...OK file-lock/blocking...OK read-byte...OK read-token...OK read-string...OK read-string!...OK Embedded NUL bytes in filenames are rejected read-line string port position tests: (PASS) advance row when encountering delim (PASS) reaching limit sets col to limit, and does not advance row (PASS) delimiter counted in limit (PASS) EOF reached read-string!: (PASS) peek-char won't influence the result of read-string! (PASS) read-string! won't read past buffer if given #f (PASS) read-string! reads the requested bytes with #f (PASS) read-string! won't read past buffer if given #f and offset (PASS) read-string! reads the requested bytes with #f and offset (PASS) read-string! reads until the end correctly (PASS) read-string! leaves the buffer's tail intact (PASS) after peek-char at EOF, read-string! doesn't mutate the buffer (PASS) read-string! won't read past buffer if given size (PASS) read-string! reads the requested bytes with buffer size (PASS) read-string! won't read past buffer if given size and offset (PASS) read-string! reads the requested bytes with buffer size and offset (PASS) read-string! reads until the end correctly with buffer size (PASS) read-string! leaves the buffer's tail intact (PASS) read-string! at EOF reads nothing (PASS) read-string! at EOF doesn't mutate the buffer line endings: string port: (PASS) \n (PASS) \r (PASS) \r\n (PASS) eof file port: (PASS) \n (PASS) \r (PASS) \r\n (PASS) eof custom port: (PASS) \n (PASS) \r (PASS) \r\n (PASS) eof 36 tests completed in 0.307 seconds 36 (100.00%) tests passed 0 (0.00%) tests failed -- ports -- TOTALS: 36 tests completed in 0.307 seconds 36 (100.00%) tests passed 0 (0.00%) tests failed ======================================== read-lines tests ... == read-lines == (PASS) without arguments (PASS) with a port as argument (PASS) with a limit (PASS) with an invalid first argument (port) (PASS) with an invalid second argument (max) 5 tests completed in 0.003 seconds 5 (100.00%) tests passed 0 (0.00%) tests failed -- read-lines -- TOTALS: 5 tests completed in 0.003 seconds 5 (100.00%) tests passed 0 (0.00%) tests failed ======================================== fixnum tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'fixnum-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'fixnum-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -unsafe 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== random number tests ... ======================================== string->number tests ... -> Simple integers ----------------------------------------------------- OK ("1" 1) OK ("+1" 1 "1") OK ("-1" -1) OK ("#i1" 1.0 "1.0" "1.") OK ("#I1" 1.0 "1.0" "1.") OK ("#i-1" -1.0 "-1.0" "-1.") OK ("123\x00456" #f) OK ("-#i1" #f) OK ("+-1" #f) OK ("" #f) OK ("-" #f) OK ("+" #f) OK ("+-" #f) -> Basic decimal notation ----------------------------------------------------- OK ("1.0" 1.0 "1.") OK ("1." 1.0 "1.0" "1.") OK ("1.#" 1.0 1.5 "1.0" "1." "1.5") OK (".1" 0.1 "0.1" "100.0e-3") OK ("-.1" -0.1 "-0.1" "-100.0e-3") OK ("-.0" -0.0 "-0." "-0.0" "0.0" "0." ".0") OK ("-0." -0.0 "-.0" "-0.0" "0.0" "0." ".0") OK ("." #f) OK (".1." #f) OK ("..1" #f) OK ("1.." #f) OK ("#i1.0" 1.0 "1.0" "1.") OK ("#e1.0" 1 "1") OK ("#e-.0" 0 "0") OK ("#e-0." 0 "0") OK ("-#e.0" #f) -> Decimal notation with padding ----------------------------------------------------- OK ("1#" 10.0 15.0 "10.0" "15.0" "10." "15.") OK ("#e1#" 10 15 "10" "15") OK ("#E1#" 10 15 "10" "15") OK ("#1" #f) OK ("#" #f) OK ("1#2" #f) OK ("1.#2" #f) OK (".#" #f) OK ("#.#" #f) OK ("#.1" #f) OK ("1#.2" #f) OK ("1#." 10.0 15.0 "10.0" "15.0" "10." "15.") -> Decimal notation with suffix ----------------------------------------------------- OK ("1e2" 100.0 "100.0" "100.") OK ("1E2" 100.0 "100.0" "100.") OK ("1s2" 100.0 "100.0" "100.") OK ("1S2" 100.0 "100.0" "100.") OK ("1f2" 100.0 "100.0" "100.") OK ("1F2" 100.0 "100.0" "100.") OK ("1d2" 100.0 "100.0" "100.") OK ("1D2" 100.0 "100.0" "100.") OK ("1l2" 100.0 "100.0" "100.") OK ("1L2" 100.0 "100.0" "100.") OK ("1e2e3" #f) OK ("1e2s3" #f) OK ("1e2.0" #f) -> Decimal notation with suffix and padding ----------------------------------------------------- OK ("1#e2" 1000.0 1500.0 "1000.0" "1500.0" "1000." "1500." "1.0e3" "15.0e2") OK ("1e2#" #f) -> NaN, Inf ----------------------------------------------------- OK ("+nan.0" +nan.0 "+NaN.0") OK ("+NAN.0" +nan.0 "+nan.0" "+NaN.0") OK ("+nan.1" #f) OK ("+nan.01" #f) OK ("+inf.0" +inf.0 "+Inf.0") OK ("+InF.0" +inf.0 "+inf.0" "+Inf.0") OK ("-inf.0" -inf.0 "-Inf.0") OK ("-iNF.0" -inf.0 "-inf.0" "-Inf.0") OK ("+inf.01" #f) OK ("+inf.1" #f) OK ("-inf.01" #f) OK ("-inf.1" #f) OK ("+inf.0/1" #f) OK ("1/+inf.0" #f) OK ("+nan" #f) OK ("+inf" #f) OK ("-inf" #f) OK ("nan.0" #f) OK ("inf.0" #f) OK ("#e+nan.0" #f) OK ("#e+inf.0" #f) OK ("#e-inf.0" #f) OK ("#i+nan.0" +nan.0 "+nan.0" "+NaN.0") OK ("#i+inf.0" +inf.0 "+inf.0" "+Inf.0") OK ("#i-inf.0" -inf.0 "-inf.0" "-Inf.0") -> Fractions ----------------------------------------------------- OK ("1/2" 1/2) OK ("#e1/2" 1/2 "1/2") OK ("10/2" 5 "5") OK ("-1/2" -1/2) OK ("10/0" #f) OK ("0/10" 0 "0") OK ("#e0/10" 0 "0") OK ("#e1#/2" 5 15/2 "5" "15/2") OK ("#e1/2#" 1/20 "1/20") OK ("#i3/2" 1.5 "1.5") OK ("#i1/0" +inf.0 "+inf.0" "+Inf.0") OK ("#i-1/0" -inf.0 "-inf.0" "-Inf.0") OK ("#i0/0" +nan.0 "+nan.0" "+NaN.0") OK ("1/-2" #f) OK ("1.0/2" #f) OK ("1/2.0" #f) OK ("1/2e2" #f) OK ("1/2e2" #f) OK ("1#/2" 5.0 7.5 "5.0" "5." "7.5") OK ("1/2#" 0.05 "0.05" ".05" "50.0e-3" "5.e-002") OK ("1#/#" #f) OK ("1/" #f) OK ("1/+" #f) OK ("+/1" #f) OK ("/1" #f) OK ("/" #f) -> Basic complex numbers (rectangular notation) ----------------------------------------------------- OK ("1+2i" 1+2i) OK ("1+2I" 1+2i "1+2i") OK ("1-2i" 1-2i) OK ("-1+2i" -1+2i) OK ("-1-2i" -1-2i) OK ("+i" 0+1i "+1i" "0+i" "0+1i") OK ("0+i" 0+1i "+i" "+1i" "0+1i") OK ("0+1i" 0+1i "+i" "+1i" "0+i") OK ("-i" 0-1i "-1i" "0-i" "0-1i") OK ("0-i" 0-1i "-i" "-1i" "0-1i") OK ("0-1i" 0-1i "-i" "-1i" "0-i") OK ("+2i" 0+2i "0+2i") OK ("-2i" 0-2i "-2i" "0-2i") OK ("1#+1#i" 10.0+10.0i 15.0+15.0i "10.0+10.0i" "10.+10.i" "15.0+15.0i" "15.+15.i") OK ("2i" #f) OK ("+-i" #f) OK ("i" #f) OK ("1+2i1" #f) OK ("1+2" #f) OK ("1#+#i" #f) -> Decimal-notation complex numbers (rectangular notation) ----------------------------------------------------- OK ("1.0+2i" 1.0+2.0i "1.0+2.0i" "1.0+2i" "1.+2i" "1.+2.i") OK ("1+2.0i" 1.0+2.0i "1.0+2.0i" "1+2.0i" "1.+2.i" "1+2.i") OK ("1#.+1#.i" 10.0+10.0i 15.0+15.0i "10.0+10.0i" "10.+10.i" "15.0+15.0i" "15.+15.i") OK ("1e2+1.0i" 100.0+1.0i "100.0+1.0i" "100.+1.i") OK ("1s2+1.0i" 100.0+1.0i "100.0+1.0i" "100.+1.i") OK ("1.0+1e2i" 1.0+100.0i "1.0+100.0i" "1.+100.i") OK ("1.0+1s2i" 1.0+100.0i "1.0+100.0i" "1.+100.i") OK ("1#e2+1.0i" 1000.0+1.0i 1500.0+1.0i "1000.0+1.0i" "1000.+1.i" "1500.0+1.0i" "1500.+1.i" "1.0e3+1.0i" "15.0e2+1.0i") OK ("1.0+1#e2i" 1.0+1000.0i 1.0+1500.0i "1.0+1000.0i" "1.+1000.i" "1.0+1500.0i" "1.+1500.i" "1.0+1.0e3i" "1.0+15.0e2i") OK (".i" #f) OK ("+.i" #f) OK (".+i" #f) -> Fractional complex numbers (rectangular notation) ----------------------------------------------------- OK ("1/2+3/4i" 1/2+3/4i) -> Mixed fractional/decimal notation complex numbers (rectangular notation) ----------------------------------------------------- OK ("1#/2+3/4i" 5.0+0.75i 7.5+0.75i "5.0+0.75i" "5.+.75i" "7.5+0.75i" "5.0+3/4i" "5.+3/4i" "7.5+3/4i" "5.0+750.0e-3i") OK ("0.5+3/4i" 0.5+0.75i "0.5+0.75i" ".5+.75i" "0.5+3/4i" ".5+3/4i" "500.0e-3+750.0e-3i") OK ("1.5+1#/4i" 1.5+2.5i 1.5+3.75i "1.5+2.5i" "1.5+3.75i") OK ("0.5+1/#i" #f) OK ("0.5+1/1#2i" #f) OK ("1/#+0.5i" #f) OK ("1/1#2+0.5i" #f) -> Mixed notation with infinity (might fail on mixed exactness compnums) ----------------------------------------------------- OK ("1/0+1.2i" +inf.0+1.2i "+inf.0+1.2i" "+Inf.0+1.2i") OK ("1.2+1/0i" 1.2+inf.0i "1.2+inf.0i" "1.2+Inf.0") -> Complex NaN, Inf (rectangular notation) ----------------------------------------------------- OK ("+nan.0+nan.0i" +nan.0+nan.0i "+NaN.0+NaN.0i") OK ("+inf.0+inf.0i" +inf.0+inf.0i "+Inf.0+Inf.0i") OK ("-inf.0+inf.0i" -inf.0+inf.0i "-Inf.0+Inf.0i") OK ("-inf.0-inf.0i" -inf.0-inf.0i "-Inf.0-Inf.0i") OK ("+inf.0-inf.0i" +inf.0-inf.0i "+Inf.0-Inf.0i") -> Complex numbers (polar notation) ----------------------------------------------------- OK ("1@2i" #f) OK ("0.5@1/#" #f) OK ("0.5@1/1#2" #f) OK ("1/#@0.5" #f) OK ("1/1#2@0.5" #f) OK ("1@" #f) OK ("1#@#" #f) OK ("1/@" #f) OK ("@/1" #f) OK ("@1" #f) OK ("1@+" #f) OK ("+@1" #f) OK ("@" #f) -> Base prefixes ----------------------------------------------------- OK ("#x11" 17 "17") OK ("#X11" 17 "17") OK ("#d11" 11 "11") OK ("#D11" 11 "11") OK ("#o11" 9 "9") OK ("#O11" 9 "9") OK ("#b11" 3 "3") OK ("#B11" 3 "3") OK ("#da1" #f) OK ("#o8" #f) OK ("#b2" #f) OK ("#o7" 7 "7") OK ("#xa" 10 "10") OK ("#xA" 10 "10") OK ("#xf" 15 "15") OK ("#xg" #f) OK ("#x-10" -16 "-16") OK ("#d-10" -10 "-10") OK ("#o-10" -8 "-8") OK ("#b-10" -2 "-2") OK ("-#x10" #f) OK ("-#d10" #f) OK ("-#o10" #f) OK ("-#b10" #f) OK ("#x-" #f) OK ("#x" #f) OK ("#d" #f) OK ("#d-" #f) OK ("#d+" #f) OK ("#o" #f) OK ("#o-" #f) OK ("#b" #f) OK ("#b-" #f) OK ("#e" #f) OK ("#e-" #f) OK ("#i" #f) OK ("#i-" #f) -> Combination of prefixes ----------------------------------------------------- OK ("#x#x11" #f) OK ("#x#b11" #f) OK ("#b#o11" #f) OK ("#e#x10" 16 "16") OK ("#i#x10" 16.0 "16.0" "16.") OK ("#e#e10" #f) OK ("#e#e#x10" #f) OK ("#E#e#X10" #f) OK ("#i#e#x10" #f) OK ("#e#x#e10" #f) OK ("#x#x#e10" #f) OK ("#x#e#x10" #f) -> Base prefixes with padding ----------------------------------------------------- OK ("#x1#0" #f) OK ("#d1#0" #f) OK ("#o1#0" #f) OK ("#b1#0" #f) OK ("#x1#" 16.0 24.0 "16.0" "24.0" "16." "24.") OK ("#d1#" 10.0 15.0 "10.0" "15.0" "10." "15.") OK ("#o1#" 8.0 12.0 "8.0" "12.0" "8." "12.") OK ("#b1#" 2.0 3.0 "2.0" "3.0" "2." "3.") -> (Attempted) decimal notation with base prefixes ----------------------------------------------------- OK ("#x1.0" #f) OK ("#d1.0" 1.0 "1.0" "1.") OK ("#o1.0" #f) OK ("#b1.0" #f) OK ("#x1.#" #f) OK ("#d1.#" 1.0 1.5 "1.0" "1.5" "1.") OK ("#o1.#" #f) OK ("#b1.#" #f) OK ("#x1." #f) OK ("#d1." 1.0 "1.0" "1.") OK ("#o1." #f) OK ("#b1." #f) OK ("#x.1" #f) OK ("#d.1" 0.1 "0.1" ".1" "100.0e-3") OK ("#o.1" #f) OK ("#b.1" #f) OK ("#x1e2" 482 "482") OK ("#d1e2" 100.0 "100.0" "100.") OK ("#o1e2" #f) OK ("#b1e2" #f) -> Fractions with prefixes ----------------------------------------------------- OK ("#x10/2" 8 "8") OK ("#x11/2" 17/2 "17/2") OK ("#d11/2" 11/2 "11/2") OK ("#o11/2" 9/2 "9/2") OK ("#b11/10" 3/2 "3/2") OK ("#b11/2" #f) OK ("#x10/#o10" #f) OK ("10/#o10" #f) OK ("#x1#/2" 8.0 12.0 "8.0" "8." "12.0" "12.") OK ("#d1#/2" 5.0 7.5 "5.0" "5." "7.5") OK ("#o1#/2" 4.0 6.0 "4.0" "4." "6.0" "6.") OK ("#b1#/2" #f) OK ("#b1#/10" 1.0 1.5 "1.0" "1." "1.5") -> Complex numbers with prefixes ----------------------------------------------------- OK ("#x1#+1#i" 16.0+16.0i 24.0+24.0i "16.0+16.0i" "16.+16.i" "24.0+24.0i" "24.+24.i") OK ("#x1.0+1.0i" #f) OK ("#d1.0+1.0i" 1.0+1.0i "1.0+1.0i" "1.+1.i") OK ("#o1.0+1.0i" #f) OK ("#b1.0+1.0i" #f) OK ("#x10+#o10i" #f) OK ("10+#o10i" #f) OK ("#x1@#x1" #f) OK ("1@#x1" #f) OK ("#x10+11i" 16+17i "16+17i") OK ("#d10+11i" 10+11i "10+11i") OK ("#o10+11i" 8+9i "8+9i") OK ("#b10+11i" 2+3i "2+3i") OK ("#e1.0+1.0i" 1+1i "1+1i" "1+i") OK ("#i1.0+1.0i" 1.0+1.0i "1.0+1.0i" "1.+1.i") -----> Everything OK, no errors! /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'numbers-string-conversion-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(numbers-string-conversion-tests.scm:515) assertion failed" '(eqv? -0.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(numbers-string-conversion-tests.scm:516) assertion failed" '(eqv? 0.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(numbers-string-conversion-tests.scm:517) assertion failed" '(eqv? 0.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(numbers-string-conversion-tests.scm:518) assertion failed" '(eqv? -0.0 ...))) Test condition has always true value of type: true Note: Test is always true At the toplevel, In conditional expression: (if tmp tmp (##sys#error "(numbers-string-conversion-tests.scm:519) assertion failed" '(eqv? 0.0 ...))) Test condition has always true value of type: true 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o -> Simple integers ----------------------------------------------------- OK ("1" 1) OK ("+1" 1 "1") OK ("-1" -1) OK ("#i1" 1.0 "1.0" "1.") OK ("#I1" 1.0 "1.0" "1.") OK ("#i-1" -1.0 "-1.0" "-1.") OK ("123\x00456" #f) OK ("-#i1" #f) OK ("+-1" #f) OK ("" #f) OK ("-" #f) OK ("+" #f) OK ("+-" #f) -> Basic decimal notation ----------------------------------------------------- OK ("1.0" 1.0 "1.") OK ("1." 1.0 "1.0" "1.") OK ("1.#" 1.0 1.5 "1.0" "1." "1.5") OK (".1" 0.1 "0.1" "100.0e-3") OK ("-.1" -0.1 "-0.1" "-100.0e-3") OK ("-.0" -0.0 "-0." "-0.0" "0.0" "0." ".0") OK ("-0." -0.0 "-.0" "-0.0" "0.0" "0." ".0") OK ("." #f) OK (".1." #f) OK ("..1" #f) OK ("1.." #f) OK ("#i1.0" 1.0 "1.0" "1.") OK ("#e1.0" 1 "1") OK ("#e-.0" 0 "0") OK ("#e-0." 0 "0") OK ("-#e.0" #f) -> Decimal notation with padding ----------------------------------------------------- OK ("1#" 10.0 15.0 "10.0" "15.0" "10." "15.") OK ("#e1#" 10 15 "10" "15") OK ("#E1#" 10 15 "10" "15") OK ("#1" #f) OK ("#" #f) OK ("1#2" #f) OK ("1.#2" #f) OK (".#" #f) OK ("#.#" #f) OK ("#.1" #f) OK ("1#.2" #f) OK ("1#." 10.0 15.0 "10.0" "15.0" "10." "15.") -> Decimal notation with suffix ----------------------------------------------------- OK ("1e2" 100.0 "100.0" "100.") OK ("1E2" 100.0 "100.0" "100.") OK ("1s2" 100.0 "100.0" "100.") OK ("1S2" 100.0 "100.0" "100.") OK ("1f2" 100.0 "100.0" "100.") OK ("1F2" 100.0 "100.0" "100.") OK ("1d2" 100.0 "100.0" "100.") OK ("1D2" 100.0 "100.0" "100.") OK ("1l2" 100.0 "100.0" "100.") OK ("1L2" 100.0 "100.0" "100.") OK ("1e2e3" #f) OK ("1e2s3" #f) OK ("1e2.0" #f) -> Decimal notation with suffix and padding ----------------------------------------------------- OK ("1#e2" 1000.0 1500.0 "1000.0" "1500.0" "1000." "1500." "1.0e3" "15.0e2") OK ("1e2#" #f) -> NaN, Inf ----------------------------------------------------- OK ("+nan.0" +nan.0 "+NaN.0") OK ("+NAN.0" +nan.0 "+nan.0" "+NaN.0") OK ("+nan.1" #f) OK ("+nan.01" #f) OK ("+inf.0" +inf.0 "+Inf.0") OK ("+InF.0" +inf.0 "+inf.0" "+Inf.0") OK ("-inf.0" -inf.0 "-Inf.0") OK ("-iNF.0" -inf.0 "-inf.0" "-Inf.0") OK ("+inf.01" #f) OK ("+inf.1" #f) OK ("-inf.01" #f) OK ("-inf.1" #f) OK ("+inf.0/1" #f) OK ("1/+inf.0" #f) OK ("+nan" #f) OK ("+inf" #f) OK ("-inf" #f) OK ("nan.0" #f) OK ("inf.0" #f) OK ("#e+nan.0" #f) OK ("#e+inf.0" #f) OK ("#e-inf.0" #f) OK ("#i+nan.0" +nan.0 "+nan.0" "+NaN.0") OK ("#i+inf.0" +inf.0 "+inf.0" "+Inf.0") OK ("#i-inf.0" -inf.0 "-inf.0" "-Inf.0") -> Fractions ----------------------------------------------------- OK ("1/2" 1/2) OK ("#e1/2" 1/2 "1/2") OK ("10/2" 5 "5") OK ("-1/2" -1/2) OK ("10/0" #f) OK ("0/10" 0 "0") OK ("#e0/10" 0 "0") OK ("#e1#/2" 5 15/2 "5" "15/2") OK ("#e1/2#" 1/20 "1/20") OK ("#i3/2" 1.5 "1.5") OK ("#i1/0" +inf.0 "+inf.0" "+Inf.0") OK ("#i-1/0" -inf.0 "-inf.0" "-Inf.0") OK ("#i0/0" +nan.0 "+nan.0" "+NaN.0") OK ("1/-2" #f) OK ("1.0/2" #f) OK ("1/2.0" #f) OK ("1/2e2" #f) OK ("1/2e2" #f) OK ("1#/2" 5.0 7.5 "5.0" "5." "7.5") OK ("1/2#" 0.05 "0.05" ".05" "50.0e-3" "5.e-002") OK ("1#/#" #f) OK ("1/" #f) OK ("1/+" #f) OK ("+/1" #f) OK ("/1" #f) OK ("/" #f) -> Basic complex numbers (rectangular notation) ----------------------------------------------------- OK ("1+2i" 1+2i) OK ("1+2I" 1+2i "1+2i") OK ("1-2i" 1-2i) OK ("-1+2i" -1+2i) OK ("-1-2i" -1-2i) OK ("+i" 0+1i "+1i" "0+i" "0+1i") OK ("0+i" 0+1i "+i" "+1i" "0+1i") OK ("0+1i" 0+1i "+i" "+1i" "0+i") OK ("-i" 0-1i "-1i" "0-i" "0-1i") OK ("0-i" 0-1i "-i" "-1i" "0-1i") OK ("0-1i" 0-1i "-i" "-1i" "0-i") OK ("+2i" 0+2i "0+2i") OK ("-2i" 0-2i "-2i" "0-2i") OK ("1#+1#i" 10.0+10.0i 15.0+15.0i "10.0+10.0i" "10.+10.i" "15.0+15.0i" "15.+15.i") OK ("2i" #f) OK ("+-i" #f) OK ("i" #f) OK ("1+2i1" #f) OK ("1+2" #f) OK ("1#+#i" #f) -> Decimal-notation complex numbers (rectangular notation) ----------------------------------------------------- OK ("1.0+2i" 1.0+2.0i "1.0+2.0i" "1.0+2i" "1.+2i" "1.+2.i") OK ("1+2.0i" 1.0+2.0i "1.0+2.0i" "1+2.0i" "1.+2.i" "1+2.i") OK ("1#.+1#.i" 10.0+10.0i 15.0+15.0i "10.0+10.0i" "10.+10.i" "15.0+15.0i" "15.+15.i") OK ("1e2+1.0i" 100.0+1.0i "100.0+1.0i" "100.+1.i") OK ("1s2+1.0i" 100.0+1.0i "100.0+1.0i" "100.+1.i") OK ("1.0+1e2i" 1.0+100.0i "1.0+100.0i" "1.+100.i") OK ("1.0+1s2i" 1.0+100.0i "1.0+100.0i" "1.+100.i") OK ("1#e2+1.0i" 1000.0+1.0i 1500.0+1.0i "1000.0+1.0i" "1000.+1.i" "1500.0+1.0i" "1500.+1.i" "1.0e3+1.0i" "15.0e2+1.0i") OK ("1.0+1#e2i" 1.0+1000.0i 1.0+1500.0i "1.0+1000.0i" "1.+1000.i" "1.0+1500.0i" "1.+1500.i" "1.0+1.0e3i" "1.0+15.0e2i") OK (".i" #f) OK ("+.i" #f) OK (".+i" #f) -> Fractional complex numbers (rectangular notation) ----------------------------------------------------- OK ("1/2+3/4i" 1/2+3/4i) -> Mixed fractional/decimal notation complex numbers (rectangular notation) ----------------------------------------------------- OK ("1#/2+3/4i" 5.0+0.75i 7.5+0.75i "5.0+0.75i" "5.+.75i" "7.5+0.75i" "5.0+3/4i" "5.+3/4i" "7.5+3/4i" "5.0+750.0e-3i") OK ("0.5+3/4i" 0.5+0.75i "0.5+0.75i" ".5+.75i" "0.5+3/4i" ".5+3/4i" "500.0e-3+750.0e-3i") OK ("1.5+1#/4i" 1.5+2.5i 1.5+3.75i "1.5+2.5i" "1.5+3.75i") OK ("0.5+1/#i" #f) OK ("0.5+1/1#2i" #f) OK ("1/#+0.5i" #f) OK ("1/1#2+0.5i" #f) -> Mixed notation with infinity (might fail on mixed exactness compnums) ----------------------------------------------------- OK ("1/0+1.2i" +inf.0+1.2i "+inf.0+1.2i" "+Inf.0+1.2i") OK ("1.2+1/0i" 1.2+inf.0i "1.2+inf.0i" "1.2+Inf.0") -> Complex NaN, Inf (rectangular notation) ----------------------------------------------------- OK ("+nan.0+nan.0i" +nan.0+nan.0i "+NaN.0+NaN.0i") OK ("+inf.0+inf.0i" +inf.0+inf.0i "+Inf.0+Inf.0i") OK ("-inf.0+inf.0i" -inf.0+inf.0i "-Inf.0+Inf.0i") OK ("-inf.0-inf.0i" -inf.0-inf.0i "-Inf.0-Inf.0i") OK ("+inf.0-inf.0i" +inf.0-inf.0i "+Inf.0-Inf.0i") -> Complex numbers (polar notation) ----------------------------------------------------- OK ("1@2i" #f) OK ("0.5@1/#" #f) OK ("0.5@1/1#2" #f) OK ("1/#@0.5" #f) OK ("1/1#2@0.5" #f) OK ("1@" #f) OK ("1#@#" #f) OK ("1/@" #f) OK ("@/1" #f) OK ("@1" #f) OK ("1@+" #f) OK ("+@1" #f) OK ("@" #f) -> Base prefixes ----------------------------------------------------- OK ("#x11" 17 "17") OK ("#X11" 17 "17") OK ("#d11" 11 "11") OK ("#D11" 11 "11") OK ("#o11" 9 "9") OK ("#O11" 9 "9") OK ("#b11" 3 "3") OK ("#B11" 3 "3") OK ("#da1" #f) OK ("#o8" #f) OK ("#b2" #f) OK ("#o7" 7 "7") OK ("#xa" 10 "10") OK ("#xA" 10 "10") OK ("#xf" 15 "15") OK ("#xg" #f) OK ("#x-10" -16 "-16") OK ("#d-10" -10 "-10") OK ("#o-10" -8 "-8") OK ("#b-10" -2 "-2") OK ("-#x10" #f) OK ("-#d10" #f) OK ("-#o10" #f) OK ("-#b10" #f) OK ("#x-" #f) OK ("#x" #f) OK ("#d" #f) OK ("#d-" #f) OK ("#d+" #f) OK ("#o" #f) OK ("#o-" #f) OK ("#b" #f) OK ("#b-" #f) OK ("#e" #f) OK ("#e-" #f) OK ("#i" #f) OK ("#i-" #f) -> Combination of prefixes ----------------------------------------------------- OK ("#x#x11" #f) OK ("#x#b11" #f) OK ("#b#o11" #f) OK ("#e#x10" 16 "16") OK ("#i#x10" 16.0 "16.0" "16.") OK ("#e#e10" #f) OK ("#e#e#x10" #f) OK ("#E#e#X10" #f) OK ("#i#e#x10" #f) OK ("#e#x#e10" #f) OK ("#x#x#e10" #f) OK ("#x#e#x10" #f) -> Base prefixes with padding ----------------------------------------------------- OK ("#x1#0" #f) OK ("#d1#0" #f) OK ("#o1#0" #f) OK ("#b1#0" #f) OK ("#x1#" 16.0 24.0 "16.0" "24.0" "16." "24.") OK ("#d1#" 10.0 15.0 "10.0" "15.0" "10." "15.") OK ("#o1#" 8.0 12.0 "8.0" "12.0" "8." "12.") OK ("#b1#" 2.0 3.0 "2.0" "3.0" "2." "3.") -> (Attempted) decimal notation with base prefixes ----------------------------------------------------- OK ("#x1.0" #f) OK ("#d1.0" 1.0 "1.0" "1.") OK ("#o1.0" #f) OK ("#b1.0" #f) OK ("#x1.#" #f) OK ("#d1.#" 1.0 1.5 "1.0" "1.5" "1.") OK ("#o1.#" #f) OK ("#b1.#" #f) OK ("#x1." #f) OK ("#d1." 1.0 "1.0" "1.") OK ("#o1." #f) OK ("#b1." #f) OK ("#x.1" #f) OK ("#d.1" 0.1 "0.1" ".1" "100.0e-3") OK ("#o.1" #f) OK ("#b.1" #f) OK ("#x1e2" 482 "482") OK ("#d1e2" 100.0 "100.0" "100.") OK ("#o1e2" #f) OK ("#b1e2" #f) -> Fractions with prefixes ----------------------------------------------------- OK ("#x10/2" 8 "8") OK ("#x11/2" 17/2 "17/2") OK ("#d11/2" 11/2 "11/2") OK ("#o11/2" 9/2 "9/2") OK ("#b11/10" 3/2 "3/2") OK ("#b11/2" #f) OK ("#x10/#o10" #f) OK ("10/#o10" #f) OK ("#x1#/2" 8.0 12.0 "8.0" "8." "12.0" "12.") OK ("#d1#/2" 5.0 7.5 "5.0" "5." "7.5") OK ("#o1#/2" 4.0 6.0 "4.0" "4." "6.0" "6.") OK ("#b1#/2" #f) OK ("#b1#/10" 1.0 1.5 "1.0" "1." "1.5") -> Complex numbers with prefixes ----------------------------------------------------- OK ("#x1#+1#i" 16.0+16.0i 24.0+24.0i "16.0+16.0i" "16.+16.i" "24.0+24.0i" "24.+24.i") OK ("#x1.0+1.0i" #f) OK ("#d1.0+1.0i" 1.0+1.0i "1.0+1.0i" "1.+1.i") OK ("#o1.0+1.0i" #f) OK ("#b1.0+1.0i" #f) OK ("#x10+#o10i" #f) OK ("10+#o10i" #f) OK ("#x1@#x1" #f) OK ("1@#x1" #f) OK ("#x10+11i" 16+17i "16+17i") OK ("#d10+11i" 10+11i "10+11i") OK ("#o10+11i" 8+9i "8+9i") OK ("#b10+11i" 2+3i "2+3i") OK ("#e1.0+1.0i" 1+1i "1+1i" "1+i") OK ("#i1.0+1.0i" 1.0+1.0i "1.0+1.0i" "1.+1.i") -----> Everything OK, no errors! ======================================== basic numeric ops tests ... == numbers == basic constructors: 9223372036854775806 (PASS) some bignum (twice maxint) 9223372036854775828 (PASS) some other bignum (2147483668 or 9223372036854775828) -4611686018427387926 (PASS) negative bignum 33+44i (PASS) exact complex -1.2+44.0i (PASS) inexact complex 3/4 (PASS) rational addition: (PASS) +: no arguments (PASS) +: single argument (PASS) +: adding fixnums (PASS) +: adding fixnums (2nd negative) (PASS) +: adding fix/flo 9223372036854775828 (PASS) +: adding fix/big 91/4 (PASS) +: adding fix/rat (PASS) +: adding fix/complex (PASS) +: adding complex/fix (inexact) (PASS) +: flo/flo (PASS) +: flo/big 34.15 (PASS) +: flo/rat (PASS) +: flo/comp 36893488147419103315/4 (PASS) +: big/rat (PASS) +: comp+comp (PASS) +: comp+comp (inexact) (PASS) +: multiarg subtraction: (PASS) -: negate fix (PASS) -: negate most negative fix (PASS) abs: most negative fix (PASS) -: negate flo -3/4 (PASS) -: negate rat (PASS) -: double-negate big (PASS) -: negate comp (PASS) -: fixnums (PASS) -: fixnums (2nd negative) 0 (PASS) -: fixnums (overflow) (PASS) -: fix/flo (PASS) -: flo/fix 4611686018427387948 (PASS) -: fix/big -4611686018427387948 (PASS) -: big/fix (PASS) -: big/fix (normalizing to fix) 85/4 (PASS) -: fix/rat -85/4 (PASS) -: rat/fix (PASS) -: fix/complex (PASS) -: complex/fix (PASS) -: complex/fix (inexact) (PASS) -: fix/complex (inexact) (PASS) -: fix/complex (negative im) (PASS) -: fix/complex (negative im, inexact) (PASS) -: fix/complex (negative real, inexact) (PASS) -: rat/complex (negative real) (PASS) -: flo/flo -9223372036854775808.0 (PASS) -: flo/big 9223372036854775808.0 (PASS) -: big/flo 2.65 (PASS) -: flo/rat -2.65 (PASS) -: rat/flo 36893488147419103309/4 (PASS) -: big/rat -36893488147419103309/4 (PASS) -: rat/big (PASS) -: flo/comp (PASS) -: comp/flo (PASS) -: comp-comp (PASS) -: comp-comp (inexact) (PASS) -: multiarg multiplication: (PASS) *: no arguments (PASS) *: single argument (PASS) *: multiplying fixnums (PASS) *: multiplying fixnums (2nd negative) (PASS) *: multiplying fix/flo 202914184810805067732 (PASS) *: multiplying fix/big (-> 47244640212) 99/4 (PASS) *: multiplying fix/rat (PASS) *: multiplying fix/complex (PASS) *: multiplying complex/fix (inexact) (PASS) *: multiplying most negative fixnum by one (edge case) (PASS) *: flo/flo (PASS) *: flo/big 2.55 (PASS) *: flo/rat 6917529027641081871 (PASS) *: big/rat (PASS) *: flo/comp (PASS) *: comp*comp (PASS) *: comp*comp (inexact) (PASS) *: multiarg division: 1/33 (PASS) /: rec. fix 0.0301204819277108 (PASS) /: rec. flo 4/3 (PASS) /: rec. rat 1/9223372036854775828 (PASS) /: rec. big (PASS) /: rec. comp 3/4 (PASS) /: fixnums 1 (PASS) /: fixnums (both negative, fixnum result) -3/4 (PASS) /: fixnums (2nd negative) 1 (PASS) /: fixnums (PASS) /: fix/flo (PASS) /: flo/fix -11/2305843009213693963 (PASS) /: fix/big -2305843009213693963/11 (PASS) /: big/fix 88/3 (PASS) /: fix/rat 3/88 (PASS) /: rat/fix 27/25-36/25i (PASS) /: fix/complex 1/3+4/9i (PASS) /: complex/fix -100.2+44.0i (PASS) /: complex/fix (inexact) 100.2-44.0i (PASS) /: fix/complex (inexact) (PASS) /: flo/flo 3.68628738645071e-19 (PASS) /: flo/big 2712756481427875328.0 (PASS) /: big/flo 4.53333333333333 (PASS) /: flo/rat 0.220588235294118 (PASS) /: rat/flo 36893488147419103312/3 (PASS) /: big/rat 3/36893488147419103312 (PASS) /: rat/big 1 (PASS) /: rat/rat 0.0370909090909091-0.0494545454545455i (PASS) /: flo/comp 9.70588235294118+12.9411764705882i (PASS) /: comp/flo 1 (PASS) /: comp/comp 0.978817408539103-0.776695020232885i (PASS) /: comp/comp (inexact) (PASS) /: rat/complex (PASS) /: rat/complex (negative im) (PASS) /: rat/complex (negative real) (PASS) /: rat/complex (negative real&im) 3/4 (PASS) /: multiarg (PASS) /: div fixnum by 0 (PASS) /: div flonum by 0 (PASS) /: div fixnum by 0.0 (PASS) /: div flonum by 0.0 (PASS) /: div by 0 (inexact) 4611686018427387914 (PASS) /: big result quotient: (PASS) quotient: fix/fix (PASS) quotient: fix/big (PASS) quotient: fix/big (most negative) (PASS) quotient: big/fix (most negative) (PASS) quotient: fix/fix (most negative) (PASS) quotient: flo/flo (PASS) quotient: fix/flo (PASS) quotient: flo/fix (PASS) quotient: flo/big (PASS) quotient: big/flo (PASS) quotient: big/big (PASS) quotient: big/big (PASS) quotient: flo/flo (fractional) (PASS) quotient: fix/flo (fractional) (PASS) quotient: flo/fix (fractional) remainder: (PASS) remainder: fix/fix (PASS) remainder: fix/big (PASS) remainder: fix/big (most negative) (PASS) remainder: big/fix (most negative) (PASS) remainder: big/big (PASS) remainder: big/big (PASS) remainder: flo/flo (PASS) remainder: fix/flo (PASS) remainder: flo/fix (PASS) remainder: flo/flo (fractional) (PASS) remainder: fix/flo (fractional) (PASS) remainder: flo/fix (fractional) quotient&remainder: (PASS) quotient&remainder: fix/fix (PASS) quotient&remainder: fix/big (PASS) quotient&remainder: fix/big (most negative) (PASS) quotient&remainder: big/fix (most negative) (PASS) quotient&remainder: fix/fix (most negative) (PASS) quotient&remainder: big/big (PASS) quotient&remainder: big/big (PASS) quotient&remainder: flo/flo (PASS) quotient&remainder: flo/fix (PASS) quotient&remainder: fix/flo (PASS) quotient&remainder: flo/fix (fractional) (PASS) quotient&remainder: flo/big (fractional) (PASS) quotient&remainder: big/flo (fractional) gcd: (PASS) gcd: fix (64-bit)/big (PASS) gcd: big/big (PASS) (gcd) (PASS) (gcd 6) (PASS) (gcd -2) (PASS) (gcd 6 8) (PASS) (gcd 6 8 5) (PASS) (gcd 6 -8 5) (PASS) (gcd 6.0) (PASS) (gcd 6.0 8.0) (PASS) (gcd 6.1) (PASS) (gcd 6.1 8.0) (PASS) (gcd 6.0 8.1) (PASS) (gcd +inf.0) (PASS) (gcd +nan.0) (PASS) (gcd 6.0 +inf.0) (PASS) (gcd +inf.0 6.0) (PASS) (gcd +nan.0 6.0) (PASS) (gcd 6.0 +nan.0) (PASS) (gcd 1+2i 3+4i) (PASS) (gcd 1/2 3/4) lcm: (PASS) (lcm) (PASS) (lcm 5) (PASS) (lcm -8) (PASS) (lcm 6 8) (PASS) (lcm 6 8 5) (PASS) (lcm 6.0 8.0) (PASS) (lcm 6.1 8.0) (PASS) (lcm 6.0 8.1) (PASS) (lcm +inf.0) (PASS) (lcm +nan.0) (PASS) (lcm 6.0 +inf.0) (PASS) (lcm +inf.0 6.0) (PASS) (lcm +nan.0 6.0) (PASS) (lcm 6.0 +nan.0) (PASS) (lcm 1+2i 3+4i) (PASS) (lcm 1/2 3/4) equality: (PASS) =: fix/fix (PASS) =: fix/flo (PASS) =: !fix/fix (PASS) =: !fix/flo (PASS) =: !fix/flo (overflow) (PASS) =: !fix/flo (inf) (PASS) =: !fix/flo (-inf) (PASS) =: !fix/flo (+nan) (PASS) =: flo/fix (PASS) =: !flo/fix (overflow) (PASS) =: !flo/fix (inf) (PASS) =: !flo/fix (-inf) (PASS) =: !flo/fix (+nan) (PASS) =: flo/flo (PASS) =: !flo/flo (PASS) =: big/big (PASS) =: !big/big (PASS) =: rat/flo (PASS) =: rat/rat (PASS) =: !rat/rat (PASS) =: comp/comp (PASS) =: !comp/comp generic equality: (PASS) equal?: fix/fix (PASS) equal?: fix/flo (PASS) equal?: !fix/fix (PASS) equal?: !fix/flo (PASS) equal?: flo/fix (PASS) equal?: flo/flo (PASS) equal?: !flo/flo (PASS) equal?: big/flo (PASS) equal?: big/big (PASS) equal?: big/big2 (PASS) equal?: !big/big (PASS) equal?: rat/flo (PASS) equal?: rat/rat (PASS) equal?: !rat/rat (PASS) equal?: comp/comp (PASS) equal?: !comp/comp (PASS) equal?: nan/nan (PASS) equal?: nan+nan/nan+nan greater & greater/equal: (PASS) >: fix/fix (PASS) >=: fix/fix (PASS) >: fix/fix/fix (PASS) >=: fix/fix/fix (PASS) >: !fix/fix (PASS) >=: !fix/fix (PASS) >: !fix/fix/fix (PASS) >=: !fix/fix/fix (PASS) >: fix/fix (PASS) >=: !fix/fix (PASS) >: fix/flo (PASS) >=: fix/flo (PASS) >: !fix/flo (PASS) >=: !fix/flo (PASS) >: !fix/flo (PASS) >=: !fix/flo (PASS) >: fix/flo (flo overflow), on 64 bits (PASS) >=: fix/flo (flo overflow), on 64 bits (PASS) >: fix/flo (flo underflow), on 64 bits (PASS) >=: fix/flo (flo underflow), on 64 bits (PASS) >: fix/big (PASS) >=: fix/big (PASS) >: !fix/big (PASS) >=: !fix/big (PASS) >: fix/rat (PASS) >=: fix/rat (PASS) >: !fix/rat (PASS) >=: !fix/rat (PASS) >: flo/fix (PASS) >=: flo/fix (PASS) >: !flo/fix (PASS) >=: !flo/fix (PASS) >: !flo/fix (PASS) >=: flo/fix (PASS) >: flo/flo (PASS) >=: flo/flo (PASS) >: !flo/flo (PASS) >=: !flo/flo (PASS) >: flo/big (PASS) >=: flo/big (PASS) >: flo/fix (flo overflow), on 64 bits (PASS) >=: flo/fix (flo overflow), on 64 bits (PASS) >: fix/flo (flo underflow), on 64 bits (PASS) >=: fix/flo (flo underflow), on 64 bits (PASS) >: flo/big (flo overflow) (PASS) >=: flo/big (flo overflow) (PASS) >: !flo/big (PASS) >=: !flo/big (PASS) >: flo/rat (PASS) >=: flo/rat (PASS) >: !flo/rat (PASS) >=: !flo/rat (PASS) >: !rat/rat (PASS) >=: rat/rat (PASS) >: flo/nan (PASS) >=: flo/nan (PASS) >: nan/flo (PASS) >=: nan/flo (PASS) >: flo/flo/nan (PASS) >=: flo/flo/nan (PASS) >: big/fix (PASS) >=: big/fix (PASS) >: !big/fix (PASS) >=: !big/fix (PASS) >: big/flo (PASS) >=: big/flo (PASS) >: big/flo (flo overflow) (PASS) >=: big/flo (flo overflow) (PASS) >: !big/flo (PASS) >=: !big/flo (PASS) >: big/big (PASS) >=: big/big (PASS) >: !big/big (PASS) >=: !big/big (PASS) >: big/rat (PASS) >=: big/rat (PASS) >: !big/rat (PASS) >=: !big/rat (PASS) >: rat/fix (PASS) >=: rat/fix (PASS) >: !rat/fix (PASS) >=: !rat/fix (PASS) >: rat/flo (PASS) >=: rat/flo (PASS) >: !rat/flo (PASS) >=: !rat/flo (PASS) >: !rat/big (PASS) >=: !rat/big (PASS) >: rat/rat (PASS) >=: rat/rat (PASS) >: !rat/rat (PASS) >=: !rat/rat (PASS) >: rat/flo (flo overflow) (PASS) >: rat/flo (flo overflow) (PASS) >=: rat/flo (flo overflow) (PASS) >=: rat/flo (flo overflow) (PASS) >: rat/flo (flo underflow) (PASS) >: rat/flo (flo underflow) (PASS) >=: rat/flo (flo underflow) (PASS) >=: rat/flo (flo underflow) less & less/equal: (PASS) <: !fix/fix (PASS) <=: !fix/fix (PASS) <: fix/fix/fix (PASS) <=: fix/fix/fix (PASS) <: !fix/fix/fix (PASS) <=: !fix/fix/fix (PASS) <: !fix/fix/fix (PASS) <=: !fix/fix/fix (PASS) <: !fix/fix/fix (PASS) <=: fix/fix/fix (PASS) <: fix/fix (PASS) <=: fix/fix (PASS) <: !fix/fix (PASS) <=: fix/fix (PASS) <: !fix/flo (PASS) <=: !fix/flo (PASS) <: fix/flo (PASS) <=: fix/flo (PASS) <: fix/flo (flo overflow), on 64 bits (PASS) <=: fix/flo (flo overflow), on 64 bits (PASS) <: fix/flo (flo underflow), on 64 bits (PASS) <=: fix/flo (flo underflow), on 64 bits (PASS) <: !fix/flo (PASS) <=: fix/flo (PASS) <: !fix/big (PASS) <=: !fix/big (PASS) <: fix/big (PASS) <=: fix/big (PASS) <: !big/big (PASS) <=: big/big (PASS) <: !fix/rat (PASS) <=: !fix/rat (PASS) <: fix/rat (PASS) <=: fix/rat (PASS) <: !flo/fix (PASS) <=: !flo/fix (PASS) <: flo/fix (PASS) <=: flo/fix (PASS) <: !flo/flo (PASS) <=: !flo/flo (PASS) <: flo/flo (PASS) <=: flo/flo (PASS) <: !flo/big (PASS) <=: !flo/big (PASS) <: flo/big (PASS) <=: flo/big (PASS) <: flo/fix (flo overflow), on 64 bits (PASS) <=: flo/fix (flo overflow), on 64 bits (PASS) <: flo/fix (flo underflow), on 64 bits (PASS) <=: flo/fix (flo underflow), on 64 bits (PASS) <: flo/big (flo overflow) (PASS) <=: flo/big (flo overflow) (PASS) <: !flo/rat (PASS) <=: !flo/rat (PASS) <: flo/rat (PASS) <=: flo/rat (PASS) <: flo/nan (PASS) <=: flo/nan (PASS) <: nan/flo (PASS) <=: nan/flo (PASS) <: flo/flo/nan (PASS) <=: flo/flo/nan (PASS) <: !big/fix (PASS) <=: !big/fix (PASS) <: big/fix (PASS) <=: big/fix (PASS) <: !big/flo (PASS) <=: !big/flo (PASS) <: big/flo (PASS) <=: big/flo (PASS) <: big/flo (max flo) (PASS) <=: big/flo (max flo) (PASS) <: big/flo (max flo, smaller bignum) (PASS) <: big/flo (max flo, smaller bignum) (PASS) <: !big/big (PASS) <=: !big/big (PASS) <: big/big (PASS) <=: big/big (PASS) <: !big/rat (PASS) <=: !big/rat (PASS) <: big/rat (PASS) <=: big/rat (PASS) <: !rat/fix (PASS) <=: !rat/fix (PASS) <: rat/fix (PASS) <=: rat/fix (PASS) <: !rat/flo (PASS) <=: !rat/flo (PASS) <: rat/flo (PASS) <=: rat/flo (PASS) <: rat/big (PASS) <=: rat/big (PASS) <: !rat/rat (PASS) <=: !rat/rat (PASS) <: rat/rat (PASS) <=: rat/rat (PASS) <: rat/flo (flo overflow) (PASS) <: rat/flo (flo overflow) (PASS) <=: rat/flo (flo overflow) (PASS) <=: rat/flo (flo overflow) (PASS) <: rat/flo (flo underflow) (PASS) <: rat/flo (flo underflow) (PASS) <=: rat/flo (flo underflow) (PASS) <=: rat/flo (flo underflow) complex: (PASS) real-part (PASS) real-part of flonum (PASS) real-part of fixnum (PASS) real-part of ratnum (PASS) real-part of bignum (PASS) real-part of negative flonum (PASS) real-part of negative fixnum (PASS) real-part of negative ratnum (PASS) real-part of negative bignum (PASS) imag-part (PASS) imag-part of flonum (PASS) imag-part of fixnum (PASS) imag-part of ratnum (PASS) imag-part of bignum 32.9948291853738+0.584163528478648i (PASS) make-polar (PASS) magnitude (PASS) magnitude (PASS) magnitude of flonum (PASS) magnitude of fixnum (PASS) magnitude of ratnum (PASS) magnitude of bignum (PASS) magnitude of negative flonum (PASS) magnitude of negative fixnum (PASS) magnitude of negative ratnum (PASS) magnitude of negative bignum 0.927295218001612 (PASS) angle (PASS) angle of flonum (PASS) angle of fixnum (PASS) angle of ratnum (PASS) angle of bignum (PASS) angle of negative flonum (PASS) angle of negative fixnum (PASS) angle of negative ratnum (PASS) angle of negative bignum rational: 9223372036854775828 9223372036854775828 (PASS) 9223372036854775828 (PASS) (numerator r1) (PASS) (numerator 33) (PASS) (denominator r1) (PASS) (denominator b1) (PASS) (denominator 33) (PASS) (numerator 0) (PASS) (denominator 0) (PASS) (numerator 3) (PASS) (denominator 3) (PASS) (numerator -3) (PASS) (denominator -3) (PASS) (numerator 0.5) (PASS) (denominator 0.5) (PASS) (numerator 1.25) (PASS) (denominator 1.25) (PASS) (numerator -1.25) (PASS) (denominator -1.25) (PASS) (numerator 10000000000.0) (PASS) (denominator 10000000000.0) (PASS) (numerator +inf.0) (PASS) (numerator +nan.0) (PASS) (denominator +inf.0) (PASS) (denominator +nan.0) misc: (PASS) inexact->exact (PASS) inexact->exact +inf (PASS) inexact->exact -inf (PASS) inexact->exact -NaN (PASS) sqrt (integer result) (PASS) sqrt (exact result) (PASS) sqrt (inexact result) (PASS) sqrt (inexact input) (PASS) sqrt (exact large number) (PASS) exact-integer-sqrt (nonint flonum) (PASS) exact-integer-sqrt (ratnum) (PASS) exact-integer-sqrt (int flonum) (PASS) exact-integer-sqrt (w/o rest) (PASS) exact-integer-sqrt (with rest) (PASS) exact-integer-nth-root without rest (PASS) exact-integer-nth-root with rest (PASS) exact-integer-nth-root with insanely large base (PASS) expt 1267650600228229401496703205376 (PASS) expt (PASS) expt 0.0^0.0) (PASS) expt 0.0^{pos} (PASS) expt 0^0 (PASS) expt 0^{pos} (PASS) expt 0^{neg} (PASS) expt (rat base) (PASS) expt (rat exponent) (PASS) expt (negative rat exponent) (PASS) expt (inexact from rat exponent) (PASS) expt (> 1 rat exponent) (PASS) expt (rat base & exponent) (PASS) expt (negative w/ rat exponent) 4.0 (PASS) expt 1/2 (PASS) expt (PASS) expt between double and 64-bit integer value (PASS) expt with complex result (PASS) exact expt with complex number (PASS) exact expt with complex number, real result (PASS) inexact expt with complex number (PASS) inexact expt with complex number, real result (PASS) inexact noninteger expt with complex number (PASS) exp with complex numbers (PASS) log of exp = 1 (PASS) log(-x) = compnum (PASS) log of -1 (PASS) log(expt(2,x),2) = x (PASS) log with complex number (PASS) exp(log(x)) = x (PASS) log(exp(x)) = x (PASS) log(expt(2,x),2) = x 93326215443944152681699238856266700490715968264381621468592963895217599993229915608941463976156518286253697920827223758251185210916864000000000000000000000000 (PASS) bigfac (PASS) zero signum fixnum (PASS) zero signum flonum (PASS) positive signum fixnum (PASS) positive signum ratnum (PASS) positive signum flonum (PASS) positive signum bignum (PASS) negative signum fixnum (PASS) negative signum ratnum (PASS) negative signum flonum (PASS) negative signum bignum (PASS) positive signum compnum(1) (PASS) positive signum compnum(2) (PASS) negative signum compnum (PASS) most-negative-fixnum + most-negative-fixnum = 2 * most-negative-fixnum (PASS) most-negative-fixnum - most-negative-fixnum = 0 (PASS) most-positive-fixnum + most-positive-fixnum = 2 * most-positive-fixnum (PASS) most-positive-fixnum - most-positive-fixnum = 0 R5RS: (PASS) + (PASS) + (PASS) + (PASS) * (PASS) * (PASS) - (PASS) - (PASS) - 3/20 (PASS) / (3/20) 1/3 (PASS) / (1/3) (PASS) numerator (PASS) denominator (PASS) complex? (PASS) complex? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) rational? 2 (PASS) check rational (PASS) rational? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) exact-integer? (PASS) exact-integer? (PASS) exact-integer? (PASS) exact-integer? (PASS) exact-integer? (PASS) max (PASS) max (PASS) modulo (PASS) modulo (PASS) modulo (PASS) modulo (PASS) modulo (PASS) remainder (PASS) remainder (PASS) remainder (PASS) modulo (PASS) remainder (PASS) modulo (PASS) remainder (PASS) modulo (PASS) remainder (PASS) remainder (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) (even? 2.1) (PASS) (even? -2.3) (PASS) (even? +inf.0) (PASS) (even? +nan.0) (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) (even? 2.0+3.0i) (PASS) (even? 2+3i) (PASS) (odd? 2.0+3.0i) (PASS) (odd? 2+3i) (PASS) floor (PASS) ceiling (PASS) truncate (PASS) round (PASS) floor (PASS) ceiling (PASS) truncate (PASS) round (PASS) round (PASS) round (PASS) round (PASS) rationalize (1/3) (PASS) rationalize (#i1/3) bitwise ops: (PASS) and (PASS) zero-arg and (PASS) ior (PASS) zero-arg ior (PASS) xor (PASS) zero-arg xor -16 (PASS) not (PASS) (bitwise-and (quote x)) (PASS) (bitwise-xor (quote x)) (PASS) (bitwise-ior (quote x)) (PASS) (bitwise-and 1 (quote x)) (PASS) (bitwise-xor 1 (quote x)) (PASS) (bitwise-ior 1 (quote x)) (PASS) (bit->boolean 1 -1) (PASS) (bit->boolean b1 -1) (PASS) (bit->boolean 1 1.0) (PASS) (bit->boolean 1.0 1) (PASS) (bit->boolean -1 b1) (PASS) (bit->boolean 0 b1) (PASS) (bit->boolean 5 2) (PASS) (bit->boolean 5 0) (PASS) (bit->boolean 5 1) (PASS) (bit->boolean -2 0) (PASS) (bit->boolean -2 1) (PASS) (bit->boolean (expt -2 63) 256) (PASS) (bit->boolean (expt 2 63) 256) (PASS) (arithmetic-shift 15 2) (PASS) (arithmetic-shift 15 -2) (PASS) (arithmetic-shift -15 2) (PASS) (arithmetic-shift -15 -2) (PASS) (arithmetic-shift -31 most-negative-fixnum) (PASS) (arithmetic-shift 31 most-negative-fixnum) (PASS) (arithmetic-shift b1 0) (PASS) (arithmetic-shift (arithmetic-shift b1 -1) 1) (PASS) (arithmetic-shift 0.1 2) (PASS) (arithmetic-shift 15 2.0) (PASS) (arithmetic-shift 15 -2.0) (PASS) (arithmetic-shift 15 2.1) (PASS) (arithmetic-shift 15 -2.1) (PASS) (arithmetic-shift +inf.0 2) (PASS) (arithmetic-shift +nan.0 2) (PASS) (arithmetic-shift (expt 2 31) (- (expt 2 31))) (PASS) leftrot32 28 (PASS) leftrot32 29 (PASS) leftrot32 30 string conversion: (PASS) fix (PASS) fix/base (PASS) flo (PASS) big (PASS) big/base (PASS) rat (PASS) comp (PASS) edge case printing (PASS) non-exact multiple of 64 length edge case printing (PASS) another non-exact multiple of 64 length edge case printing (PASS) edge case length calculation (PASS) positive hexdigit invariance (PASS) negative hexdigit invariance (PASS) fix (PASS) fix/base (PASS) fix/base-o (PASS) fix/unusual-base (PASS) fix/wrong-base (PASS) fix/invalid-base (PASS) fix/invalid-base (PASS) embedded base overrides supplied base (PASS) flo (PASS) flo2 123873487384737447 (PASS) big -123873487384737447 (PASS) big/neg 123873487384737447 (PASS) big/pos 41/152 (PASS) rat -41/152 (PASS) rat/neg 41/152 (PASS) rat/pos 83/302 (PASS) rat2 0.269736842105263 (PASS) rat/inexact (PASS) invalid rat 0+12i (PASS) comp 12+34i (PASS) comp 0-1i (PASS) comp 2.19054886993362-98.9757621625034i (PASS) comp 0.36584443443691+0.340819380011667i (PASS) comp 153+85i (PASS) comp2 (PASS) read time for inexacts with large positive exp isn't insanely high (PASS) inexact read back are equal (PASS) inexact are inf (PASS) exact are equal (PASS) exact are false (PASS) read time for inexacts with large positive exp isn't insanely high (PASS) negative inexact read back are equal (PASS) negative inexact are negative inf (PASS) negative exact are equal (PASS) negative exact are false (PASS) read time for inexacts with large negative exp isn't insanely high (PASS) inexact read back are equal (PASS) inexact are 0 (PASS) exact are equal (PASS) exact are false read/write invariance of simple integers for different radices: (PASS) radix 2 digits 0 non-standard type procedures: (PASS) fixnum (PASS) bignum (PASS) bignum (PASS) ratnum (PASS) nan: fix (PASS) nan: flo (PASS) nan: +inf (PASS) nan: -inf (PASS) nan: nan (PASS) nan: nan+nani (PASS) nan: flo+nani (PASS) nan: nan+floi (PASS) nan: no number (PASS) finite: fix (PASS) finite: flo (PASS) finite: +inf (PASS) finite: -inf (PASS) finite: nan (PASS) finite: nan+floi (PASS) finite: inf+infi (PASS) finite: flo+infi (PASS) finite: inf+floi (PASS) finite: no number (PASS) infinite: fix (PASS) infinite: flo (PASS) infinite: +inf (PASS) infinite: -inf (PASS) infinite: nan (PASS) infinite: inf+infi (PASS) infinite: flo+infi (PASS) infinite: inf+floi (PASS) infinite: no number (PASS) cplxnum: compintintnum (PASS) cplxnum: compintflointnum (PASS) cplxnum: compflointnum (PASS) cplxnum: compfloflonum (PASS) not cplxnum: fixnum trigonometric functions: flonums: (PASS) acos(-inf) (PASS) acos() (PASS) cos(-1/3pi) (PASS) acos(cos(-1/3pi)) (PASS) cos(-1/4pi) (PASS) acos(cos(-1/4pi)) (PASS) cos(-1/2pi) (PASS) acos(cos(-1/2pi)) (PASS) cos(-pi) (PASS) acos(cos(-pi)) (PASS) cos(0) (PASS) acos(cos(0)) (PASS) cos( 1/4pi) (PASS) acos(cos( 1/4pi)) (PASS) cos( 1/3pi) (PASS) acos(cos( 1/3pi)) (PASS) cos( 1/2pi) (PASS) acos(cos( 1/2pi)) (PASS) cos( 2/3pi) (PASS) acos(cos( 2/3pi)) (PASS) cos( 3/4pi) (PASS) acos(cos( 3/4pi)) (PASS) cos( pi) (PASS) acos(cos( pi)) (PASS) cos( 3/2pi) (PASS) acos(cos( 3/2pi)) (PASS) cos( 4/3pi) (PASS) acos(cos( 4/3pi)) (PASS) cos( 5/4pi) (PASS) acos(cos( 5/4pi)) (PASS) cos( 2pi) (PASS) acos(cos( 2pi)) (PASS) acos(pi) (PASS) acos(+inf) (PASS) asin(-inf) (PASS) asin() (PASS) sin(-1/3pi) (PASS) asin(sin(-1/3pi)) (PASS) sin(-1/4pi) (PASS) asin(sin(-1/4pi)) (PASS) sin(-1/2pi) (PASS) asin(sin(-1/2pi)) (PASS) sin(-pi) (PASS) asin(sin(-pi)) (PASS) sin(0) (PASS) asin(sin(0)) (PASS) sin( 1/4pi) (PASS) asin(sin( 1/4pi)) (PASS) sin( 1/3pi) (PASS) asin(sin( 1/3pi)) (PASS) sin( 1/2pi) (PASS) asin(sin( 1/2pi)) (PASS) sin( 2/3pi) (PASS) asin(sin( 2/3pi)) (PASS) sin( 3/4pi) (PASS) asin(sin( 3/4pi)) (PASS) sin( pi) (PASS) asin(sin( pi)) (PASS) sin( 3/2pi) (PASS) asin(sin( 3/2pi)) (PASS) sin( 4/3pi) (PASS) asin(sin( 4/3pi)) (PASS) sin( 5/4pi) (PASS) asin(sin( 5/4pi)) (PASS) sin( 2pi) (PASS) asin(sin( 2pi)) (PASS) asin(pi) (PASS) asin(+inf) (PASS) atan(-inf) (PASS) atan() (PASS) tan(-1/3pi) (PASS) atan(tan(-1/3pi)) (PASS) tan(-1/4pi) (PASS) atan(tan(-1/4pi)) (PASS) tan(-pi) (PASS) atan(tan(-pi)) (PASS) tan(0) (PASS) atan(tan(0)) (PASS) tan( 1/4pi) (PASS) atan(tan( 1/4pi)) (PASS) tan( 1/3pi) (PASS) atan(tan( 1/3pi)) (PASS) tan( 2/3pi) (PASS) atan(tan( 2/3pi)) (PASS) tan( 3/4pi) (PASS) atan(tan( 3/4pi)) (PASS) tan( pi) (PASS) atan(tan( pi)) (PASS) tan( 4/3pi) (PASS) atan(tan( 4/3pi)) (PASS) tan( 5/4pi) (PASS) atan(tan( 5/4pi)) (PASS) tan( 2pi) (PASS) atan(tan( 2pi)) (PASS) atan(pi) (PASS) atan(+inf) (PASS) atan2(3, tan(pi)) (PASS) atan2(3, -tan(pi)) (PASS) atan2(-3, tan(pi)) (PASS) atan2(-3, -tan(pi)) (PASS) atan2(1, 2) = angle(2+i) (PASS) atan2(1, b1) = angle(2+i) (PASS) atan2(b1, 1) = angle(2+i) (PASS) atan2(-0.1, 3.2) = angle(3.2-0.1i) compnums: (PASS) cos(0.0+1.0i) (PASS) acos(cos(0.0+1.0i)) (PASS) cos(0.0-1.0i) (PASS) acos(cos(0.0-1.0i)) (PASS) cos(0.0+3.0i) (PASS) acos(cos(0.0+3.0i)) (PASS) cos(0.0-3.0i) (PASS) acos(cos(0.0-3.0i)) (PASS) cos(0.5+0.5i) (PASS) acos(cos(0.5+0.5i)) (PASS) cos(0.5-0.5i) (PASS) acos(cos(0.5-0.5i)) (PASS) cos(-0.5-0.5i) (PASS) acos(cos(-0.5-0.5i)) (PASS) cos(-0.5+0.5i) (PASS) acos(cos(-0.5+0.5i)) (PASS) cos(-1.0+1.0i) (PASS) acos(cos(-1.0+1.0i)) (PASS) cos(-1.0-1.0i) (PASS) acos(cos(-1.0-1.0i)) (PASS) cos(1.0-1.0i) (PASS) acos(cos(1.0-1.0i)) (PASS) cos(1.0+1.0i) (PASS) acos(cos(1.0+1.0i)) (PASS) cos(2.0+3.0i) (PASS) acos(cos(2.0+3.0i)) (PASS) cos(-2.0+3.0i) (PASS) acos(cos(-2.0+3.0i)) (PASS) cos(-2.0-3.0i) (PASS) acos(cos(-2.0-3.0i)) (PASS) cos(2.0-3.0i) (PASS) acos(cos(2.0-3.0i)) (PASS) cos(acos(2.0-3.0i)) (PASS) sin(0.0+1.0i) (PASS) asin(sin(0.0+1.0i)) (PASS) sin(0.0-1.0i) (PASS) asin(sin(0.0-1.0i)) (PASS) sin(0.0+3.0i) (PASS) asin(sin(0.0+3.0i)) (PASS) sin(0.0-3.0i) (PASS) asin(sin(0.0-3.0i)) (PASS) sin(0.5+0.5i) (PASS) asin(sin(0.5+0.5i)) (PASS) sin(0.5-0.5i) (PASS) asin(sin(0.5-0.5i)) (PASS) sin(-0.5-0.5i) (PASS) asin(sin(-0.5-0.5i)) (PASS) sin(-0.5+0.5i) (PASS) asin(sin(-0.5+0.5i)) (PASS) sin(-1.0+1.0i) (PASS) asin(sin(-1.0+1.0i)) (PASS) sin(-1.0-1.0i) (PASS) asin(sin(-1.0-1.0i)) (PASS) sin(1.0-1.0i) (PASS) asin(sin(1.0-1.0i)) (PASS) sin(2.0+3.0i) (PASS) asin(sin(2.0+3.0i)) (PASS) sin(-2.0+3.0i) (PASS) asin(sin(-2.0+3.0i)) (PASS) sin(-2.0-3.0i) (PASS) asin(sin(-2.0-3.0i)) (PASS) sin(2.0-3.0i) (PASS) asin(sin(2.0-3.0i)) (PASS) sin(asin(1.1415926535898042+3.0i)) (PASS) tan(0.0+1.0i) (PASS) atan(tan(0.0+1.0i)) (PASS) tan(0.0-1.0i) (PASS) atan(tan(0.0-1.0i)) (PASS) tan(0.0+3.0i) (PASS) atan(tan(0.0+3.0i)) (PASS) tan(0.0-3.0i) (PASS) atan(tan(0.0-3.0i)) (PASS) tan(0.5+0.5i) (PASS) atan(tan(0.5+0.5i)) (PASS) tan(0.5-0.5i) (PASS) atan(tan(0.5-0.5i)) (PASS) tan(-0.5-0.5i) (PASS) atan(tan(-0.5-0.5i)) (PASS) tan(-0.5+0.5i) (PASS) atan(tan(-0.5+0.5i)) (PASS) tan(-1.0+1.0i) (PASS) atan(tan(-1.0+1.0i)) (PASS) tan(-1.0-1.0i) (PASS) atan(tan(-1.0-1.0i)) (PASS) tan(1.0-1.0i) (PASS) atan(tan(1.0-1.0i)) (PASS) tan(2.0+3.0i) (PASS) atan(tan(2.0+3.0i)) (PASS) tan(-2.0+3.0i) (PASS) atan(tan(-2.0+3.0i)) (PASS) tan(-2.0-3.0i) (PASS) atan(tan(-2.0-3.0i)) (PASS) tan(2.0-3.0i) (PASS) atan(tan(2.0-3.0i)) (PASS) tan(atan(2.0-3.0i)) bignums: (PASS) acos() (PASS) asin() (PASS) atan() (PASS) atan() fixnums: (PASS) cos(0) (PASS) acos(0) (PASS) cos(1) (PASS) acos(1) (PASS) cos(-1) (PASS) acos(-1) (PASS) acos(-2) (PASS) acos(2) (PASS) asin(1) (PASS) asin(-1) (PASS) asin(2) (PASS) asin(-2) ratnums: (PASS) acos() (PASS) cos(-1/3pi) (PASS) acos(cos(-1/3pi)) (PASS) cos(-1/4pi) (PASS) acos(cos(-1/4pi)) (PASS) cos(-1/2pi) (PASS) acos(cos(-1/2pi)) (PASS) cos(-pi) (PASS) acos(cos(-pi)) (PASS) cos(0) (PASS) acos(cos(0)) (PASS) cos( 1/4pi) (PASS) acos(cos( 1/4pi)) (PASS) cos( 1/3pi) (PASS) acos(cos( 1/3pi)) (PASS) cos( 1/2pi) (PASS) acos(cos( 1/2pi)) (PASS) cos( 2/3pi) (PASS) acos(cos( 2/3pi)) (PASS) cos( 3/4pi) (PASS) acos(cos( 3/4pi)) (PASS) cos( pi) (PASS) acos(cos( pi)) (PASS) cos( 3/2pi) (PASS) acos(cos( 3/2pi)) (PASS) cos( 4/3pi) (PASS) acos(cos( 4/3pi)) (PASS) cos( 5/4pi) (PASS) acos(cos( 5/4pi)) (PASS) cos( 2pi) (PASS) acos(cos( 2pi)) (PASS) sin(-1/3pi) (PASS) asin(sin(-1/3pi)) (PASS) sin(-1/4pi) (PASS) asin(sin(-1/4pi)) (PASS) sin(-1/2pi) (PASS) asin(sin(-1/2pi)) (PASS) sin(-pi) (PASS) asin(sin(-pi)) (PASS) sin(0) (PASS) asin(sin(0)) (PASS) sin( 1/4pi) (PASS) asin(sin( 1/4pi)) (PASS) sin( 1/3pi) (PASS) asin(sin( 1/3pi)) (PASS) sin( 1/2pi) (PASS) asin(sin( 1/2pi)) (PASS) sin( 2/3pi) (PASS) asin(sin( 2/3pi)) (PASS) sin( 3/4pi) (PASS) asin(sin( 3/4pi)) (PASS) sin( pi) (PASS) asin(sin( pi)) (PASS) sin( 3/2pi) (PASS) asin(sin( 3/2pi)) (PASS) sin( 4/3pi) (PASS) asin(sin( 4/3pi)) (PASS) sin( 5/4pi) (PASS) asin(sin( 5/4pi)) (PASS) sin( 2pi) (PASS) asin(sin( 2pi)) (PASS) tan(-1/3pi) (PASS) atan(tan(-1/3pi)) (PASS) tan(-1/4pi) (PASS) atan(tan(-1/4pi)) (PASS) tan(-pi) (PASS) atan(tan(-pi)) (PASS) tan(0) (PASS) atan(tan(0)) (PASS) tan( 1/4pi) (PASS) atan(tan( 1/4pi)) (PASS) tan( 1/3pi) (PASS) atan(tan( 1/3pi)) (PASS) tan( 2/3pi) (PASS) atan(tan( 2/3pi)) (PASS) tan( 3/4pi) (PASS) atan(tan( 3/4pi)) (PASS) tan( pi) (PASS) atan(tan( pi)) (PASS) tan( 4/3pi) (PASS) atan(tan( 4/3pi)) (PASS) tan( 5/4pi) (PASS) atan(tan( 5/4pi)) (PASS) tan( 2pi) (PASS) atan(tan( 2i)) (PASS) atan2(3, tan(pi)) (PASS) atan2(3, -tan(pi)) (PASS) atan2(-3, tan(pi)) (PASS) atan2(-3, -tan(pi)) 1087 tests completed in 0.491 seconds 1087 (100.00%) tests passed 0 (0.00%) tests failed -- numbers -- TOTALS: 1087 tests completed in 0.492 seconds 1087 (100.00%) tests passed 0 (0.00%) tests failed /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'numbers-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize Note: Test is always true In file `numbers-test.scm:167', In a toplevel procedure, In conditional expression: (if (scheme#/ c1) #t #f) Test condition has always true value of type: number Warning: Invalid argument In file `numbers-test.scm:300', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (scheme#gcd 1+2i 3+4i) Argument #1 to procedure `gcd' has an invalid type: cplxnum The expected type is: (or integer float) This is the expression: 1+2i Procedure `gcd' from module `scheme' has this type: (#!rest (or integer float) -> (or integer float)) Warning: Invalid argument In file `numbers-test.scm:300', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (scheme#gcd 1+2i 3+4i) Argument #2 to procedure `gcd' has an invalid type: cplxnum The expected type is: (or integer float) This is the expression: 3+4i Procedure `gcd' from module `scheme' has this type: (#!rest (or integer float) -> (or integer float)) Warning: Invalid argument In file `numbers-test.scm:301', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (scheme#gcd 1/2 3/4) Argument #1 to procedure `gcd' has an invalid type: ratnum The expected type is: (or integer float) This is the expression: 1/2 Procedure `gcd' from module `scheme' has this type: (#!rest (or integer float) -> (or integer float)) Warning: Invalid argument In file `numbers-test.scm:301', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (scheme#gcd 1/2 3/4) Argument #2 to procedure `gcd' has an invalid type: ratnum The expected type is: (or integer float) This is the expression: 3/4 Procedure `gcd' from module `scheme' has this type: (#!rest (or integer float) -> (or integer float)) Warning: Invalid argument In file `numbers-test.scm:719', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#exact-integer-sqrt 1.5) Argument #1 to procedure `exact-integer-sqrt' has an invalid type: float The expected type is: integer This is the expression: 1.5 Procedure `exact-integer-sqrt' from module `chicken.base' has this type: (integer -> integer integer) Warning: Invalid argument In file `numbers-test.scm:720', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#exact-integer-sqrt 1/2) Argument #1 to procedure `exact-integer-sqrt' has an invalid type: ratnum The expected type is: integer This is the expression: 1/2 Procedure `exact-integer-sqrt' from module `chicken.base' has this type: (integer -> integer integer) Warning: Invalid argument In file `numbers-test.scm:721', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#exact-integer-sqrt 4.0) Argument #1 to procedure `exact-integer-sqrt' has an invalid type: float The expected type is: integer This is the expression: 4.0 Procedure `exact-integer-sqrt' from module `chicken.base' has this type: (integer -> integer integer) Note: Predicate is always true In file `numbers-test.scm:773', In a toplevel procedure, In procedure call: (chicken.base#cplxnum? (scheme#log -2.0)) The predicate will always return true. Procedure `cplxnum?' from module `chicken.base' is a predicate for: cplxnum The given argument has this type: cplxnum Note: Test is always true In file `numbers-test.scm:773', In a toplevel procedure, In conditional expression: (if (chicken.base#cplxnum? (scheme#log -2.0)) #t #f) Test condition has always true value of type: true Note: Predicate is always true In file `numbers-test.scm:834', In a toplevel procedure, In procedure call: (scheme#complex? 3) The predicate will always return true. Procedure `complex?' from module `scheme' is a predicate for: number The given argument has this type: fixnum Note: Test is always true In file `numbers-test.scm:872', In a toplevel procedure, In conditional expression: (if (scheme#even? 2) #t #f) Test condition has always true value of type: true Note: Test is always true In file `numbers-test.scm:873', In a toplevel procedure, In conditional expression: (if (scheme#not (scheme#even? 1)) #t #f) Test condition has always true value of type: true Note: Test is always true In file `numbers-test.scm:874', In a toplevel procedure, In conditional expression: (if (scheme#even? -2) #t #f) Test condition has always true value of type: true Note: Test is always true In file `numbers-test.scm:875', In a toplevel procedure, In conditional expression: (if (scheme#not (scheme#even? -1)) #t #f) Test condition has always true value of type: true Note: Test is always true In file `numbers-test.scm:876', In a toplevel procedure, In conditional expression: (if (scheme#even? 2.0) #t #f) Test condition has always true value of type: true Note: Test is always true In file `numbers-test.scm:877', In a toplevel procedure, In conditional expression: (if (scheme#not (scheme#even? 1.0)) #t #f) Test condition has always true value of type: true Note: Test is always true In file `numbers-test.scm:878', In a toplevel procedure, In conditional expression: (if (scheme#even? -2.0) #t #f) Test condition has always true value of type: true Note: Test is always true In file `numbers-test.scm:879', In a toplevel procedure, In conditional expression: (if (scheme#not (scheme#even? -1.0)) #t #f) Test condition has always true value of type: true Warning: Invalid argument In file `numbers-test.scm:918', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#bitwise-and 'x) Argument #1 to procedure `bitwise-and' has an invalid type: symbol The expected type is: integer This is the expression: 'x Procedure `bitwise-and' from module `chicken.bitwise' has this type: (#!rest integer -> integer) Warning: Invalid argument In file `numbers-test.scm:919', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#bitwise-xor 'x) Argument #1 to procedure `bitwise-xor' has an invalid type: symbol The expected type is: integer This is the expression: 'x Procedure `bitwise-xor' from module `chicken.bitwise' has this type: (#!rest integer -> integer) Warning: Invalid argument In file `numbers-test.scm:920', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#bitwise-ior 'x) Argument #1 to procedure `bitwise-ior' has an invalid type: symbol The expected type is: integer This is the expression: 'x Procedure `bitwise-ior' from module `chicken.bitwise' has this type: (#!rest integer -> integer) Warning: Invalid argument In file `numbers-test.scm:921', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#bitwise-and 1 'x) Argument #2 to procedure `bitwise-and' has an invalid type: symbol The expected type is: integer This is the expression: 'x Procedure `bitwise-and' from module `chicken.bitwise' has this type: (#!rest integer -> integer) Warning: Invalid argument In file `numbers-test.scm:922', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#bitwise-xor 1 'x) Argument #2 to procedure `bitwise-xor' has an invalid type: symbol The expected type is: integer This is the expression: 'x Procedure `bitwise-xor' from module `chicken.bitwise' has this type: (#!rest integer -> integer) Warning: Invalid argument In file `numbers-test.scm:923', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#bitwise-ior 1 'x) Argument #2 to procedure `bitwise-ior' has an invalid type: symbol The expected type is: integer This is the expression: 'x Procedure `bitwise-ior' from module `chicken.bitwise' has this type: (#!rest integer -> integer) Warning: Invalid argument In file `numbers-test.scm:926', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#bit->boolean 1 1.0) Argument #2 to procedure `bit->boolean' has an invalid type: float The expected type is: integer This is the expression: 1.0 Procedure `bit->boolean' from module `chicken.bitwise' has this type: (integer integer -> boolean) Warning: Invalid argument In file `numbers-test.scm:927', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#bit->boolean 1.0 1) Argument #1 to procedure `bit->boolean' has an invalid type: float The expected type is: integer This is the expression: 1.0 Procedure `bit->boolean' from module `chicken.bitwise' has this type: (integer integer -> boolean) Warning: Invalid argument In file `numbers-test.scm:945', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 0.1 2) Argument #1 to procedure `arithmetic-shift' has an invalid type: float The expected type is: integer This is the expression: 0.1 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `numbers-test.scm:947', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 15 2.0) Argument #2 to procedure `arithmetic-shift' has an invalid type: float The expected type is: fixnum This is the expression: 2.0 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `numbers-test.scm:948', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 15 -2.0) Argument #2 to procedure `arithmetic-shift' has an invalid type: float The expected type is: fixnum This is the expression: -2.0 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `numbers-test.scm:949', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 15 2.1) Argument #2 to procedure `arithmetic-shift' has an invalid type: float The expected type is: fixnum This is the expression: 2.1 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `numbers-test.scm:950', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift 15 -2.1) Argument #2 to procedure `arithmetic-shift' has an invalid type: float The expected type is: fixnum This is the expression: -2.1 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `numbers-test.scm:951', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift +inf.0 2) Argument #1 to procedure `arithmetic-shift' has an invalid type: float The expected type is: integer This is the expression: +inf.0 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Warning: Invalid argument In file `numbers-test.scm:952', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.bitwise#arithmetic-shift +nan.0 2) Argument #1 to procedure `arithmetic-shift' has an invalid type: float The expected type is: integer This is the expression: +nan.0 Procedure `arithmetic-shift' from module `chicken.bitwise' has this type: (integer fixnum -> integer) Note: Test is always true In file `numbers-test.scm:970', In a toplevel procedure, In conditional expression: (if (scheme#number->string 123) #t #f) Test condition has always true value of type: string Note: Test is always true In file `numbers-test.scm:971', In a toplevel procedure, In conditional expression: (if (scheme#number->string 123 16) #t #f) Test condition has always true value of type: string Note: Test is always true In file `numbers-test.scm:972', In a toplevel procedure, In conditional expression: (if (scheme#number->string 99.2) #t #f) Test condition has always true value of type: string Note: Test is always true In file `numbers-test.scm:973', In a toplevel procedure, In conditional expression: (if (scheme#number->string b1) #t #f) Test condition has always true value of type: string Note: Test is always true In file `numbers-test.scm:974', In a toplevel procedure, In conditional expression: (if (scheme#number->string b1 2) #t #f) Test condition has always true value of type: string Note: Test is always true In file `numbers-test.scm:975', In a toplevel procedure, In conditional expression: (if (scheme#number->string r1) #t #f) Test condition has always true value of type: string Note: Test is always true In file `numbers-test.scm:976', In a toplevel procedure, In conditional expression: (if (scheme#number->string c1) #t #f) Test condition has always true value of type: string Warning: Invalid argument In file `numbers-test.scm:1089', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#nan? 'x) Argument #1 to procedure `nan?' has an invalid type: symbol The expected type is: number This is the expression: 'x Procedure `nan?' from module `chicken.base' has this type: (number -> boolean) Warning: Invalid argument In file `numbers-test.scm:1100', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#finite? 'x) Argument #1 to procedure `finite?' has an invalid type: symbol The expected type is: number This is the expression: 'x Procedure `finite?' from module `chicken.base' has this type: (number -> boolean) Warning: Invalid argument In file `numbers-test.scm:1110', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#infinite? 'x) Argument #1 to procedure `infinite?' has an invalid type: symbol The expected type is: number This is the expression: 'x Procedure `infinite?' from module `chicken.base' has this type: (number -> boolean) Note: Predicate is always true In file `numbers-test.scm:1113', In a toplevel procedure, In procedure call: (chicken.base#cplxnum? 1.0+1.0i) The predicate will always return true. Procedure `cplxnum?' from module `chicken.base' is a predicate for: cplxnum The given argument has this type: cplxnum Note: Predicate is always true In file `numbers-test.scm:1115', In a toplevel procedure, In procedure call: (chicken.base#cplxnum? 3.4-4.3i) The predicate will always return true. Procedure `cplxnum?' from module `chicken.base' is a predicate for: cplxnum The given argument has this type: cplxnum Note: Predicate is always false In file `numbers-test.scm:1116', In a toplevel procedure, In procedure call: (chicken.base#cplxnum? 1) The predicate will always return false. Procedure `cplxnum?' from module `chicken.base' is a predicate for: cplxnum The given argument has this type: fixnum 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o == numbers == basic constructors: 9223372036854775806 (PASS) some bignum (twice maxint) 9223372036854775828 (PASS) some other bignum (2147483668 or 9223372036854775828) -4611686018427387926 (PASS) negative bignum 33+44i (PASS) exact complex -1.2+44.0i (PASS) inexact complex 3/4 (PASS) rational addition: (PASS) +: no arguments (PASS) +: single argument (PASS) +: adding fixnums (PASS) +: adding fixnums (2nd negative) (PASS) +: adding fix/flo 9223372036854775828 (PASS) +: adding fix/big 91/4 (PASS) +: adding fix/rat (PASS) +: adding fix/complex (PASS) +: adding complex/fix (inexact) (PASS) +: flo/flo (PASS) +: flo/big 34.15 (PASS) +: flo/rat (PASS) +: flo/comp 36893488147419103315/4 (PASS) +: big/rat (PASS) +: comp+comp (PASS) +: comp+comp (inexact) (PASS) +: multiarg subtraction: (PASS) -: negate fix (PASS) -: negate most negative fix (PASS) abs: most negative fix (PASS) -: negate flo -3/4 (PASS) -: negate rat (PASS) -: double-negate big (PASS) -: negate comp (PASS) -: fixnums (PASS) -: fixnums (2nd negative) 0 (PASS) -: fixnums (overflow) (PASS) -: fix/flo (PASS) -: flo/fix 4611686018427387948 (PASS) -: fix/big -4611686018427387948 (PASS) -: big/fix (PASS) -: big/fix (normalizing to fix) 85/4 (PASS) -: fix/rat -85/4 (PASS) -: rat/fix (PASS) -: fix/complex (PASS) -: complex/fix (PASS) -: complex/fix (inexact) (PASS) -: fix/complex (inexact) (PASS) -: fix/complex (negative im) (PASS) -: fix/complex (negative im, inexact) (PASS) -: fix/complex (negative real, inexact) (PASS) -: rat/complex (negative real) (PASS) -: flo/flo -9223372036854775808.0 (PASS) -: flo/big 9223372036854775808.0 (PASS) -: big/flo 2.65 (PASS) -: flo/rat -2.65 (PASS) -: rat/flo 36893488147419103309/4 (PASS) -: big/rat -36893488147419103309/4 (PASS) -: rat/big (PASS) -: flo/comp (PASS) -: comp/flo (PASS) -: comp-comp (PASS) -: comp-comp (inexact) (PASS) -: multiarg multiplication: (PASS) *: no arguments (PASS) *: single argument (PASS) *: multiplying fixnums (PASS) *: multiplying fixnums (2nd negative) (PASS) *: multiplying fix/flo 202914184810805067732 (PASS) *: multiplying fix/big (-> 47244640212) 99/4 (PASS) *: multiplying fix/rat (PASS) *: multiplying fix/complex (PASS) *: multiplying complex/fix (inexact) (PASS) *: multiplying most negative fixnum by one (edge case) (PASS) *: flo/flo (PASS) *: flo/big 2.55 (PASS) *: flo/rat 6917529027641081871 (PASS) *: big/rat (PASS) *: flo/comp (PASS) *: comp*comp (PASS) *: comp*comp (inexact) (PASS) *: multiarg division: 1/33 (PASS) /: rec. fix 0.0301204819277108 (PASS) /: rec. flo 4/3 (PASS) /: rec. rat 1/9223372036854775828 (PASS) /: rec. big (PASS) /: rec. comp 3/4 (PASS) /: fixnums 1 (PASS) /: fixnums (both negative, fixnum result) -3/4 (PASS) /: fixnums (2nd negative) 1 (PASS) /: fixnums (PASS) /: fix/flo (PASS) /: flo/fix -11/2305843009213693963 (PASS) /: fix/big -2305843009213693963/11 (PASS) /: big/fix 88/3 (PASS) /: fix/rat 3/88 (PASS) /: rat/fix 27/25-36/25i (PASS) /: fix/complex 1/3+4/9i (PASS) /: complex/fix -100.2+44.0i (PASS) /: complex/fix (inexact) 100.2-44.0i (PASS) /: fix/complex (inexact) (PASS) /: flo/flo 3.68628738645071e-19 (PASS) /: flo/big 2712756481427875328.0 (PASS) /: big/flo 4.53333333333333 (PASS) /: flo/rat 0.220588235294118 (PASS) /: rat/flo 36893488147419103312/3 (PASS) /: big/rat 3/36893488147419103312 (PASS) /: rat/big 1 (PASS) /: rat/rat 0.0370909090909091-0.0494545454545455i (PASS) /: flo/comp 9.70588235294118+12.9411764705882i (PASS) /: comp/flo 1 (PASS) /: comp/comp 0.978817408539103-0.776695020232885i (PASS) /: comp/comp (inexact) (PASS) /: rat/complex (PASS) /: rat/complex (negative im) (PASS) /: rat/complex (negative real) (PASS) /: rat/complex (negative real&im) 3/4 (PASS) /: multiarg (PASS) /: div fixnum by 0 (PASS) /: div flonum by 0 (PASS) /: div fixnum by 0.0 (PASS) /: div flonum by 0.0 (PASS) /: div by 0 (inexact) 4611686018427387914 (PASS) /: big result quotient: (PASS) quotient: fix/fix (PASS) quotient: fix/big (PASS) quotient: fix/big (most negative) (PASS) quotient: big/fix (most negative) (PASS) quotient: fix/fix (most negative) (PASS) quotient: flo/flo (PASS) quotient: fix/flo (PASS) quotient: flo/fix (PASS) quotient: flo/big (PASS) quotient: big/flo (PASS) quotient: big/big (PASS) quotient: big/big (PASS) quotient: flo/flo (fractional) (PASS) quotient: fix/flo (fractional) (PASS) quotient: flo/fix (fractional) remainder: (PASS) remainder: fix/fix (PASS) remainder: fix/big (PASS) remainder: fix/big (most negative) (PASS) remainder: big/fix (most negative) (PASS) remainder: big/big (PASS) remainder: big/big (PASS) remainder: flo/flo (PASS) remainder: fix/flo (PASS) remainder: flo/fix (PASS) remainder: flo/flo (fractional) (PASS) remainder: fix/flo (fractional) (PASS) remainder: flo/fix (fractional) quotient&remainder: (PASS) quotient&remainder: fix/fix (PASS) quotient&remainder: fix/big (PASS) quotient&remainder: fix/big (most negative) (PASS) quotient&remainder: big/fix (most negative) (PASS) quotient&remainder: fix/fix (most negative) (PASS) quotient&remainder: big/big (PASS) quotient&remainder: big/big (PASS) quotient&remainder: flo/flo (PASS) quotient&remainder: flo/fix (PASS) quotient&remainder: fix/flo (PASS) quotient&remainder: flo/fix (fractional) (PASS) quotient&remainder: flo/big (fractional) (PASS) quotient&remainder: big/flo (fractional) gcd: (PASS) gcd: fix (64-bit)/big (PASS) gcd: big/big (PASS) (gcd) (PASS) (gcd 6) (PASS) (gcd -2) (PASS) (gcd 6 8) (PASS) (gcd 6 8 5) (PASS) (gcd 6 -8 5) (PASS) (gcd 6.0) (PASS) (gcd 6.0 8.0) (PASS) (gcd 6.1) (PASS) (gcd 6.1 8.0) (PASS) (gcd 6.0 8.1) (PASS) (gcd +inf.0) (PASS) (gcd +nan.0) (PASS) (gcd 6.0 +inf.0) (PASS) (gcd +inf.0 6.0) (PASS) (gcd +nan.0 6.0) (PASS) (gcd 6.0 +nan.0) (PASS) (gcd 1+2i 3+4i) (PASS) (gcd 1/2 3/4) lcm: (PASS) (lcm) (PASS) (lcm 5) (PASS) (lcm -8) (PASS) (lcm 6 8) (PASS) (lcm 6 8 5) (PASS) (lcm 6.0 8.0) (PASS) (lcm 6.1 8.0) (PASS) (lcm 6.0 8.1) (PASS) (lcm +inf.0) (PASS) (lcm +nan.0) (PASS) (lcm 6.0 +inf.0) (PASS) (lcm +inf.0 6.0) (PASS) (lcm +nan.0 6.0) (PASS) (lcm 6.0 +nan.0) (PASS) (lcm 1+2i 3+4i) (PASS) (lcm 1/2 3/4) equality: (PASS) =: fix/fix (PASS) =: fix/flo (PASS) =: !fix/fix (PASS) =: !fix/flo (PASS) =: !fix/flo (overflow) (PASS) =: !fix/flo (inf) (PASS) =: !fix/flo (-inf) (PASS) =: !fix/flo (+nan) (PASS) =: flo/fix (PASS) =: !flo/fix (overflow) (PASS) =: !flo/fix (inf) (PASS) =: !flo/fix (-inf) (PASS) =: !flo/fix (+nan) (PASS) =: flo/flo (PASS) =: !flo/flo (PASS) =: big/big (PASS) =: !big/big (PASS) =: rat/flo (PASS) =: rat/rat (PASS) =: !rat/rat (PASS) =: comp/comp (PASS) =: !comp/comp generic equality: (PASS) equal?: fix/fix (PASS) equal?: fix/flo (PASS) equal?: !fix/fix (PASS) equal?: !fix/flo (PASS) equal?: flo/fix (PASS) equal?: flo/flo (PASS) equal?: !flo/flo (PASS) equal?: big/flo (PASS) equal?: big/big (PASS) equal?: big/big2 (PASS) equal?: !big/big (PASS) equal?: rat/flo (PASS) equal?: rat/rat (PASS) equal?: !rat/rat (PASS) equal?: comp/comp (PASS) equal?: !comp/comp (PASS) equal?: nan/nan (PASS) equal?: nan+nan/nan+nan greater & greater/equal: (PASS) >: fix/fix (PASS) >=: fix/fix (PASS) >: fix/fix/fix (PASS) >=: fix/fix/fix (PASS) >: !fix/fix (PASS) >=: !fix/fix (PASS) >: !fix/fix/fix (PASS) >=: !fix/fix/fix (PASS) >: fix/fix (PASS) >=: !fix/fix (PASS) >: fix/flo (PASS) >=: fix/flo (PASS) >: !fix/flo (PASS) >=: !fix/flo (PASS) >: !fix/flo (PASS) >=: !fix/flo (PASS) >: fix/flo (flo overflow), on 64 bits (PASS) >=: fix/flo (flo overflow), on 64 bits (PASS) >: fix/flo (flo underflow), on 64 bits (PASS) >=: fix/flo (flo underflow), on 64 bits (PASS) >: fix/big (PASS) >=: fix/big (PASS) >: !fix/big (PASS) >=: !fix/big (PASS) >: fix/rat (PASS) >=: fix/rat (PASS) >: !fix/rat (PASS) >=: !fix/rat (PASS) >: flo/fix (PASS) >=: flo/fix (PASS) >: !flo/fix (PASS) >=: !flo/fix (PASS) >: !flo/fix (PASS) >=: flo/fix (PASS) >: flo/flo (PASS) >=: flo/flo (PASS) >: !flo/flo (PASS) >=: !flo/flo (PASS) >: flo/big (PASS) >=: flo/big (PASS) >: flo/fix (flo overflow), on 64 bits (PASS) >=: flo/fix (flo overflow), on 64 bits (PASS) >: fix/flo (flo underflow), on 64 bits (PASS) >=: fix/flo (flo underflow), on 64 bits (PASS) >: flo/big (flo overflow) (PASS) >=: flo/big (flo overflow) (PASS) >: !flo/big (PASS) >=: !flo/big (PASS) >: flo/rat (PASS) >=: flo/rat (PASS) >: !flo/rat (PASS) >=: !flo/rat (PASS) >: !rat/rat (PASS) >=: rat/rat (PASS) >: flo/nan (PASS) >=: flo/nan (PASS) >: nan/flo (PASS) >=: nan/flo (PASS) >: flo/flo/nan (PASS) >=: flo/flo/nan (PASS) >: big/fix (PASS) >=: big/fix (PASS) >: !big/fix (PASS) >=: !big/fix (PASS) >: big/flo (PASS) >=: big/flo (PASS) >: big/flo (flo overflow) (PASS) >=: big/flo (flo overflow) (PASS) >: !big/flo (PASS) >=: !big/flo (PASS) >: big/big (PASS) >=: big/big (PASS) >: !big/big (PASS) >=: !big/big (PASS) >: big/rat (PASS) >=: big/rat (PASS) >: !big/rat (PASS) >=: !big/rat (PASS) >: rat/fix (PASS) >=: rat/fix (PASS) >: !rat/fix (PASS) >=: !rat/fix (PASS) >: rat/flo (PASS) >=: rat/flo (PASS) >: !rat/flo (PASS) >=: !rat/flo (PASS) >: !rat/big (PASS) >=: !rat/big (PASS) >: rat/rat (PASS) >=: rat/rat (PASS) >: !rat/rat (PASS) >=: !rat/rat (PASS) >: rat/flo (flo overflow) (PASS) >: rat/flo (flo overflow) (PASS) >=: rat/flo (flo overflow) (PASS) >=: rat/flo (flo overflow) (PASS) >: rat/flo (flo underflow) (PASS) >: rat/flo (flo underflow) (PASS) >=: rat/flo (flo underflow) (PASS) >=: rat/flo (flo underflow) less & less/equal: (PASS) <: !fix/fix (PASS) <=: !fix/fix (PASS) <: fix/fix/fix (PASS) <=: fix/fix/fix (PASS) <: !fix/fix/fix (PASS) <=: !fix/fix/fix (PASS) <: !fix/fix/fix (PASS) <=: !fix/fix/fix (PASS) <: !fix/fix/fix (PASS) <=: fix/fix/fix (PASS) <: fix/fix (PASS) <=: fix/fix (PASS) <: !fix/fix (PASS) <=: fix/fix (PASS) <: !fix/flo (PASS) <=: !fix/flo (PASS) <: fix/flo (PASS) <=: fix/flo (PASS) <: fix/flo (flo overflow), on 64 bits (PASS) <=: fix/flo (flo overflow), on 64 bits (PASS) <: fix/flo (flo underflow), on 64 bits (PASS) <=: fix/flo (flo underflow), on 64 bits (PASS) <: !fix/flo (PASS) <=: fix/flo (PASS) <: !fix/big (PASS) <=: !fix/big (PASS) <: fix/big (PASS) <=: fix/big (PASS) <: !big/big (PASS) <=: big/big (PASS) <: !fix/rat (PASS) <=: !fix/rat (PASS) <: fix/rat (PASS) <=: fix/rat (PASS) <: !flo/fix (PASS) <=: !flo/fix (PASS) <: flo/fix (PASS) <=: flo/fix (PASS) <: !flo/flo (PASS) <=: !flo/flo (PASS) <: flo/flo (PASS) <=: flo/flo (PASS) <: !flo/big (PASS) <=: !flo/big (PASS) <: flo/big (PASS) <=: flo/big (PASS) <: flo/fix (flo overflow), on 64 bits (PASS) <=: flo/fix (flo overflow), on 64 bits (PASS) <: flo/fix (flo underflow), on 64 bits (PASS) <=: flo/fix (flo underflow), on 64 bits (PASS) <: flo/big (flo overflow) (PASS) <=: flo/big (flo overflow) (PASS) <: !flo/rat (PASS) <=: !flo/rat (PASS) <: flo/rat (PASS) <=: flo/rat (PASS) <: flo/nan (PASS) <=: flo/nan (PASS) <: nan/flo (PASS) <=: nan/flo (PASS) <: flo/flo/nan (PASS) <=: flo/flo/nan (PASS) <: !big/fix (PASS) <=: !big/fix (PASS) <: big/fix (PASS) <=: big/fix (PASS) <: !big/flo (PASS) <=: !big/flo (PASS) <: big/flo (PASS) <=: big/flo (PASS) <: big/flo (max flo) (PASS) <=: big/flo (max flo) (PASS) <: big/flo (max flo, smaller bignum) (PASS) <: big/flo (max flo, smaller bignum) (PASS) <: !big/big (PASS) <=: !big/big (PASS) <: big/big (PASS) <=: big/big (PASS) <: !big/rat (PASS) <=: !big/rat (PASS) <: big/rat (PASS) <=: big/rat (PASS) <: !rat/fix (PASS) <=: !rat/fix (PASS) <: rat/fix (PASS) <=: rat/fix (PASS) <: !rat/flo (PASS) <=: !rat/flo (PASS) <: rat/flo (PASS) <=: rat/flo (PASS) <: rat/big (PASS) <=: rat/big (PASS) <: !rat/rat (PASS) <=: !rat/rat (PASS) <: rat/rat (PASS) <=: rat/rat (PASS) <: rat/flo (flo overflow) (PASS) <: rat/flo (flo overflow) (PASS) <=: rat/flo (flo overflow) (PASS) <=: rat/flo (flo overflow) (PASS) <: rat/flo (flo underflow) (PASS) <: rat/flo (flo underflow) (PASS) <=: rat/flo (flo underflow) (PASS) <=: rat/flo (flo underflow) complex: (PASS) real-part (PASS) real-part of flonum (PASS) real-part of fixnum (PASS) real-part of ratnum (PASS) real-part of bignum (PASS) real-part of negative flonum (PASS) real-part of negative fixnum (PASS) real-part of negative ratnum (PASS) real-part of negative bignum (PASS) imag-part (PASS) imag-part of flonum (PASS) imag-part of fixnum (PASS) imag-part of ratnum (PASS) imag-part of bignum 32.9948291853738+0.584163528478648i (PASS) make-polar (PASS) magnitude (PASS) magnitude (PASS) magnitude of flonum (PASS) magnitude of fixnum (PASS) magnitude of ratnum (PASS) magnitude of bignum (PASS) magnitude of negative flonum (PASS) magnitude of negative fixnum (PASS) magnitude of negative ratnum (PASS) magnitude of negative bignum 0.927295218001612 (PASS) angle (PASS) angle of flonum (PASS) angle of fixnum (PASS) angle of ratnum (PASS) angle of bignum (PASS) angle of negative flonum (PASS) angle of negative fixnum (PASS) angle of negative ratnum (PASS) angle of negative bignum rational: 9223372036854775828 9223372036854775828 (PASS) 9223372036854775828 (PASS) (numerator r1) (PASS) (numerator 33) (PASS) (denominator r1) (PASS) (denominator b1) (PASS) (denominator 33) (PASS) (numerator 0) (PASS) (denominator 0) (PASS) (numerator 3) (PASS) (denominator 3) (PASS) (numerator -3) (PASS) (denominator -3) (PASS) (numerator 0.5) (PASS) (denominator 0.5) (PASS) (numerator 1.25) (PASS) (denominator 1.25) (PASS) (numerator -1.25) (PASS) (denominator -1.25) (PASS) (numerator 10000000000.0) (PASS) (denominator 10000000000.0) (PASS) (numerator +inf.0) (PASS) (numerator +nan.0) (PASS) (denominator +inf.0) (PASS) (denominator +nan.0) misc: (PASS) inexact->exact (PASS) inexact->exact +inf (PASS) inexact->exact -inf (PASS) inexact->exact -NaN (PASS) sqrt (integer result) (PASS) sqrt (exact result) (PASS) sqrt (inexact result) (PASS) sqrt (inexact input) (PASS) sqrt (exact large number) (PASS) exact-integer-sqrt (nonint flonum) (PASS) exact-integer-sqrt (ratnum) (PASS) exact-integer-sqrt (int flonum) (PASS) exact-integer-sqrt (w/o rest) (PASS) exact-integer-sqrt (with rest) (PASS) exact-integer-nth-root without rest (PASS) exact-integer-nth-root with rest (PASS) exact-integer-nth-root with insanely large base (PASS) expt 1267650600228229401496703205376 (PASS) expt (PASS) expt 0.0^0.0) (PASS) expt 0.0^{pos} (PASS) expt 0^0 (PASS) expt 0^{pos} (PASS) expt 0^{neg} (PASS) expt (rat base) (PASS) expt (rat exponent) (PASS) expt (negative rat exponent) (PASS) expt (inexact from rat exponent) (PASS) expt (> 1 rat exponent) (PASS) expt (rat base & exponent) (PASS) expt (negative w/ rat exponent) 4.0 (PASS) expt 1/2 (PASS) expt (PASS) expt between double and 64-bit integer value (PASS) expt with complex result (PASS) exact expt with complex number (PASS) exact expt with complex number, real result (PASS) inexact expt with complex number (PASS) inexact expt with complex number, real result (PASS) inexact noninteger expt with complex number (PASS) exp with complex numbers (PASS) log of exp = 1 (PASS) log(-x) = compnum (PASS) log of -1 (PASS) log(expt(2,x),2) = x (PASS) log with complex number (PASS) exp(log(x)) = x (PASS) log(exp(x)) = x (PASS) log(expt(2,x),2) = x 93326215443944152681699238856266700490715968264381621468592963895217599993229915608941463976156518286253697920827223758251185210916864000000000000000000000000 (PASS) bigfac (PASS) zero signum fixnum (PASS) zero signum flonum (PASS) positive signum fixnum (PASS) positive signum ratnum (PASS) positive signum flonum (PASS) positive signum bignum (PASS) negative signum fixnum (PASS) negative signum ratnum (PASS) negative signum flonum (PASS) negative signum bignum (PASS) positive signum compnum(1) (PASS) positive signum compnum(2) (PASS) negative signum compnum (PASS) most-negative-fixnum + most-negative-fixnum = 2 * most-negative-fixnum (PASS) most-negative-fixnum - most-negative-fixnum = 0 (PASS) most-positive-fixnum + most-positive-fixnum = 2 * most-positive-fixnum (PASS) most-positive-fixnum - most-positive-fixnum = 0 R5RS: (PASS) + (PASS) + (PASS) + (PASS) * (PASS) * (PASS) - (PASS) - (PASS) - 3/20 (PASS) / (3/20) 1/3 (PASS) / (1/3) (PASS) numerator (PASS) denominator (PASS) complex? (PASS) complex? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) rational? 2 (PASS) check rational (PASS) rational? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) exact-integer? (PASS) exact-integer? (PASS) exact-integer? (PASS) exact-integer? (PASS) exact-integer? (PASS) max (PASS) max (PASS) modulo (PASS) modulo (PASS) modulo (PASS) modulo (PASS) modulo (PASS) remainder (PASS) remainder (PASS) remainder (PASS) modulo (PASS) remainder (PASS) modulo (PASS) remainder (PASS) modulo (PASS) remainder (PASS) remainder (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) (even? 2.1) (PASS) (even? -2.3) (PASS) (even? +inf.0) (PASS) (even? +nan.0) (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) (even? 2.0+3.0i) (PASS) (even? 2+3i) (PASS) (odd? 2.0+3.0i) (PASS) (odd? 2+3i) (PASS) floor (PASS) ceiling (PASS) truncate (PASS) round (PASS) floor (PASS) ceiling (PASS) truncate (PASS) round (PASS) round (PASS) round (PASS) round (PASS) rationalize (1/3) (PASS) rationalize (#i1/3) bitwise ops: (PASS) and (PASS) zero-arg and (PASS) ior (PASS) zero-arg ior (PASS) xor (PASS) zero-arg xor -16 (PASS) not (PASS) (bitwise-and (quote x)) (PASS) (bitwise-xor (quote x)) (PASS) (bitwise-ior (quote x)) (PASS) (bitwise-and 1 (quote x)) (PASS) (bitwise-xor 1 (quote x)) (PASS) (bitwise-ior 1 (quote x)) (PASS) (bit->boolean 1 -1) (PASS) (bit->boolean b1 -1) (PASS) (bit->boolean 1 1.0) (PASS) (bit->boolean 1.0 1) (PASS) (bit->boolean -1 b1) (PASS) (bit->boolean 0 b1) (PASS) (bit->boolean 5 2) (PASS) (bit->boolean 5 0) (PASS) (bit->boolean 5 1) (PASS) (bit->boolean -2 0) (PASS) (bit->boolean -2 1) (PASS) (bit->boolean (expt -2 63) 256) (PASS) (bit->boolean (expt 2 63) 256) (PASS) (arithmetic-shift 15 2) (PASS) (arithmetic-shift 15 -2) (PASS) (arithmetic-shift -15 2) (PASS) (arithmetic-shift -15 -2) (PASS) (arithmetic-shift -31 most-negative-fixnum) (PASS) (arithmetic-shift 31 most-negative-fixnum) (PASS) (arithmetic-shift b1 0) (PASS) (arithmetic-shift (arithmetic-shift b1 -1) 1) (PASS) (arithmetic-shift 0.1 2) (PASS) (arithmetic-shift 15 2.0) (PASS) (arithmetic-shift 15 -2.0) (PASS) (arithmetic-shift 15 2.1) (PASS) (arithmetic-shift 15 -2.1) (PASS) (arithmetic-shift +inf.0 2) (PASS) (arithmetic-shift +nan.0 2) (PASS) (arithmetic-shift (expt 2 31) (- (expt 2 31))) (PASS) leftrot32 28 (PASS) leftrot32 29 (PASS) leftrot32 30 string conversion: (PASS) fix (PASS) fix/base (PASS) flo (PASS) big (PASS) big/base (PASS) rat (PASS) comp (PASS) edge case printing (PASS) non-exact multiple of 64 length edge case printing (PASS) another non-exact multiple of 64 length edge case printing (PASS) edge case length calculation (PASS) positive hexdigit invariance (PASS) negative hexdigit invariance (PASS) fix (PASS) fix/base (PASS) fix/base-o (PASS) fix/unusual-base (PASS) fix/wrong-base (PASS) fix/invalid-base (PASS) fix/invalid-base (PASS) embedded base overrides supplied base (PASS) flo (PASS) flo2 123873487384737447 (PASS) big -123873487384737447 (PASS) big/neg 123873487384737447 (PASS) big/pos 41/152 (PASS) rat -41/152 (PASS) rat/neg 41/152 (PASS) rat/pos 83/302 (PASS) rat2 0.269736842105263 (PASS) rat/inexact (PASS) invalid rat 0+12i (PASS) comp 12+34i (PASS) comp 0-1i (PASS) comp 2.19054886993362-98.9757621625034i (PASS) comp 0.36584443443691+0.340819380011667i (PASS) comp 153+85i (PASS) comp2 (PASS) read time for inexacts with large positive exp isn't insanely high (PASS) inexact read back are equal (PASS) inexact are inf (PASS) exact are equal (PASS) exact are false (PASS) read time for inexacts with large positive exp isn't insanely high (PASS) negative inexact read back are equal (PASS) negative inexact are negative inf (PASS) negative exact are equal (PASS) negative exact are false (PASS) read time for inexacts with large negative exp isn't insanely high (PASS) inexact read back are equal (PASS) inexact are 0 (PASS) exact are equal (PASS) exact are false read/write invariance of simple integers for different radices: (PASS) radix 2 digits 0 non-standard type procedures: (PASS) fixnum (PASS) bignum (PASS) bignum (PASS) ratnum (PASS) nan: fix (PASS) nan: flo (PASS) nan: +inf (PASS) nan: -inf (PASS) nan: nan (PASS) nan: nan+nani (PASS) nan: flo+nani (PASS) nan: nan+floi (PASS) nan: no number (PASS) finite: fix (PASS) finite: flo (PASS) finite: +inf (PASS) finite: -inf (PASS) finite: nan (PASS) finite: nan+floi (PASS) finite: inf+infi (PASS) finite: flo+infi (PASS) finite: inf+floi (PASS) finite: no number (PASS) infinite: fix (PASS) infinite: flo (PASS) infinite: +inf (PASS) infinite: -inf (PASS) infinite: nan (PASS) infinite: inf+infi (PASS) infinite: flo+infi (PASS) infinite: inf+floi (PASS) infinite: no number (PASS) cplxnum: compintintnum (PASS) cplxnum: compintflointnum (PASS) cplxnum: compflointnum (PASS) cplxnum: compfloflonum (PASS) not cplxnum: fixnum trigonometric functions: flonums: (PASS) acos(-inf) (PASS) acos() (PASS) cos(-1/3pi) (PASS) acos(cos(-1/3pi)) (PASS) cos(-1/4pi) (PASS) acos(cos(-1/4pi)) (PASS) cos(-1/2pi) (PASS) acos(cos(-1/2pi)) (PASS) cos(-pi) (PASS) acos(cos(-pi)) (PASS) cos(0) (PASS) acos(cos(0)) (PASS) cos( 1/4pi) (PASS) acos(cos( 1/4pi)) (PASS) cos( 1/3pi) (PASS) acos(cos( 1/3pi)) (PASS) cos( 1/2pi) (PASS) acos(cos( 1/2pi)) (PASS) cos( 2/3pi) (PASS) acos(cos( 2/3pi)) (PASS) cos( 3/4pi) (PASS) acos(cos( 3/4pi)) (PASS) cos( pi) (PASS) acos(cos( pi)) (PASS) cos( 3/2pi) (PASS) acos(cos( 3/2pi)) (PASS) cos( 4/3pi) (PASS) acos(cos( 4/3pi)) (PASS) cos( 5/4pi) (PASS) acos(cos( 5/4pi)) (PASS) cos( 2pi) (PASS) acos(cos( 2pi)) (PASS) acos(pi) (PASS) acos(+inf) (PASS) asin(-inf) (PASS) asin() (PASS) sin(-1/3pi) (PASS) asin(sin(-1/3pi)) (PASS) sin(-1/4pi) (PASS) asin(sin(-1/4pi)) (PASS) sin(-1/2pi) (PASS) asin(sin(-1/2pi)) (PASS) sin(-pi) (PASS) asin(sin(-pi)) (PASS) sin(0) (PASS) asin(sin(0)) (PASS) sin( 1/4pi) (PASS) asin(sin( 1/4pi)) (PASS) sin( 1/3pi) (PASS) asin(sin( 1/3pi)) (PASS) sin( 1/2pi) (PASS) asin(sin( 1/2pi)) (PASS) sin( 2/3pi) (PASS) asin(sin( 2/3pi)) (PASS) sin( 3/4pi) (PASS) asin(sin( 3/4pi)) (PASS) sin( pi) (PASS) asin(sin( pi)) (PASS) sin( 3/2pi) (PASS) asin(sin( 3/2pi)) (PASS) sin( 4/3pi) (PASS) asin(sin( 4/3pi)) (PASS) sin( 5/4pi) (PASS) asin(sin( 5/4pi)) (PASS) sin( 2pi) (PASS) asin(sin( 2pi)) (PASS) asin(pi) (PASS) asin(+inf) (PASS) atan(-inf) (PASS) atan() (PASS) tan(-1/3pi) (PASS) atan(tan(-1/3pi)) (PASS) tan(-1/4pi) (PASS) atan(tan(-1/4pi)) (PASS) tan(-pi) (PASS) atan(tan(-pi)) (PASS) tan(0) (PASS) atan(tan(0)) (PASS) tan( 1/4pi) (PASS) atan(tan( 1/4pi)) (PASS) tan( 1/3pi) (PASS) atan(tan( 1/3pi)) (PASS) tan( 2/3pi) (PASS) atan(tan( 2/3pi)) (PASS) tan( 3/4pi) (PASS) atan(tan( 3/4pi)) (PASS) tan( pi) (PASS) atan(tan( pi)) (PASS) tan( 4/3pi) (PASS) atan(tan( 4/3pi)) (PASS) tan( 5/4pi) (PASS) atan(tan( 5/4pi)) (PASS) tan( 2pi) (PASS) atan(tan( 2pi)) (PASS) atan(pi) (PASS) atan(+inf) (PASS) atan2(3, tan(pi)) (PASS) atan2(3, -tan(pi)) (PASS) atan2(-3, tan(pi)) (PASS) atan2(-3, -tan(pi)) (PASS) atan2(1, 2) = angle(2+i) (PASS) atan2(1, b1) = angle(2+i) (PASS) atan2(b1, 1) = angle(2+i) (PASS) atan2(-0.1, 3.2) = angle(3.2-0.1i) compnums: (PASS) cos(0.0+1.0i) (PASS) acos(cos(0.0+1.0i)) (PASS) cos(0.0-1.0i) (PASS) acos(cos(0.0-1.0i)) (PASS) cos(0.0+3.0i) (PASS) acos(cos(0.0+3.0i)) (PASS) cos(0.0-3.0i) (PASS) acos(cos(0.0-3.0i)) (PASS) cos(0.5+0.5i) (PASS) acos(cos(0.5+0.5i)) (PASS) cos(0.5-0.5i) (PASS) acos(cos(0.5-0.5i)) (PASS) cos(-0.5-0.5i) (PASS) acos(cos(-0.5-0.5i)) (PASS) cos(-0.5+0.5i) (PASS) acos(cos(-0.5+0.5i)) (PASS) cos(-1.0+1.0i) (PASS) acos(cos(-1.0+1.0i)) (PASS) cos(-1.0-1.0i) (PASS) acos(cos(-1.0-1.0i)) (PASS) cos(1.0-1.0i) (PASS) acos(cos(1.0-1.0i)) (PASS) cos(1.0+1.0i) (PASS) acos(cos(1.0+1.0i)) (PASS) cos(2.0+3.0i) (PASS) acos(cos(2.0+3.0i)) (PASS) cos(-2.0+3.0i) (PASS) acos(cos(-2.0+3.0i)) (PASS) cos(-2.0-3.0i) (PASS) acos(cos(-2.0-3.0i)) (PASS) cos(2.0-3.0i) (PASS) acos(cos(2.0-3.0i)) (PASS) cos(acos(2.0-3.0i)) (PASS) sin(0.0+1.0i) (PASS) asin(sin(0.0+1.0i)) (PASS) sin(0.0-1.0i) (PASS) asin(sin(0.0-1.0i)) (PASS) sin(0.0+3.0i) (PASS) asin(sin(0.0+3.0i)) (PASS) sin(0.0-3.0i) (PASS) asin(sin(0.0-3.0i)) (PASS) sin(0.5+0.5i) (PASS) asin(sin(0.5+0.5i)) (PASS) sin(0.5-0.5i) (PASS) asin(sin(0.5-0.5i)) (PASS) sin(-0.5-0.5i) (PASS) asin(sin(-0.5-0.5i)) (PASS) sin(-0.5+0.5i) (PASS) asin(sin(-0.5+0.5i)) (PASS) sin(-1.0+1.0i) (PASS) asin(sin(-1.0+1.0i)) (PASS) sin(-1.0-1.0i) (PASS) asin(sin(-1.0-1.0i)) (PASS) sin(1.0-1.0i) (PASS) asin(sin(1.0-1.0i)) (PASS) sin(2.0+3.0i) (PASS) asin(sin(2.0+3.0i)) (PASS) sin(-2.0+3.0i) (PASS) asin(sin(-2.0+3.0i)) (PASS) sin(-2.0-3.0i) (PASS) asin(sin(-2.0-3.0i)) (PASS) sin(2.0-3.0i) (PASS) asin(sin(2.0-3.0i)) (PASS) sin(asin(1.1415926535898042+3.0i)) (PASS) tan(0.0+1.0i) (PASS) atan(tan(0.0+1.0i)) (PASS) tan(0.0-1.0i) (PASS) atan(tan(0.0-1.0i)) (PASS) tan(0.0+3.0i) (PASS) atan(tan(0.0+3.0i)) (PASS) tan(0.0-3.0i) (PASS) atan(tan(0.0-3.0i)) (PASS) tan(0.5+0.5i) (PASS) atan(tan(0.5+0.5i)) (PASS) tan(0.5-0.5i) (PASS) atan(tan(0.5-0.5i)) (PASS) tan(-0.5-0.5i) (PASS) atan(tan(-0.5-0.5i)) (PASS) tan(-0.5+0.5i) (PASS) atan(tan(-0.5+0.5i)) (PASS) tan(-1.0+1.0i) (PASS) atan(tan(-1.0+1.0i)) (PASS) tan(-1.0-1.0i) (PASS) atan(tan(-1.0-1.0i)) (PASS) tan(1.0-1.0i) (PASS) atan(tan(1.0-1.0i)) (PASS) tan(2.0+3.0i) (PASS) atan(tan(2.0+3.0i)) (PASS) tan(-2.0+3.0i) (PASS) atan(tan(-2.0+3.0i)) (PASS) tan(-2.0-3.0i) (PASS) atan(tan(-2.0-3.0i)) (PASS) tan(2.0-3.0i) (PASS) atan(tan(2.0-3.0i)) (PASS) tan(atan(2.0-3.0i)) bignums: (PASS) acos() (PASS) asin() (PASS) atan() (PASS) atan() fixnums: (PASS) cos(0) (PASS) acos(0) (PASS) cos(1) (PASS) acos(1) (PASS) cos(-1) (PASS) acos(-1) (PASS) acos(-2) (PASS) acos(2) (PASS) asin(1) (PASS) asin(-1) (PASS) asin(2) (PASS) asin(-2) ratnums: (PASS) acos() (PASS) cos(-1/3pi) (PASS) acos(cos(-1/3pi)) (PASS) cos(-1/4pi) (PASS) acos(cos(-1/4pi)) (PASS) cos(-1/2pi) (PASS) acos(cos(-1/2pi)) (PASS) cos(-pi) (PASS) acos(cos(-pi)) (PASS) cos(0) (PASS) acos(cos(0)) (PASS) cos( 1/4pi) (PASS) acos(cos( 1/4pi)) (PASS) cos( 1/3pi) (PASS) acos(cos( 1/3pi)) (PASS) cos( 1/2pi) (PASS) acos(cos( 1/2pi)) (PASS) cos( 2/3pi) (PASS) acos(cos( 2/3pi)) (PASS) cos( 3/4pi) (PASS) acos(cos( 3/4pi)) (PASS) cos( pi) (PASS) acos(cos( pi)) (PASS) cos( 3/2pi) (PASS) acos(cos( 3/2pi)) (PASS) cos( 4/3pi) (PASS) acos(cos( 4/3pi)) (PASS) cos( 5/4pi) (PASS) acos(cos( 5/4pi)) (PASS) cos( 2pi) (PASS) acos(cos( 2pi)) (PASS) sin(-1/3pi) (PASS) asin(sin(-1/3pi)) (PASS) sin(-1/4pi) (PASS) asin(sin(-1/4pi)) (PASS) sin(-1/2pi) (PASS) asin(sin(-1/2pi)) (PASS) sin(-pi) (PASS) asin(sin(-pi)) (PASS) sin(0) (PASS) asin(sin(0)) (PASS) sin( 1/4pi) (PASS) asin(sin( 1/4pi)) (PASS) sin( 1/3pi) (PASS) asin(sin( 1/3pi)) (PASS) sin( 1/2pi) (PASS) asin(sin( 1/2pi)) (PASS) sin( 2/3pi) (PASS) asin(sin( 2/3pi)) (PASS) sin( 3/4pi) (PASS) asin(sin( 3/4pi)) (PASS) sin( pi) (PASS) asin(sin( pi)) (PASS) sin( 3/2pi) (PASS) asin(sin( 3/2pi)) (PASS) sin( 4/3pi) (PASS) asin(sin( 4/3pi)) (PASS) sin( 5/4pi) (PASS) asin(sin( 5/4pi)) (PASS) sin( 2pi) (PASS) asin(sin( 2pi)) (PASS) tan(-1/3pi) (PASS) atan(tan(-1/3pi)) (PASS) tan(-1/4pi) (PASS) atan(tan(-1/4pi)) (PASS) tan(-pi) (PASS) atan(tan(-pi)) (PASS) tan(0) (PASS) atan(tan(0)) (PASS) tan( 1/4pi) (PASS) atan(tan( 1/4pi)) (PASS) tan( 1/3pi) (PASS) atan(tan( 1/3pi)) (PASS) tan( 2/3pi) (PASS) atan(tan( 2/3pi)) (PASS) tan( 3/4pi) (PASS) atan(tan( 3/4pi)) (PASS) tan( pi) (PASS) atan(tan( pi)) (PASS) tan( 4/3pi) (PASS) atan(tan( 4/3pi)) (PASS) tan( 5/4pi) (PASS) atan(tan( 5/4pi)) (PASS) tan( 2pi) (PASS) atan(tan( 2i)) (PASS) atan2(3, tan(pi)) (PASS) atan2(3, -tan(pi)) (PASS) atan2(-3, tan(pi)) (PASS) atan2(-3, -tan(pi)) 1087 tests completed in 0.005 seconds 1087 (100.00%) tests passed 0 (0.00%) tests failed -- numbers -- TOTALS: 1087 tests completed in 0.005 seconds 1087 (100.00%) tests passed 0 (0.00%) tests failed ======================================== Alex Shinn's numeric ops tests ... == numbers (Alex Shinn's tests) == basic cases, fixnum base: (PASS) (expt 0 0) (PASS) (expt 2 0) (PASS) (expt 2 1) (PASS) (expt 2 2) (PASS) (expt 3 2) (PASS) (expt 3 2.0) (PASS) (expt 3 2.1) (PASS) (expt 3 0.1) (PASS) (expt 3 -1) (PASS) (expt 3 -2) (PASS) (expt 3 -2.1) basic cases, flonum base: (PASS) (expt 0.0 0) (PASS) (expt 3.14 0) (PASS) (expt 3.14 1) (PASS) (expt 3.14 2) (PASS) (expt 3.14 2.0) (PASS) (expt 3.14 2.1) (PASS) (expt 3.14 0.1) (PASS) (expt 3.14 -1) (PASS) (expt 3.14 -2) (PASS) (expt 3.14 -2.1) overflows into bignums: (PASS) (expt 2 30) (PASS) (expt 2 31) (PASS) (expt 2 32) (PASS) (expt 2 62) (PASS) (expt 2 63) (PASS) (expt 2 64) bug reported on the chicken list: (PASS) (expt 10 100) bignum base: (PASS) (expt (one-followed-by-n-zeros 100) 0) (PASS) (expt (one-followed-by-n-zeros 100) 1) (PASS) (expt (one-followed-by-n-zeros 100) 2) (PASS) (expt (one-followed-by-n-zeros 100) 0.1) e^(pi*i) = -1: (PASS) (expt (exp 1) (* (acos -1) (sqrt -1))) rational rounding: (PASS) (round (/ 9 10)) (PASS) (round (/ 6 10)) (PASS) (round (/ 5 10)) (PASS) (round (/ 1 10)) (PASS) (round (/ 0 10)) (PASS) (round (/ -1 10)) (PASS) (round (/ -5 10)) (PASS) (round (/ -6 10)) (PASS) (round (/ -9 10)) (PASS) (round (/ (expt 10 10000) (+ (expt 10 10000) 1))) (PASS) (round (/ (+ 1 (expt 10 10000)) (expt 10 100))) srfi-33: (PASS) (bitwise-and 0 1) (PASS) (bitwise-and 1 1) (PASS) (bitwise-and 1 2) (PASS) (bitwise-and 3 2) (PASS) (bitwise-and 5 7) (PASS) (bitwise-and -1 7) (PASS) (bitwise-and -2 7) (PASS) (bitwise-and -4290775858 1694076839) (PASS) (bitwise-and -193073517 1689392892) (PASS) (arithmetic-shift 1 0) (PASS) (arithmetic-shift 1 1) (PASS) (arithmetic-shift 1 2) (PASS) (arithmetic-shift 1 3) (PASS) (arithmetic-shift 1 4) (PASS) (arithmetic-shift 1 31) (PASS) (arithmetic-shift 1 32) (PASS) (arithmetic-shift 1 33) (PASS) (arithmetic-shift 1 63) (PASS) (arithmetic-shift 1 64) (PASS) (arithmetic-shift 1 65) (PASS) (arithmetic-shift 1 127) (PASS) (arithmetic-shift 1 128) (PASS) (arithmetic-shift 1 129) (PASS) (arithmetic-shift 11829675785914119 8) (PASS) (arithmetic-shift -1 0) (PASS) (arithmetic-shift -1 1) (PASS) (arithmetic-shift -1 2) (PASS) (arithmetic-shift -1 3) (PASS) (arithmetic-shift -1 4) (PASS) (arithmetic-shift -1 31) (PASS) (arithmetic-shift -1 32) (PASS) (arithmetic-shift -1 33) (PASS) (arithmetic-shift -1 63) (PASS) (arithmetic-shift -1 64) (PASS) (arithmetic-shift -1 65) (PASS) (arithmetic-shift -1 127) (PASS) (arithmetic-shift -1 128) (PASS) (arithmetic-shift -1 129) (PASS) (arithmetic-shift 1 -63) (PASS) (arithmetic-shift 1 -64) (PASS) (arithmetic-shift 1 -65) (PASS) (arithmetic-shift 340282366920938463481821351505477763072 64) (PASS) #t (PASS) #t 88 tests completed in 0.025 seconds 88 (100.00%) tests passed 0 (0.00%) tests failed -- numbers (Alex Shinn's tests) -- TOTALS: 88 tests completed in 0.025 seconds 88 (100.00%) tests passed 0 (0.00%) tests failed /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'numbers-test-ashinn.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize Note: Test is always true In file `numbers-test-ashinn.scm:143', In a toplevel procedure, In conditional expression: (if (scheme#not (chicken.bitwise#bit->boolean 1 64)) #t #f) Test condition has always true value of type: true Note: Test is always true In file `numbers-test-ashinn.scm:144', In a toplevel procedure, In conditional expression: (if (chicken.bitwise#bit->boolean 18446744073709551616 64) #t #f) Test condition has always true value of type: true 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o == numbers (Alex Shinn's tests) == basic cases, fixnum base: (PASS) (expt 0 0) (PASS) (expt 2 0) (PASS) (expt 2 1) (PASS) (expt 2 2) (PASS) (expt 3 2) (PASS) (expt 3 2.0) (PASS) (expt 3 2.1) (PASS) (expt 3 0.1) (PASS) (expt 3 -1) (PASS) (expt 3 -2) (PASS) (expt 3 -2.1) basic cases, flonum base: (PASS) (expt 0.0 0) (PASS) (expt 3.14 0) (PASS) (expt 3.14 1) (PASS) (expt 3.14 2) (PASS) (expt 3.14 2.0) (PASS) (expt 3.14 2.1) (PASS) (expt 3.14 0.1) (PASS) (expt 3.14 -1) (PASS) (expt 3.14 -2) (PASS) (expt 3.14 -2.1) overflows into bignums: (PASS) (expt 2 30) (PASS) (expt 2 31) (PASS) (expt 2 32) (PASS) (expt 2 62) (PASS) (expt 2 63) (PASS) (expt 2 64) bug reported on the chicken list: (PASS) (expt 10 100) bignum base: (PASS) (expt (one-followed-by-n-zeros 100) 0) (PASS) (expt (one-followed-by-n-zeros 100) 1) (PASS) (expt (one-followed-by-n-zeros 100) 2) (PASS) (expt (one-followed-by-n-zeros 100) 0.1) e^(pi*i) = -1: (PASS) (expt (exp 1) (* (acos -1) (sqrt -1))) rational rounding: (PASS) (round (/ 9 10)) (PASS) (round (/ 6 10)) (PASS) (round (/ 5 10)) (PASS) (round (/ 1 10)) (PASS) (round (/ 0 10)) (PASS) (round (/ -1 10)) (PASS) (round (/ -5 10)) (PASS) (round (/ -6 10)) (PASS) (round (/ -9 10)) (PASS) (round (/ (expt 10 10000) (+ (expt 10 10000) 1))) (PASS) (round (/ (+ 1 (expt 10 10000)) (expt 10 100))) srfi-33: (PASS) (bitwise-and 0 1) (PASS) (bitwise-and 1 1) (PASS) (bitwise-and 1 2) (PASS) (bitwise-and 3 2) (PASS) (bitwise-and 5 7) (PASS) (bitwise-and -1 7) (PASS) (bitwise-and -2 7) (PASS) (bitwise-and -4290775858 1694076839) (PASS) (bitwise-and -193073517 1689392892) (PASS) (arithmetic-shift 1 0) (PASS) (arithmetic-shift 1 1) (PASS) (arithmetic-shift 1 2) (PASS) (arithmetic-shift 1 3) (PASS) (arithmetic-shift 1 4) (PASS) (arithmetic-shift 1 31) (PASS) (arithmetic-shift 1 32) (PASS) (arithmetic-shift 1 33) (PASS) (arithmetic-shift 1 63) (PASS) (arithmetic-shift 1 64) (PASS) (arithmetic-shift 1 65) (PASS) (arithmetic-shift 1 127) (PASS) (arithmetic-shift 1 128) (PASS) (arithmetic-shift 1 129) (PASS) (arithmetic-shift 11829675785914119 8) (PASS) (arithmetic-shift -1 0) (PASS) (arithmetic-shift -1 1) (PASS) (arithmetic-shift -1 2) (PASS) (arithmetic-shift -1 3) (PASS) (arithmetic-shift -1 4) (PASS) (arithmetic-shift -1 31) (PASS) (arithmetic-shift -1 32) (PASS) (arithmetic-shift -1 33) (PASS) (arithmetic-shift -1 63) (PASS) (arithmetic-shift -1 64) (PASS) (arithmetic-shift -1 65) (PASS) (arithmetic-shift -1 127) (PASS) (arithmetic-shift -1 128) (PASS) (arithmetic-shift -1 129) (PASS) (arithmetic-shift 1 -63) (PASS) (arithmetic-shift 1 -64) (PASS) (arithmetic-shift 1 -65) (PASS) (arithmetic-shift 340282366920938463481821351505477763072 64) (PASS) #t (PASS) #t 88 tests completed in 0.001 seconds 88 (100.00%) tests passed 0 (0.00%) tests failed -- numbers (Alex Shinn's tests) -- TOTALS: 88 tests completed in 0.001 seconds 88 (100.00%) tests passed 0 (0.00%) tests failed ======================================== Gauche's numeric ops tests ... == Gauche numbers test == == integer addition & reader == (PASS) around 2^28 (PASS) around 2^31 (PASS) around 2^60 (PASS) around 2^63 (PASS) around 2^127 (PASS) peculiarity around 2^32 (PASS) radix (PASS) exactness (PASS) exactness (PASS) exactness (PASS) exactness (PASS) inexactness (PASS) inexactness (PASS) inexactness (PASS) exactness & radix (PASS) inexactness & radix (PASS) invalid exactness/radix spec (PASS) base-2 reader (PASS) base-3 reader (PASS) base-4 reader (PASS) base-5 reader (PASS) base-6 reader (PASS) base-7 reader (PASS) base-8 reader (PASS) base-9 reader (PASS) base-10 reader (PASS) base-11 reader (PASS) base-12 reader (PASS) base-13 reader (PASS) base-14 reader (PASS) base-15 reader (PASS) base-16 reader (PASS) base-17 reader (PASS) base-18 reader (PASS) base-19 reader (PASS) base-20 reader (PASS) base-21 reader (PASS) base-22 reader (PASS) base-23 reader (PASS) base-24 reader (PASS) base-25 reader (PASS) base-26 reader (PASS) base-27 reader (PASS) base-28 reader (PASS) base-29 reader (PASS) base-30 reader (PASS) base-31 reader (PASS) base-32 reader (PASS) base-33 reader (PASS) base-34 reader (PASS) base-35 reader (PASS) base-36 reader 52 tests completed in 0.052 seconds 52 (100.00%) tests passed 0 (0.00%) tests failed -- integer addition & reader -- == rational reader == (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader w/#e (PASS) rational reader w/#e (PASS) rational reader w/#e (PASS) rational reader w/#e (PASS) rational reader w/#i (PASS) rational reader w/#i (PASS) rational reader w/#i (PASS) rational reader w/radix (PASS) rational reader w/radix (PASS) rational reader w/radix (PASS) rational reader edge case (PASS) rational reader edge case (PASS) rational reader edge case 29 tests completed in 0.013 seconds 29 (100.00%) tests passed 0 (0.00%) tests failed -- rational reader -- == flonum reader == (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (exactness) (PASS) padding (exactness) (PASS) padding (exactness) (PASS) padding (exactness) (PASS) padding (exactness) (PASS) padding (exactness) (PASS) exponent out-of-range 1 (PASS) exponent out-of-range 2 (PASS) exponent out-of-range 4 (PASS) exponent out-of-range 5 (PASS) exponent out-of-range 7 (PASS) exponent out-of-range 8 (PASS) no integral part (PASS) no integral part (PASS) no integral part 79 tests completed in 0.041 seconds 79 (100.00%) tests passed 0 (0.00%) tests failed -- flonum reader -- == exact fractional number == (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number 12 tests completed in 0.004 seconds 12 (100.00%) tests passed 0 (0.00%) tests failed -- exact fractional number -- == complex reader == (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (polar) (PASS) complex reader (polar) (PASS) complex reader (polar) (PASS) complex reader (polar) (PASS) complex reader (polar) (PASS) complex reader (polar) 42 tests completed in 0.017 seconds 42 (100.00%) tests passed 0 (0.00%) tests failed -- complex reader -- == integer writer syntax == (PASS) around 2^28 (PASS) around 2^31 (PASS) around 2^60 (PASS) around 2^63 (PASS) around 2^127 5 tests completed in 0.004 seconds 5 (100.00%) tests passed 0 (0.00%) tests failed -- integer writer syntax -- == expt == (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (ratinoal) (PASS) exact expt (rational) (PASS) exact expt (ratinoal) 16 tests completed in 0.005 seconds 16 (100.00%) tests passed 0 (0.00%) tests failed -- expt -- (PASS) expt (coercion to inexact) == exact<->inexact == (PASS) exact->inexact 0.0 (PASS) exact->inexact -0.0 (PASS) inexact->exact 0 (PASS) inexact->exact 0 (PASS) exact->inexact 1.0 (PASS) exact->inexact -1.0 (PASS) inexact->exact 1 (PASS) inexact->exact -1 (PASS) exact->inexact -1.0 (PASS) exact->inexact 1.0 (PASS) inexact->exact -1 (PASS) inexact->exact 1 (PASS) exact->inexact 4503599627370496.0 (PASS) exact->inexact -4503599627370496.0 (PASS) inexact->exact 4503599627370496 (PASS) inexact->exact -4503599627370496 (PASS) exact->inexact 9007199254740992.0 (PASS) exact->inexact -9007199254740992.0 (PASS) inexact->exact 9007199254740992 (PASS) inexact->exact -9007199254740992 (PASS) exact->inexact 18014398509481984.0 (PASS) exact->inexact -18014398509481984.0 (PASS) inexact->exact 18014398509481984 (PASS) inexact->exact -18014398509481984 (PASS) exact->inexact, pattern a: round down (0) (PASS) exact->inexact, pattern b: round up (0) (PASS) exact->inexact, pattern c: round up (0) (PASS) exact->inexact, pattern d: round down (0) (PASS) exact->inexact, pattern e: round up (0) (PASS) exact->inexact, pattern f: round up (0) (PASS) exact->inexact, pattern g: round up (0) (PASS) exact->inexact, pattern a: round down (1) (PASS) exact->inexact, pattern b: round up (1) (PASS) exact->inexact, pattern c: round up (1) (PASS) exact->inexact, pattern d: round down (1) (PASS) exact->inexact, pattern e: round up (1) (PASS) exact->inexact, pattern f: round up (1) (PASS) exact->inexact, pattern g: round up (1) (PASS) exact->inexact, pattern a: round down (2) (PASS) exact->inexact, pattern b: round up (2) (PASS) exact->inexact, pattern c: round up (2) (PASS) exact->inexact, pattern d: round down (2) (PASS) exact->inexact, pattern e: round up (2) (PASS) exact->inexact, pattern f: round up (2) (PASS) exact->inexact, pattern g: round up (2) (PASS) exact->inexact, pattern a: round down (3) (PASS) exact->inexact, pattern b: round up (3) (PASS) exact->inexact, pattern c: round up (3) (PASS) exact->inexact, pattern d: round down (3) (PASS) exact->inexact, pattern e: round up (3) (PASS) exact->inexact, pattern f: round up (3) (PASS) exact->inexact, pattern g: round up (3) (PASS) exact->inexact, pattern a: round down (4) (PASS) exact->inexact, pattern b: round up (4) (PASS) exact->inexact, pattern c: round up (4) (PASS) exact->inexact, pattern d: round down (4) (PASS) exact->inexact, pattern e: round up (4) (PASS) exact->inexact, pattern f: round up (4) (PASS) exact->inexact, pattern g: round up (4) (PASS) exact->inexact, pattern a: round down (5) (PASS) exact->inexact, pattern b: round up (5) (PASS) exact->inexact, pattern c: round up (5) (PASS) exact->inexact, pattern d: round down (5) (PASS) exact->inexact, pattern e: round up (5) (PASS) exact->inexact, pattern f: round up (5) (PASS) exact->inexact, pattern g: round up (5) (PASS) exact->inexact, pattern a: round down (6) (PASS) exact->inexact, pattern b: round up (6) (PASS) exact->inexact, pattern c: round up (6) (PASS) exact->inexact, pattern d: round down (6) (PASS) exact->inexact, pattern e: round up (6) (PASS) exact->inexact, pattern f: round up (6) (PASS) exact->inexact, pattern g: round up (6) (PASS) exact->inexact, pattern a: round down (7) (PASS) exact->inexact, pattern b: round up (7) (PASS) exact->inexact, pattern c: round up (7) (PASS) exact->inexact, pattern d: round down (7) (PASS) exact->inexact, pattern e: round up (7) (PASS) exact->inexact, pattern f: round up (7) (PASS) exact->inexact, pattern g: round up (7) (PASS) exact->inexact, pattern a: round down (8) (PASS) exact->inexact, pattern b: round up (8) (PASS) exact->inexact, pattern c: round up (8) (PASS) exact->inexact, pattern d: round down (8) (PASS) exact->inexact, pattern e: round up (8) (PASS) exact->inexact, pattern f: round up (8) (PASS) exact->inexact, pattern g: round up (8) (PASS) exact->inexact, pattern a: round down (9) (PASS) exact->inexact, pattern b: round up (9) (PASS) exact->inexact, pattern c: round up (9) (PASS) exact->inexact, pattern d: round down (9) (PASS) exact->inexact, pattern e: round up (9) (PASS) exact->inexact, pattern f: round up (9) (PASS) exact->inexact, pattern g: round up (9) (PASS) exact->inexact, pattern a: round down (10) (PASS) exact->inexact, pattern b: round up (10) (PASS) exact->inexact, pattern c: round up (10) (PASS) exact->inexact, pattern d: round down (10) (PASS) exact->inexact, pattern e: round up (10) (PASS) exact->inexact, pattern f: round up (10) (PASS) exact->inexact, pattern g: round up (10) (PASS) exact->inexact, pattern a: round down (11) (PASS) exact->inexact, pattern b: round up (11) (PASS) exact->inexact, pattern c: round up (11) (PASS) exact->inexact, pattern d: round down (11) (PASS) exact->inexact, pattern e: round up (11) (PASS) exact->inexact, pattern f: round up (11) (PASS) exact->inexact, pattern g: round up (11) (PASS) exact->inexact, pattern a: round down (12) (PASS) exact->inexact, pattern b: round up (12) (PASS) exact->inexact, pattern c: round up (12) (PASS) exact->inexact, pattern d: round down (12) (PASS) exact->inexact, pattern e: round up (12) (PASS) exact->inexact, pattern f: round up (12) (PASS) exact->inexact, pattern g: round up (12) (PASS) exact->inexact, pattern a: round down (13) (PASS) exact->inexact, pattern b: round up (13) (PASS) exact->inexact, pattern c: round up (13) (PASS) exact->inexact, pattern d: round down (13) (PASS) exact->inexact, pattern e: round up (13) (PASS) exact->inexact, pattern f: round up (13) (PASS) exact->inexact, pattern g: round up (13) (PASS) exact->inexact, pattern a: round down (14) (PASS) exact->inexact, pattern b: round up (14) (PASS) exact->inexact, pattern c: round up (14) (PASS) exact->inexact, pattern d: round down (14) (PASS) exact->inexact, pattern e: round up (14) (PASS) exact->inexact, pattern f: round up (14) (PASS) exact->inexact, pattern g: round up (14) (PASS) exact->inexact, pattern a: round down (15) (PASS) exact->inexact, pattern b: round up (15) (PASS) exact->inexact, pattern c: round up (15) (PASS) exact->inexact, pattern d: round down (15) (PASS) exact->inexact, pattern e: round up (15) (PASS) exact->inexact, pattern f: round up (15) (PASS) exact->inexact, pattern g: round up (15) (PASS) exact->inexact, pattern a: round down (16) (PASS) exact->inexact, pattern b: round up (16) (PASS) exact->inexact, pattern c: round up (16) (PASS) exact->inexact, pattern d: round down (16) (PASS) exact->inexact, pattern e: round up (16) (PASS) exact->inexact, pattern f: round up (16) (PASS) exact->inexact, pattern g: round up (16) (PASS) exact->inexact, pattern a: round down (17) (PASS) exact->inexact, pattern b: round up (17) (PASS) exact->inexact, pattern c: round up (17) (PASS) exact->inexact, pattern d: round down (17) (PASS) exact->inexact, pattern e: round up (17) (PASS) exact->inexact, pattern f: round up (17) (PASS) exact->inexact, pattern g: round up (17) (PASS) exact->inexact, pattern a: round down (18) (PASS) exact->inexact, pattern b: round up (18) (PASS) exact->inexact, pattern c: round up (18) (PASS) exact->inexact, pattern d: round down (18) (PASS) exact->inexact, pattern e: round up (18) (PASS) exact->inexact, pattern f: round up (18) (PASS) exact->inexact, pattern g: round up (18) (PASS) exact->inexact, pattern a: round down (19) (PASS) exact->inexact, pattern b: round up (19) (PASS) exact->inexact, pattern c: round up (19) (PASS) exact->inexact, pattern d: round down (19) (PASS) exact->inexact, pattern e: round up (19) (PASS) exact->inexact, pattern f: round up (19) (PASS) exact->inexact, pattern g: round up (19) (PASS) exact->inexact, pattern a: round down (20) (PASS) exact->inexact, pattern b: round up (20) (PASS) exact->inexact, pattern c: round up (20) (PASS) exact->inexact, pattern d: round down (20) (PASS) exact->inexact, pattern e: round up (20) (PASS) exact->inexact, pattern f: round up (20) (PASS) exact->inexact, pattern g: round up (20) (PASS) exact->inexact, pattern a: round down (21) (PASS) exact->inexact, pattern b: round up (21) (PASS) exact->inexact, pattern c: round up (21) (PASS) exact->inexact, pattern d: round down (21) (PASS) exact->inexact, pattern e: round up (21) (PASS) exact->inexact, pattern f: round up (21) (PASS) exact->inexact, pattern g: round up (21) (PASS) exact->inexact, pattern a: round down (22) (PASS) exact->inexact, pattern b: round up (22) (PASS) exact->inexact, pattern c: round up (22) (PASS) exact->inexact, pattern d: round down (22) (PASS) exact->inexact, pattern e: round up (22) (PASS) exact->inexact, pattern f: round up (22) (PASS) exact->inexact, pattern g: round up (22) (PASS) exact->inexact, pattern a: round down (23) (PASS) exact->inexact, pattern b: round up (23) (PASS) exact->inexact, pattern c: round up (23) (PASS) exact->inexact, pattern d: round down (23) (PASS) exact->inexact, pattern e: round up (23) (PASS) exact->inexact, pattern f: round up (23) (PASS) exact->inexact, pattern g: round up (23) (PASS) exact->inexact, pattern a: round down (24) (PASS) exact->inexact, pattern b: round up (24) (PASS) exact->inexact, pattern c: round up (24) (PASS) exact->inexact, pattern d: round down (24) (PASS) exact->inexact, pattern e: round up (24) (PASS) exact->inexact, pattern f: round up (24) (PASS) exact->inexact, pattern g: round up (24) (PASS) exact->inexact, pattern a: round down (25) (PASS) exact->inexact, pattern b: round up (25) (PASS) exact->inexact, pattern c: round up (25) (PASS) exact->inexact, pattern d: round down (25) (PASS) exact->inexact, pattern e: round up (25) (PASS) exact->inexact, pattern f: round up (25) (PASS) exact->inexact, pattern g: round up (25) (PASS) exact->inexact, pattern a: round down (26) (PASS) exact->inexact, pattern b: round up (26) (PASS) exact->inexact, pattern c: round up (26) (PASS) exact->inexact, pattern d: round down (26) (PASS) exact->inexact, pattern e: round up (26) (PASS) exact->inexact, pattern f: round up (26) (PASS) exact->inexact, pattern g: round up (26) (PASS) exact->inexact, pattern a: round down (27) (PASS) exact->inexact, pattern b: round up (27) (PASS) exact->inexact, pattern c: round up (27) (PASS) exact->inexact, pattern d: round down (27) (PASS) exact->inexact, pattern e: round up (27) (PASS) exact->inexact, pattern f: round up (27) (PASS) exact->inexact, pattern g: round up (27) (PASS) exact->inexact, pattern a: round down (28) (PASS) exact->inexact, pattern b: round up (28) (PASS) exact->inexact, pattern c: round up (28) (PASS) exact->inexact, pattern d: round down (28) (PASS) exact->inexact, pattern e: round up (28) (PASS) exact->inexact, pattern f: round up (28) (PASS) exact->inexact, pattern g: round up (28) (PASS) exact->inexact, pattern a: round down (29) (PASS) exact->inexact, pattern b: round up (29) (PASS) exact->inexact, pattern c: round up (29) (PASS) exact->inexact, pattern d: round down (29) (PASS) exact->inexact, pattern e: round up (29) (PASS) exact->inexact, pattern f: round up (29) (PASS) exact->inexact, pattern g: round up (29) (PASS) exact->inexact, pattern a: round down (30) (PASS) exact->inexact, pattern b: round up (30) (PASS) exact->inexact, pattern c: round up (30) (PASS) exact->inexact, pattern d: round down (30) (PASS) exact->inexact, pattern e: round up (30) (PASS) exact->inexact, pattern f: round up (30) (PASS) exact->inexact, pattern g: round up (30) (PASS) exact->inexact, pattern a: round down (31) (PASS) exact->inexact, pattern b: round up (31) (PASS) exact->inexact, pattern c: round up (31) (PASS) exact->inexact, pattern d: round down (31) (PASS) exact->inexact, pattern e: round up (31) (PASS) exact->inexact, pattern f: round up (31) (PASS) exact->inexact, pattern g: round up (31) (PASS) expt (ratnum with large denom and numer) with inexact conversion 1 (PASS) expt (ratnum with large denom and numer) with inexact conversion 2 (PASS) expt (ratnum with large denom and numer) with inexact conversion 3 (PASS) expt (ratnum with large denom and numer) with inexact conversion 4 (PASS) expt (ratnum with large denom and numer) with inexact conversion 5 (PASS) expt (ratnum with large denom and numer) with inexact conversion 6 (PASS) expt (ratnum with large denom and numer) with inexact conversion 7 255 tests completed in 0.020 seconds 255 (100.00%) tests passed 0 (0.00%) tests failed -- exact<->inexact -- == predicates == (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) number? (PASS) number? (PASS) number? (PASS) number? (PASS) number? (PASS) number? (PASS) number? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) odd? (PASS) odd? (PASS) even? (PASS) even? (PASS) odd? (PASS) odd? (PASS) even? (PASS) even? (PASS) odd? (PASS) odd? (PASS) even? (PASS) even? (PASS) zero? (PASS) zero? (PASS) zero? (PASS) zero? (PASS) zero? (PASS) zero? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) finite? (PASS) finite? (PASS) infinite? (PASS) infinite? (PASS) nan? (PASS) nan? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) NaN = (inlined) (PASS) NaN = (applied) (PASS) NaN < (inlined) (PASS) NaN < (applied) (PASS) NaN <= (inlined) (PASS) NaN <= (applied) (PASS) NaN > (inlined) (PASS) NaN > (applied) (PASS) NaN >= (inlined) (PASS) NaN >= (applied) (PASS) NUMEQF (PASS) NLTF (PASS) NLEF (PASS) NGTF (PASS) NGEF (PASS) fixnum vs fixnum eq =(++) (PASS) fixnum vs fixnum eq =(+-) (PASS) fixnum vs fixnum eq =(-+) (PASS) fixnum vs fixnum eq =(--) (PASS) fixnum vs fixnum eq rev=(++) (PASS) fixnum vs fixnum eq rev=(+-) (PASS) fixnum vs fixnum eq rev=(-+) (PASS) fixnum vs fixnum eq rev=(--) (PASS) fixnum vs fixnum eq >=(++) (PASS) fixnum vs fixnum eq >=(+-) (PASS) fixnum vs fixnum eq >=(-+) (PASS) fixnum vs fixnum eq >=(--) (PASS) fixnum vs fixnum eq rev>=(++) (PASS) fixnum vs fixnum eq rev>=(+-) (PASS) fixnum vs fixnum eq rev>=(-+) (PASS) fixnum vs fixnum eq rev>=(--) (PASS) fixnum vs fixnum eq >(++) (PASS) fixnum vs fixnum eq >(+-) (PASS) fixnum vs fixnum eq >(-+) (PASS) fixnum vs fixnum eq >(--) (PASS) fixnum vs fixnum eq rev>(++) (PASS) fixnum vs fixnum eq rev>(+-) (PASS) fixnum vs fixnum eq rev>(-+) (PASS) fixnum vs fixnum eq rev>(--) (PASS) fixnum vs fixnum eq <=(++) (PASS) fixnum vs fixnum eq <=(+-) (PASS) fixnum vs fixnum eq <=(-+) (PASS) fixnum vs fixnum eq <=(--) (PASS) fixnum vs fixnum eq rev<=(++) (PASS) fixnum vs fixnum eq rev<=(+-) (PASS) fixnum vs fixnum eq rev<=(-+) (PASS) fixnum vs fixnum eq rev<=(--) (PASS) fixnum vs fixnum eq <(++) (PASS) fixnum vs fixnum eq <(+-) (PASS) fixnum vs fixnum eq <(-+) (PASS) fixnum vs fixnum eq <(--) (PASS) fixnum vs fixnum eq rev<(++) (PASS) fixnum vs fixnum eq rev<(+-) (PASS) fixnum vs fixnum eq rev<(-+) (PASS) fixnum vs fixnum eq rev<(--) (PASS) fixnum vs fixnum ne =(++) (PASS) fixnum vs fixnum ne =(+-) (PASS) fixnum vs fixnum ne =(-+) (PASS) fixnum vs fixnum ne =(--) (PASS) fixnum vs fixnum ne rev=(++) (PASS) fixnum vs fixnum ne rev=(+-) (PASS) fixnum vs fixnum ne rev=(-+) (PASS) fixnum vs fixnum ne rev=(--) (PASS) fixnum vs fixnum ne >=(++) (PASS) fixnum vs fixnum ne >=(+-) (PASS) fixnum vs fixnum ne >=(-+) (PASS) fixnum vs fixnum ne >=(--) (PASS) fixnum vs fixnum ne rev>=(++) (PASS) fixnum vs fixnum ne rev>=(+-) (PASS) fixnum vs fixnum ne rev>=(-+) (PASS) fixnum vs fixnum ne rev>=(--) (PASS) fixnum vs fixnum ne >(++) (PASS) fixnum vs fixnum ne >(+-) (PASS) fixnum vs fixnum ne >(-+) (PASS) fixnum vs fixnum ne >(--) (PASS) fixnum vs fixnum ne rev>(++) (PASS) fixnum vs fixnum ne rev>(+-) (PASS) fixnum vs fixnum ne rev>(-+) (PASS) fixnum vs fixnum ne rev>(--) (PASS) fixnum vs fixnum ne <=(++) (PASS) fixnum vs fixnum ne <=(+-) (PASS) fixnum vs fixnum ne <=(-+) (PASS) fixnum vs fixnum ne <=(--) (PASS) fixnum vs fixnum ne rev<=(++) (PASS) fixnum vs fixnum ne rev<=(+-) (PASS) fixnum vs fixnum ne rev<=(-+) (PASS) fixnum vs fixnum ne rev<=(--) (PASS) fixnum vs fixnum ne <(++) (PASS) fixnum vs fixnum ne <(+-) (PASS) fixnum vs fixnum ne <(-+) (PASS) fixnum vs fixnum ne <(--) (PASS) fixnum vs fixnum ne rev<(++) (PASS) fixnum vs fixnum ne rev<(+-) (PASS) fixnum vs fixnum ne rev<(-+) (PASS) fixnum vs fixnum ne rev<(--) (PASS) bignum vs fixnum ne =(++) (PASS) bignum vs fixnum ne =(+-) (PASS) bignum vs fixnum ne =(-+) (PASS) bignum vs fixnum ne =(--) (PASS) bignum vs fixnum ne rev=(++) (PASS) bignum vs fixnum ne rev=(+-) (PASS) bignum vs fixnum ne rev=(-+) (PASS) bignum vs fixnum ne rev=(--) (PASS) bignum vs fixnum ne >=(++) (PASS) bignum vs fixnum ne >=(+-) (PASS) bignum vs fixnum ne >=(-+) (PASS) bignum vs fixnum ne >=(--) (PASS) bignum vs fixnum ne rev>=(++) (PASS) bignum vs fixnum ne rev>=(+-) (PASS) bignum vs fixnum ne rev>=(-+) (PASS) bignum vs fixnum ne rev>=(--) (PASS) bignum vs fixnum ne >(++) (PASS) bignum vs fixnum ne >(+-) (PASS) bignum vs fixnum ne >(-+) (PASS) bignum vs fixnum ne >(--) (PASS) bignum vs fixnum ne rev>(++) (PASS) bignum vs fixnum ne rev>(+-) (PASS) bignum vs fixnum ne rev>(-+) (PASS) bignum vs fixnum ne rev>(--) (PASS) bignum vs fixnum ne <=(++) (PASS) bignum vs fixnum ne <=(+-) (PASS) bignum vs fixnum ne <=(-+) (PASS) bignum vs fixnum ne <=(--) (PASS) bignum vs fixnum ne rev<=(++) (PASS) bignum vs fixnum ne rev<=(+-) (PASS) bignum vs fixnum ne rev<=(-+) (PASS) bignum vs fixnum ne rev<=(--) (PASS) bignum vs fixnum ne <(++) (PASS) bignum vs fixnum ne <(+-) (PASS) bignum vs fixnum ne <(-+) (PASS) bignum vs fixnum ne <(--) (PASS) bignum vs fixnum ne rev<(++) (PASS) bignum vs fixnum ne rev<(+-) (PASS) bignum vs fixnum ne rev<(-+) (PASS) bignum vs fixnum ne rev<(--) (PASS) bignum vs bignum eq =(++) (PASS) bignum vs bignum eq =(+-) (PASS) bignum vs bignum eq =(-+) (PASS) bignum vs bignum eq =(--) (PASS) bignum vs bignum eq rev=(++) (PASS) bignum vs bignum eq rev=(+-) (PASS) bignum vs bignum eq rev=(-+) (PASS) bignum vs bignum eq rev=(--) (PASS) bignum vs bignum eq >=(++) (PASS) bignum vs bignum eq >=(+-) (PASS) bignum vs bignum eq >=(-+) (PASS) bignum vs bignum eq >=(--) (PASS) bignum vs bignum eq rev>=(++) (PASS) bignum vs bignum eq rev>=(+-) (PASS) bignum vs bignum eq rev>=(-+) (PASS) bignum vs bignum eq rev>=(--) (PASS) bignum vs bignum eq >(++) (PASS) bignum vs bignum eq >(+-) (PASS) bignum vs bignum eq >(-+) (PASS) bignum vs bignum eq >(--) (PASS) bignum vs bignum eq rev>(++) (PASS) bignum vs bignum eq rev>(+-) (PASS) bignum vs bignum eq rev>(-+) (PASS) bignum vs bignum eq rev>(--) (PASS) bignum vs bignum eq <=(++) (PASS) bignum vs bignum eq <=(+-) (PASS) bignum vs bignum eq <=(-+) (PASS) bignum vs bignum eq <=(--) (PASS) bignum vs bignum eq rev<=(++) (PASS) bignum vs bignum eq rev<=(+-) (PASS) bignum vs bignum eq rev<=(-+) (PASS) bignum vs bignum eq rev<=(--) (PASS) bignum vs bignum eq <(++) (PASS) bignum vs bignum eq <(+-) (PASS) bignum vs bignum eq <(-+) (PASS) bignum vs bignum eq <(--) (PASS) bignum vs bignum eq rev<(++) (PASS) bignum vs bignum eq rev<(+-) (PASS) bignum vs bignum eq rev<(-+) (PASS) bignum vs bignum eq rev<(--) (PASS) bignum vs bignum ne =(++) (PASS) bignum vs bignum ne =(+-) (PASS) bignum vs bignum ne =(-+) (PASS) bignum vs bignum ne =(--) (PASS) bignum vs bignum ne rev=(++) (PASS) bignum vs bignum ne rev=(+-) (PASS) bignum vs bignum ne rev=(-+) (PASS) bignum vs bignum ne rev=(--) (PASS) bignum vs bignum ne >=(++) (PASS) bignum vs bignum ne >=(+-) (PASS) bignum vs bignum ne >=(-+) (PASS) bignum vs bignum ne >=(--) (PASS) bignum vs bignum ne rev>=(++) (PASS) bignum vs bignum ne rev>=(+-) (PASS) bignum vs bignum ne rev>=(-+) (PASS) bignum vs bignum ne rev>=(--) (PASS) bignum vs bignum ne >(++) (PASS) bignum vs bignum ne >(+-) (PASS) bignum vs bignum ne >(-+) (PASS) bignum vs bignum ne >(--) (PASS) bignum vs bignum ne rev>(++) (PASS) bignum vs bignum ne rev>(+-) (PASS) bignum vs bignum ne rev>(-+) (PASS) bignum vs bignum ne rev>(--) (PASS) bignum vs bignum ne <=(++) (PASS) bignum vs bignum ne <=(+-) (PASS) bignum vs bignum ne <=(-+) (PASS) bignum vs bignum ne <=(--) (PASS) bignum vs bignum ne rev<=(++) (PASS) bignum vs bignum ne rev<=(+-) (PASS) bignum vs bignum ne rev<=(-+) (PASS) bignum vs bignum ne rev<=(--) (PASS) bignum vs bignum ne <(++) (PASS) bignum vs bignum ne <(+-) (PASS) bignum vs bignum ne <(-+) (PASS) bignum vs bignum ne <(--) (PASS) bignum vs bignum ne rev<(++) (PASS) bignum vs bignum ne rev<(+-) (PASS) bignum vs bignum ne rev<(-+) (PASS) bignum vs bignum ne rev<(--) (PASS) flonum vs fixnum eq =(++) (PASS) flonum vs fixnum eq =(+-) (PASS) flonum vs fixnum eq =(-+) (PASS) flonum vs fixnum eq =(--) (PASS) flonum vs fixnum eq rev=(++) (PASS) flonum vs fixnum eq rev=(+-) (PASS) flonum vs fixnum eq rev=(-+) (PASS) flonum vs fixnum eq rev=(--) (PASS) flonum vs fixnum eq >=(++) (PASS) flonum vs fixnum eq >=(+-) (PASS) flonum vs fixnum eq >=(-+) (PASS) flonum vs fixnum eq >=(--) (PASS) flonum vs fixnum eq rev>=(++) (PASS) flonum vs fixnum eq rev>=(+-) (PASS) flonum vs fixnum eq rev>=(-+) (PASS) flonum vs fixnum eq rev>=(--) (PASS) flonum vs fixnum eq >(++) (PASS) flonum vs fixnum eq >(+-) (PASS) flonum vs fixnum eq >(-+) (PASS) flonum vs fixnum eq >(--) (PASS) flonum vs fixnum eq rev>(++) (PASS) flonum vs fixnum eq rev>(+-) (PASS) flonum vs fixnum eq rev>(-+) (PASS) flonum vs fixnum eq rev>(--) (PASS) flonum vs fixnum eq <=(++) (PASS) flonum vs fixnum eq <=(+-) (PASS) flonum vs fixnum eq <=(-+) (PASS) flonum vs fixnum eq <=(--) (PASS) flonum vs fixnum eq rev<=(++) (PASS) flonum vs fixnum eq rev<=(+-) (PASS) flonum vs fixnum eq rev<=(-+) (PASS) flonum vs fixnum eq rev<=(--) (PASS) flonum vs fixnum eq <(++) (PASS) flonum vs fixnum eq <(+-) (PASS) flonum vs fixnum eq <(-+) (PASS) flonum vs fixnum eq <(--) (PASS) flonum vs fixnum eq rev<(++) (PASS) flonum vs fixnum eq rev<(+-) (PASS) flonum vs fixnum eq rev<(-+) (PASS) flonum vs fixnum eq rev<(--) (PASS) flonum vs fixnum ne =(++) (PASS) flonum vs fixnum ne =(+-) (PASS) flonum vs fixnum ne =(-+) (PASS) flonum vs fixnum ne =(--) (PASS) flonum vs fixnum ne rev=(++) (PASS) flonum vs fixnum ne rev=(+-) (PASS) flonum vs fixnum ne rev=(-+) (PASS) flonum vs fixnum ne rev=(--) (PASS) flonum vs fixnum ne >=(++) (PASS) flonum vs fixnum ne >=(+-) (PASS) flonum vs fixnum ne >=(-+) (PASS) flonum vs fixnum ne >=(--) (PASS) flonum vs fixnum ne rev>=(++) (PASS) flonum vs fixnum ne rev>=(+-) (PASS) flonum vs fixnum ne rev>=(-+) (PASS) flonum vs fixnum ne rev>=(--) (PASS) flonum vs fixnum ne >(++) (PASS) flonum vs fixnum ne >(+-) (PASS) flonum vs fixnum ne >(-+) (PASS) flonum vs fixnum ne >(--) (PASS) flonum vs fixnum ne rev>(++) (PASS) flonum vs fixnum ne rev>(+-) (PASS) flonum vs fixnum ne rev>(-+) (PASS) flonum vs fixnum ne rev>(--) (PASS) flonum vs fixnum ne <=(++) (PASS) flonum vs fixnum ne <=(+-) (PASS) flonum vs fixnum ne <=(-+) (PASS) flonum vs fixnum ne <=(--) (PASS) flonum vs fixnum ne rev<=(++) (PASS) flonum vs fixnum ne rev<=(+-) (PASS) flonum vs fixnum ne rev<=(-+) (PASS) flonum vs fixnum ne rev<=(--) (PASS) flonum vs fixnum ne <(++) (PASS) flonum vs fixnum ne <(+-) (PASS) flonum vs fixnum ne <(-+) (PASS) flonum vs fixnum ne <(--) (PASS) flonum vs fixnum ne rev<(++) (PASS) flonum vs fixnum ne rev<(+-) (PASS) flonum vs fixnum ne rev<(-+) (PASS) flonum vs fixnum ne rev<(--) (PASS) flonum vs bignum eq =(++) (PASS) flonum vs bignum eq =(+-) (PASS) flonum vs bignum eq =(-+) (PASS) flonum vs bignum eq =(--) (PASS) flonum vs bignum eq rev=(++) (PASS) flonum vs bignum eq rev=(+-) (PASS) flonum vs bignum eq rev=(-+) (PASS) flonum vs bignum eq rev=(--) (PASS) flonum vs bignum eq >=(++) (PASS) flonum vs bignum eq >=(+-) (PASS) flonum vs bignum eq >=(-+) (PASS) flonum vs bignum eq >=(--) (PASS) flonum vs bignum eq rev>=(++) (PASS) flonum vs bignum eq rev>=(+-) (PASS) flonum vs bignum eq rev>=(-+) (PASS) flonum vs bignum eq rev>=(--) (PASS) flonum vs bignum eq >(++) (PASS) flonum vs bignum eq >(+-) (PASS) flonum vs bignum eq >(-+) (PASS) flonum vs bignum eq >(--) (PASS) flonum vs bignum eq rev>(++) (PASS) flonum vs bignum eq rev>(+-) (PASS) flonum vs bignum eq rev>(-+) (PASS) flonum vs bignum eq rev>(--) (PASS) flonum vs bignum eq <=(++) (PASS) flonum vs bignum eq <=(+-) (PASS) flonum vs bignum eq <=(-+) (PASS) flonum vs bignum eq <=(--) (PASS) flonum vs bignum eq rev<=(++) (PASS) flonum vs bignum eq rev<=(+-) (PASS) flonum vs bignum eq rev<=(-+) (PASS) flonum vs bignum eq rev<=(--) (PASS) flonum vs bignum eq <(++) (PASS) flonum vs bignum eq <(+-) (PASS) flonum vs bignum eq <(-+) (PASS) flonum vs bignum eq <(--) (PASS) flonum vs bignum eq rev<(++) (PASS) flonum vs bignum eq rev<(+-) (PASS) flonum vs bignum eq rev<(-+) (PASS) flonum vs bignum eq rev<(--) (PASS) flonum vs bignum ne =(++) (PASS) flonum vs bignum ne =(+-) (PASS) flonum vs bignum ne =(-+) (PASS) flonum vs bignum ne =(--) (PASS) flonum vs bignum ne rev=(++) (PASS) flonum vs bignum ne rev=(+-) (PASS) flonum vs bignum ne rev=(-+) (PASS) flonum vs bignum ne rev=(--) (PASS) flonum vs bignum ne >=(++) (PASS) flonum vs bignum ne >=(+-) (PASS) flonum vs bignum ne >=(-+) (PASS) flonum vs bignum ne >=(--) (PASS) flonum vs bignum ne rev>=(++) (PASS) flonum vs bignum ne rev>=(+-) (PASS) flonum vs bignum ne rev>=(-+) (PASS) flonum vs bignum ne rev>=(--) (PASS) flonum vs bignum ne >(++) (PASS) flonum vs bignum ne >(+-) (PASS) flonum vs bignum ne >(-+) (PASS) flonum vs bignum ne >(--) (PASS) flonum vs bignum ne rev>(++) (PASS) flonum vs bignum ne rev>(+-) (PASS) flonum vs bignum ne rev>(-+) (PASS) flonum vs bignum ne rev>(--) (PASS) flonum vs bignum ne <=(++) (PASS) flonum vs bignum ne <=(+-) (PASS) flonum vs bignum ne <=(-+) (PASS) flonum vs bignum ne <=(--) (PASS) flonum vs bignum ne rev<=(++) (PASS) flonum vs bignum ne rev<=(+-) (PASS) flonum vs bignum ne rev<=(-+) (PASS) flonum vs bignum ne rev<=(--) (PASS) flonum vs bignum ne <(++) (PASS) flonum vs bignum ne <(+-) (PASS) flonum vs bignum ne <(-+) (PASS) flonum vs bignum ne <(--) (PASS) flonum vs bignum ne rev<(++) (PASS) flonum vs bignum ne rev<(+-) (PASS) flonum vs bignum ne rev<(-+) (PASS) flonum vs bignum ne rev<(--) (PASS) ratnum vs fixnum ne =(++) (PASS) ratnum vs fixnum ne =(+-) (PASS) ratnum vs fixnum ne =(-+) (PASS) ratnum vs fixnum ne =(--) (PASS) ratnum vs fixnum ne rev=(++) (PASS) ratnum vs fixnum ne rev=(+-) (PASS) ratnum vs fixnum ne rev=(-+) (PASS) ratnum vs fixnum ne rev=(--) (PASS) ratnum vs fixnum ne >=(++) (PASS) ratnum vs fixnum ne >=(+-) (PASS) ratnum vs fixnum ne >=(-+) (PASS) ratnum vs fixnum ne >=(--) (PASS) ratnum vs fixnum ne rev>=(++) (PASS) ratnum vs fixnum ne rev>=(+-) (PASS) ratnum vs fixnum ne rev>=(-+) (PASS) ratnum vs fixnum ne rev>=(--) (PASS) ratnum vs fixnum ne >(++) (PASS) ratnum vs fixnum ne >(+-) (PASS) ratnum vs fixnum ne >(-+) (PASS) ratnum vs fixnum ne >(--) (PASS) ratnum vs fixnum ne rev>(++) (PASS) ratnum vs fixnum ne rev>(+-) (PASS) ratnum vs fixnum ne rev>(-+) (PASS) ratnum vs fixnum ne rev>(--) (PASS) ratnum vs fixnum ne <=(++) (PASS) ratnum vs fixnum ne <=(+-) (PASS) ratnum vs fixnum ne <=(-+) (PASS) ratnum vs fixnum ne <=(--) (PASS) ratnum vs fixnum ne rev<=(++) (PASS) ratnum vs fixnum ne rev<=(+-) (PASS) ratnum vs fixnum ne rev<=(-+) (PASS) ratnum vs fixnum ne rev<=(--) (PASS) ratnum vs fixnum ne <(++) (PASS) ratnum vs fixnum ne <(+-) (PASS) ratnum vs fixnum ne <(-+) (PASS) ratnum vs fixnum ne <(--) (PASS) ratnum vs fixnum ne rev<(++) (PASS) ratnum vs fixnum ne rev<(+-) (PASS) ratnum vs fixnum ne rev<(-+) (PASS) ratnum vs fixnum ne rev<(--) (PASS) ratnum vs ratnum eq =(++) (PASS) ratnum vs ratnum eq =(+-) (PASS) ratnum vs ratnum eq =(-+) (PASS) ratnum vs ratnum eq =(--) (PASS) ratnum vs ratnum eq rev=(++) (PASS) ratnum vs ratnum eq rev=(+-) (PASS) ratnum vs ratnum eq rev=(-+) (PASS) ratnum vs ratnum eq rev=(--) (PASS) ratnum vs ratnum eq >=(++) (PASS) ratnum vs ratnum eq >=(+-) (PASS) ratnum vs ratnum eq >=(-+) (PASS) ratnum vs ratnum eq >=(--) (PASS) ratnum vs ratnum eq rev>=(++) (PASS) ratnum vs ratnum eq rev>=(+-) (PASS) ratnum vs ratnum eq rev>=(-+) (PASS) ratnum vs ratnum eq rev>=(--) (PASS) ratnum vs ratnum eq >(++) (PASS) ratnum vs ratnum eq >(+-) (PASS) ratnum vs ratnum eq >(-+) (PASS) ratnum vs ratnum eq >(--) (PASS) ratnum vs ratnum eq rev>(++) (PASS) ratnum vs ratnum eq rev>(+-) (PASS) ratnum vs ratnum eq rev>(-+) (PASS) ratnum vs ratnum eq rev>(--) (PASS) ratnum vs ratnum eq <=(++) (PASS) ratnum vs ratnum eq <=(+-) (PASS) ratnum vs ratnum eq <=(-+) (PASS) ratnum vs ratnum eq <=(--) (PASS) ratnum vs ratnum eq rev<=(++) (PASS) ratnum vs ratnum eq rev<=(+-) (PASS) ratnum vs ratnum eq rev<=(-+) (PASS) ratnum vs ratnum eq rev<=(--) (PASS) ratnum vs ratnum eq <(++) (PASS) ratnum vs ratnum eq <(+-) (PASS) ratnum vs ratnum eq <(-+) (PASS) ratnum vs ratnum eq <(--) (PASS) ratnum vs ratnum eq rev<(++) (PASS) ratnum vs ratnum eq rev<(+-) (PASS) ratnum vs ratnum eq rev<(-+) (PASS) ratnum vs ratnum eq rev<(--) (PASS) ratnum vs ratnum 1 ne =(++) (PASS) ratnum vs ratnum 1 ne =(+-) (PASS) ratnum vs ratnum 1 ne =(-+) (PASS) ratnum vs ratnum 1 ne =(--) (PASS) ratnum vs ratnum 1 ne rev=(++) (PASS) ratnum vs ratnum 1 ne rev=(+-) (PASS) ratnum vs ratnum 1 ne rev=(-+) (PASS) ratnum vs ratnum 1 ne rev=(--) (PASS) ratnum vs ratnum 1 ne >=(++) (PASS) ratnum vs ratnum 1 ne >=(+-) (PASS) ratnum vs ratnum 1 ne >=(-+) (PASS) ratnum vs ratnum 1 ne >=(--) (PASS) ratnum vs ratnum 1 ne rev>=(++) (PASS) ratnum vs ratnum 1 ne rev>=(+-) (PASS) ratnum vs ratnum 1 ne rev>=(-+) (PASS) ratnum vs ratnum 1 ne rev>=(--) (PASS) ratnum vs ratnum 1 ne >(++) (PASS) ratnum vs ratnum 1 ne >(+-) (PASS) ratnum vs ratnum 1 ne >(-+) (PASS) ratnum vs ratnum 1 ne >(--) (PASS) ratnum vs ratnum 1 ne rev>(++) (PASS) ratnum vs ratnum 1 ne rev>(+-) (PASS) ratnum vs ratnum 1 ne rev>(-+) (PASS) ratnum vs ratnum 1 ne rev>(--) (PASS) ratnum vs ratnum 1 ne <=(++) (PASS) ratnum vs ratnum 1 ne <=(+-) (PASS) ratnum vs ratnum 1 ne <=(-+) (PASS) ratnum vs ratnum 1 ne <=(--) (PASS) ratnum vs ratnum 1 ne rev<=(++) (PASS) ratnum vs ratnum 1 ne rev<=(+-) (PASS) ratnum vs ratnum 1 ne rev<=(-+) (PASS) ratnum vs ratnum 1 ne rev<=(--) (PASS) ratnum vs ratnum 1 ne <(++) (PASS) ratnum vs ratnum 1 ne <(+-) (PASS) ratnum vs ratnum 1 ne <(-+) (PASS) ratnum vs ratnum 1 ne <(--) (PASS) ratnum vs ratnum 1 ne rev<(++) (PASS) ratnum vs ratnum 1 ne rev<(+-) (PASS) ratnum vs ratnum 1 ne rev<(-+) (PASS) ratnum vs ratnum 1 ne rev<(--) (PASS) ratnum vs ratnum 2 ne =(++) (PASS) ratnum vs ratnum 2 ne =(+-) (PASS) ratnum vs ratnum 2 ne =(-+) (PASS) ratnum vs ratnum 2 ne =(--) (PASS) ratnum vs ratnum 2 ne rev=(++) (PASS) ratnum vs ratnum 2 ne rev=(+-) (PASS) ratnum vs ratnum 2 ne rev=(-+) (PASS) ratnum vs ratnum 2 ne rev=(--) (PASS) ratnum vs ratnum 2 ne >=(++) (PASS) ratnum vs ratnum 2 ne >=(+-) (PASS) ratnum vs ratnum 2 ne >=(-+) (PASS) ratnum vs ratnum 2 ne >=(--) (PASS) ratnum vs ratnum 2 ne rev>=(++) (PASS) ratnum vs ratnum 2 ne rev>=(+-) (PASS) ratnum vs ratnum 2 ne rev>=(-+) (PASS) ratnum vs ratnum 2 ne rev>=(--) (PASS) ratnum vs ratnum 2 ne >(++) (PASS) ratnum vs ratnum 2 ne >(+-) (PASS) ratnum vs ratnum 2 ne >(-+) (PASS) ratnum vs ratnum 2 ne >(--) (PASS) ratnum vs ratnum 2 ne rev>(++) (PASS) ratnum vs ratnum 2 ne rev>(+-) (PASS) ratnum vs ratnum 2 ne rev>(-+) (PASS) ratnum vs ratnum 2 ne rev>(--) (PASS) ratnum vs ratnum 2 ne <=(++) (PASS) ratnum vs ratnum 2 ne <=(+-) (PASS) ratnum vs ratnum 2 ne <=(-+) (PASS) ratnum vs ratnum 2 ne <=(--) (PASS) ratnum vs ratnum 2 ne rev<=(++) (PASS) ratnum vs ratnum 2 ne rev<=(+-) (PASS) ratnum vs ratnum 2 ne rev<=(-+) (PASS) ratnum vs ratnum 2 ne rev<=(--) (PASS) ratnum vs ratnum 2 ne <(++) (PASS) ratnum vs ratnum 2 ne <(+-) (PASS) ratnum vs ratnum 2 ne <(-+) (PASS) ratnum vs ratnum 2 ne <(--) (PASS) ratnum vs ratnum 2 ne rev<(++) (PASS) ratnum vs ratnum 2 ne rev<(+-) (PASS) ratnum vs ratnum 2 ne rev<(-+) (PASS) ratnum vs ratnum 2 ne rev<(--) (PASS) ratnum vs ratnum 3 ne =(++) (PASS) ratnum vs ratnum 3 ne =(+-) (PASS) ratnum vs ratnum 3 ne =(-+) (PASS) ratnum vs ratnum 3 ne =(--) (PASS) ratnum vs ratnum 3 ne rev=(++) (PASS) ratnum vs ratnum 3 ne rev=(+-) (PASS) ratnum vs ratnum 3 ne rev=(-+) (PASS) ratnum vs ratnum 3 ne rev=(--) (PASS) ratnum vs ratnum 3 ne >=(++) (PASS) ratnum vs ratnum 3 ne >=(+-) (PASS) ratnum vs ratnum 3 ne >=(-+) (PASS) ratnum vs ratnum 3 ne >=(--) (PASS) ratnum vs ratnum 3 ne rev>=(++) (PASS) ratnum vs ratnum 3 ne rev>=(+-) (PASS) ratnum vs ratnum 3 ne rev>=(-+) (PASS) ratnum vs ratnum 3 ne rev>=(--) (PASS) ratnum vs ratnum 3 ne >(++) (PASS) ratnum vs ratnum 3 ne >(+-) (PASS) ratnum vs ratnum 3 ne >(-+) (PASS) ratnum vs ratnum 3 ne >(--) (PASS) ratnum vs ratnum 3 ne rev>(++) (PASS) ratnum vs ratnum 3 ne rev>(+-) (PASS) ratnum vs ratnum 3 ne rev>(-+) (PASS) ratnum vs ratnum 3 ne rev>(--) (PASS) ratnum vs ratnum 3 ne <=(++) (PASS) ratnum vs ratnum 3 ne <=(+-) (PASS) ratnum vs ratnum 3 ne <=(-+) (PASS) ratnum vs ratnum 3 ne <=(--) (PASS) ratnum vs ratnum 3 ne rev<=(++) (PASS) ratnum vs ratnum 3 ne rev<=(+-) (PASS) ratnum vs ratnum 3 ne rev<=(-+) (PASS) ratnum vs ratnum 3 ne rev<=(--) (PASS) ratnum vs ratnum 3 ne <(++) (PASS) ratnum vs ratnum 3 ne <(+-) (PASS) ratnum vs ratnum 3 ne <(-+) (PASS) ratnum vs ratnum 3 ne <(--) (PASS) ratnum vs ratnum 3 ne rev<(++) (PASS) ratnum vs ratnum 3 ne rev<(+-) (PASS) ratnum vs ratnum 3 ne rev<(-+) (PASS) ratnum vs ratnum 3 ne rev<(--) (PASS) ratnum vs ratnum 4 ne =(++) (PASS) ratnum vs ratnum 4 ne =(+-) (PASS) ratnum vs ratnum 4 ne =(-+) (PASS) ratnum vs ratnum 4 ne =(--) (PASS) ratnum vs ratnum 4 ne rev=(++) (PASS) ratnum vs ratnum 4 ne rev=(+-) (PASS) ratnum vs ratnum 4 ne rev=(-+) (PASS) ratnum vs ratnum 4 ne rev=(--) (PASS) ratnum vs ratnum 4 ne >=(++) (PASS) ratnum vs ratnum 4 ne >=(+-) (PASS) ratnum vs ratnum 4 ne >=(-+) (PASS) ratnum vs ratnum 4 ne >=(--) (PASS) ratnum vs ratnum 4 ne rev>=(++) (PASS) ratnum vs ratnum 4 ne rev>=(+-) (PASS) ratnum vs ratnum 4 ne rev>=(-+) (PASS) ratnum vs ratnum 4 ne rev>=(--) (PASS) ratnum vs ratnum 4 ne >(++) (PASS) ratnum vs ratnum 4 ne >(+-) (PASS) ratnum vs ratnum 4 ne >(-+) (PASS) ratnum vs ratnum 4 ne >(--) (PASS) ratnum vs ratnum 4 ne rev>(++) (PASS) ratnum vs ratnum 4 ne rev>(+-) (PASS) ratnum vs ratnum 4 ne rev>(-+) (PASS) ratnum vs ratnum 4 ne rev>(--) (PASS) ratnum vs ratnum 4 ne <=(++) (PASS) ratnum vs ratnum 4 ne <=(+-) (PASS) ratnum vs ratnum 4 ne <=(-+) (PASS) ratnum vs ratnum 4 ne <=(--) (PASS) ratnum vs ratnum 4 ne rev<=(++) (PASS) ratnum vs ratnum 4 ne rev<=(+-) (PASS) ratnum vs ratnum 4 ne rev<=(-+) (PASS) ratnum vs ratnum 4 ne rev<=(--) (PASS) ratnum vs ratnum 4 ne <(++) (PASS) ratnum vs ratnum 4 ne <(+-) (PASS) ratnum vs ratnum 4 ne <(-+) (PASS) ratnum vs ratnum 4 ne <(--) (PASS) ratnum vs ratnum 4 ne rev<(++) (PASS) ratnum vs ratnum 4 ne rev<(+-) (PASS) ratnum vs ratnum 4 ne rev<(-+) (PASS) ratnum vs ratnum 4 ne rev<(--) (PASS) ratnum vs flonum eq =(++) (PASS) ratnum vs flonum eq =(+-) (PASS) ratnum vs flonum eq =(-+) (PASS) ratnum vs flonum eq =(--) (PASS) ratnum vs flonum eq rev=(++) (PASS) ratnum vs flonum eq rev=(+-) (PASS) ratnum vs flonum eq rev=(-+) (PASS) ratnum vs flonum eq rev=(--) (PASS) ratnum vs flonum eq >=(++) (PASS) ratnum vs flonum eq >=(+-) (PASS) ratnum vs flonum eq >=(-+) (PASS) ratnum vs flonum eq >=(--) (PASS) ratnum vs flonum eq rev>=(++) (PASS) ratnum vs flonum eq rev>=(+-) (PASS) ratnum vs flonum eq rev>=(-+) (PASS) ratnum vs flonum eq rev>=(--) (PASS) ratnum vs flonum eq >(++) (PASS) ratnum vs flonum eq >(+-) (PASS) ratnum vs flonum eq >(-+) (PASS) ratnum vs flonum eq >(--) (PASS) ratnum vs flonum eq rev>(++) (PASS) ratnum vs flonum eq rev>(+-) (PASS) ratnum vs flonum eq rev>(-+) (PASS) ratnum vs flonum eq rev>(--) (PASS) ratnum vs flonum eq <=(++) (PASS) ratnum vs flonum eq <=(+-) (PASS) ratnum vs flonum eq <=(-+) (PASS) ratnum vs flonum eq <=(--) (PASS) ratnum vs flonum eq rev<=(++) (PASS) ratnum vs flonum eq rev<=(+-) (PASS) ratnum vs flonum eq rev<=(-+) (PASS) ratnum vs flonum eq rev<=(--) (PASS) ratnum vs flonum eq <(++) (PASS) ratnum vs flonum eq <(+-) (PASS) ratnum vs flonum eq <(-+) (PASS) ratnum vs flonum eq <(--) (PASS) ratnum vs flonum eq rev<(++) (PASS) ratnum vs flonum eq rev<(+-) (PASS) ratnum vs flonum eq rev<(-+) (PASS) ratnum vs flonum eq rev<(--) (PASS) ratnum vs flonum ne =(++) (PASS) ratnum vs flonum ne =(+-) (PASS) ratnum vs flonum ne =(-+) (PASS) ratnum vs flonum ne =(--) (PASS) ratnum vs flonum ne rev=(++) (PASS) ratnum vs flonum ne rev=(+-) (PASS) ratnum vs flonum ne rev=(-+) (PASS) ratnum vs flonum ne rev=(--) (PASS) ratnum vs flonum ne >=(++) (PASS) ratnum vs flonum ne >=(+-) (PASS) ratnum vs flonum ne >=(-+) (PASS) ratnum vs flonum ne >=(--) (PASS) ratnum vs flonum ne rev>=(++) (PASS) ratnum vs flonum ne rev>=(+-) (PASS) ratnum vs flonum ne rev>=(-+) (PASS) ratnum vs flonum ne rev>=(--) (PASS) ratnum vs flonum ne >(++) (PASS) ratnum vs flonum ne >(+-) (PASS) ratnum vs flonum ne >(-+) (PASS) ratnum vs flonum ne >(--) (PASS) ratnum vs flonum ne rev>(++) (PASS) ratnum vs flonum ne rev>(+-) (PASS) ratnum vs flonum ne rev>(-+) (PASS) ratnum vs flonum ne rev>(--) (PASS) ratnum vs flonum ne <=(++) (PASS) ratnum vs flonum ne <=(+-) (PASS) ratnum vs flonum ne <=(-+) (PASS) ratnum vs flonum ne <=(--) (PASS) ratnum vs flonum ne rev<=(++) (PASS) ratnum vs flonum ne rev<=(+-) (PASS) ratnum vs flonum ne rev<=(-+) (PASS) ratnum vs flonum ne rev<=(--) (PASS) ratnum vs flonum ne <(++) (PASS) ratnum vs flonum ne <(+-) (PASS) ratnum vs flonum ne <(-+) (PASS) ratnum vs flonum ne <(--) (PASS) ratnum vs flonum ne rev<(++) (PASS) ratnum vs flonum ne rev<(+-) (PASS) ratnum vs flonum ne rev<(-+) (PASS) ratnum vs flonum ne rev<(--) (PASS) ratnum vs bignum ne =(++) (PASS) ratnum vs bignum ne =(+-) (PASS) ratnum vs bignum ne =(-+) (PASS) ratnum vs bignum ne =(--) (PASS) ratnum vs bignum ne rev=(++) (PASS) ratnum vs bignum ne rev=(+-) (PASS) ratnum vs bignum ne rev=(-+) (PASS) ratnum vs bignum ne rev=(--) (PASS) ratnum vs bignum ne >=(++) (PASS) ratnum vs bignum ne >=(+-) (PASS) ratnum vs bignum ne >=(-+) (PASS) ratnum vs bignum ne >=(--) (PASS) ratnum vs bignum ne rev>=(++) (PASS) ratnum vs bignum ne rev>=(+-) (PASS) ratnum vs bignum ne rev>=(-+) (PASS) ratnum vs bignum ne rev>=(--) (PASS) ratnum vs bignum ne >(++) (PASS) ratnum vs bignum ne >(+-) (PASS) ratnum vs bignum ne >(-+) (PASS) ratnum vs bignum ne >(--) (PASS) ratnum vs bignum ne rev>(++) (PASS) ratnum vs bignum ne rev>(+-) (PASS) ratnum vs bignum ne rev>(-+) (PASS) ratnum vs bignum ne rev>(--) (PASS) ratnum vs bignum ne <=(++) (PASS) ratnum vs bignum ne <=(+-) (PASS) ratnum vs bignum ne <=(-+) (PASS) ratnum vs bignum ne <=(--) (PASS) ratnum vs bignum ne rev<=(++) (PASS) ratnum vs bignum ne rev<=(+-) (PASS) ratnum vs bignum ne rev<=(-+) (PASS) ratnum vs bignum ne rev<=(--) (PASS) ratnum vs bignum ne <(++) (PASS) ratnum vs bignum ne <(+-) (PASS) ratnum vs bignum ne <(-+) (PASS) ratnum vs bignum ne <(--) (PASS) ratnum vs bignum ne rev<(++) (PASS) ratnum vs bignum ne rev<(+-) (PASS) ratnum vs bignum ne rev<(-+) (PASS) ratnum vs bignum ne rev<(--) (PASS) fixnum/ratnum comparison (PASS) fixnum? fixnum (PASS) fixnum? ratnum (PASS) fixnum? bignum (PASS) fixnum? flonum (PASS) fixnum? compnum (PASS) fixnum? greatest (PASS) fixnum? greatest+1 (PASS) fixnum? least (PASS) fixnum? least-1 (PASS) greatest fixnum & width (PASS) least fixnum & width 850 tests completed in 0.068 seconds 850 (100.00%) tests passed 0 (0.00%) tests failed -- predicates -- == integer addition == (PASS) bignum + bignum (PASS) bignum + -bignum (PASS) bignum - bignum (PASS) bignum - bignum (PASS) -bignum + bignum (PASS) -bignum + -bignum (PASS) -bignum - bignum (PASS) -bignum - -bignum (PASS) 0 + bignum (PASS) 0 - bignum (PASS) 0 * bignum (PASS) 1 * bignum (PASS) bignum / 1 13 tests completed in 0.005 seconds 13 (100.00%) tests passed 0 (0.00%) tests failed -- integer addition -- == small immediate integer constants == (PASS) PUSHI (PASS) PUSHI 2 tests completed in 0.001 seconds 2 (100.00%) tests passed 0 (0.00%) tests failed -- small immediate integer constants -- == small immediate integer additions == (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI 52 tests completed in 0.017 seconds 52 (100.00%) tests passed 0 (0.00%) tests failed -- small immediate integer additions -- == immediate flonum integer arith == (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMDIVF (PASS) NUMDIVF (PASS) NUMDIVF (PASS) NUMDIVF (PASS) NUMDIVF (PASS) NUMDIVF 24 tests completed in 0.007 seconds 24 (100.00%) tests passed 0 (0.00%) tests failed -- immediate flonum integer arith -- == rational number addition == (PASS) ratnum + (PASS) ratnum - (PASS) ratnum + 0 (PASS) ratnum - 0 (PASS) ratnum * 0 (PASS) ratnum * 1 (PASS) ratnum / 1 7 tests completed in 0.002 seconds 7 (100.00%) tests passed 0 (0.00%) tests failed -- rational number addition -- == promotions in addition == (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + 20 tests completed in 0.018 seconds 20 (100.00%) tests passed 0 (0.00%) tests failed -- promotions in addition -- == integer multiplication == (PASS) fix*fix->big[1] (PASS) fix*fix->big[1] (PASS) fix*fix->big[2] (PASS) fix*fix->big[2] (PASS) fix*big[1]->big[1] (PASS) fix*big[1]->big[2] (PASS) big[1]*fix->big[1] (PASS) big[1]*fix->big[2] (PASS) big[2]*fix->big[2] (PASS) big[1]*big[1]->big[2] (PASS) fermat(7) (PASS) fermat(8) (PASS) fermat(9) (PASS) fermat(10) (PASS) fermat(11) 15 tests completed in 0.013 seconds 15 (100.00%) tests passed 0 (0.00%) tests failed -- integer multiplication -- == multiplication short cuts == (PASS) bignum * 0 (PASS) 0 * bignum (PASS) bignum * 1 (PASS) 1 * bignum (PASS) bignum * 0.0 (PASS) 0.0 * bignum (PASS) bignum * 1.0 (PASS) 1.0 * bignum (PASS) ratnum * 0 (PASS) 0 * ratnum (PASS) ratnum * 1 (PASS) 1 * ratnum (PASS) ratnum * 0.0 (PASS) 0.0 * ratnum (PASS) ratnum * 1.0 (PASS) 1.0 * ratnum (PASS) flonum * 0 (PASS) 0 * flonum (PASS) flonum * 1 (PASS) 1 * flonum (PASS) flonum * 0.0 (PASS) 0.0 * flonum (PASS) flonum * 1.0 (PASS) 1.0 * flonum (PASS) compnum * 0 (PASS) 0 * compnum (PASS) compnum * 1 (PASS) 1 * compnum (PASS) compnum * 0.0 (PASS) 0.0 * compnum (PASS) compnum * 1.0 (PASS) 1.0 * compnum 32 tests completed in 0.010 seconds 32 (100.00%) tests passed 0 (0.00%) tests failed -- multiplication short cuts -- == division == (PASS) exact division (PASS) exact division (PASS) exact division (PASS) exact division (PASS) exact division (PASS) exact division (PASS) exact reciprocal (PASS) exact reciprocal (PASS) exact reciprocal (PASS) exact reciprocal (PASS) exact reciprocal (PASS) exact/inexact -> inexact (PASS) exact/inexact -> inexact (PASS) inexact/exact -> inexact (PASS) inexact/exact -> inexact (PASS) inexact/inexact -> inexact (PASS) complex division 17 tests completed in 0.007 seconds 17 (100.00%) tests passed 0 (0.00%) tests failed -- division -- == quotient == (PASS) big[1]/fix->fix (PASS) big[1]/fix->fix (PASS) big[2]/fix->big[1] (PASS) big[2]/fix->big[2] (PASS) big[1]/fix->fix (PASS) big[2]/fix->fix (PASS) big[2]/fix->fix (PASS) big[2]/fix->big[1] (PASS) big[1]/big[1]->fix (PASS) big[1]/big[1] -> fix (PASS) big[3]/big[2] -> big[1] (PASS) big[3]/big[2] -> fix (PASS) exact/inexact -> inexact (PASS) inexact/exact -> inexact (PASS) inexact/inexact -> inexact (PASS) exact/inexact -> inexact (PASS) inexact/exact -> inexact (PASS) inexact/inexact -> inexact (PASS) fermat(7) (PASS) fermat(8) (PASS) fermat(9) (PASS) fermat(10) (PASS) fermat(11) 23 tests completed in 0.009 seconds 23 (100.00%) tests passed 0 (0.00%) tests failed -- quotient -- == remainder == (PASS) fix rem fix -> fix (PASS) fix rem fix -> fix (PASS) fix rem big[1] -> fix (PASS) big[1] rem fix -> fix (PASS) big[1] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[1] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[1] rem big[1] -> fix (PASS) big[1] rem big[1] -> fix (PASS) big[3] rem big[2] -> big[1] (PASS) big[3] rem big[2] -> big[2] (PASS) exact rem inexact -> inexact (PASS) inexact rem exact -> inexact (PASS) inexact rem inexact -> inexact (PASS) exact rem inexact -> inexact (PASS) inexact rem exact -> inexact (PASS) inexact rem inexact -> inexact 21 tests completed in 0.008 seconds 21 (100.00%) tests passed 0 (0.00%) tests failed -- remainder -- == modulo == (PASS) fix mod fix -> fix (PASS) fix mod fix -> fix (PASS) fix mod big[1] -> fix/big (PASS) big[1] mod fix -> fix (PASS) big[1] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[1] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[1] mod big[1] -> fix (PASS) big[1] mod big[1] -> fix (PASS) big[3] mod big[2] -> big[1] (PASS) big[3] mod big[2] -> big[2] (PASS) exact mod inexact -> inexact (PASS) inexact mod exact -> inexact (PASS) inexact mod inexact -> inexact (PASS) exact mod inexact -> inexact (PASS) inexact mod exact -> inexact (PASS) inexact mod inexact -> inexact (PASS) mersenne prime 22 tests completed in 0.037 seconds 22 (100.00%) tests passed 0 (0.00%) tests failed -- modulo -- == rounding == (PASS) rounding 0 (PASS) rounding 3 (PASS) rounding -3 (PASS) rounding 633825300114114700748351602688 (PASS) rounding -633825300114114700748351602688 (PASS) rounding 9/4 (PASS) rounding -9/4 (PASS) rounding 34985495387484938453495/17 (PASS) rounding -34985495387484938453495/17 (PASS) rounding 35565/2 (PASS) rounding -35565/2 (PASS) rounding 35567/2 (PASS) rounding -35567/2 (PASS) round->exact (PASS) round->exact (PASS) floor->exact (PASS) floor->exact (PASS) ceiling->exact (PASS) ceiling->exact (PASS) truncate->exact (PASS) truncate->exact 21 tests completed in 0.005 seconds 21 (100.00%) tests passed 0 (0.00%) tests failed -- rounding -- == logical operations == (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (neg. fixnum) (PASS) ash (neg. fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (bignum->bignum) (PASS) ash (bignum->bignum) (PASS) ash (bignum->bignum) (PASS) ash (bignum->bignum) (PASS) ash (bignum->bignum) (PASS) ash (neg.bignum->bignum) (PASS) ash (bignum->bignum) (PASS) lognot (fixnum) (PASS) lognot (fixnum) (PASS) lognot (fixnum) (PASS) lognot (fixnum) (PASS) lognot (bignum) (PASS) lognot (bignum) (PASS) logand (+fix & 0) (PASS) logand (+big & 0) (PASS) logand (+fix & -1) (PASS) logand (+big & -1) (PASS) logand (+fix & +fix) (PASS) logand (+fix & +big) (PASS) logand (+big & +fix) (PASS) logand (+big & +big) (PASS) logand (+big & +big) (PASS) logand (+big & +big) (PASS) logand (+fix & -fix) (PASS) logand (+fix & -big) (PASS) logand (+big & -fix) (PASS) logand (+big & -big) (PASS) logand (+big & -big) (PASS) logand (-fix & +fix) (PASS) logand (-fix & +big) (PASS) logand (-big & +fix) (PASS) logand (-big & +big) (PASS) logand (-big & +big) (PASS) logand (-fix & -fix) (PASS) logand (-fix & -big) (PASS) logand (-big & -fix) (PASS) logand (-big & -big) (PASS) logand (-big & -big) (PASS) logior (+fix | 0) (PASS) logior (+big | 0) (PASS) logior (+fix | -1) (PASS) logior (+big | -1) (PASS) logior (+fix | +fix) (PASS) logior (+fix | +big) (PASS) logior (+big | +fix) (PASS) logior (+big | +big) (PASS) logior (+big | +big) (PASS) logior (+fix | -fix) (PASS) logior (+fix | -big) (PASS) logior (+big | -fix) (PASS) logior (+big | -big) (PASS) logior (+big | -big) (PASS) logior (-fix | +fix) (PASS) logior (-fix | +big) (PASS) logior (-big | +fix) (PASS) logior (-big | +big) (PASS) logior (-big | +big) (PASS) logior (-fix | -fix) (PASS) logior (-fix | -big) (PASS) logior (-big | -fix) (PASS) logior (-big | -big) (PASS) logior (-big | -big) (PASS) logtest (PASS) logtest (PASS) integer-length (PASS) integer-length 129 tests completed in 0.036 seconds 129 (100.00%) tests passed 0 (0.00%) tests failed -- logical operations -- == inexact arithmetics == (PASS) +. (0) (PASS) +. (1) (PASS) +. (1big) (PASS) +. (1rat) (PASS) +. (1cmp) (PASS) +. (2) (PASS) +. (2big) (PASS) +. (2rat) (PASS) +. (many) (PASS) -. (1) (PASS) -. (1big) (PASS) -. (1rat) (PASS) -. (1cmp) (PASS) -. (2) (PASS) -. (2big) (PASS) -. (2rat) (PASS) -. (many) (PASS) *. (0) (PASS) *. (1) (PASS) *. (1big) (PASS) *. (1rat) (PASS) *. (1cmp) (PASS) *. (2) (PASS) *. (2big) (PASS) *. (2rat) (PASS) *. (many) (PASS) /. (1) (PASS) /. (1big) (PASS) /. (1rat) (PASS) /. (1cmp) (PASS) /. (2) (PASS) /. (2big) (PASS) /. (2rat) (PASS) /. (many) 34 tests completed in 0.010 seconds 34 (100.00%) tests passed 0 (0.00%) tests failed -- inexact arithmetics -- == sqrt == (PASS) exact-integer-sqrt 0 (PASS) exact-integer-sqrt 1 (PASS) exact-integer-sqrt 2 (PASS) exact-integer-sqrt 3 (PASS) exact-integer-sqrt 4 (PASS) exact-integer-sqrt 10 (PASS) exact-integer-sqrt 4294967296 (PASS) exact-integer-sqrt 9007199254740991 (PASS) exact-integer-sqrt 9007199254740992 (PASS) exact-integer-sqrt 9007199254740993 (PASS) exact-integer-sqrt 9999999999999999999999999999999999999999999999999999 (PASS) exact-integer-sqrt 10000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000003141592653589 (PASS) exact-integer-sqrt -1 (PASS) exact-integer-sqrt 1.0 (PASS) exact-integer-sqrt 1/4 (PASS) sqrt, exact (PASS) sqrt, exact (PASS) sqrt, inexact (PASS) sqrt, inexact (PASS) sqrt, exact (PASS) sqrt, inexact 21 tests completed in 0.008 seconds 21 (100.00%) tests passed 0 (0.00%) tests failed -- sqrt -- == ffx optimization == (PASS) probit(0.025) (PASS) probit(0.975) 2 tests completed in 0.141 seconds 2 (100.00%) tests passed 0 (0.00%) tests failed -- ffx optimization -- TOTALS: 1796 tests completed in 0.563 seconds 1796 (100.00%) tests passed 0 (0.00%) tests failed /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'numbers-test-gauche.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -specialize Note: Test is always false In a toplevel procedure, In conditional expression: (if tmp tmp (let ((tmp ...)) (if tmp tmp (let ... ...)))) Test condition is always false. Note: Test is always false In a toplevel procedure, In conditional expression: (if tmp tmp (let ((tmp ...)) (if tmp tmp (let ... ...)))) Test condition is always false. Note: Test is always false In a toplevel procedure, In conditional expression: (if tmp tmp (let ((tmp ...)) (if tmp tmp (let ... ...)))) Test condition is always false. Note: Test is always false In a toplevel procedure, In conditional expression: (if tmp tmp (let ((tmp ...)) (if tmp tmp (scheme#string->number "#e#b#i00101")))) Test condition is always false. Note: Test is always false In a toplevel procedure, In conditional expression: (if tmp tmp (scheme#string->number "#e#b#i00101")) Test condition is always false. Note: Predicate is always true In file `numbers-test-gauche.scm:693', In a toplevel procedure, In procedure call: (scheme#complex? 0) The predicate will always return true. Procedure `complex?' from module `scheme' is a predicate for: number The given argument has this type: fixnum Note: Predicate is always true In file `numbers-test-gauche.scm:694', In a toplevel procedure, In procedure call: (scheme#complex? 85736847562938475634534245) The predicate will always return true. Procedure `complex?' from module `scheme' is a predicate for: number The given argument has this type: bignum Note: Predicate is always true In file `numbers-test-gauche.scm:695', In a toplevel procedure, In procedure call: (scheme#complex? 857368.475629385) The predicate will always return true. Procedure `complex?' from module `scheme' is a predicate for: number The given argument has this type: float Note: Predicate is always true In file `numbers-test-gauche.scm:696', In a toplevel procedure, In procedure call: (scheme#complex? 3) The predicate will always return true. Procedure `complex?' from module `scheme' is a predicate for: number The given argument has this type: fixnum Note: Predicate is always true In file `numbers-test-gauche.scm:697', In a toplevel procedure, In procedure call: (scheme#complex? 3+4i) The predicate will always return true. Procedure `complex?' from module `scheme' is a predicate for: number The given argument has this type: cplxnum Note: Predicate is always true In file `numbers-test-gauche.scm:698', In a toplevel procedure, In procedure call: (scheme#complex? 0.0+4.3i) The predicate will always return true. Procedure `complex?' from module `scheme' is a predicate for: number The given argument has this type: cplxnum Note: Predicate is always false In file `numbers-test-gauche.scm:699', In a toplevel procedure, In procedure call: (scheme#complex? '()) The predicate will always return false. Procedure `complex?' from module `scheme' is a predicate for: number The given argument has this type: null Note: Predicate is always true In file `numbers-test-gauche.scm:701', In a toplevel procedure, In procedure call: (scheme#number? 0) The predicate will always return true. Procedure `number?' from module `scheme' is a predicate for: number The given argument has this type: fixnum Note: Predicate is always true In file `numbers-test-gauche.scm:702', In a toplevel procedure, In procedure call: (scheme#number? 85736847562938475634534245) The predicate will always return true. Procedure `number?' from module `scheme' is a predicate for: number The given argument has this type: bignum Note: Predicate is always true In file `numbers-test-gauche.scm:703', In a toplevel procedure, In procedure call: (scheme#number? 857368.475629385) The predicate will always return true. Procedure `number?' from module `scheme' is a predicate for: number The given argument has this type: float Note: Predicate is always true In file `numbers-test-gauche.scm:704', In a toplevel procedure, In procedure call: (scheme#number? 3) The predicate will always return true. Procedure `number?' from module `scheme' is a predicate for: number The given argument has this type: fixnum Note: Predicate is always true In file `numbers-test-gauche.scm:705', In a toplevel procedure, In procedure call: (scheme#number? 3+4i) The predicate will always return true. Procedure `number?' from module `scheme' is a predicate for: number The given argument has this type: cplxnum Note: Predicate is always true In file `numbers-test-gauche.scm:706', In a toplevel procedure, In procedure call: (scheme#number? 0.0+4.3i) The predicate will always return true. Procedure `number?' from module `scheme' is a predicate for: number The given argument has this type: cplxnum Note: Predicate is always false In file `numbers-test-gauche.scm:707', In a toplevel procedure, In procedure call: (scheme#number? '()) The predicate will always return false. Procedure `number?' from module `scheme' is a predicate for: number The given argument has this type: null Warning: Invalid argument In file `numbers-test-gauche.scm:767', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#finite? #t) Argument #1 to procedure `finite?' has an invalid type: true The expected type is: number This is the expression: #t Procedure `finite?' from module `chicken.base' has this type: (number -> boolean) Warning: Invalid argument In file `numbers-test-gauche.scm:768', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#infinite? #t) Argument #1 to procedure `infinite?' has an invalid type: true The expected type is: number This is the expression: #t Procedure `infinite?' from module `chicken.base' has this type: (number -> boolean) Warning: Invalid argument In file `numbers-test-gauche.scm:769', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#nan? #t) Argument #1 to procedure `nan?' has an invalid type: true The expected type is: number This is the expression: #t Procedure `nan?' from module `chicken.base' has this type: (number -> boolean) Note: Predicate is always true In file `numbers-test-gauche.scm:880', In a toplevel procedure, In procedure call: (chicken.base#fixnum? 0) The predicate will always return true. Procedure `fixnum?' from module `chicken.base' is a predicate for: fixnum The given argument has this type: fixnum Note: Predicate is always false In file `numbers-test-gauche.scm:881', In a toplevel procedure, In procedure call: (chicken.base#fixnum? 1/2) The predicate will always return false. Procedure `fixnum?' from module `chicken.base' is a predicate for: fixnum The given argument has this type: ratnum Note: Predicate is always false In file `numbers-test-gauche.scm:882', In a toplevel procedure, In procedure call: (chicken.base#fixnum? (scheme#expt 2 256)) The predicate will always return false. Procedure `fixnum?' from module `chicken.base' is a predicate for: fixnum The given argument has this type: bignum Note: Predicate is always false In file `numbers-test-gauche.scm:883', In a toplevel procedure, In procedure call: (chicken.base#fixnum? 3.14) The predicate will always return false. Procedure `fixnum?' from module `chicken.base' is a predicate for: fixnum The given argument has this type: float Note: Predicate is always false In file `numbers-test-gauche.scm:884', In a toplevel procedure, In procedure call: (chicken.base#fixnum? 1+3i) The predicate will always return false. Procedure `fixnum?' from module `chicken.base' is a predicate for: fixnum The given argument has this type: cplxnum Note: Test is always true In a toplevel procedure, In conditional expression: (if #t 20 25) Test condition has always true value of type: true Note: Test is always true In a toplevel procedure, In conditional expression: (if #t 20 25) Test condition has always true value of type: true Note: Test is always false In a toplevel procedure, In conditional expression: (if #f 20 25) Test condition is always false. Note: Test is always false In a toplevel procedure, In conditional expression: (if #f 20 25) Test condition is always false. Note: Test is always true In a toplevel procedure, In conditional expression: (if x 20 25) Test condition has always true value of type: true Note: Test is always true In a toplevel procedure, In conditional expression: (if x 20 25) Test condition has always true value of type: true Note: Test is always false In a toplevel procedure, In conditional expression: (if x 20 25) Test condition is always false. Note: Test is always false In a toplevel procedure, In conditional expression: (if x 20 25) Test condition is always false. Note: Test is always true In a toplevel procedure, In conditional expression: (if #t 20 25) Test condition has always true value of type: true Note: Test is always true In a toplevel procedure, In conditional expression: (if #t 20 25) Test condition has always true value of type: true Note: Test is always false In a toplevel procedure, In conditional expression: (if #f 20 25) Test condition is always false. Note: Test is always false In a toplevel procedure, In conditional expression: (if #f 20 25) Test condition is always false. Note: Test is always true In a toplevel procedure, In conditional expression: (if x 20 25) Test condition has always true value of type: true Note: Test is always true In a toplevel procedure, In conditional expression: (if x 20 25) Test condition has always true value of type: true Note: Test is always false In a toplevel procedure, In conditional expression: (if x 20 25) Test condition is always false. Note: Test is always false In a toplevel procedure, In conditional expression: (if x 20 25) Test condition is always false. Warning: Invalid argument In file `numbers-test-gauche.scm:2033', In a toplevel procedure, In a local procedure, In a local procedure, In a local procedure, In procedure call: (chicken.base#exact-integer-sqrt 1.0) Argument #1 to procedure `exact-integer-sqrt' has an invalid type: float The expected type is: integer This is the expression: 1.0 Procedure `exact-integer-sqrt' from module `chicken.base' has this type: (integer -> integer integer) 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o == Gauche numbers test == == integer addition & reader == (PASS) around 2^28 (PASS) around 2^31 (PASS) around 2^60 (PASS) around 2^63 (PASS) around 2^127 (PASS) peculiarity around 2^32 (PASS) radix (PASS) exactness (PASS) exactness (PASS) exactness (PASS) exactness (PASS) inexactness (PASS) inexactness (PASS) inexactness (PASS) exactness & radix (PASS) inexactness & radix (PASS) invalid exactness/radix spec (PASS) base-2 reader (PASS) base-3 reader (PASS) base-4 reader (PASS) base-5 reader (PASS) base-6 reader (PASS) base-7 reader (PASS) base-8 reader (PASS) base-9 reader (PASS) base-10 reader (PASS) base-11 reader (PASS) base-12 reader (PASS) base-13 reader (PASS) base-14 reader (PASS) base-15 reader (PASS) base-16 reader (PASS) base-17 reader (PASS) base-18 reader (PASS) base-19 reader (PASS) base-20 reader (PASS) base-21 reader (PASS) base-22 reader (PASS) base-23 reader (PASS) base-24 reader (PASS) base-25 reader (PASS) base-26 reader (PASS) base-27 reader (PASS) base-28 reader (PASS) base-29 reader (PASS) base-30 reader (PASS) base-31 reader (PASS) base-32 reader (PASS) base-33 reader (PASS) base-34 reader (PASS) base-35 reader (PASS) base-36 reader 52 tests completed in 0.027 seconds 52 (100.00%) tests passed 0 (0.00%) tests failed -- integer addition & reader -- == rational reader == (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader (PASS) rational reader w/#e (PASS) rational reader w/#e (PASS) rational reader w/#e (PASS) rational reader w/#e (PASS) rational reader w/#i (PASS) rational reader w/#i (PASS) rational reader w/#i (PASS) rational reader w/radix (PASS) rational reader w/radix (PASS) rational reader w/radix (PASS) rational reader edge case (PASS) rational reader edge case (PASS) rational reader edge case 29 tests completed in 0.000 seconds 29 (100.00%) tests passed 0 (0.00%) tests failed -- rational reader -- == flonum reader == (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) flonum reader (exp) (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (PASS) padding (exactness) (PASS) padding (exactness) (PASS) padding (exactness) (PASS) padding (exactness) (PASS) padding (exactness) (PASS) padding (exactness) (PASS) exponent out-of-range 1 (PASS) exponent out-of-range 2 (PASS) exponent out-of-range 4 (PASS) exponent out-of-range 5 (PASS) exponent out-of-range 7 (PASS) exponent out-of-range 8 (PASS) no integral part (PASS) no integral part (PASS) no integral part 79 tests completed in 0.000 seconds 79 (100.00%) tests passed 0 (0.00%) tests failed -- flonum reader -- == exact fractional number == (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number (PASS) exact fractonal number 12 tests completed in 0.000 seconds 12 (100.00%) tests passed 0 (0.00%) tests failed -- exact fractional number -- == complex reader == (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (PASS) complex reader (polar) (PASS) complex reader (polar) (PASS) complex reader (polar) (PASS) complex reader (polar) (PASS) complex reader (polar) (PASS) complex reader (polar) 42 tests completed in 0.000 seconds 42 (100.00%) tests passed 0 (0.00%) tests failed -- complex reader -- == integer writer syntax == (PASS) around 2^28 (PASS) around 2^31 (PASS) around 2^60 (PASS) around 2^63 (PASS) around 2^127 5 tests completed in 0.000 seconds 5 (100.00%) tests passed 0 (0.00%) tests failed -- integer writer syntax -- == expt == (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (PASS) exact expt (ratinoal) (PASS) exact expt (rational) (PASS) exact expt (ratinoal) 16 tests completed in 0.000 seconds 16 (100.00%) tests passed 0 (0.00%) tests failed -- expt -- (PASS) expt (coercion to inexact) == exact<->inexact == (PASS) exact->inexact 0.0 (PASS) exact->inexact -0.0 (PASS) inexact->exact 0 (PASS) inexact->exact 0 (PASS) exact->inexact 1.0 (PASS) exact->inexact -1.0 (PASS) inexact->exact 1 (PASS) inexact->exact -1 (PASS) exact->inexact -1.0 (PASS) exact->inexact 1.0 (PASS) inexact->exact -1 (PASS) inexact->exact 1 (PASS) exact->inexact 4503599627370496.0 (PASS) exact->inexact -4503599627370496.0 (PASS) inexact->exact 4503599627370496 (PASS) inexact->exact -4503599627370496 (PASS) exact->inexact 9007199254740992.0 (PASS) exact->inexact -9007199254740992.0 (PASS) inexact->exact 9007199254740992 (PASS) inexact->exact -9007199254740992 (PASS) exact->inexact 18014398509481984.0 (PASS) exact->inexact -18014398509481984.0 (PASS) inexact->exact 18014398509481984 (PASS) inexact->exact -18014398509481984 (PASS) exact->inexact, pattern a: round down (0) (PASS) exact->inexact, pattern b: round up (0) (PASS) exact->inexact, pattern c: round up (0) (PASS) exact->inexact, pattern d: round down (0) (PASS) exact->inexact, pattern e: round up (0) (PASS) exact->inexact, pattern f: round up (0) (PASS) exact->inexact, pattern g: round up (0) (PASS) exact->inexact, pattern a: round down (1) (PASS) exact->inexact, pattern b: round up (1) (PASS) exact->inexact, pattern c: round up (1) (PASS) exact->inexact, pattern d: round down (1) (PASS) exact->inexact, pattern e: round up (1) (PASS) exact->inexact, pattern f: round up (1) (PASS) exact->inexact, pattern g: round up (1) (PASS) exact->inexact, pattern a: round down (2) (PASS) exact->inexact, pattern b: round up (2) (PASS) exact->inexact, pattern c: round up (2) (PASS) exact->inexact, pattern d: round down (2) (PASS) exact->inexact, pattern e: round up (2) (PASS) exact->inexact, pattern f: round up (2) (PASS) exact->inexact, pattern g: round up (2) (PASS) exact->inexact, pattern a: round down (3) (PASS) exact->inexact, pattern b: round up (3) (PASS) exact->inexact, pattern c: round up (3) (PASS) exact->inexact, pattern d: round down (3) (PASS) exact->inexact, pattern e: round up (3) (PASS) exact->inexact, pattern f: round up (3) (PASS) exact->inexact, pattern g: round up (3) (PASS) exact->inexact, pattern a: round down (4) (PASS) exact->inexact, pattern b: round up (4) (PASS) exact->inexact, pattern c: round up (4) (PASS) exact->inexact, pattern d: round down (4) (PASS) exact->inexact, pattern e: round up (4) (PASS) exact->inexact, pattern f: round up (4) (PASS) exact->inexact, pattern g: round up (4) (PASS) exact->inexact, pattern a: round down (5) (PASS) exact->inexact, pattern b: round up (5) (PASS) exact->inexact, pattern c: round up (5) (PASS) exact->inexact, pattern d: round down (5) (PASS) exact->inexact, pattern e: round up (5) (PASS) exact->inexact, pattern f: round up (5) (PASS) exact->inexact, pattern g: round up (5) (PASS) exact->inexact, pattern a: round down (6) (PASS) exact->inexact, pattern b: round up (6) (PASS) exact->inexact, pattern c: round up (6) (PASS) exact->inexact, pattern d: round down (6) (PASS) exact->inexact, pattern e: round up (6) (PASS) exact->inexact, pattern f: round up (6) (PASS) exact->inexact, pattern g: round up (6) (PASS) exact->inexact, pattern a: round down (7) (PASS) exact->inexact, pattern b: round up (7) (PASS) exact->inexact, pattern c: round up (7) (PASS) exact->inexact, pattern d: round down (7) (PASS) exact->inexact, pattern e: round up (7) (PASS) exact->inexact, pattern f: round up (7) (PASS) exact->inexact, pattern g: round up (7) (PASS) exact->inexact, pattern a: round down (8) (PASS) exact->inexact, pattern b: round up (8) (PASS) exact->inexact, pattern c: round up (8) (PASS) exact->inexact, pattern d: round down (8) (PASS) exact->inexact, pattern e: round up (8) (PASS) exact->inexact, pattern f: round up (8) (PASS) exact->inexact, pattern g: round up (8) (PASS) exact->inexact, pattern a: round down (9) (PASS) exact->inexact, pattern b: round up (9) (PASS) exact->inexact, pattern c: round up (9) (PASS) exact->inexact, pattern d: round down (9) (PASS) exact->inexact, pattern e: round up (9) (PASS) exact->inexact, pattern f: round up (9) (PASS) exact->inexact, pattern g: round up (9) (PASS) exact->inexact, pattern a: round down (10) (PASS) exact->inexact, pattern b: round up (10) (PASS) exact->inexact, pattern c: round up (10) (PASS) exact->inexact, pattern d: round down (10) (PASS) exact->inexact, pattern e: round up (10) (PASS) exact->inexact, pattern f: round up (10) (PASS) exact->inexact, pattern g: round up (10) (PASS) exact->inexact, pattern a: round down (11) (PASS) exact->inexact, pattern b: round up (11) (PASS) exact->inexact, pattern c: round up (11) (PASS) exact->inexact, pattern d: round down (11) (PASS) exact->inexact, pattern e: round up (11) (PASS) exact->inexact, pattern f: round up (11) (PASS) exact->inexact, pattern g: round up (11) (PASS) exact->inexact, pattern a: round down (12) (PASS) exact->inexact, pattern b: round up (12) (PASS) exact->inexact, pattern c: round up (12) (PASS) exact->inexact, pattern d: round down (12) (PASS) exact->inexact, pattern e: round up (12) (PASS) exact->inexact, pattern f: round up (12) (PASS) exact->inexact, pattern g: round up (12) (PASS) exact->inexact, pattern a: round down (13) (PASS) exact->inexact, pattern b: round up (13) (PASS) exact->inexact, pattern c: round up (13) (PASS) exact->inexact, pattern d: round down (13) (PASS) exact->inexact, pattern e: round up (13) (PASS) exact->inexact, pattern f: round up (13) (PASS) exact->inexact, pattern g: round up (13) (PASS) exact->inexact, pattern a: round down (14) (PASS) exact->inexact, pattern b: round up (14) (PASS) exact->inexact, pattern c: round up (14) (PASS) exact->inexact, pattern d: round down (14) (PASS) exact->inexact, pattern e: round up (14) (PASS) exact->inexact, pattern f: round up (14) (PASS) exact->inexact, pattern g: round up (14) (PASS) exact->inexact, pattern a: round down (15) (PASS) exact->inexact, pattern b: round up (15) (PASS) exact->inexact, pattern c: round up (15) (PASS) exact->inexact, pattern d: round down (15) (PASS) exact->inexact, pattern e: round up (15) (PASS) exact->inexact, pattern f: round up (15) (PASS) exact->inexact, pattern g: round up (15) (PASS) exact->inexact, pattern a: round down (16) (PASS) exact->inexact, pattern b: round up (16) (PASS) exact->inexact, pattern c: round up (16) (PASS) exact->inexact, pattern d: round down (16) (PASS) exact->inexact, pattern e: round up (16) (PASS) exact->inexact, pattern f: round up (16) (PASS) exact->inexact, pattern g: round up (16) (PASS) exact->inexact, pattern a: round down (17) (PASS) exact->inexact, pattern b: round up (17) (PASS) exact->inexact, pattern c: round up (17) (PASS) exact->inexact, pattern d: round down (17) (PASS) exact->inexact, pattern e: round up (17) (PASS) exact->inexact, pattern f: round up (17) (PASS) exact->inexact, pattern g: round up (17) (PASS) exact->inexact, pattern a: round down (18) (PASS) exact->inexact, pattern b: round up (18) (PASS) exact->inexact, pattern c: round up (18) (PASS) exact->inexact, pattern d: round down (18) (PASS) exact->inexact, pattern e: round up (18) (PASS) exact->inexact, pattern f: round up (18) (PASS) exact->inexact, pattern g: round up (18) (PASS) exact->inexact, pattern a: round down (19) (PASS) exact->inexact, pattern b: round up (19) (PASS) exact->inexact, pattern c: round up (19) (PASS) exact->inexact, pattern d: round down (19) (PASS) exact->inexact, pattern e: round up (19) (PASS) exact->inexact, pattern f: round up (19) (PASS) exact->inexact, pattern g: round up (19) (PASS) exact->inexact, pattern a: round down (20) (PASS) exact->inexact, pattern b: round up (20) (PASS) exact->inexact, pattern c: round up (20) (PASS) exact->inexact, pattern d: round down (20) (PASS) exact->inexact, pattern e: round up (20) (PASS) exact->inexact, pattern f: round up (20) (PASS) exact->inexact, pattern g: round up (20) (PASS) exact->inexact, pattern a: round down (21) (PASS) exact->inexact, pattern b: round up (21) (PASS) exact->inexact, pattern c: round up (21) (PASS) exact->inexact, pattern d: round down (21) (PASS) exact->inexact, pattern e: round up (21) (PASS) exact->inexact, pattern f: round up (21) (PASS) exact->inexact, pattern g: round up (21) (PASS) exact->inexact, pattern a: round down (22) (PASS) exact->inexact, pattern b: round up (22) (PASS) exact->inexact, pattern c: round up (22) (PASS) exact->inexact, pattern d: round down (22) (PASS) exact->inexact, pattern e: round up (22) (PASS) exact->inexact, pattern f: round up (22) (PASS) exact->inexact, pattern g: round up (22) (PASS) exact->inexact, pattern a: round down (23) (PASS) exact->inexact, pattern b: round up (23) (PASS) exact->inexact, pattern c: round up (23) (PASS) exact->inexact, pattern d: round down (23) (PASS) exact->inexact, pattern e: round up (23) (PASS) exact->inexact, pattern f: round up (23) (PASS) exact->inexact, pattern g: round up (23) (PASS) exact->inexact, pattern a: round down (24) (PASS) exact->inexact, pattern b: round up (24) (PASS) exact->inexact, pattern c: round up (24) (PASS) exact->inexact, pattern d: round down (24) (PASS) exact->inexact, pattern e: round up (24) (PASS) exact->inexact, pattern f: round up (24) (PASS) exact->inexact, pattern g: round up (24) (PASS) exact->inexact, pattern a: round down (25) (PASS) exact->inexact, pattern b: round up (25) (PASS) exact->inexact, pattern c: round up (25) (PASS) exact->inexact, pattern d: round down (25) (PASS) exact->inexact, pattern e: round up (25) (PASS) exact->inexact, pattern f: round up (25) (PASS) exact->inexact, pattern g: round up (25) (PASS) exact->inexact, pattern a: round down (26) (PASS) exact->inexact, pattern b: round up (26) (PASS) exact->inexact, pattern c: round up (26) (PASS) exact->inexact, pattern d: round down (26) (PASS) exact->inexact, pattern e: round up (26) (PASS) exact->inexact, pattern f: round up (26) (PASS) exact->inexact, pattern g: round up (26) (PASS) exact->inexact, pattern a: round down (27) (PASS) exact->inexact, pattern b: round up (27) (PASS) exact->inexact, pattern c: round up (27) (PASS) exact->inexact, pattern d: round down (27) (PASS) exact->inexact, pattern e: round up (27) (PASS) exact->inexact, pattern f: round up (27) (PASS) exact->inexact, pattern g: round up (27) (PASS) exact->inexact, pattern a: round down (28) (PASS) exact->inexact, pattern b: round up (28) (PASS) exact->inexact, pattern c: round up (28) (PASS) exact->inexact, pattern d: round down (28) (PASS) exact->inexact, pattern e: round up (28) (PASS) exact->inexact, pattern f: round up (28) (PASS) exact->inexact, pattern g: round up (28) (PASS) exact->inexact, pattern a: round down (29) (PASS) exact->inexact, pattern b: round up (29) (PASS) exact->inexact, pattern c: round up (29) (PASS) exact->inexact, pattern d: round down (29) (PASS) exact->inexact, pattern e: round up (29) (PASS) exact->inexact, pattern f: round up (29) (PASS) exact->inexact, pattern g: round up (29) (PASS) exact->inexact, pattern a: round down (30) (PASS) exact->inexact, pattern b: round up (30) (PASS) exact->inexact, pattern c: round up (30) (PASS) exact->inexact, pattern d: round down (30) (PASS) exact->inexact, pattern e: round up (30) (PASS) exact->inexact, pattern f: round up (30) (PASS) exact->inexact, pattern g: round up (30) (PASS) exact->inexact, pattern a: round down (31) (PASS) exact->inexact, pattern b: round up (31) (PASS) exact->inexact, pattern c: round up (31) (PASS) exact->inexact, pattern d: round down (31) (PASS) exact->inexact, pattern e: round up (31) (PASS) exact->inexact, pattern f: round up (31) (PASS) exact->inexact, pattern g: round up (31) (PASS) expt (ratnum with large denom and numer) with inexact conversion 1 (PASS) expt (ratnum with large denom and numer) with inexact conversion 2 (PASS) expt (ratnum with large denom and numer) with inexact conversion 3 (PASS) expt (ratnum with large denom and numer) with inexact conversion 4 (PASS) expt (ratnum with large denom and numer) with inexact conversion 5 (PASS) expt (ratnum with large denom and numer) with inexact conversion 6 (PASS) expt (ratnum with large denom and numer) with inexact conversion 7 255 tests completed in 0.001 seconds 255 (100.00%) tests passed 0 (0.00%) tests failed -- exact<->inexact -- == predicates == (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) integer? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) rational? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) real? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) complex? (PASS) number? (PASS) number? (PASS) number? (PASS) number? (PASS) number? (PASS) number? (PASS) number? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) exact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) inexact? (PASS) odd? (PASS) odd? (PASS) even? (PASS) even? (PASS) odd? (PASS) odd? (PASS) even? (PASS) even? (PASS) odd? (PASS) odd? (PASS) even? (PASS) even? (PASS) zero? (PASS) zero? (PASS) zero? (PASS) zero? (PASS) zero? (PASS) zero? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) positive? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) negative? (PASS) finite? (PASS) finite? (PASS) infinite? (PASS) infinite? (PASS) nan? (PASS) nan? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) eqv? (PASS) NaN = (inlined) (PASS) NaN = (applied) (PASS) NaN < (inlined) (PASS) NaN < (applied) (PASS) NaN <= (inlined) (PASS) NaN <= (applied) (PASS) NaN > (inlined) (PASS) NaN > (applied) (PASS) NaN >= (inlined) (PASS) NaN >= (applied) (PASS) NUMEQF (PASS) NLTF (PASS) NLEF (PASS) NGTF (PASS) NGEF (PASS) fixnum vs fixnum eq =(++) (PASS) fixnum vs fixnum eq =(+-) (PASS) fixnum vs fixnum eq =(-+) (PASS) fixnum vs fixnum eq =(--) (PASS) fixnum vs fixnum eq rev=(++) (PASS) fixnum vs fixnum eq rev=(+-) (PASS) fixnum vs fixnum eq rev=(-+) (PASS) fixnum vs fixnum eq rev=(--) (PASS) fixnum vs fixnum eq >=(++) (PASS) fixnum vs fixnum eq >=(+-) (PASS) fixnum vs fixnum eq >=(-+) (PASS) fixnum vs fixnum eq >=(--) (PASS) fixnum vs fixnum eq rev>=(++) (PASS) fixnum vs fixnum eq rev>=(+-) (PASS) fixnum vs fixnum eq rev>=(-+) (PASS) fixnum vs fixnum eq rev>=(--) (PASS) fixnum vs fixnum eq >(++) (PASS) fixnum vs fixnum eq >(+-) (PASS) fixnum vs fixnum eq >(-+) (PASS) fixnum vs fixnum eq >(--) (PASS) fixnum vs fixnum eq rev>(++) (PASS) fixnum vs fixnum eq rev>(+-) (PASS) fixnum vs fixnum eq rev>(-+) (PASS) fixnum vs fixnum eq rev>(--) (PASS) fixnum vs fixnum eq <=(++) (PASS) fixnum vs fixnum eq <=(+-) (PASS) fixnum vs fixnum eq <=(-+) (PASS) fixnum vs fixnum eq <=(--) (PASS) fixnum vs fixnum eq rev<=(++) (PASS) fixnum vs fixnum eq rev<=(+-) (PASS) fixnum vs fixnum eq rev<=(-+) (PASS) fixnum vs fixnum eq rev<=(--) (PASS) fixnum vs fixnum eq <(++) (PASS) fixnum vs fixnum eq <(+-) (PASS) fixnum vs fixnum eq <(-+) (PASS) fixnum vs fixnum eq <(--) (PASS) fixnum vs fixnum eq rev<(++) (PASS) fixnum vs fixnum eq rev<(+-) (PASS) fixnum vs fixnum eq rev<(-+) (PASS) fixnum vs fixnum eq rev<(--) (PASS) fixnum vs fixnum ne =(++) (PASS) fixnum vs fixnum ne =(+-) (PASS) fixnum vs fixnum ne =(-+) (PASS) fixnum vs fixnum ne =(--) (PASS) fixnum vs fixnum ne rev=(++) (PASS) fixnum vs fixnum ne rev=(+-) (PASS) fixnum vs fixnum ne rev=(-+) (PASS) fixnum vs fixnum ne rev=(--) (PASS) fixnum vs fixnum ne >=(++) (PASS) fixnum vs fixnum ne >=(+-) (PASS) fixnum vs fixnum ne >=(-+) (PASS) fixnum vs fixnum ne >=(--) (PASS) fixnum vs fixnum ne rev>=(++) (PASS) fixnum vs fixnum ne rev>=(+-) (PASS) fixnum vs fixnum ne rev>=(-+) (PASS) fixnum vs fixnum ne rev>=(--) (PASS) fixnum vs fixnum ne >(++) (PASS) fixnum vs fixnum ne >(+-) (PASS) fixnum vs fixnum ne >(-+) (PASS) fixnum vs fixnum ne >(--) (PASS) fixnum vs fixnum ne rev>(++) (PASS) fixnum vs fixnum ne rev>(+-) (PASS) fixnum vs fixnum ne rev>(-+) (PASS) fixnum vs fixnum ne rev>(--) (PASS) fixnum vs fixnum ne <=(++) (PASS) fixnum vs fixnum ne <=(+-) (PASS) fixnum vs fixnum ne <=(-+) (PASS) fixnum vs fixnum ne <=(--) (PASS) fixnum vs fixnum ne rev<=(++) (PASS) fixnum vs fixnum ne rev<=(+-) (PASS) fixnum vs fixnum ne rev<=(-+) (PASS) fixnum vs fixnum ne rev<=(--) (PASS) fixnum vs fixnum ne <(++) (PASS) fixnum vs fixnum ne <(+-) (PASS) fixnum vs fixnum ne <(-+) (PASS) fixnum vs fixnum ne <(--) (PASS) fixnum vs fixnum ne rev<(++) (PASS) fixnum vs fixnum ne rev<(+-) (PASS) fixnum vs fixnum ne rev<(-+) (PASS) fixnum vs fixnum ne rev<(--) (PASS) bignum vs fixnum ne =(++) (PASS) bignum vs fixnum ne =(+-) (PASS) bignum vs fixnum ne =(-+) (PASS) bignum vs fixnum ne =(--) (PASS) bignum vs fixnum ne rev=(++) (PASS) bignum vs fixnum ne rev=(+-) (PASS) bignum vs fixnum ne rev=(-+) (PASS) bignum vs fixnum ne rev=(--) (PASS) bignum vs fixnum ne >=(++) (PASS) bignum vs fixnum ne >=(+-) (PASS) bignum vs fixnum ne >=(-+) (PASS) bignum vs fixnum ne >=(--) (PASS) bignum vs fixnum ne rev>=(++) (PASS) bignum vs fixnum ne rev>=(+-) (PASS) bignum vs fixnum ne rev>=(-+) (PASS) bignum vs fixnum ne rev>=(--) (PASS) bignum vs fixnum ne >(++) (PASS) bignum vs fixnum ne >(+-) (PASS) bignum vs fixnum ne >(-+) (PASS) bignum vs fixnum ne >(--) (PASS) bignum vs fixnum ne rev>(++) (PASS) bignum vs fixnum ne rev>(+-) (PASS) bignum vs fixnum ne rev>(-+) (PASS) bignum vs fixnum ne rev>(--) (PASS) bignum vs fixnum ne <=(++) (PASS) bignum vs fixnum ne <=(+-) (PASS) bignum vs fixnum ne <=(-+) (PASS) bignum vs fixnum ne <=(--) (PASS) bignum vs fixnum ne rev<=(++) (PASS) bignum vs fixnum ne rev<=(+-) (PASS) bignum vs fixnum ne rev<=(-+) (PASS) bignum vs fixnum ne rev<=(--) (PASS) bignum vs fixnum ne <(++) (PASS) bignum vs fixnum ne <(+-) (PASS) bignum vs fixnum ne <(-+) (PASS) bignum vs fixnum ne <(--) (PASS) bignum vs fixnum ne rev<(++) (PASS) bignum vs fixnum ne rev<(+-) (PASS) bignum vs fixnum ne rev<(-+) (PASS) bignum vs fixnum ne rev<(--) (PASS) bignum vs bignum eq =(++) (PASS) bignum vs bignum eq =(+-) (PASS) bignum vs bignum eq =(-+) (PASS) bignum vs bignum eq =(--) (PASS) bignum vs bignum eq rev=(++) (PASS) bignum vs bignum eq rev=(+-) (PASS) bignum vs bignum eq rev=(-+) (PASS) bignum vs bignum eq rev=(--) (PASS) bignum vs bignum eq >=(++) (PASS) bignum vs bignum eq >=(+-) (PASS) bignum vs bignum eq >=(-+) (PASS) bignum vs bignum eq >=(--) (PASS) bignum vs bignum eq rev>=(++) (PASS) bignum vs bignum eq rev>=(+-) (PASS) bignum vs bignum eq rev>=(-+) (PASS) bignum vs bignum eq rev>=(--) (PASS) bignum vs bignum eq >(++) (PASS) bignum vs bignum eq >(+-) (PASS) bignum vs bignum eq >(-+) (PASS) bignum vs bignum eq >(--) (PASS) bignum vs bignum eq rev>(++) (PASS) bignum vs bignum eq rev>(+-) (PASS) bignum vs bignum eq rev>(-+) (PASS) bignum vs bignum eq rev>(--) (PASS) bignum vs bignum eq <=(++) (PASS) bignum vs bignum eq <=(+-) (PASS) bignum vs bignum eq <=(-+) (PASS) bignum vs bignum eq <=(--) (PASS) bignum vs bignum eq rev<=(++) (PASS) bignum vs bignum eq rev<=(+-) (PASS) bignum vs bignum eq rev<=(-+) (PASS) bignum vs bignum eq rev<=(--) (PASS) bignum vs bignum eq <(++) (PASS) bignum vs bignum eq <(+-) (PASS) bignum vs bignum eq <(-+) (PASS) bignum vs bignum eq <(--) (PASS) bignum vs bignum eq rev<(++) (PASS) bignum vs bignum eq rev<(+-) (PASS) bignum vs bignum eq rev<(-+) (PASS) bignum vs bignum eq rev<(--) (PASS) bignum vs bignum ne =(++) (PASS) bignum vs bignum ne =(+-) (PASS) bignum vs bignum ne =(-+) (PASS) bignum vs bignum ne =(--) (PASS) bignum vs bignum ne rev=(++) (PASS) bignum vs bignum ne rev=(+-) (PASS) bignum vs bignum ne rev=(-+) (PASS) bignum vs bignum ne rev=(--) (PASS) bignum vs bignum ne >=(++) (PASS) bignum vs bignum ne >=(+-) (PASS) bignum vs bignum ne >=(-+) (PASS) bignum vs bignum ne >=(--) (PASS) bignum vs bignum ne rev>=(++) (PASS) bignum vs bignum ne rev>=(+-) (PASS) bignum vs bignum ne rev>=(-+) (PASS) bignum vs bignum ne rev>=(--) (PASS) bignum vs bignum ne >(++) (PASS) bignum vs bignum ne >(+-) (PASS) bignum vs bignum ne >(-+) (PASS) bignum vs bignum ne >(--) (PASS) bignum vs bignum ne rev>(++) (PASS) bignum vs bignum ne rev>(+-) (PASS) bignum vs bignum ne rev>(-+) (PASS) bignum vs bignum ne rev>(--) (PASS) bignum vs bignum ne <=(++) (PASS) bignum vs bignum ne <=(+-) (PASS) bignum vs bignum ne <=(-+) (PASS) bignum vs bignum ne <=(--) (PASS) bignum vs bignum ne rev<=(++) (PASS) bignum vs bignum ne rev<=(+-) (PASS) bignum vs bignum ne rev<=(-+) (PASS) bignum vs bignum ne rev<=(--) (PASS) bignum vs bignum ne <(++) (PASS) bignum vs bignum ne <(+-) (PASS) bignum vs bignum ne <(-+) (PASS) bignum vs bignum ne <(--) (PASS) bignum vs bignum ne rev<(++) (PASS) bignum vs bignum ne rev<(+-) (PASS) bignum vs bignum ne rev<(-+) (PASS) bignum vs bignum ne rev<(--) (PASS) flonum vs fixnum eq =(++) (PASS) flonum vs fixnum eq =(+-) (PASS) flonum vs fixnum eq =(-+) (PASS) flonum vs fixnum eq =(--) (PASS) flonum vs fixnum eq rev=(++) (PASS) flonum vs fixnum eq rev=(+-) (PASS) flonum vs fixnum eq rev=(-+) (PASS) flonum vs fixnum eq rev=(--) (PASS) flonum vs fixnum eq >=(++) (PASS) flonum vs fixnum eq >=(+-) (PASS) flonum vs fixnum eq >=(-+) (PASS) flonum vs fixnum eq >=(--) (PASS) flonum vs fixnum eq rev>=(++) (PASS) flonum vs fixnum eq rev>=(+-) (PASS) flonum vs fixnum eq rev>=(-+) (PASS) flonum vs fixnum eq rev>=(--) (PASS) flonum vs fixnum eq >(++) (PASS) flonum vs fixnum eq >(+-) (PASS) flonum vs fixnum eq >(-+) (PASS) flonum vs fixnum eq >(--) (PASS) flonum vs fixnum eq rev>(++) (PASS) flonum vs fixnum eq rev>(+-) (PASS) flonum vs fixnum eq rev>(-+) (PASS) flonum vs fixnum eq rev>(--) (PASS) flonum vs fixnum eq <=(++) (PASS) flonum vs fixnum eq <=(+-) (PASS) flonum vs fixnum eq <=(-+) (PASS) flonum vs fixnum eq <=(--) (PASS) flonum vs fixnum eq rev<=(++) (PASS) flonum vs fixnum eq rev<=(+-) (PASS) flonum vs fixnum eq rev<=(-+) (PASS) flonum vs fixnum eq rev<=(--) (PASS) flonum vs fixnum eq <(++) (PASS) flonum vs fixnum eq <(+-) (PASS) flonum vs fixnum eq <(-+) (PASS) flonum vs fixnum eq <(--) (PASS) flonum vs fixnum eq rev<(++) (PASS) flonum vs fixnum eq rev<(+-) (PASS) flonum vs fixnum eq rev<(-+) (PASS) flonum vs fixnum eq rev<(--) (PASS) flonum vs fixnum ne =(++) (PASS) flonum vs fixnum ne =(+-) (PASS) flonum vs fixnum ne =(-+) (PASS) flonum vs fixnum ne =(--) (PASS) flonum vs fixnum ne rev=(++) (PASS) flonum vs fixnum ne rev=(+-) (PASS) flonum vs fixnum ne rev=(-+) (PASS) flonum vs fixnum ne rev=(--) (PASS) flonum vs fixnum ne >=(++) (PASS) flonum vs fixnum ne >=(+-) (PASS) flonum vs fixnum ne >=(-+) (PASS) flonum vs fixnum ne >=(--) (PASS) flonum vs fixnum ne rev>=(++) (PASS) flonum vs fixnum ne rev>=(+-) (PASS) flonum vs fixnum ne rev>=(-+) (PASS) flonum vs fixnum ne rev>=(--) (PASS) flonum vs fixnum ne >(++) (PASS) flonum vs fixnum ne >(+-) (PASS) flonum vs fixnum ne >(-+) (PASS) flonum vs fixnum ne >(--) (PASS) flonum vs fixnum ne rev>(++) (PASS) flonum vs fixnum ne rev>(+-) (PASS) flonum vs fixnum ne rev>(-+) (PASS) flonum vs fixnum ne rev>(--) (PASS) flonum vs fixnum ne <=(++) (PASS) flonum vs fixnum ne <=(+-) (PASS) flonum vs fixnum ne <=(-+) (PASS) flonum vs fixnum ne <=(--) (PASS) flonum vs fixnum ne rev<=(++) (PASS) flonum vs fixnum ne rev<=(+-) (PASS) flonum vs fixnum ne rev<=(-+) (PASS) flonum vs fixnum ne rev<=(--) (PASS) flonum vs fixnum ne <(++) (PASS) flonum vs fixnum ne <(+-) (PASS) flonum vs fixnum ne <(-+) (PASS) flonum vs fixnum ne <(--) (PASS) flonum vs fixnum ne rev<(++) (PASS) flonum vs fixnum ne rev<(+-) (PASS) flonum vs fixnum ne rev<(-+) (PASS) flonum vs fixnum ne rev<(--) (PASS) flonum vs bignum eq =(++) (PASS) flonum vs bignum eq =(+-) (PASS) flonum vs bignum eq =(-+) (PASS) flonum vs bignum eq =(--) (PASS) flonum vs bignum eq rev=(++) (PASS) flonum vs bignum eq rev=(+-) (PASS) flonum vs bignum eq rev=(-+) (PASS) flonum vs bignum eq rev=(--) (PASS) flonum vs bignum eq >=(++) (PASS) flonum vs bignum eq >=(+-) (PASS) flonum vs bignum eq >=(-+) (PASS) flonum vs bignum eq >=(--) (PASS) flonum vs bignum eq rev>=(++) (PASS) flonum vs bignum eq rev>=(+-) (PASS) flonum vs bignum eq rev>=(-+) (PASS) flonum vs bignum eq rev>=(--) (PASS) flonum vs bignum eq >(++) (PASS) flonum vs bignum eq >(+-) (PASS) flonum vs bignum eq >(-+) (PASS) flonum vs bignum eq >(--) (PASS) flonum vs bignum eq rev>(++) (PASS) flonum vs bignum eq rev>(+-) (PASS) flonum vs bignum eq rev>(-+) (PASS) flonum vs bignum eq rev>(--) (PASS) flonum vs bignum eq <=(++) (PASS) flonum vs bignum eq <=(+-) (PASS) flonum vs bignum eq <=(-+) (PASS) flonum vs bignum eq <=(--) (PASS) flonum vs bignum eq rev<=(++) (PASS) flonum vs bignum eq rev<=(+-) (PASS) flonum vs bignum eq rev<=(-+) (PASS) flonum vs bignum eq rev<=(--) (PASS) flonum vs bignum eq <(++) (PASS) flonum vs bignum eq <(+-) (PASS) flonum vs bignum eq <(-+) (PASS) flonum vs bignum eq <(--) (PASS) flonum vs bignum eq rev<(++) (PASS) flonum vs bignum eq rev<(+-) (PASS) flonum vs bignum eq rev<(-+) (PASS) flonum vs bignum eq rev<(--) (PASS) flonum vs bignum ne =(++) (PASS) flonum vs bignum ne =(+-) (PASS) flonum vs bignum ne =(-+) (PASS) flonum vs bignum ne =(--) (PASS) flonum vs bignum ne rev=(++) (PASS) flonum vs bignum ne rev=(+-) (PASS) flonum vs bignum ne rev=(-+) (PASS) flonum vs bignum ne rev=(--) (PASS) flonum vs bignum ne >=(++) (PASS) flonum vs bignum ne >=(+-) (PASS) flonum vs bignum ne >=(-+) (PASS) flonum vs bignum ne >=(--) (PASS) flonum vs bignum ne rev>=(++) (PASS) flonum vs bignum ne rev>=(+-) (PASS) flonum vs bignum ne rev>=(-+) (PASS) flonum vs bignum ne rev>=(--) (PASS) flonum vs bignum ne >(++) (PASS) flonum vs bignum ne >(+-) (PASS) flonum vs bignum ne >(-+) (PASS) flonum vs bignum ne >(--) (PASS) flonum vs bignum ne rev>(++) (PASS) flonum vs bignum ne rev>(+-) (PASS) flonum vs bignum ne rev>(-+) (PASS) flonum vs bignum ne rev>(--) (PASS) flonum vs bignum ne <=(++) (PASS) flonum vs bignum ne <=(+-) (PASS) flonum vs bignum ne <=(-+) (PASS) flonum vs bignum ne <=(--) (PASS) flonum vs bignum ne rev<=(++) (PASS) flonum vs bignum ne rev<=(+-) (PASS) flonum vs bignum ne rev<=(-+) (PASS) flonum vs bignum ne rev<=(--) (PASS) flonum vs bignum ne <(++) (PASS) flonum vs bignum ne <(+-) (PASS) flonum vs bignum ne <(-+) (PASS) flonum vs bignum ne <(--) (PASS) flonum vs bignum ne rev<(++) (PASS) flonum vs bignum ne rev<(+-) (PASS) flonum vs bignum ne rev<(-+) (PASS) flonum vs bignum ne rev<(--) (PASS) ratnum vs fixnum ne =(++) (PASS) ratnum vs fixnum ne =(+-) (PASS) ratnum vs fixnum ne =(-+) (PASS) ratnum vs fixnum ne =(--) (PASS) ratnum vs fixnum ne rev=(++) (PASS) ratnum vs fixnum ne rev=(+-) (PASS) ratnum vs fixnum ne rev=(-+) (PASS) ratnum vs fixnum ne rev=(--) (PASS) ratnum vs fixnum ne >=(++) (PASS) ratnum vs fixnum ne >=(+-) (PASS) ratnum vs fixnum ne >=(-+) (PASS) ratnum vs fixnum ne >=(--) (PASS) ratnum vs fixnum ne rev>=(++) (PASS) ratnum vs fixnum ne rev>=(+-) (PASS) ratnum vs fixnum ne rev>=(-+) (PASS) ratnum vs fixnum ne rev>=(--) (PASS) ratnum vs fixnum ne >(++) (PASS) ratnum vs fixnum ne >(+-) (PASS) ratnum vs fixnum ne >(-+) (PASS) ratnum vs fixnum ne >(--) (PASS) ratnum vs fixnum ne rev>(++) (PASS) ratnum vs fixnum ne rev>(+-) (PASS) ratnum vs fixnum ne rev>(-+) (PASS) ratnum vs fixnum ne rev>(--) (PASS) ratnum vs fixnum ne <=(++) (PASS) ratnum vs fixnum ne <=(+-) (PASS) ratnum vs fixnum ne <=(-+) (PASS) ratnum vs fixnum ne <=(--) (PASS) ratnum vs fixnum ne rev<=(++) (PASS) ratnum vs fixnum ne rev<=(+-) (PASS) ratnum vs fixnum ne rev<=(-+) (PASS) ratnum vs fixnum ne rev<=(--) (PASS) ratnum vs fixnum ne <(++) (PASS) ratnum vs fixnum ne <(+-) (PASS) ratnum vs fixnum ne <(-+) (PASS) ratnum vs fixnum ne <(--) (PASS) ratnum vs fixnum ne rev<(++) (PASS) ratnum vs fixnum ne rev<(+-) (PASS) ratnum vs fixnum ne rev<(-+) (PASS) ratnum vs fixnum ne rev<(--) (PASS) ratnum vs ratnum eq =(++) (PASS) ratnum vs ratnum eq =(+-) (PASS) ratnum vs ratnum eq =(-+) (PASS) ratnum vs ratnum eq =(--) (PASS) ratnum vs ratnum eq rev=(++) (PASS) ratnum vs ratnum eq rev=(+-) (PASS) ratnum vs ratnum eq rev=(-+) (PASS) ratnum vs ratnum eq rev=(--) (PASS) ratnum vs ratnum eq >=(++) (PASS) ratnum vs ratnum eq >=(+-) (PASS) ratnum vs ratnum eq >=(-+) (PASS) ratnum vs ratnum eq >=(--) (PASS) ratnum vs ratnum eq rev>=(++) (PASS) ratnum vs ratnum eq rev>=(+-) (PASS) ratnum vs ratnum eq rev>=(-+) (PASS) ratnum vs ratnum eq rev>=(--) (PASS) ratnum vs ratnum eq >(++) (PASS) ratnum vs ratnum eq >(+-) (PASS) ratnum vs ratnum eq >(-+) (PASS) ratnum vs ratnum eq >(--) (PASS) ratnum vs ratnum eq rev>(++) (PASS) ratnum vs ratnum eq rev>(+-) (PASS) ratnum vs ratnum eq rev>(-+) (PASS) ratnum vs ratnum eq rev>(--) (PASS) ratnum vs ratnum eq <=(++) (PASS) ratnum vs ratnum eq <=(+-) (PASS) ratnum vs ratnum eq <=(-+) (PASS) ratnum vs ratnum eq <=(--) (PASS) ratnum vs ratnum eq rev<=(++) (PASS) ratnum vs ratnum eq rev<=(+-) (PASS) ratnum vs ratnum eq rev<=(-+) (PASS) ratnum vs ratnum eq rev<=(--) (PASS) ratnum vs ratnum eq <(++) (PASS) ratnum vs ratnum eq <(+-) (PASS) ratnum vs ratnum eq <(-+) (PASS) ratnum vs ratnum eq <(--) (PASS) ratnum vs ratnum eq rev<(++) (PASS) ratnum vs ratnum eq rev<(+-) (PASS) ratnum vs ratnum eq rev<(-+) (PASS) ratnum vs ratnum eq rev<(--) (PASS) ratnum vs ratnum 1 ne =(++) (PASS) ratnum vs ratnum 1 ne =(+-) (PASS) ratnum vs ratnum 1 ne =(-+) (PASS) ratnum vs ratnum 1 ne =(--) (PASS) ratnum vs ratnum 1 ne rev=(++) (PASS) ratnum vs ratnum 1 ne rev=(+-) (PASS) ratnum vs ratnum 1 ne rev=(-+) (PASS) ratnum vs ratnum 1 ne rev=(--) (PASS) ratnum vs ratnum 1 ne >=(++) (PASS) ratnum vs ratnum 1 ne >=(+-) (PASS) ratnum vs ratnum 1 ne >=(-+) (PASS) ratnum vs ratnum 1 ne >=(--) (PASS) ratnum vs ratnum 1 ne rev>=(++) (PASS) ratnum vs ratnum 1 ne rev>=(+-) (PASS) ratnum vs ratnum 1 ne rev>=(-+) (PASS) ratnum vs ratnum 1 ne rev>=(--) (PASS) ratnum vs ratnum 1 ne >(++) (PASS) ratnum vs ratnum 1 ne >(+-) (PASS) ratnum vs ratnum 1 ne >(-+) (PASS) ratnum vs ratnum 1 ne >(--) (PASS) ratnum vs ratnum 1 ne rev>(++) (PASS) ratnum vs ratnum 1 ne rev>(+-) (PASS) ratnum vs ratnum 1 ne rev>(-+) (PASS) ratnum vs ratnum 1 ne rev>(--) (PASS) ratnum vs ratnum 1 ne <=(++) (PASS) ratnum vs ratnum 1 ne <=(+-) (PASS) ratnum vs ratnum 1 ne <=(-+) (PASS) ratnum vs ratnum 1 ne <=(--) (PASS) ratnum vs ratnum 1 ne rev<=(++) (PASS) ratnum vs ratnum 1 ne rev<=(+-) (PASS) ratnum vs ratnum 1 ne rev<=(-+) (PASS) ratnum vs ratnum 1 ne rev<=(--) (PASS) ratnum vs ratnum 1 ne <(++) (PASS) ratnum vs ratnum 1 ne <(+-) (PASS) ratnum vs ratnum 1 ne <(-+) (PASS) ratnum vs ratnum 1 ne <(--) (PASS) ratnum vs ratnum 1 ne rev<(++) (PASS) ratnum vs ratnum 1 ne rev<(+-) (PASS) ratnum vs ratnum 1 ne rev<(-+) (PASS) ratnum vs ratnum 1 ne rev<(--) (PASS) ratnum vs ratnum 2 ne =(++) (PASS) ratnum vs ratnum 2 ne =(+-) (PASS) ratnum vs ratnum 2 ne =(-+) (PASS) ratnum vs ratnum 2 ne =(--) (PASS) ratnum vs ratnum 2 ne rev=(++) (PASS) ratnum vs ratnum 2 ne rev=(+-) (PASS) ratnum vs ratnum 2 ne rev=(-+) (PASS) ratnum vs ratnum 2 ne rev=(--) (PASS) ratnum vs ratnum 2 ne >=(++) (PASS) ratnum vs ratnum 2 ne >=(+-) (PASS) ratnum vs ratnum 2 ne >=(-+) (PASS) ratnum vs ratnum 2 ne >=(--) (PASS) ratnum vs ratnum 2 ne rev>=(++) (PASS) ratnum vs ratnum 2 ne rev>=(+-) (PASS) ratnum vs ratnum 2 ne rev>=(-+) (PASS) ratnum vs ratnum 2 ne rev>=(--) (PASS) ratnum vs ratnum 2 ne >(++) (PASS) ratnum vs ratnum 2 ne >(+-) (PASS) ratnum vs ratnum 2 ne >(-+) (PASS) ratnum vs ratnum 2 ne >(--) (PASS) ratnum vs ratnum 2 ne rev>(++) (PASS) ratnum vs ratnum 2 ne rev>(+-) (PASS) ratnum vs ratnum 2 ne rev>(-+) (PASS) ratnum vs ratnum 2 ne rev>(--) (PASS) ratnum vs ratnum 2 ne <=(++) (PASS) ratnum vs ratnum 2 ne <=(+-) (PASS) ratnum vs ratnum 2 ne <=(-+) (PASS) ratnum vs ratnum 2 ne <=(--) (PASS) ratnum vs ratnum 2 ne rev<=(++) (PASS) ratnum vs ratnum 2 ne rev<=(+-) (PASS) ratnum vs ratnum 2 ne rev<=(-+) (PASS) ratnum vs ratnum 2 ne rev<=(--) (PASS) ratnum vs ratnum 2 ne <(++) (PASS) ratnum vs ratnum 2 ne <(+-) (PASS) ratnum vs ratnum 2 ne <(-+) (PASS) ratnum vs ratnum 2 ne <(--) (PASS) ratnum vs ratnum 2 ne rev<(++) (PASS) ratnum vs ratnum 2 ne rev<(+-) (PASS) ratnum vs ratnum 2 ne rev<(-+) (PASS) ratnum vs ratnum 2 ne rev<(--) (PASS) ratnum vs ratnum 3 ne =(++) (PASS) ratnum vs ratnum 3 ne =(+-) (PASS) ratnum vs ratnum 3 ne =(-+) (PASS) ratnum vs ratnum 3 ne =(--) (PASS) ratnum vs ratnum 3 ne rev=(++) (PASS) ratnum vs ratnum 3 ne rev=(+-) (PASS) ratnum vs ratnum 3 ne rev=(-+) (PASS) ratnum vs ratnum 3 ne rev=(--) (PASS) ratnum vs ratnum 3 ne >=(++) (PASS) ratnum vs ratnum 3 ne >=(+-) (PASS) ratnum vs ratnum 3 ne >=(-+) (PASS) ratnum vs ratnum 3 ne >=(--) (PASS) ratnum vs ratnum 3 ne rev>=(++) (PASS) ratnum vs ratnum 3 ne rev>=(+-) (PASS) ratnum vs ratnum 3 ne rev>=(-+) (PASS) ratnum vs ratnum 3 ne rev>=(--) (PASS) ratnum vs ratnum 3 ne >(++) (PASS) ratnum vs ratnum 3 ne >(+-) (PASS) ratnum vs ratnum 3 ne >(-+) (PASS) ratnum vs ratnum 3 ne >(--) (PASS) ratnum vs ratnum 3 ne rev>(++) (PASS) ratnum vs ratnum 3 ne rev>(+-) (PASS) ratnum vs ratnum 3 ne rev>(-+) (PASS) ratnum vs ratnum 3 ne rev>(--) (PASS) ratnum vs ratnum 3 ne <=(++) (PASS) ratnum vs ratnum 3 ne <=(+-) (PASS) ratnum vs ratnum 3 ne <=(-+) (PASS) ratnum vs ratnum 3 ne <=(--) (PASS) ratnum vs ratnum 3 ne rev<=(++) (PASS) ratnum vs ratnum 3 ne rev<=(+-) (PASS) ratnum vs ratnum 3 ne rev<=(-+) (PASS) ratnum vs ratnum 3 ne rev<=(--) (PASS) ratnum vs ratnum 3 ne <(++) (PASS) ratnum vs ratnum 3 ne <(+-) (PASS) ratnum vs ratnum 3 ne <(-+) (PASS) ratnum vs ratnum 3 ne <(--) (PASS) ratnum vs ratnum 3 ne rev<(++) (PASS) ratnum vs ratnum 3 ne rev<(+-) (PASS) ratnum vs ratnum 3 ne rev<(-+) (PASS) ratnum vs ratnum 3 ne rev<(--) (PASS) ratnum vs ratnum 4 ne =(++) (PASS) ratnum vs ratnum 4 ne =(+-) (PASS) ratnum vs ratnum 4 ne =(-+) (PASS) ratnum vs ratnum 4 ne =(--) (PASS) ratnum vs ratnum 4 ne rev=(++) (PASS) ratnum vs ratnum 4 ne rev=(+-) (PASS) ratnum vs ratnum 4 ne rev=(-+) (PASS) ratnum vs ratnum 4 ne rev=(--) (PASS) ratnum vs ratnum 4 ne >=(++) (PASS) ratnum vs ratnum 4 ne >=(+-) (PASS) ratnum vs ratnum 4 ne >=(-+) (PASS) ratnum vs ratnum 4 ne >=(--) (PASS) ratnum vs ratnum 4 ne rev>=(++) (PASS) ratnum vs ratnum 4 ne rev>=(+-) (PASS) ratnum vs ratnum 4 ne rev>=(-+) (PASS) ratnum vs ratnum 4 ne rev>=(--) (PASS) ratnum vs ratnum 4 ne >(++) (PASS) ratnum vs ratnum 4 ne >(+-) (PASS) ratnum vs ratnum 4 ne >(-+) (PASS) ratnum vs ratnum 4 ne >(--) (PASS) ratnum vs ratnum 4 ne rev>(++) (PASS) ratnum vs ratnum 4 ne rev>(+-) (PASS) ratnum vs ratnum 4 ne rev>(-+) (PASS) ratnum vs ratnum 4 ne rev>(--) (PASS) ratnum vs ratnum 4 ne <=(++) (PASS) ratnum vs ratnum 4 ne <=(+-) (PASS) ratnum vs ratnum 4 ne <=(-+) (PASS) ratnum vs ratnum 4 ne <=(--) (PASS) ratnum vs ratnum 4 ne rev<=(++) (PASS) ratnum vs ratnum 4 ne rev<=(+-) (PASS) ratnum vs ratnum 4 ne rev<=(-+) (PASS) ratnum vs ratnum 4 ne rev<=(--) (PASS) ratnum vs ratnum 4 ne <(++) (PASS) ratnum vs ratnum 4 ne <(+-) (PASS) ratnum vs ratnum 4 ne <(-+) (PASS) ratnum vs ratnum 4 ne <(--) (PASS) ratnum vs ratnum 4 ne rev<(++) (PASS) ratnum vs ratnum 4 ne rev<(+-) (PASS) ratnum vs ratnum 4 ne rev<(-+) (PASS) ratnum vs ratnum 4 ne rev<(--) (PASS) ratnum vs flonum eq =(++) (PASS) ratnum vs flonum eq =(+-) (PASS) ratnum vs flonum eq =(-+) (PASS) ratnum vs flonum eq =(--) (PASS) ratnum vs flonum eq rev=(++) (PASS) ratnum vs flonum eq rev=(+-) (PASS) ratnum vs flonum eq rev=(-+) (PASS) ratnum vs flonum eq rev=(--) (PASS) ratnum vs flonum eq >=(++) (PASS) ratnum vs flonum eq >=(+-) (PASS) ratnum vs flonum eq >=(-+) (PASS) ratnum vs flonum eq >=(--) (PASS) ratnum vs flonum eq rev>=(++) (PASS) ratnum vs flonum eq rev>=(+-) (PASS) ratnum vs flonum eq rev>=(-+) (PASS) ratnum vs flonum eq rev>=(--) (PASS) ratnum vs flonum eq >(++) (PASS) ratnum vs flonum eq >(+-) (PASS) ratnum vs flonum eq >(-+) (PASS) ratnum vs flonum eq >(--) (PASS) ratnum vs flonum eq rev>(++) (PASS) ratnum vs flonum eq rev>(+-) (PASS) ratnum vs flonum eq rev>(-+) (PASS) ratnum vs flonum eq rev>(--) (PASS) ratnum vs flonum eq <=(++) (PASS) ratnum vs flonum eq <=(+-) (PASS) ratnum vs flonum eq <=(-+) (PASS) ratnum vs flonum eq <=(--) (PASS) ratnum vs flonum eq rev<=(++) (PASS) ratnum vs flonum eq rev<=(+-) (PASS) ratnum vs flonum eq rev<=(-+) (PASS) ratnum vs flonum eq rev<=(--) (PASS) ratnum vs flonum eq <(++) (PASS) ratnum vs flonum eq <(+-) (PASS) ratnum vs flonum eq <(-+) (PASS) ratnum vs flonum eq <(--) (PASS) ratnum vs flonum eq rev<(++) (PASS) ratnum vs flonum eq rev<(+-) (PASS) ratnum vs flonum eq rev<(-+) (PASS) ratnum vs flonum eq rev<(--) (PASS) ratnum vs flonum ne =(++) (PASS) ratnum vs flonum ne =(+-) (PASS) ratnum vs flonum ne =(-+) (PASS) ratnum vs flonum ne =(--) (PASS) ratnum vs flonum ne rev=(++) (PASS) ratnum vs flonum ne rev=(+-) (PASS) ratnum vs flonum ne rev=(-+) (PASS) ratnum vs flonum ne rev=(--) (PASS) ratnum vs flonum ne >=(++) (PASS) ratnum vs flonum ne >=(+-) (PASS) ratnum vs flonum ne >=(-+) (PASS) ratnum vs flonum ne >=(--) (PASS) ratnum vs flonum ne rev>=(++) (PASS) ratnum vs flonum ne rev>=(+-) (PASS) ratnum vs flonum ne rev>=(-+) (PASS) ratnum vs flonum ne rev>=(--) (PASS) ratnum vs flonum ne >(++) (PASS) ratnum vs flonum ne >(+-) (PASS) ratnum vs flonum ne >(-+) (PASS) ratnum vs flonum ne >(--) (PASS) ratnum vs flonum ne rev>(++) (PASS) ratnum vs flonum ne rev>(+-) (PASS) ratnum vs flonum ne rev>(-+) (PASS) ratnum vs flonum ne rev>(--) (PASS) ratnum vs flonum ne <=(++) (PASS) ratnum vs flonum ne <=(+-) (PASS) ratnum vs flonum ne <=(-+) (PASS) ratnum vs flonum ne <=(--) (PASS) ratnum vs flonum ne rev<=(++) (PASS) ratnum vs flonum ne rev<=(+-) (PASS) ratnum vs flonum ne rev<=(-+) (PASS) ratnum vs flonum ne rev<=(--) (PASS) ratnum vs flonum ne <(++) (PASS) ratnum vs flonum ne <(+-) (PASS) ratnum vs flonum ne <(-+) (PASS) ratnum vs flonum ne <(--) (PASS) ratnum vs flonum ne rev<(++) (PASS) ratnum vs flonum ne rev<(+-) (PASS) ratnum vs flonum ne rev<(-+) (PASS) ratnum vs flonum ne rev<(--) (PASS) ratnum vs bignum ne =(++) (PASS) ratnum vs bignum ne =(+-) (PASS) ratnum vs bignum ne =(-+) (PASS) ratnum vs bignum ne =(--) (PASS) ratnum vs bignum ne rev=(++) (PASS) ratnum vs bignum ne rev=(+-) (PASS) ratnum vs bignum ne rev=(-+) (PASS) ratnum vs bignum ne rev=(--) (PASS) ratnum vs bignum ne >=(++) (PASS) ratnum vs bignum ne >=(+-) (PASS) ratnum vs bignum ne >=(-+) (PASS) ratnum vs bignum ne >=(--) (PASS) ratnum vs bignum ne rev>=(++) (PASS) ratnum vs bignum ne rev>=(+-) (PASS) ratnum vs bignum ne rev>=(-+) (PASS) ratnum vs bignum ne rev>=(--) (PASS) ratnum vs bignum ne >(++) (PASS) ratnum vs bignum ne >(+-) (PASS) ratnum vs bignum ne >(-+) (PASS) ratnum vs bignum ne >(--) (PASS) ratnum vs bignum ne rev>(++) (PASS) ratnum vs bignum ne rev>(+-) (PASS) ratnum vs bignum ne rev>(-+) (PASS) ratnum vs bignum ne rev>(--) (PASS) ratnum vs bignum ne <=(++) (PASS) ratnum vs bignum ne <=(+-) (PASS) ratnum vs bignum ne <=(-+) (PASS) ratnum vs bignum ne <=(--) (PASS) ratnum vs bignum ne rev<=(++) (PASS) ratnum vs bignum ne rev<=(+-) (PASS) ratnum vs bignum ne rev<=(-+) (PASS) ratnum vs bignum ne rev<=(--) (PASS) ratnum vs bignum ne <(++) (PASS) ratnum vs bignum ne <(+-) (PASS) ratnum vs bignum ne <(-+) (PASS) ratnum vs bignum ne <(--) (PASS) ratnum vs bignum ne rev<(++) (PASS) ratnum vs bignum ne rev<(+-) (PASS) ratnum vs bignum ne rev<(-+) (PASS) ratnum vs bignum ne rev<(--) (PASS) fixnum/ratnum comparison (PASS) fixnum? fixnum (PASS) fixnum? ratnum (PASS) fixnum? bignum (PASS) fixnum? flonum (PASS) fixnum? compnum (PASS) fixnum? greatest (PASS) fixnum? greatest+1 (PASS) fixnum? least (PASS) fixnum? least-1 (PASS) greatest fixnum & width (PASS) least fixnum & width 850 tests completed in 0.003 seconds 850 (100.00%) tests passed 0 (0.00%) tests failed -- predicates -- == integer addition == (PASS) bignum + bignum (PASS) bignum + -bignum (PASS) bignum - bignum (PASS) bignum - bignum (PASS) -bignum + bignum (PASS) -bignum + -bignum (PASS) -bignum - bignum (PASS) -bignum - -bignum (PASS) 0 + bignum (PASS) 0 - bignum (PASS) 0 * bignum (PASS) 1 * bignum (PASS) bignum / 1 13 tests completed in 0.000 seconds 13 (100.00%) tests passed 0 (0.00%) tests failed -- integer addition -- == small immediate integer constants == (PASS) PUSHI (PASS) PUSHI 2 tests completed in 0.000 seconds 2 (100.00%) tests passed 0 (0.00%) tests failed -- small immediate integer constants -- == small immediate integer additions == (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMADDI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI (PASS) NUMSUBI 52 tests completed in 0.000 seconds 52 (100.00%) tests passed 0 (0.00%) tests failed -- small immediate integer additions -- == immediate flonum integer arith == (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMADDF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMSUBF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMMULF (PASS) NUMDIVF (PASS) NUMDIVF (PASS) NUMDIVF (PASS) NUMDIVF (PASS) NUMDIVF (PASS) NUMDIVF 24 tests completed in 0.000 seconds 24 (100.00%) tests passed 0 (0.00%) tests failed -- immediate flonum integer arith -- == rational number addition == (PASS) ratnum + (PASS) ratnum - (PASS) ratnum + 0 (PASS) ratnum - 0 (PASS) ratnum * 0 (PASS) ratnum * 1 (PASS) ratnum / 1 7 tests completed in 0.000 seconds 7 (100.00%) tests passed 0 (0.00%) tests failed -- rational number addition -- == promotions in addition == (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + (PASS) + 20 tests completed in 0.000 seconds 20 (100.00%) tests passed 0 (0.00%) tests failed -- promotions in addition -- == integer multiplication == (PASS) fix*fix->big[1] (PASS) fix*fix->big[1] (PASS) fix*fix->big[2] (PASS) fix*fix->big[2] (PASS) fix*big[1]->big[1] (PASS) fix*big[1]->big[2] (PASS) big[1]*fix->big[1] (PASS) big[1]*fix->big[2] (PASS) big[2]*fix->big[2] (PASS) big[1]*big[1]->big[2] (PASS) fermat(7) (PASS) fermat(8) (PASS) fermat(9) (PASS) fermat(10) (PASS) fermat(11) 15 tests completed in 0.000 seconds 15 (100.00%) tests passed 0 (0.00%) tests failed -- integer multiplication -- == multiplication short cuts == (PASS) bignum * 0 (PASS) 0 * bignum (PASS) bignum * 1 (PASS) 1 * bignum (PASS) bignum * 0.0 (PASS) 0.0 * bignum (PASS) bignum * 1.0 (PASS) 1.0 * bignum (PASS) ratnum * 0 (PASS) 0 * ratnum (PASS) ratnum * 1 (PASS) 1 * ratnum (PASS) ratnum * 0.0 (PASS) 0.0 * ratnum (PASS) ratnum * 1.0 (PASS) 1.0 * ratnum (PASS) flonum * 0 (PASS) 0 * flonum (PASS) flonum * 1 (PASS) 1 * flonum (PASS) flonum * 0.0 (PASS) 0.0 * flonum (PASS) flonum * 1.0 (PASS) 1.0 * flonum (PASS) compnum * 0 (PASS) 0 * compnum (PASS) compnum * 1 (PASS) 1 * compnum (PASS) compnum * 0.0 (PASS) 0.0 * compnum (PASS) compnum * 1.0 (PASS) 1.0 * compnum 32 tests completed in 0.000 seconds 32 (100.00%) tests passed 0 (0.00%) tests failed -- multiplication short cuts -- == division == (PASS) exact division (PASS) exact division (PASS) exact division (PASS) exact division (PASS) exact division (PASS) exact division (PASS) exact reciprocal (PASS) exact reciprocal (PASS) exact reciprocal (PASS) exact reciprocal (PASS) exact reciprocal (PASS) exact/inexact -> inexact (PASS) exact/inexact -> inexact (PASS) inexact/exact -> inexact (PASS) inexact/exact -> inexact (PASS) inexact/inexact -> inexact (PASS) complex division 17 tests completed in 0.000 seconds 17 (100.00%) tests passed 0 (0.00%) tests failed -- division -- == quotient == (PASS) big[1]/fix->fix (PASS) big[1]/fix->fix (PASS) big[2]/fix->big[1] (PASS) big[2]/fix->big[2] (PASS) big[1]/fix->fix (PASS) big[2]/fix->fix (PASS) big[2]/fix->fix (PASS) big[2]/fix->big[1] (PASS) big[1]/big[1]->fix (PASS) big[1]/big[1] -> fix (PASS) big[3]/big[2] -> big[1] (PASS) big[3]/big[2] -> fix (PASS) exact/inexact -> inexact (PASS) inexact/exact -> inexact (PASS) inexact/inexact -> inexact (PASS) exact/inexact -> inexact (PASS) inexact/exact -> inexact (PASS) inexact/inexact -> inexact (PASS) fermat(7) (PASS) fermat(8) (PASS) fermat(9) (PASS) fermat(10) (PASS) fermat(11) 23 tests completed in 0.000 seconds 23 (100.00%) tests passed 0 (0.00%) tests failed -- quotient -- == remainder == (PASS) fix rem fix -> fix (PASS) fix rem fix -> fix (PASS) fix rem big[1] -> fix (PASS) big[1] rem fix -> fix (PASS) big[1] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[1] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[2] rem fix -> fix (PASS) big[1] rem big[1] -> fix (PASS) big[1] rem big[1] -> fix (PASS) big[3] rem big[2] -> big[1] (PASS) big[3] rem big[2] -> big[2] (PASS) exact rem inexact -> inexact (PASS) inexact rem exact -> inexact (PASS) inexact rem inexact -> inexact (PASS) exact rem inexact -> inexact (PASS) inexact rem exact -> inexact (PASS) inexact rem inexact -> inexact 21 tests completed in 0.000 seconds 21 (100.00%) tests passed 0 (0.00%) tests failed -- remainder -- == modulo == (PASS) fix mod fix -> fix (PASS) fix mod fix -> fix (PASS) fix mod big[1] -> fix/big (PASS) big[1] mod fix -> fix (PASS) big[1] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[1] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[2] mod fix -> fix (PASS) big[1] mod big[1] -> fix (PASS) big[1] mod big[1] -> fix (PASS) big[3] mod big[2] -> big[1] (PASS) big[3] mod big[2] -> big[2] (PASS) exact mod inexact -> inexact (PASS) inexact mod exact -> inexact (PASS) inexact mod inexact -> inexact (PASS) exact mod inexact -> inexact (PASS) inexact mod exact -> inexact (PASS) inexact mod inexact -> inexact (PASS) mersenne prime 22 tests completed in 0.019 seconds 22 (100.00%) tests passed 0 (0.00%) tests failed -- modulo -- == rounding == (PASS) rounding 0 (PASS) rounding 3 (PASS) rounding -3 (PASS) rounding 633825300114114700748351602688 (PASS) rounding -633825300114114700748351602688 (PASS) rounding 9/4 (PASS) rounding -9/4 (PASS) rounding 34985495387484938453495/17 (PASS) rounding -34985495387484938453495/17 (PASS) rounding 35565/2 (PASS) rounding -35565/2 (PASS) rounding 35567/2 (PASS) rounding -35567/2 (PASS) round->exact (PASS) round->exact (PASS) floor->exact (PASS) floor->exact (PASS) ceiling->exact (PASS) ceiling->exact (PASS) truncate->exact (PASS) truncate->exact 21 tests completed in 0.000 seconds 21 (100.00%) tests passed 0 (0.00%) tests failed -- rounding -- == logical operations == (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (neg. fixnum) (PASS) ash (neg. fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (neg.fixnum->bignum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (neg.bignum->fixnum) (PASS) ash (bignum->bignum) (PASS) ash (bignum->bignum) (PASS) ash (bignum->bignum) (PASS) ash (bignum->bignum) (PASS) ash (bignum->bignum) (PASS) ash (neg.bignum->bignum) (PASS) ash (bignum->bignum) (PASS) lognot (fixnum) (PASS) lognot (fixnum) (PASS) lognot (fixnum) (PASS) lognot (fixnum) (PASS) lognot (bignum) (PASS) lognot (bignum) (PASS) logand (+fix & 0) (PASS) logand (+big & 0) (PASS) logand (+fix & -1) (PASS) logand (+big & -1) (PASS) logand (+fix & +fix) (PASS) logand (+fix & +big) (PASS) logand (+big & +fix) (PASS) logand (+big & +big) (PASS) logand (+big & +big) (PASS) logand (+big & +big) (PASS) logand (+fix & -fix) (PASS) logand (+fix & -big) (PASS) logand (+big & -fix) (PASS) logand (+big & -big) (PASS) logand (+big & -big) (PASS) logand (-fix & +fix) (PASS) logand (-fix & +big) (PASS) logand (-big & +fix) (PASS) logand (-big & +big) (PASS) logand (-big & +big) (PASS) logand (-fix & -fix) (PASS) logand (-fix & -big) (PASS) logand (-big & -fix) (PASS) logand (-big & -big) (PASS) logand (-big & -big) (PASS) logior (+fix | 0) (PASS) logior (+big | 0) (PASS) logior (+fix | -1) (PASS) logior (+big | -1) (PASS) logior (+fix | +fix) (PASS) logior (+fix | +big) (PASS) logior (+big | +fix) (PASS) logior (+big | +big) (PASS) logior (+big | +big) (PASS) logior (+fix | -fix) (PASS) logior (+fix | -big) (PASS) logior (+big | -fix) (PASS) logior (+big | -big) (PASS) logior (+big | -big) (PASS) logior (-fix | +fix) (PASS) logior (-fix | +big) (PASS) logior (-big | +fix) (PASS) logior (-big | +big) (PASS) logior (-big | +big) (PASS) logior (-fix | -fix) (PASS) logior (-fix | -big) (PASS) logior (-big | -fix) (PASS) logior (-big | -big) (PASS) logior (-big | -big) (PASS) logtest (PASS) logtest (PASS) integer-length (PASS) integer-length 129 tests completed in 0.000 seconds 129 (100.00%) tests passed 0 (0.00%) tests failed -- logical operations -- == inexact arithmetics == (PASS) +. (0) (PASS) +. (1) (PASS) +. (1big) (PASS) +. (1rat) (PASS) +. (1cmp) (PASS) +. (2) (PASS) +. (2big) (PASS) +. (2rat) (PASS) +. (many) (PASS) -. (1) (PASS) -. (1big) (PASS) -. (1rat) (PASS) -. (1cmp) (PASS) -. (2) (PASS) -. (2big) (PASS) -. (2rat) (PASS) -. (many) (PASS) *. (0) (PASS) *. (1) (PASS) *. (1big) (PASS) *. (1rat) (PASS) *. (1cmp) (PASS) *. (2) (PASS) *. (2big) (PASS) *. (2rat) (PASS) *. (many) (PASS) /. (1) (PASS) /. (1big) (PASS) /. (1rat) (PASS) /. (1cmp) (PASS) /. (2) (PASS) /. (2big) (PASS) /. (2rat) (PASS) /. (many) 34 tests completed in 0.000 seconds 34 (100.00%) tests passed 0 (0.00%) tests failed -- inexact arithmetics -- == sqrt == (PASS) exact-integer-sqrt 0 (PASS) exact-integer-sqrt 1 (PASS) exact-integer-sqrt 2 (PASS) exact-integer-sqrt 3 (PASS) exact-integer-sqrt 4 (PASS) exact-integer-sqrt 10 (PASS) exact-integer-sqrt 4294967296 (PASS) exact-integer-sqrt 9007199254740991 (PASS) exact-integer-sqrt 9007199254740992 (PASS) exact-integer-sqrt 9007199254740993 (PASS) exact-integer-sqrt 9999999999999999999999999999999999999999999999999999 (PASS) exact-integer-sqrt 10000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000003141592653589 (PASS) exact-integer-sqrt -1 (PASS) exact-integer-sqrt 1.0 (PASS) exact-integer-sqrt 1/4 (PASS) sqrt, exact (PASS) sqrt, exact (PASS) sqrt, inexact (PASS) sqrt, inexact (PASS) sqrt, exact (PASS) sqrt, inexact 21 tests completed in 0.001 seconds 21 (100.00%) tests passed 0 (0.00%) tests failed -- sqrt -- == ffx optimization == (PASS) probit(0.025) (PASS) probit(0.975) 2 tests completed in 0.034 seconds 2 (100.00%) tests passed 0 (0.00%) tests failed -- ffx optimization -- TOTALS: 1796 tests completed in 0.086 seconds 1796 (100.00%) tests passed 0 (0.00%) tests failed ======================================== srfi-4 tests ... ======================================== condition tests ... ======================================== data-structures tests ... ======================================== path tests ... / / abc abc abc abc abc /abc /abc /abc /abc /abc q/abc q/abc q/abc q/abc q/abc . . \..\ \ / / / / . a a a a/ a/b a\b a\b a\b a/b/ a/b/ a/b /a/b /a/b c:a\b c:/a/b c:a\b c:b c:\b a/b a/b a/b/ ../../foo c:\ c:\ c:\ c:\ ~/foo c:~/foo c:~\foo (#f / (.)) (#f / (\)) (#f / (foo)) (#f / (foo bar)) (#f #f (.)) (#f #f (. foo)) (#f #f ( foo bar)) (#f #f (foo bar)) (#f #f #f) (/ #f #f) (#f \ #f) (/ a #f) (#f \a #f) (/ #f #f) (#f \\\ #f) (/ a #f) (#f \\\a #f) (/a b #f) (#f \a\b #f) (/a b c) (#f \a\b c) (. a #f) (#f .\a #f) (. a b) (#f .\a b) (./a b #f) (#f .\a\b #f) (#f a #f) (#f a. #f) (#f .a #f) (a b #f) (#f a\b #f) (a b #f) (#f a\\\b #f) (a/b c #f) (#f a\b\c #f) (a/b/c #f #f) (#f a\b\c\ #f) (a/b/c #f #f) (#f a\b\c\\\ #f) (#f a b) (a.b #f #f) (#f a b\) (#f a.b c) (#f a. b) (#f a.. b) (a. .b #f) (#f a.\ b) x/y/z.q x/y/z.q x/y/z.q x/y/z.q x/y\/z.q x//y/z.q x\y/z.q error /x/y/z /x/y/z /x/y/z /x/y/z /x/y/z /x/y/z /x/y/z/ ======================================== srfi-45 tests ... (PASS) Memoization test 1 (PASS) Memoization test 2 (PASS) Memoization test 3 (PASS) Memoization test 4 (PASS) Reentrancy test 1 (1) (PASS) Reentrancy test 1 (2) (PASS) Reentrancy test 2 (PASS) Reentrancy test 3 (1) (PASS) Reentrancy test 3 (2) (PASS) Reentrancy test 3 (3) ======================================== posix tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'posix-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Warning: Invalid argument In file `posix-tests.scm:42', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.process#process-execute "false" '("123\x00456") '("foo\x00bar" "blabla") '("lalala" "qux\x00mooh")) Argument #3 to procedure `process-execute' has an invalid type: (list string string) The expected type is: (list-of (pair string string)) This is the expression: '("foo\x00bar" "blabla") Procedure `process-execute' from module `chicken.process' has this type: (string #!optional (list-of string) (list-of (pair string string)) fixnum -> noreturn) Warning: Invalid argument In file `posix-tests.scm:42', In a toplevel procedure, In a local procedure, In a local procedure, In procedure call: (chicken.process#process-execute "false" '("123\x00456") '("foo\x00bar" "blabla") '("lalala" "qux\x00mooh")) Argument #4 to procedure `process-execute' has an invalid type: (list string string) The expected type is: fixnum This is the expression: '("lalala" "qux\x00mooh") Procedure `process-execute' from module `chicken.process' has this type: (string #!optional (list-of string) (list-of (pair string string)) fixnum -> noreturn) 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o err ======================================== file access tests ... All tests passed for slash: / ======================================== find-files tests ... == find-files == (PASS) no keyword args (PASS) dotfiles: #t (PASS) follow-symlinks: #t (PASS) limit: 1 (PASS) limit: 1 follow-symlinks: #t (PASS) limit: 2 (PASS) limit: 2 follow-symlinks: #t (PASS) test: (lambda (f) (directory? f)) (PASS) test: (lambda (f) (directory? f)) action: (lambda (f p) (cons (string-append "--" f) p)) (PASS) dotfiles: #t test: (lambda (f) (directory? f)) follow-symlinks: #t (PASS) dotfiles: #t test: (lambda (f) (directory? f)) follow-symlinks: #t limit: 1 11 tests completed in 0.018 seconds 11 (100.00%) tests passed 0 (0.00%) tests failed -- find-files -- TOTALS: 11 tests completed in 0.019 seconds 11 (100.00%) tests passed 0 (0.00%) tests failed ======================================== record-renaming tests ... Inside module m1: (m1#foo # m1#bar #) At toplevel before importing m1: (foo # bar #) At toplevel after importing m1: (foo # bar #) ======================================== regular expression tests ... == basic irregex tests == irregex - (backtrack): (PASS) abc abc y & (PASS) abc xbc n - (PASS) abc axc n - (PASS) abc abx n - (PASS) abc xabcy y & (PASS) abc ababc y & (PASS) ab*c abc y & (PASS) ab*bc abc y & (PASS) ab*bc abbc y & (PASS) ab*bc abbbbc y & (PASS) ab+bc abbc y & (PASS) ab+bc abc n - (PASS) ab+bc abq n - (PASS) ab+bc abbbbc y & (PASS) ab?bc abbc y & (PASS) ab?bc abc y & (PASS) ab?bc abbbbc n - (PASS) ab?c abc y & (PASS) ^abc$ abc y & (PASS) ^abc$ abcc n - (PASS) ^abc abcc y & (PASS) ^abc$ aabc n - (PASS) abc$ aabc y & (PASS) ^ abc y & (PASS) $ abc y & (PASS) a.c abc y & (PASS) a.c axc y & (PASS) a.*c axyzc y & (PASS) a.*c axyzd n - (PASS) a[bc]d abc n - (PASS) a[bc]d abd y & (PASS) a[b-d]e abd n - (PASS) a[b-d]e ace y & (PASS) a[b-d] aac y & (PASS) a[-b] a- y & (PASS) a[b-] a- y & (PASS) [k] ab n - (PASS) a[b-a] - c - (PASS) a[]b - c - (PASS) a[ - c - (PASS) a] a] y & (PASS) a[]]b a]b y & (PASS) a[^bc]d aed y & (PASS) a[^bc]d abd n - (PASS) a[^-b]c adc y & (PASS) a[^-b]c a-c n - (PASS) a[^]b]c a]c n - (PASS) a[^]b]c adc y & (PASS) ab|cd abc y & (PASS) ab|cd abcd y & (PASS) ()ef def y &-\1 (PASS) ()* - c - (PASS) *a - c - (PASS) ^* - c - (PASS) $* - c - (PASS) (*)b - c - (PASS) $b b n - (PASS) a\ - c - (PASS) a\(b a(b y &-\1 (PASS) a\(*b ab y & (PASS) a\(*b a((b y & (PASS) a\\b a\b y & (PASS) abc) - c - (PASS) (abc - c - (PASS) ((a)) abc y &-\1-\2 (PASS) (a)b(c) abc y &-\1-\2 (PASS) a+b+c aabbabc y & (PASS) a** - c - (PASS) (a*)* - c - (PASS) (a*)+ - c - (PASS) (a|)* - c - (PASS) (a*|b)* - c - (PASS) (a+|b)* ab y &-\1 (PASS) (a+|b)+ ab y &-\1 (PASS) (a+|b)? ab y &-\1 (PASS) (a+|b){0,0} ab y &-\1 (PASS) (a+|b){0,2} ab y &-\1 (PASS) (a+|b){1,2} ab y &-\1 (PASS) ^(a+|b){0,0}$ a n - (PASS) ^(a+|b){1,2}$ ab y &-\1 (PASS) ^(a+|b){1,2}$ abc n - (PASS) ^(a+|b){0,1}$ ab n - (PASS) (a+|b){0,2}b ab y &-\1 (PASS) (a+|b){0,2}b aab y &-\1 (PASS) (a+|b){0,2}b abb y &-\1 (PASS) (a+|b){0,2}?b ab y &-\1 (PASS) (a+|b){0,2}?b aab y &-\1 (PASS) (a+|b){0,2}?b abb y &-\1 (PASS) ^(a+|b){0,2}?b$ abb y &-\1 (PASS) ^(a+|b){0,2}?$ aab y &-\1 (PASS) ^((a+)|(b)){0,2}?$ aaab y &-\1-\2-\3 (PASS) ^(a+|b){0,0}?$ a n - (PASS) (a+|b){0,0}? ab y &-\1 (PASS) (a+|b){1,2}?b b n - (PASS) (a+|b){0,2}?ab ab y &-\1 (PASS) (a+|b){2,3}?b ab n - (PASS) [^ab]* cde y & (PASS) (^)* - c - (PASS) (ab|)* - c - (PASS) )( - c - (PASS) abc y & (PASS) abc n - (PASS) a* y & (PASS) abcd abcd y &-\&-\\& (PASS) a(bc)d abcd y \1-\\1-\\\1 (PASS) ([abc])*d abbbcd y &-\1 (PASS) ([abc])*bcd abcd y &-\1 (PASS) a|b|c|d|e e y & (PASS) (a|b|c|d|e)f ef y &-\1 (PASS) ((a*|b))* - c - (PASS) abcd*efg abcdefg y & (PASS) ab* xabyabbbz y & (PASS) ab* xayabbbz y & (PASS) (ab|cd)e abcde y &-\1 (PASS) [abhgefdc]ij hij y & (PASS) ^(ab|cd)e abcde n x\1y (PASS) (abc|)ef abcdef y &-\1 (PASS) (a|b)c*d abcd y &-\1 (PASS) (ab|ab*)bc abc y &-\1 (PASS) (?:(a)b|ac) ac y &-\1 (PASS) a(?=(b|c)) ab y &-\1 (PASS) a(?=(b|c)) a n - (PASS) a(?=(b|c)) ax n - (PASS) a(?=(b|c))bc abc y &-\1 (PASS) a(?!(b|c)) ax y &-\1 (PASS) a(?!(b|c)) a y &-\1 (PASS) a(?!(b|c)) ab n - (PASS) a(?!(b|c))xc axc y &-\1 (PASS) (a|b)(?<=(a))c ac y &-\1-\2 (PASS) (a|b)(?<=(a))c bc n - (PASS) (?<=(a))bc bc n - (PASS) .(?<=(a))bc abc y &-\1 (PASS) (a|b)(? (PASS) # (PASS) # (PASS) # (PASS) # (PASS) # Case sensitivity: (PASS) #t (PASS) # (PASS) # (PASS) #t (PASS) # (PASS) #t (PASS) # (PASS) #t (PASS) #t (PASS) #t API: predicates: (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t valid index: (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t (PASS) #t number of submatches: (PASS) 0 (PASS) 1 (PASS) 2 (PASS) 2 (PASS) 10 (PASS) 0 (PASS) 1 (PASS) 2 (PASS) 2 (PASS) 10 match substring: (PASS) axxxb (PASS) (irregex-match-substring (irregex-search a.*b axxxb) 1) (PASS) xxx (PASS) #f (PASS) (irregex-match-substring (irregex-search a(.*)|b axxx) 2) (PASS) (irregex-match-substring (irregex-search a(.*)|b b) 2) match start-index: (PASS) 0 (PASS) (irregex-match-start-index (irregex-search a.*b axxxb) 1) (PASS) 1 (PASS) #f (PASS) (irregex-match-start-index (irregex-search a(.*)|b axxx) 2) (PASS) (irregex-match-start-index (irregex-search a(.*)|b b) 2) match end-index: (PASS) 5 (PASS) (irregex-match-end-index (irregex-search a.*b axxxb) 1) (PASS) 4 (PASS) #f (PASS) (irregex-match-end-index (irregex-search a(.*)|b axxx) 2) (PASS) (irregex-match-end-index (irregex-search a(.*)|b b) 2) utils: (PASS) h*llo world (PASS) hello world (PASS) h*ll* w*rld (PASS) (quote (bob@test.com fred@example.com)) (PASS) (quote (bob@test.com fred@example.com)) (PASS) (quote (poo poo )) (PASS) * x (PASS) * x (PASS) ***x*** (PASS) ***x*** (PASS) xaac (PASS) xaac (PASS) xaac (PASS) xaac (PASS) *Line 1 *Line 2 (PASS) **p*l*a*t*t*e*r (PASS) x- y- z- (PASS) any gosh darned string (PASS) (quote (foo foo b a r foo)) (PASS) (quote (f o o b a r b a z)) (PASS) (quote (f b r b z)) (PASS) (quote ( oo a a )) (PASS) (quote (Line 1 Line 2 Line 3)) (PASS) (quote (foo bar baz )) (PASS) (quote ( blah blah blah)) named submatches: (PASS) matching submatch is seen and extracted (PASS) matching submatch index is valid (PASS) nonmatching submatch is known but returns false (PASS) nonmatching submatch index is valid (PASS) nonexisting submatch is unknown and raises an error (PASS) nonexisting submatch index is invalid (PASS) matching alternative is used (PASS) matching alternative is used (second match) (PASS) last match is used with multiple matches for a name (PASS) submatch start (PASS) unknown submatch start (PASS) submatch end (PASS) unknown submatch start error handling: (PASS) (irregex (quote invalid-sre)) (PASS) (string->irregex (quote not-a-string)) (PASS) (sre->irregex (quote invalid-sre)) (PASS) (irregex-search (quote not-an-irx-or-sre) foo) (PASS) (irregex-search foo (quote not-a-string)) (PASS) (irregex-search foo foo (quote not-a-number)) (PASS) (irregex-search foo foo 0 (quote not-a-number)) (PASS) (irregex-match-valid-index? (quote not-a-match-object) 0) (PASS) (irregex-match-start-index (quote not-a-match-object) 0) (PASS) (irregex-match-start-index (irregex-search foo foo) -1) (PASS) (irregex-match-end-index (quote not-a-match-object) 0) (PASS) (irregex-match-end-index (irregex-search foo foo) -1) (PASS) (irregex-match-start-chunk (quote not-a-match-object) 0) (PASS) (irregex-match-end-chunk (quote not-a-match-object) 0) (PASS) (irregex-match-substring (quote not-a-match-object) 0) (PASS) (irregex-match-subchunk (quote not-a-match-object) 0) (PASS) (irregex-match-num-submatches (quote not-a-match-object)) (PASS) (irregex-match-names (quote not-a-match-object)) (PASS) (irregex-num-submatches (quote not-an-irx)) (PASS) (irregex-names (quote not-an-irx)) (PASS) (irregex-fold (quote not-an-irx) (lambda x x) 0 foo (lambda x x) 0 3) (PASS) (irregex-fold foo (quote not-a-proc) 0 foo (lambda x x) 0 3) (PASS) (irregex-fold foo (lambda (a b) b) 0 (quote not-a-string) (lambda x x) 0 3) (PASS) (irregex-fold foo (lambda (a b) b) 0 foo (quote not-a-proc) 0 3) (PASS) (irregex-fold foo (lambda (a b) b) 0 foo (lambda x x) (quote not-a-number) 3) (PASS) (irregex-fold foo (lambda (a b) b) 0 foo (lambda x x) 0 (quote not-a-number)) (PASS) (irregex-replace (quote not-an-irx) str) (PASS) (irregex-replace foo foo (lambda (x) (quote not-a-string))) (PASS) (irregex-replace/all (quote not-an-irx) str) (PASS) (irregex-replace/all foo foo (lambda (x) (quote not-a-string))) SRE representation edge cases: (PASS) empty sequence in "or" (PASS) alternative to empty sequence in "or" 2456 tests completed in 0.411 seconds 2456 (100.00%) tests passed 0 (0.00%) tests failed -- basic irregex tests -- == utf-8 tests == (PASS) # (PASS) # (PASS) # (PASS) #t (PASS) #t (PASS) # (PASS) #t (PASS) # (PASS) # (PASS) # (PASS) #t (PASS) # (PASS) # (PASS) #t (PASS) #t (PASS) # (PASS) #t (PASS) #t (PASS) # (PASS) #t (PASS) #t (PASS) #t (PASS) #t 23 tests completed in 0.270 seconds 23 (100.00%) tests passed 0 (0.00%) tests failed -- utf-8 tests -- TOTALS: 2479 tests completed in 0.682 seconds 2479 (100.00%) tests passed 0 (0.00%) tests failed ======================================== compiler/nursery stress test ... 100000 120000 200000 250000 300000 350000 400000 450000 500000 ======================================== heap literal stress test ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'heap-literal-stress-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o 100000 [debug] application startup... [debug] heap resized to 100000 bytes [debug] stack bottom is 0x7ffe223f4430 [debug] entering toplevel... [debug] resizing heap dynamically from 97k to 17993k ... [GC] (old) fromspace: start=0x00007fc37f3a1040, limit=0x00007fc37f3ad390 [GC] (old) tospace: start=0x00007fc37f394050, limit=0x00007fc37f3a03a0 [GC] resized heap to 18425264 bytes [GC] (new) fromspace: start=0x00007fc37eabb0a0, limit=0x00007fc37f384378 [GC] (new) tospace: start=0x00007fc37e1f10b0, limit=0x00007fc37eaba388 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally 120000 [debug] application startup... [debug] heap resized to 120000 bytes [debug] stack bottom is 0x7ffce79ddcd0 [debug] entering toplevel... [debug] resizing heap dynamically from 117k to 18032k ... [GC] (old) fromspace: start=0x00007fd54f587040, limit=0x00007fd54f595aa0 [GC] (old) tospace: start=0x00007fd54f578050, limit=0x00007fd54f586ab0 [GC] resized heap to 18465264 bytes [GC] (new) fromspace: start=0x00007fd54ec9a0a0, limit=0x00007fd54f568198 [GC] (new) tospace: start=0x00007fd54e3cb0b0, limit=0x00007fd54ec991a8 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally 200000 [debug] application startup... [debug] heap resized to 200000 bytes [debug] stack bottom is 0x7fff867b16c0 [debug] entering toplevel... [debug] resizing heap dynamically from 195k to 18188k ... [GC] (old) fromspace: start=0x00007f5b66411040, limit=0x00007f5b664296e0 [GC] (old) tospace: start=0x00007f5b663f8050, limit=0x00007f5b664106f0 [GC] resized heap to 18625264 bytes [GC] (new) fromspace: start=0x00007f5b65b070a0, limit=0x00007f5b663e8a18 [GC] (new) tospace: start=0x00007f5b652250b0, limit=0x00007f5b65b06a28 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally 250000 [debug] application startup... [debug] heap resized to 250000 bytes [debug] stack bottom is 0x7ffdce941b80 [debug] entering toplevel... [debug] resizing heap dynamically from 244k to 18286k ... [GC] (old) fromspace: start=0x00007f10a04c5040, limit=0x00007f10a04e3888 [GC] (old) tospace: start=0x00007f10a04a6050, limit=0x00007f10a04c4898 [GC] resized heap to 18725264 bytes [GC] (new) fromspace: start=0x00007f109fba90a0, limit=0x00007f10a0496d68 [GC] (new) tospace: start=0x00007f109f2bb0b0, limit=0x00007f109fba8d78 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally 300000 [debug] application startup... [debug] heap resized to 300000 bytes [debug] stack bottom is 0x7ffd2d0b3ae0 [debug] entering toplevel... [debug] resizing heap dynamically from 292k to 18384k ... [GC] (old) fromspace: start=0x00007f1aa0dff040, limit=0x00007f1aa0e23a30 [GC] (old) tospace: start=0x00007f1aa0dda050, limit=0x00007f1aa0dfea40 [GC] resized heap to 18825264 bytes [GC] (new) fromspace: start=0x00007f1aa04d00a0, limit=0x00007f1aa0dca0b8 [GC] (new) tospace: start=0x00007f1a9fbd50b0, limit=0x00007f1aa04cf0c8 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally 350000 [debug] application startup... [debug] heap resized to 350000 bytes [debug] stack bottom is 0x7ffe3b8b8a40 [debug] entering toplevel... [debug] resizing heap dynamically from 341k to 18481k ... [GC] (old) fromspace: start=0x00007f6ccd251040, limit=0x00007f6ccd27bbd8 [GC] (old) tospace: start=0x00007f6ccd226050, limit=0x00007f6ccd250be8 [GC] resized heap to 18925264 bytes [GC] (new) fromspace: start=0x00007f6ccc9100a0, limit=0x00007f6ccd216408 [GC] (new) tospace: start=0x00007f6ccc0090b0, limit=0x00007f6ccc90f418 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally 400000 [debug] application startup... [debug] heap resized to 400000 bytes [debug] stack bottom is 0x7ffcbd1d8050 [debug] entering toplevel... [debug] resizing heap dynamically from 390k to 18579k ... [GC] (old) fromspace: start=0x00007fc3cccc8040, limit=0x00007fc3cccf8d80 [GC] (old) tospace: start=0x00007fc3ccc97050, limit=0x00007fc3cccc7d90 [GC] resized heap to 19025264 bytes [GC] (new) fromspace: start=0x00007fc3cc3750a0, limit=0x00007fc3ccc87758 [GC] (new) tospace: start=0x00007fc3cba620b0, limit=0x00007fc3cc374768 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally 450000 [debug] application startup... [debug] heap resized to 450000 bytes [debug] stack bottom is 0x7fff54653230 [debug] entering toplevel... [debug] resizing heap dynamically from 439k to 18677k ... [GC] (old) fromspace: start=0x00007f79391ba040, limit=0x00007f79391f0f28 [GC] (old) tospace: start=0x00007f7939183050, limit=0x00007f79391b9f38 [GC] resized heap to 19125264 bytes [GC] (new) fromspace: start=0x00007f79388550a0, limit=0x00007f7939173aa8 [GC] (new) tospace: start=0x00007f7937f360b0, limit=0x00007f7938854ab8 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally 500000 [debug] application startup... [debug] heap resized to 500000 bytes [debug] stack bottom is 0x7ffd7c9174a0 [debug] entering toplevel... [debug] resizing heap dynamically from 488k to 18774k ... [GC] (old) fromspace: start=0x00007f509ef82040, limit=0x00007f509efbf0d0 [GC] (old) tospace: start=0x00007f509ef44050, limit=0x00007f509ef810e0 [GC] resized heap to 19225264 bytes [GC] (new) fromspace: start=0x00007f509e60a0a0, limit=0x00007f509ef34df8 [GC] (new) tospace: start=0x00007f509dcdf0b0, limit=0x00007f509e609e08 [debug] entering library... [debug] entering build-version... [debug] entering eval... [debug] entering modules... [debug] entering chicken-syntax... [debug] entering expand... [debug] entering internal... [debug] entering data-structures... [debug] entering extras... [debug] application terminated normally ======================================== symbol-GC tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'symbolgc-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o starting with 1668 symbols interning 10000 symbols ... recovering ... 0 newly interned symbols left interning 10000 keywords ... recovering ... 0 newly interned leywords left done. ======================================== finalizer tests ... Delete: (1 2 3) (y: #f) 2 /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'test-finalizers.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o Delete: (1 2 3) (y: #f) 2 /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'finalizer-error-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Warning: Invalid argument In file `finalizer-error-test.scm:15', In a toplevel procedure, In procedure call: (scheme#+ i 'a) Argument #2 to procedure `+' has an invalid type: symbol The expected type is: number This is the expression: 'a Procedure `+' from module `scheme' has this type: (#!rest number -> number) 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o expect an error message here: 1562 1561 1560 1559 1558 1557 1556 1555 1554 1553 1552 1551 1550 1549 1548 1547 1546 1545 1544 1543 1542 1541 1540 1539 1538 1537 1536 1535 1534 1533 1532 1531 1530 1529 1528 1527 1526 1525 1524 1523 1522 1521 1520 1519 1518 1517 1516 1515 1514 1513 1512 1511 1510 1509 1508 1507 1506 1505 1504 1503 1502 1501 1500 1499 1498 1497 1496 1495 1494 1493 1492 1491 1490 1489 1488 1487 1486 1485 1484 1483 1482 1481 1480 1479 1478 1477 1476 1475 1474 1473 1472 1471 1470 1469 1468 1467 1466 1465 1464 1463 1462 1461 1460 1459 1458 1457 1456 1455 1454 1453 1452 1451 1450 1449 1448 1447 1446 1445 1444 1443 1442 1441 1440 1439 1438 1437 1436 1435 1434 1433 1432 1431 1430 1429 1428 1427 1426 1425 1424 1423 1422 1421 1420 1419 1418 1417 1416 1415 1414 1413 1412 1411 1410 1409 1408 1407 1406 1405 1404 1403 1402 1401 1400 1399 1398 1397 1396 1395 1394 1393 1392 1391 1390 1389 1388 1387 1386 1385 1384 1383 1382 1381 1380 1379 1378 1377 1376 1375 1374 1373 1372 1371 1370 1369 1368 1367 1366 1365 1364 1363 1362 1361 1360 1359 1358 1357 1356 1355 1354 1353 1352 1351 1350 1349 1348 1347 1346 1345 1344 1343 1342 1341 1340 1339 1338 1337 1336 1335 1334 1333 1332 1331 1330 1329 1328 1327 1326 1325 1324 1323 1322 1321 1320 1319 1318 1317 1316 1315 1314 1313 1312 1311 1310 1309 1308 1307 1306 1305 1304 1303 1302 1301 1300 1299 1298 1297 1296 1295 1294 1293 1292 1291 1290 1289 1288 1287 1286 1285 1284 1283 1282 1281 1280 1279 1278 1277 1276 1275 1274 1273 1272 1271 1270 1269 1268 1267 1266 1265 1264 1263 1262 1261 1260 1259 1258 1257 1256 1255 1254 1253 1252 1251 1250 1249 1248 1247 1246 1245 1244 1243 1242 1241 1240 1239 1238 1237 1236 1235 1234 1233 1232 1231 1230 1229 1228 1227 1226 1225 1224 1223 1222 1221 1220 1219 1218 1217 1216 1215 1214 1213 1212 1211 1210 1209 1208 1207 1206 1205 1204 1203 1202 1201 1200 1199 1198 1197 1196 1195 1194 1193 1192 1191 1190 1189 1188 1187 1186 1185 1184 1183 1182 1181 1180 1179 1178 1177 1176 1175 1174 1173 1172 1171 1170 1169 1168 1167 1166 1165 1164 1163 1162 1161 1160 1159 1158 1157 1156 1155 1154 1153 1152 1151 1150 1149 1148 1147 1146 1145 1144 1143 1142 1141 1140 1139 1138 1137 1136 1135 1134 1133 1132 1131 1130 1129 1128 1127 1126 1125 1124 1123 1122 1121 1120 1119 1118 1117 1116 1115 1114 1113 1112 1111 1110 1109 1108 1107 1106 1105 1104 1103 1102 1101 1100 1099 1098 1097 1096 1095 1094 1093 1092 1091 1090 1089 1088 1087 1086 1085 1084 1083 1082 1081 1080 1079 1078 1077 1076 1075 1074 1073 1072 1071 1070 1069 1068 1067 1066 1065 1064 1063 1062 1061 1060 1059 1058 1057 1056 1055 1054 1053 1052 1051 1050 1049 1048 1047 1046 1045 1044 1043 1042 1041 1040 1039 1038 1037 1036 1035 1034 1033 1032 1031 1030 1029 1028 1027 1026 1025 1024 1023 1022 1021 1020 1019 1018 1017 1016 1015 1014 1013 1012 1011 1010 1009 1008 1007 1006 1005 1004 1003 1002 1001 1000 999 998 997 996 995 994 993 992 991 990 989 988 987 986 985 984 983 982 981 980 979 978 977 976 975 974 973 972 971 970 969 968 967 966 965 964 963 962 961 960 959 958 957 956 955 954 953 952 951 950 949 948 947 946 945 944 943 942 941 940 939 938 937 936 935 934 933 932 931 930 929 928 927 926 925 924 923 922 921 920 919 918 917 916 915 914 913 912 911 910 909 908 907 906 905 904 903 902 901 900 899 898 897 896 895 894 893 892 891 890 889 888 887 886 885 884 883 882 881 880 879 878 877 876 875 874 873 872 871 870 869 868 867 866 865 864 863 862 861 860 859 858 857 856 855 854 853 852 851 850 849 848 847 846 845 844 843 842 841 840 839 838 837 836 835 834 833 832 831 830 829 828 827 826 825 824 823 822 821 820 819 818 817 816 815 814 813 812 811 810 809 808 807 806 805 804 803 802 801 800 799 798 797 796 795 794 793 792 791 790 789 788 787 786 785 784 783 782 781 780 779 778 777 776 775 774 773 772 771 770 769 768 767 766 765 764 763 762 761 760 759 758 757 756 755 754 753 752 751 750 749 748 747 746 745 744 743 742 741 740 739 738 737 736 735 734 733 732 731 730 729 728 727 726 725 724 723 722 721 720 719 718 717 716 715 714 713 712 711 710 709 708 707 706 705 704 703 702 701 700 699 698 697 696 695 694 693 692 691 690 689 688 687 686 685 684 683 682 681 680 679 678 677 676 675 674 673 672 671 670 669 668 667 666 665 664 663 662 661 660 659 658 657 656 655 654 653 652 651 650 649 648 647 646 645 644 643 642 641 640 639 638 637 636 635 634 633 632 631 630 629 628 627 626 625 624 623 622 621 620 619 618 617 616 615 614 613 612 611 610 609 608 607 606 605 604 603 602 601 600 599 598 597 596 595 594 593 592 591 590 589 588 587 586 585 584 583 582 581 580 579 578 577 576 575 574 573 572 571 570 569 568 567 566 565 564 563 562 561 560 559 558 557 556 555 554 553 552 551 550 549 548 547 546 545 544 543 542 541 540 539 538 537 536 535 534 533 532 531 530 529 528 527 526 525 524 523 522 521 520 519 518 517 516 515 514 513 512 511 510 509 508 507 506 505 504 503 502 501 500 499 498 497 496 495 494 493 492 491 490 489 488 487 486 485 484 483 482 481 480 479 478 477 476 475 474 473 472 471 470 469 468 467 466 465 464 463 462 461 460 459 458 457 456 455 454 453 452 451 450 449 448 447 446 445 444 443 442 441 440 439 438 437 436 435 434 433 432 431 430 429 428 427 426 425 424 423 422 421 420 419 418 417 416 415 414 413 412 411 410 409 408 407 406 405 404 403 402 401 400 399 398 397 396 395 394 393 392 391 390 389 388 387 386 385 384 383 382 381 380 379 378 377 376 375 374 373 372 371 370 369 368 367 366 365 364 363 362 361 360 359 358 357 356 355 354 353 352 351 350 349 348 347 346 345 344 343 342 341 340 339 338 337 336 335 334 333 332 331 330 329 328 327 326 325 324 323 322 321 320 319 318 317 316 315 314 313 312 311 310 309 308 307 306 305 304 303 302 301 300 299 298 297 296 295 294 293 292 291 290 289 288 287 286 285 284 283 282 281 280 279 278 277 276 275 274 273 272 271 270 269 268 267 266 265 264 263 262 261 260 259 258 257 256 255 254 253 252 251 250 249 248 247 246 245 244 243 242 241 240 239 238 237 236 235 234 233 232 231 230 229 228 227 226 225 224 223 222 221 220 219 218 217 216 215 214 213 212 211 210 209 208 207 206 205 204 203 202 201 200 199 198 197 196 195 194 193 192 191 190 189 188 187 186 185 184 183 182 181 180 179 178 177 176 175 174 173 172 171 170 169 168 167 166 165 164 163 162 161 160 159 158 157 156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103 102 101 100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Warning: in finalizer: unbound variable: i Call history: finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* finalizer-error-test.scm:11: chicken.base#print* <-- 3743 3742 3741 3740 3739 3738 3737 3736 3735 3734 3733 3732 3731 3730 3729 3728 3727 3726 3725 3724 3723 3722 3721 3720 3719 3718 3717 3716 3715 3714 3713 3712 3711 3710 3709 3708 3707 3706 3705 3704 3703 3702 3701 3700 3699 3698 3697 3696 3695 3694 3693 3692 3691 3690 3689 3688 3687 3686 3685 3684 3683 3682 3681 3680 3679 3678 3677 3676 3675 3674 3673 3672 3671 3670 3669 3668 3667 3666 3665 3664 3663 3662 3661 3660 3659 3658 3657 3656 3655 3654 3653 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'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o creating gc roots forcing finalizers dropping data forcing finalizables 500 releasing non-finalizable gc roots forcing remaining ======================================== locative stress test ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'locative-stress-test.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== syntax-rules stress test ... prime real 0m 4.45s user 0m 4.39s sys 0m 0.05s ======================================== include test ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'a/b/include.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'a/b/include.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only -include-path a /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'a/b/include.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'a/include.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'a/b/include.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -analyze-only -include-path a ======================================== executable tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'executable-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o == executable tests == (PASS) program-name (PASS) executable-pathname 2 tests completed in 0.001 seconds 2 (100.00%) tests passed 0 (0.00%) tests failed -- executable tests -- TOTALS: 2 tests completed in 0.001 seconds 2 (100.00%) tests passed 0 (0.00%) tests failed ======================================== user pass tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'null.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository -extend user-pass-tests.scm 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== embedding (1) ... 'gcc' 'embedded1.c' -o 'embedded1.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken 'gcc' 'embedded1.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm embedded1.o ======================================== embedding (2) ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'embedded2.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -DC_EMBEDDED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o starting... #(ok ok ok ok ok ok ok ok ok ok) --> 10 ======================================== embedding (3) ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'embedded4.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -DC_EMBEDDED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken 'gcc' 'embedded3.c' -o 'embedded3.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -DC_EMBEDDED -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'embedded3.o' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm embedded3.o rm a.o data: 0x00007f1727a341d8 ouch (expected): Error: bad argument count - received 0 but expected 1: # -> 529 data: 0x00007f1727a341d8 -> 9801 -> 4.69042 ======================================== linking tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'reverser/tags/1.0/reverser.scm' -output-file 'reverser/tags/1.0/reverser.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -unit reverser -emit-all-import-libraries generating import library `reverser.import.scm' for module `reverser' ... 'gcc' 'reverser/tags/1.0/reverser.c' -o 'reverser/tags/1.0/reverser.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm reverser/tags/1.0/reverser.c /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'linking-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -link reverser 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' 'reverser.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'linking-tests.scm' -output-file 'a.c' -static -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -link reverser -emit-link-file a.link 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' 'reverser.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../libchicken.a -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'linking-tests.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -link reverser 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' '/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/test-repository/reverser.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'linking-tests.scm' -output-file 'a.c' -static -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -link reverser -emit-link-file a.link 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' '/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/test-repository/reverser.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../libchicken.a -lm -ldl rm a.o ======================================== private repository test ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'private-repository-test.scm' -output-file 'tmp/xxx.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository 'gcc' 'tmp/xxx.c' -o 'tmp/xxx.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -DC_PRIVATE_REPOSITORY -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm tmp/xxx.c 'gcc' 'tmp/xxx.o' -o 'tmp/xxx' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm tmp/xxx.o (/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/tmp /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/tmp) (/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/tmp /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/tmp) ======================================== multiple return values tests ... /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/../chicken 'multiple-values.scm' -output-file 'a.c' -verbose -include-path /home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -consult-types-file ../types.db -ignore-repository Warning: Too many argument values In file `multiple-values.scm:9', At the toplevel, In procedure call: (f (scheme#values 1 2 3)) Argument #1 to procedure `f' returns 3 values but 1 is expected. It is a call to `values' from module `scheme' which has this type: (procedure (#!rest values) . *) This is the expression: (scheme#values 1 2 3) 'gcc' 'a.c' -o 'a.o' -c -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer -I/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -I/usr/include/chicken rm a.c 'gcc' 'a.o' -o 'a.out' -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -L/home/buildozer/aports/community/chicken/src/chicken-5.3.0/tests/.. -Wl,-rpath=/usr/lib -lchicken -lm -ldl rm a.o ======================================== done. All tests passed. >>> chicken: Entering fakeroot... install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib" install -m 755 libchicken.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/libchicken.so.11" cd "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib" && ln -sf libchicken.so.11 libchicken.so rm -f chicken rm -f csi rm -f chicken-profile rm -f csc rm -f chicken-do rm -f chicken-status rm -f chicken-install rm -f chicken-uninstall rm -f srfi-4.so chicken.base.so chicken.condition.so chicken.csi.so chicken.foreign.so chicken.syntax.so chicken.time.so chicken.bitwise.so chicken.blob.so chicken.errno.so chicken.file.posix.so chicken.fixnum.so chicken.flonum.so chicken.format.so chicken.gc.so chicken.io.so chicken.keyword.so chicken.load.so chicken.locative.so chicken.memory.so chicken.memory.representation.so chicken.platform.so chicken.plist.so chicken.pretty-print.so chicken.process.so chicken.process.signal.so chicken.process-context.so chicken.process-context.posix.so chicken.random.so chicken.sort.so chicken.string.so chicken.time.posix.so chicken.continuation.so chicken.eval.so chicken.file.so chicken.internal.so chicken.irregex.so chicken.pathname.so chicken.port.so chicken.read-syntax.so chicken.repl.so chicken.tcp.so chicken.compiler.user-pass.so rm -f srfi-4.import.so chicken.base.import.so chicken.condition.import.so chicken.csi.import.so chicken.foreign.import.so chicken.syntax.import.so chicken.time.import.so chicken.bitwise.import.so chicken.blob.import.so chicken.errno.import.so chicken.file.posix.import.so chicken.fixnum.import.so chicken.flonum.import.so chicken.format.import.so chicken.gc.import.so chicken.io.import.so chicken.keyword.import.so chicken.load.import.so chicken.locative.import.so chicken.memory.import.so chicken.memory.representation.import.so chicken.platform.import.so chicken.plist.import.so chicken.pretty-print.import.so chicken.process.import.so chicken.process.signal.import.so chicken.process-context.import.so chicken.process-context.posix.import.so chicken.random.import.so chicken.sort.import.so chicken.string.import.so chicken.time.posix.import.so chicken.continuation.import.so chicken.eval.import.so chicken.file.import.so chicken.internal.import.so chicken.irregex.import.so chicken.pathname.import.so chicken.port.import.so chicken.read-syntax.import.so chicken.repl.import.so chicken.tcp.import.so chicken.compiler.user-pass.import.so rm -f libchicken.so "make" PLATFORM=linux CONFIG=config.make NEEDS_RELINKING=no RUNTIME_LINKER_PATH="/usr/lib" install-bin make[1]: Entering directory '/home/buildozer/aports/community/chicken/src/chicken-5.3.0' gcc -shared -Wl,-soname,libchicken.so.11 \ -o libchicken.so library.o eval.o read-syntax.o repl.o data-structures.o pathname.o port.o file.o extras.o lolevel.o tcp.o srfi-4.o continuation.o posixunix.o internal.o irregex.o scheduler.o debugger-client.o profiler.o stub.o expand.o modules.o chicken-syntax.o chicken-ffi-syntax.o build-version.o runtime.o -lm -ldl ln -sf libchicken.so libchicken.so.11 gcc -L. chicken.o batch-driver.o core.o optimizer.o lfa2.o compiler-syntax.o scrutinizer.o support.o c-platform.o c-backend.o user-pass.o -o chicken \ -lchicken -lm -ldl gcc -L. csi.o -o csi -lchicken -lm -ldl gcc -L. -shared srfi-4.import.o -o srfi-4.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.base.import.o -o chicken.base.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.condition.import.o -o chicken.condition.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.csi.import.o -o chicken.csi.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.foreign.import.o -o chicken.foreign.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.syntax.import.o -o chicken.syntax.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.time.import.o -o chicken.time.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.bitwise.import.o -o chicken.bitwise.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.blob.import.o -o chicken.blob.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.errno.import.o -o chicken.errno.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.file.posix.import.o -o chicken.file.posix.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.fixnum.import.o -o chicken.fixnum.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.flonum.import.o -o chicken.flonum.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.format.import.o -o chicken.format.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.gc.import.o -o chicken.gc.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.io.import.o -o chicken.io.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.keyword.import.o -o chicken.keyword.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.load.import.o -o chicken.load.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.locative.import.o -o chicken.locative.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.memory.import.o -o chicken.memory.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.memory.representation.import.o -o chicken.memory.representation.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.platform.import.o -o chicken.platform.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.plist.import.o -o chicken.plist.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.pretty-print.import.o -o chicken.pretty-print.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.process.import.o -o chicken.process.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.process.signal.import.o -o chicken.process.signal.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.process-context.import.o -o chicken.process-context.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.process-context.posix.import.o -o chicken.process-context.posix.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.random.import.o -o chicken.random.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.sort.import.o -o chicken.sort.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.string.import.o -o chicken.string.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.time.posix.import.o -o chicken.time.posix.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.continuation.import.o -o chicken.continuation.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.eval.import.o -o chicken.eval.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.file.import.o -o chicken.file.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.internal.import.o -o chicken.internal.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.irregex.import.o -o chicken.irregex.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.pathname.import.o -o chicken.pathname.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.port.import.o -o chicken.port.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.read-syntax.import.o -o chicken.read-syntax.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.repl.import.o -o chicken.repl.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.tcp.import.o -o chicken.tcp.import.so \ -lchicken \ -lm -ldl gcc -L. -shared chicken.compiler.user-pass.import.o -o chicken.compiler.user-pass.import.so \ -lchicken \ -lm -ldl gcc -L. chicken-install.o -o chicken-install -lchicken -lm -ldl gcc -L. chicken-uninstall.o -o chicken-uninstall -lchicken -lm -ldl gcc -L. chicken-status.o -o chicken-status -lchicken -lm -ldl gcc -L. chicken-profile.o -o chicken-profile -lchicken -lm -ldl gcc -L. csc.o -o csc -lchicken -lm -ldl gcc -fno-strict-aliasing -fwrapv -DHAVE_CHICKEN_CONFIG_H -DC_ENABLE_PTABLES -Os -fomit-frame-pointer chicken-do.c -o chicken-do install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib" install -m 755 libchicken.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/libchicken.so.11" cd "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib" && ln -sf libchicken.so.11 libchicken.so install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/include/chicken" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken" install -m 644 libchicken.a "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib" install -m 644 ./chicken.h "/home/buildozer/aports/community/chicken/pkg/chicken/usr/include/chicken" install -m 644 chicken-config.h "/home/buildozer/aports/community/chicken/pkg/chicken/usr/include/chicken" install -m 644 ./types.db "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 chicken "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 csi "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 chicken-profile "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 csc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 chicken-do "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 chicken-status "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 chicken-install "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 chicken-uninstall "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 feathers "/home/buildozer/aports/community/chicken/pkg/chicken/usr/bin" install -m 755 srfi-4.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.base.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.condition.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.csi.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.foreign.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.syntax.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.time.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.bitwise.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.blob.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.errno.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.file.posix.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.fixnum.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.flonum.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.format.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.gc.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.io.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.keyword.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.load.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.locative.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.memory.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.memory.representation.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.platform.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.plist.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.pretty-print.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.process.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.process.signal.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.process-context.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.process-context.posix.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.random.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.sort.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.string.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.time.posix.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.continuation.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.eval.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.file.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.internal.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.irregex.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.pathname.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.port.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.read-syntax.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.repl.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.tcp.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -m 755 chicken.compiler.user-pass.import.so "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" Warning: cannot run `chicken-install -update-db' when cross-compiling or DESTDIR is set make[1]: Leaving directory '/home/buildozer/aports/community/chicken/src/chicken-5.3.0' install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/include/chicken" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken" install -m 644 libchicken.a "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib" install -m 644 ./chicken.h "/home/buildozer/aports/community/chicken/pkg/chicken/usr/include/chicken" install -m 644 chicken-config.h "/home/buildozer/aports/community/chicken/pkg/chicken/usr/include/chicken" install -m 644 ./types.db "/home/buildozer/aports/community/chicken/pkg/chicken/usr/lib/chicken/11" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken/doc" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken" install -m 644 ./chicken.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/chicken.1" install -m 644 ./csc.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/csc.1" install -m 644 ./csi.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/csi.1" install -m 644 ./chicken-do.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/chicken-do.1" install -m 644 ./chicken-install.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/chicken-install.1" install -m 644 ./chicken-uninstall.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/chicken-uninstall.1" install -m 644 ./chicken-status.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/chicken-status.1" install -m 644 ./chicken-profile.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/chicken-profile.1" install -m 644 ./feathers.mdoc "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/man/man1/feathers.1" install -d -m 755 "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken/doc/manual" install -m 644 ./manual-html/* "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken/doc/manual" install -m 644 ./README "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken/doc" install -m 644 ./DEPRECATED "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken/doc" install -m 644 ./LICENSE "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken/doc" install -m 644 ./setup.defaults "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken" install -m 644 ./feathers.tcl "/home/buildozer/aports/community/chicken/pkg/chicken/usr/share/chicken" >>> chicken-doc*: Running split function doc... >>> chicken-doc*: Preparing subpackage chicken-doc... >>> chicken-doc*: Running postcheck for chicken-doc >>> chicken-libs*: Running split function libs... >>> chicken-libs*: Preparing subpackage chicken-libs... >>> chicken-libs*: Stripping binaries >>> chicken-libs*: Running postcheck for chicken-libs >>> chicken-dev*: Running split function dev... >>> chicken-dev*: Preparing subpackage chicken-dev... >>> chicken-dev*: Stripping binaries >>> chicken-dev*: Running postcheck for chicken-dev >>> chicken-feathers*: Running split function feathers... >>> chicken-feathers*: Preparing subpackage chicken-feathers... >>> chicken-feathers*: Running postcheck for chicken-feathers >>> chicken*: Running postcheck for chicken >>> chicken*: Preparing package chicken... >>> chicken*: Stripping binaries >>> chicken-dev*: Scanning shared objects >>> chicken-doc*: Scanning shared objects >>> chicken-feathers*: Scanning shared objects >>> chicken-libs*: Scanning shared objects >>> chicken*: Scanning shared objects >>> chicken-dev*: Tracing dependencies... chicken-libs=5.3.0-r1 >>> chicken-dev*: Package size: 6.5 MB >>> chicken-dev*: Compressing data... >>> chicken-dev*: Create checksum... >>> chicken-dev*: Create chicken-dev-5.3.0-r1.apk >>> chicken-doc*: Tracing dependencies... >>> chicken-doc*: Package size: 1.5 MB >>> chicken-doc*: Compressing data... >>> chicken-doc*: Create checksum... >>> chicken-doc*: Create chicken-doc-5.3.0-r1.apk >>> chicken-feathers*: Tracing dependencies... >>> chicken-feathers*: Package size: 76.0 KB >>> chicken-feathers*: Compressing data... >>> chicken-feathers*: Create checksum... >>> chicken-feathers*: Create chicken-feathers-5.3.0-r1.apk >>> chicken-libs*: Tracing dependencies... so:libc.musl-x86_64.so.1 >>> chicken-libs*: Package size: 3.7 MB >>> chicken-libs*: Compressing data... >>> chicken-libs*: Create checksum... >>> chicken-libs*: Create chicken-libs-5.3.0-r1.apk >>> chicken*: Tracing dependencies... gcc libc-dev chicken-dev chicken-libs so:libc.musl-x86_64.so.1 so:libchicken.so.11 >>> chicken*: Package size: 5.1 MB >>> chicken*: Compressing data... >>> chicken*: Create checksum... >>> chicken*: Create chicken-5.3.0-r1.apk >>> chicken: Build complete at Sun, 23 Jan 2022 14:38:21 +0000 elapsed time 0h 18m 35s >>> chicken: Cleaning up srcdir >>> chicken: Cleaning up pkgdir >>> chicken: Uninstalling dependencies... (1/1) Purging .makedepends-chicken (20220123.141947) OK: 344 MiB in 106 packages >>> chicken: Updating the community/x86_64 repository index... >>> chicken: Signing the index...