The Racket repository
![]() and configure creates a config.h that sets the default scheme heap path and scheme-script name based on the actual configuration. configure, newrelease, workarea, checkin, c/Mf-base, scheme.c, main.c, Mf-install.in - renamed the installed example directory from lib to examples. Mf-install.in, scheme.1.in - added force option to gzip during man page install to prevent gzip from asking for permission to overwrite existing man page files. Mf-install.in - removed ~/lib/csv%v/%m from the default scheme heap path on unix-like systems. documented inclusion of %x\..\..\boot\%m in the Windows default scheme heap path. main.c, use.stex - added new configuration options: --installbin, --installlib, --installschemename, --installpetitename, and --installscriptname. configure - updated the example library link to the nanopass framework. CONTRIBUTING.md - now cleaning up petite.1 and scheme.1 left behind by make install Makefile-workarea.in, checkin - now removing workarea after cleaning csug and release_notes so Mf-stex (included from csug/Makefile and release_notes/Makefile) doesn't complain trying to determine the machine type. Makefile.in - added installsh support for --ifdiff so the csug make file can use it for the install target. installsh, csug/Makefile - added instructions for building (cross-compiling) a boot file for a supported machine type for which a boot file is not built by default. BUILDING original commit: df4194c83a9e67d1ec20165fc3e2def4ed8e8986 |
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c | ||
csug | ||
examples | ||
makefiles | ||
mats | ||
nanopass@221eecb965 | ||
release_notes | ||
s | ||
stex@3bd2b86cc5 | ||
unicode | ||
zlib@5089329162 | ||
.gitignore | ||
.gitmodules | ||
bintar | ||
BUILDING | ||
CHARTER.md | ||
checkin | ||
configure | ||
CONTRIBUTING.md | ||
LICENSE | ||
LOG | ||
newrelease | ||
NOTICE | ||
README.md | ||
scheme.1.in | ||
workarea |
Chez Scheme is a compiler and run-time system for the language of the Revised^6 Report on Scheme (R6RS), with numerous extensions. The compiler generates native code for each target processor, with support for x86, x86_64, and 32-bit PowerPC architectures.
Get started by Building Chez Scheme.