Welcome to the C Runtime In Tcl (CriTcl for short) version 3.1.17.
This is a system to build C extension packages for Tcl on the fly, from C code embedded within Tcl scripts, for all who wish to make their code go faster.
See
The changes for version 3.1.17:
Extension: Allow duplicate arg- and result-type definitions if they are fully identical.
Bugfix. The application mishandled the possibility of
identical-named critcl::tsources. Possible because
critcl::tsources can be in subdirectories, a structure which
is not retained in the assembled package, causing such files
to overwrite each other and at least one lost. Fixed by adding a
serial number to the file names in the assembled package.
Bugfix in the static scanner which made it loose requirement information. Further added code to generally cleanup results at the end (removal of duplicates, mainly).
Bugfix: Fixed issue #76.
Support installation directories which are not in the
auto_path. Without the patch the installed critcl will not
find its own packages and fail.
Thanks to Simon Bachmann for the
report and patch, and then his patience with me to getting to
actually apply it.
Bugfix: Fixed issue #75.
Extended critcl::include to now take multiple paths.
Added new compatibility package lmap84.
Fixed typos in various documentation files.
Fixed bug introduced by commit 86f415dd30 (3.1.16 release). The
separation of critcl::ccode into user and work layers means
that location retrieval has to go one more level up to find the
user location.
New supporting package critcl::cutil. Provides common C level
facilities useful to packages (assertions, tracing, memory
allocation shorthands).
Modified package critcl to make use of the new tracing
facilities to provide tracing of arguments and results for
critcl::ccommand and critcl::cproc invokations.
Modified packages critcl and critcl::class to provide better
function names for (class) method tracing. Bumped package
critcl::class to version 1.0.7.
Extended the support package critcl::literals with limited
configurability. It is now able to generate code for C-level
access to the pool without Tcl types (Mode c). The previously
existing functionality is accesssible under mode tcl, which
also is the default. Both modes can be used together.
Extended the support package critcl::emap with limited
configurability. It is now able to generate code for C-level
access to the mapping without Tcl types (Mode c). The
previously existing functionality is accessible under mode
tcl, which also is the default. Both modes can be used
together.
Happy Tcling.