* new/targets.jam
(project-target.reference-properties): Call 'run-action' on properties,
to match the process in 'basic-target'.
(basic-target.refined-properties): Remove the comment about difference
from the above rule.
[SVN r18249]
the same properties. Thanks to Andre Hentz for finding this bug and
providing the test case.
* new/builtin.jam
(searched-lib-generator.run): Pass the result through
'virtual-target.register'.
* test/searched_lib.py: Add new test.
[SVN r18247]
get os=cygwin/toolset=msvc to pass the tests
* new/msvc.jam
(link): create a CYGWIN-specific version (assumes bash and cygpath)
(archive): convert paths from unix-style to nt-style
(init): use platform-independent paths
* test/dependency-test/foo.jam
add __declspec if CYGWIN and not GCC
[SVN r18224]
* new/toolset.jam
(flags): Add 'unchecked' parameter, too allow declaring flags for other
modules.
* new/builtin.jam: Don't declare LIBRARY_PATH_OPTION.
* new/borland.jam: Use flags to declare LIBRARY_PATH_OPTION and LIBRARY_OPTION.
* new/msvc.jam: Use flags to declare LIBRARY_PATH_OPTION and LIBRARY_OPTION.
[SVN r18222]
essentially, makes composing generators fail if they are run deeper
during transformation search. Looks like a new incarnation of
'allow-composing'.
The motivation is to fight with cases where trasformation
like CPP -> OBJ -> STATIC_LIB -> RSP -> EXE was tried. The composing
OBJ -> STATIC_LIB generator was totally unprepared to be invoked at such
depth, and errored out. The new behaviour cause this transformation to be
rejected, but the search continues.
* new/generators.jam
(generator.run-really): New rule, with most of previous 'run' content.
(generator.run): Check arguments only and call 'run-really'. Immediately
return if the generator is composing and no name is specified.
[SVN r18216]
* new/builtin.jam: Associate obj and lib extension with OBJ and
STATIC_LIB target types, to handle the above combination. The gcc
toolset overrides these extension explicitly.
* new/msvc.jam
(archive): Use bash syntax on cygwin.
[SVN r18210]
* new/virtual-target.jam
(virtual-target.path): New abstract method. Added so that derived classes
always define both 'actualize-location' and 'path'.
* new/builtin.jam
(searched-lib-target.path): Use empty body.
[SVN r18196]
regex.jam: Provide "escape" routine that escapes a string with certain escape
characters
boostbook.jam: Use print.escape to properly escape argument to "echo" on
Windows and Unix (BoostBook now works on non-Cygwin Windows)
[SVN r18148]
- Remove the BoostBook XSL/DTD dir arguments from the BoostBook module (they really aren't useful)
- Add XSLTPROC argument to BoostBook module
[SVN r18129]
transforming the double-quote character into two single quotes, we transform
it into a correctly-escaped double quote.
- Add an "overwrite" option to print.text that overwrites the file instead of
appending to it.
[SVN r18124]
* new/builtin.jam
- register builtin.response-generator with 'register-linker', to
take advantange of 'link-action'. Convert <library-path>,
<find-static-library> and <find-shared-library> into on-target
variables using toolset.flags.
(builtin.response-file) Output variables for library path to response
file.
(searched-lib-generator.run): Assign 'null-action' instance to the
generated target, to carry properties. Correct prototype and workaround
some, as-yet-unknown problem.
* test/searched_lib.py: New test (added by me).
[SVN r18121]
doxygen.jam: _Very_ preliminary support for Doxygen --> BoostBook conversion.
Uses a hacked up Doxygen to output XML representation as one big XML file
instead of many smaller (unlinked) XML files.
[SVN r18087]
* Define the OS as NT as this seems more reasonable than having MINGW as the OS (after all MinGW is the toolset not the OS).
* Add detection of one common install location for MinGW.
[SVN r18073]
