When CDT is not included in the project (ie. we just have Python and/or Java) the current implementation would not create automatically a call to waf
for the build stage. This patch adds in such cases an external builder that automates the call to waf without the need to manually configure one.
added support to search and add into source path also generated source
files for both java and python. this is useful when using generated code
(ie. protoc and pyqt5) so browsing in eclipse works correclty adding also
paths where generated code is done.
extended example in playground demostrating generated code
not sure if in very old nvcc version this was working anyway but as far as I can read on the documentation this should be the correct way and I tested it out
This adds a scaner method to track Erlang heders dependencies.
Support for EUnit tests
Support for EDocs
Support for ERL, ERLC, ERLC_FLAGS environment settings.
* protoc: added java support
Modified protoc to support also .proto -> .java generation. the .java file
name generated is not obvious as in C++/Python but follows a couple of rules
that were implemented.
As cxx/python and javaw Tools are quite different the implementation is not
as clean as for cxx/python but is hopefully fine (ie. protoc still uses
sources for input files while javac uses src_dir).
In javaw a small detail was added: a new attribute was added (gencode) that
instructs javac to look for source files also in the build directory. This
are realistically generated code (and .proto -> .java is an example) and
are therefore in the build. Default is false keeping all the previous
behaviour.
* protoc for java enhanchments (protoc version, regex, docs)
In configure stage get protoc version as java naming changes depending on the
version. Implement the version differences between version < 2 and > 2
Improve regex for option catching and implement a mix of them in playground
to verify it.
Add some documentation on how java filenames and paths are generated.
* protoc: build dir with generated code is automatically added, so no need to explicitly use gencode in javac
E.g. when running 'waf xcode6 --targets=some-target'
File "/waf/waflib/Scripting.py", line 167, in waf_entry_point
run_commands()
File "/waf/waflib/Scripting.py", line 268, in run_commands
ctx = run_command(cmd_name)
File "/waf/waflib/Scripting.py", line 252, in run_command
ctx.execute()
File "/waf/waflib/extras/xcode6.py", line 679, in execute
self.post_group()
File "/waf/waflib/Build.py", line 767, in post_group
if self.current_group < self._min_grp:
AttributeError: 'xcode' object has no attribute '_min_grp'
Build flags like 'cflags', 'cxxflags' passed to xcode6 builds
are now considered by the xcode6 tool. For example, running command 'waf xcode6'
with the following wscript:
cnf.env.CXXFLAGS = ['-std=c++11']
...
bld.program(..., cxxflags='-O3')
now sets the OTHER_CPLUSCPLUSFLAGS in Xcode to '-O3 -std=c++11'
The 'source_files' param to the xcode6 tool was originally separated from the
conventional 'source' param because it was used to control how the source files
would appear in the XCode folder UI. Also, it'd allow to add any file extensions,
and not limited to those extensions supported by the loaded set of waf tools.
This commit renames 'source_files' param to 'group_files'. It also changes the semantic so that 'group_files' now is used like the following:
bld(
source='...', # These are now the files compiled by XCode
'group_files': ..., # Optionally customize the way source files appear i the UI
)
Previously, 'source_files' was used to collect source files for compilation in XCode, and to customize the UI folder structure. In this commit source_files is used only to let the user group files in different UI folders (and add additional resource files besides source files). I want to do the renaming to better reflect the param's meaning.
Additional changes:
* Remove unique_filereference
* Updated examples
