5418f71aae
check for the presence of libiio to enable the compilation of the bebop rangefinder that needs it. If the build remains static, there needs to be a rootfs that contains the libiio.a file because it is not included in the debian package. A solution can be to compile libiio and copy libiio.a in /usr/lib[/arch]
139 lines
4.3 KiB
Python
139 lines
4.3 KiB
Python
"""
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WAF Tool to select the correct toolchain based on the target archtecture.
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This tool loads compiler_c and compiler_cxx, so you don't need to load them
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(and you must not load them before this tool). Use the environment variable
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TOOLCHAIN to define the toolchain.
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Example::
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def configure(cfg):
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cfg.env.TOOLCHAIN = 'arm-linux-gnueabihf'
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cfg.load('toolchain')
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"""
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from waflib import Errors, Context, Utils
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from waflib.Tools import compiler_c, compiler_cxx
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from waflib.Tools import clang, clangxx, gcc, gxx
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import os
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def _set_toolchain_prefix_wrapper(tool_module, var, compiler_names):
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original_configure = tool_module.configure
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def new_configure(cfg):
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if cfg.env.TOOLCHAIN == 'native':
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original_configure(cfg)
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return
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last_exception = None
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for name in compiler_names:
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cfg.env.stash()
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try:
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cfg.env[var] = '%s-%s' % (cfg.env.TOOLCHAIN, name)
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original_configure(cfg)
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except Errors.ConfigurationError as e:
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cfg.env.revert()
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last_exception = e
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else:
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cfg.env.commit()
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return
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raise last_exception
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tool_module.configure = new_configure
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_set_toolchain_prefix_wrapper(gxx, 'CXX', ('g++', 'c++'))
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_set_toolchain_prefix_wrapper(gcc, 'CC', ('gcc', 'cc'))
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def _clang_cross_support(cfg):
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if _clang_cross_support.called:
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return
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prefix = cfg.env.TOOLCHAIN + '-'
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try:
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cfg.find_program(prefix + 'gcc', var='CROSS_GCC')
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except Errors.ConfigurationError as e:
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cfg.fatal('toolchain: clang: couldn\'t find cross GCC', ex=e)
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environ = dict(os.environ)
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if 'TOOLCHAIN_CROSS_AR' in environ:
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# avoid OS's environment to mess up toolchain path finding
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del environ['TOOLCHAIN_CROSS_AR']
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try:
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cfg.find_program(
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prefix + 'ar',
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var='TOOLCHAIN_CROSS_AR',
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environ=environ,
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)
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except Errors.ConfigurationError as e:
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cfg.fatal('toolchain: clang: couldn\'t find toolchain path', ex=e)
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toolchain_path = os.path.join(cfg.env.TOOLCHAIN_CROSS_AR[0], '..', '..')
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toolchain_path = os.path.abspath(toolchain_path)
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cfg.msg('Using toolchain path for clang', toolchain_path)
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sysroot = cfg.cmd_and_log(
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[cfg.env.CROSS_GCC[0], '--print-sysroot'],
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quiet=Context.BOTH,
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).strip()
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cfg.env.CLANG_FLAGS = [
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'--target=' + cfg.env.TOOLCHAIN,
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'--gcc-toolchain=' + toolchain_path,
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'--sysroot=' + sysroot,
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'-B' + os.path.join(toolchain_path, 'bin')
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]
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_clang_cross_support.called = False
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def _set_clang_crosscompilation_wrapper(tool_module):
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original_configure = tool_module.configure
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def new_configure(cfg):
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if cfg.env.TOOLCHAIN == 'native':
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original_configure(cfg)
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return
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cfg.env.stash()
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try:
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_clang_cross_support(cfg)
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original_configure(cfg)
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except Errors.ConfigurationError as e:
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cfg.env.revert()
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raise
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else:
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cfg.env.commit()
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tool_module.configure = new_configure
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_set_clang_crosscompilation_wrapper(clang)
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_set_clang_crosscompilation_wrapper(clangxx)
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def _filter_supported_c_compilers(*compilers):
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for k in compiler_c.c_compiler:
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l = compiler_c.c_compiler[k]
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compiler_c.c_compiler[k] = [c for c in l if c in compilers]
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def _filter_supported_cxx_compilers(*compilers):
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for k in compiler_cxx.cxx_compiler:
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l = compiler_cxx.cxx_compiler[k]
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compiler_cxx.cxx_compiler[k] = [c for c in l if c in compilers]
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def configure(cfg):
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if cfg.env.TOOLCHAIN == 'native':
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cfg.load('compiler_cxx compiler_c')
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return
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_filter_supported_c_compilers('gcc', 'clang')
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_filter_supported_cxx_compilers('g++', 'clang++')
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cfg.env.AR = cfg.env.TOOLCHAIN + '-ar'
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cfg.env.PKGCONFIG = cfg.env.TOOLCHAIN + '-pkg-config'
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cfg.msg('Using toolchain', cfg.env.TOOLCHAIN)
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cfg.load('compiler_cxx compiler_c')
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if cfg.env.COMPILER_CC == 'clang':
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cfg.env.CFLAGS += cfg.env.CLANG_FLAGS
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cfg.env.LINKFLAGS_cprogram += cfg.env.CLANG_FLAGS
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if cfg.env.COMPILER_CXX == 'clang++':
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cfg.env.CXXFLAGS += cfg.env.CLANG_FLAGS
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cfg.env.LINKFLAGS_cxxprogram += cfg.env.CLANG_FLAGS
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