def test_mapping_export(self):
"""Test `mapping` export"""
if autowig.generator.plugin == 'pybind11_internal':
os.environ['PYBIND11'] = "true"
subprocess.check_call(
[self.scons, 'cpp', '-c', '--prefix=' + self.prefix],
cwd=self.srcdir)
subprocess.check_call([self.scons, 'cpp', '--prefix=' + self.prefix],
cwd=self.srcdir)
asg = autowig.AbstractSemanticGraph()
if autowig.parser.plugin == 'libclang':
kwargs = dict(silent=True)
else:
kwargs = dict()
asg = autowig.parser(
asg,
self.incdir.files('*.h'),
flags=['-x', 'c++', '-std=c++11', '-I' + str(self.incdir.parent)],
**kwargs)
autowig.controller.plugin = 'default'
autowig.controller(asg)
wrappers = autowig.generator(
asg,
module=self.srcdir / 'src' / 'py' / '__basic.cpp',
decorator=self.srcdir / 'src' / 'py' / 'basic' / '_basic.py',
prefix='wrapper_')
wrappers.write()
subprocess.check_call(
[self.scons, 'py', '-c', '--prefix=' + self.prefix],
cwd=self.srcdir)
subprocess.check_call(
[self.scons, 'py', '--prefix=' + self.prefix, '--package=basic'],
cwd=self.srcdir)
if autowig.generator.plugin == 'pybind11_internal':
subprocess.check_call(['nosetests', 'test', '--pdb', '-v'],
cwd=self.srcdir)
for filepath in (self.srcdir / 'src' / 'py').walkfiles():
if filepath.exists() and filepath.ext in ['.cpp', '.h']:
filepath.remove()
def controller(asg):
autowig.controller.plugin = 'default'
asg = autowig.controller(asg)
# for function in asg['::statiskit::stl'].functions():
# if function.localname in ['generator', 'insert']:
# parameter = function.parameters[0].qualified_type.desugared_type
# if parameter.is_class:
# function.parent = parameter.unqualified_type
for cls in asg['class ::std::vector'].specializations(partial=False):
for method in cls.methods():
if method.localname in ['resize', 'shrink_to_fit', 'operator[]']:
if isinstance(method.boost_python_export, bool):
method.boost_python_export = False
for constructor in cls.constructors():
if not (constructor.nb_parameters == 0
or constructor.nb_parameters == 1 and
constructor.parameters[0].qualified_type.unqualified_type
== cls):
if isinstance(constructor.boost_python_export, bool):
constructor.boost_python_export = False
# for cls in asg['class ::std::set'].specializations(partial = False):
# for method in cls.methods():
# if method.localname in ['swap', 'key_comp', 'value_comp', 'get_allocator']:
# if isinstance(method.boost_python_export, bool):
# method.boost_python_export = False
# for constructor in cls.constructors():
# if not(constructor.nb_parameters == 0 or constructor.nb_parameters == 1 and constructor.parameters[0].qualified_type.unqualified_type == cls):
# if isinstance(constructor.boost_python_export, bool):
# constructor.boost_python_export = False
# for cls in asg['class ::std::less'].specializations(partial = False):
# cls.boost_python_export = False
for cls in asg['class ::std::allocator'].specializations(partial=False):
cls.boost_python_export = False
if 'class ::std::reverse_iterator' in asg:
for cls in asg['class ::std::reverse_iterator'].specializations(
partial=False):
cls.boost_python_export = False
if 'class ::std::initializer_list' in asg:
for cls in asg['class ::std::initializer_list'].specializations(
partial=False):
cls.boost_python_export = False
if 'class ::std::default_delete' in asg:
for cls in asg['class ::std::default_delete'].specializations(
partial=False):
cls.boost_python_export = False
for mtd in asg[
'::std::string'].qualified_type.desugared_type.unqualified_type.methods(
):
if mtd.localname in ['substr', 'compare']:
mtd.boost_python_export = False
# for spec in asg['class ::std::basic_ostream'].specializations(partial = False):
# spec.boost_python_export = False
for cls in [
'class ::std::basic_ostream< char, struct ::std::char_traits< char > >',
'class ::std::basic_streambuf< char, struct ::std::char_traits< char > >',
'class ::std::basic_filebuf< char, struct ::std::char_traits< char > >',
'class ::std::basic_ifstream< char, struct ::std::char_traits< char > >'
]:
asg[cls].boost_python_export = False
return asg
def test_mapping_export(self):
"""Test `mapping` export"""
subprocess.check_call(
[self.scons, 'cpp', '-c', '--prefix=' + self.prefix],
cwd=self.srcdir)
subprocess.check_call([self.scons, 'cpp', '--prefix=' + self.prefix],
cwd=self.srcdir)
asg = autowig.AbstractSemanticGraph()
if autowig.parser.plugin == 'libclang':
kwargs = dict(silent=True)
else:
kwargs = dict()
asg = autowig.parser(
asg,
self.incdir.files('*.h'),
flags=['-x', 'c++', '-std=c++11', '-I' + str(self.incdir.parent)],
**kwargs)
autowig.controller.plugin = 'default'
autowig.controller(asg)
# for node in ['enum ::max_align_t', '::max_align_t::__clang_max_align_nonce1', '::max_align_t::__clang_max_align_nonce2']:
# if node in asg:
# asg[node].boost_python_export = False
wrappers = autowig.generator(
asg,
module=self.srcdir / 'src' / 'py' / '__basic.cpp',
decorator=self.srcdir / 'src' / 'py' / 'basic' / '_basic.py',
prefix='wrapper_')
wrappers.write()
subprocess.check_call(
[self.scons, 'py', '-c', '--prefix=' + self.prefix],
cwd=self.srcdir)
subprocess.check_call(
[self.scons, 'py', '--prefix=' + self.prefix, '--package=basic'],
cwd=self.srcdir)
for filepath in (self.srcdir / 'src' / 'py').walkfiles():
if filepath.exists() and filepath.ext in ['.cpp', '.h']:
filepath.remove()
def test_with_none_overload_export(self, overload="none"):
"""Test `feedback` with 'none' overload"""
asg = autowig.AbstractSemanticGraph()
asg = autowig.parser(
asg, [self.srcdir / 'test.h'],
['-x', 'c++', '-std=c++11', '-I' + str(self.srcdir)],
silent=True)
autowig.controller.plugin = 'default'
autowig.controller(asg, overload=overload)
module = autowig.generator(asg,
module=self.srcdir / '_module.cpp',
decorator=self.srcdir / '_module.py',
prefix='wrapper_')
from autowig._controller import cleaning
cleaning(asg)
module.write()
s = subprocess.Popen(['scons', 'py'],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
prev, curr = s.communicate()
while curr and not prev == curr:
prev = curr
if six.PY3:
curr = curr.decode('ascii', 'ignore')
code = autowig.feedback(curr, '.', asg)
if code:
exec(code, locals())
s = subprocess.Popen(['scons', 'py'],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
_, curr = s.communicate()
for filepath in self.srcdir.walkfiles():
if filepath.exists() and filepath.basename().startswith(
'wrapper_') or filepath.startswith('_module'):
filepath.remove()
def controller(asg):
autowig.controller.plugin = 'default'
asg = autowig.controller(asg)
# for function in asg['::statiskit::stl'].functions():
# if function.localname in ['generator', 'insert']:
# parameter = function.parameters[0].qualified_type.desugared_type
# if parameter.is_class:
# function.parent = parameter.unqualified_type
for cls in asg['class ::std::vector'].specializations(partial = False):
for method in cls.methods():
if method.localname in ['resize', 'shrink_to_fit', 'operator[]']:
if isinstance(method.boost_python_export, bool):
method.boost_python_export = False
for constructor in cls.constructors():
if not(constructor.nb_parameters == 0 or constructor.nb_parameters == 1 and constructor.parameters[0].qualified_type.unqualified_type == cls):
if isinstance(constructor.boost_python_export, bool):
constructor.boost_python_export = False
# for cls in asg['class ::std::set'].specializations(partial = False):
# for method in cls.methods():
# if method.localname in ['swap', 'key_comp', 'value_comp', 'get_allocator']:
# if isinstance(method.boost_python_export, bool):
# method.boost_python_export = False
# for constructor in cls.constructors():
# if not(constructor.nb_parameters == 0 or constructor.nb_parameters == 1 and constructor.parameters[0].qualified_type.unqualified_type == cls):
# if isinstance(constructor.boost_python_export, bool):
# constructor.boost_python_export = False
# for cls in asg['class ::std::less'].specializations(partial = False):
# cls.boost_python_export = False
for cls in asg['class ::std::allocator'].specializations(partial = False):
cls.boost_python_export = False
if 'class ::std::reverse_iterator' in asg:
for cls in asg['class ::std::reverse_iterator'].specializations(partial = False):
cls.boost_python_export = False
if 'class ::std::initializer_list' in asg:
for cls in asg['class ::std::initializer_list'].specializations(partial = False):
cls.boost_python_export = False
if 'class ::std::default_delete' in asg:
for cls in asg['class ::std::default_delete'].specializations(partial = False):
cls.boost_python_export = False
for mtd in asg['::std::string'].qualified_type.desugared_type.unqualified_type.methods():
if mtd.localname in ['substr', 'compare']:
mtd.boost_python_export = False
# for spec in asg['class ::std::basic_ostream'].specializations(partial = False):
# spec.boost_python_export = False
for cls in ['class ::std::basic_ostream< char, struct ::std::char_traits< char > >',
'class ::std::basic_streambuf< char, struct ::std::char_traits< char > >',
'class ::std::basic_filebuf< char, struct ::std::char_traits< char > >',
'class ::std::basic_ifstream< char, struct ::std::char_traits< char > >']:
asg[cls].boost_python_export = False
return asg
def boost_python_builder(target, source, env):
SITE_AUTOWIG = env['SITE_AUTOWIG']
if 'AUTOWIG_ASG' in env:
env['AUTOWIG_ASG'][env['AUTOWIG_generator_module'].abspath].remove()
env['AUTOWIG_ASG'] = autowig.AbstractSemanticGraph()
asg = env['AUTOWIG_ASG']
for dependency in env['AUTOWIG_DEPENDS']:
with open(os.path.join(SITE_AUTOWIG, 'ASG', dependency + '.pkl'), 'rb') as filehandler:
asg.merge(pickle.load(filehandler))
AUTOWIG_PARSER = env['AUTOWIG_PARSER']
if not AUTOWIG_PARSER in autowig.parser:
parser = import_module('scons_tools.site_autowig.parser.' + AUTOWIG_PARSER)
autowig.parser[AUTOWIG_PARSER] = parser.parser
autowig.parser.plugin = AUTOWIG_PARSER
autowig.parser(asg, [header.abspath for header in source],
flags = ['-x', 'c++'] + env.subst('$CCFLAGS $CXXFLAGS $CPPFLAGS $_CPPDEFFLAGS $_CPPINCFLAGS').split(),
**{kwarg[len('AUTOWIG_parser_'):] : env[kwarg] for kwarg in env.Dictionary() if isinstance(kwarg, basestring) and kwarg.startswith('AUTOWIG_parser_')})
AUTOWIG_CONTROLLER = env['AUTOWIG_CONTROLLER']
if not AUTOWIG_CONTROLLER in autowig.controller:
controller = import_module('scons_tools.site_autowig.controller.' + AUTOWIG_CONTROLLER)
autowig.controller[AUTOWIG_CONTROLLER] = controller.controller
autowig.controller.plugin = AUTOWIG_CONTROLLER
asg = autowig.controller(asg,
**{kwarg[len('AUTOWIG_controller_'):] : env[kwarg] for kwarg in env.Dictionary() if isinstance(kwarg, basestring) and kwarg.startswith('AUTOWIG_controller_')})
AUTOWIG_GENERATOR = env['AUTOWIG_GENERATOR']
if not AUTOWIG_GENERATOR in autowig.generator:
generator = import_module('scons_tools.site_autowig.generator.' + AUTOWIG_GENERATOR)
autowig.generator[AUTOWIG_GENERATOR] = generator.generator
autowig.generator.plugin = AUTOWIG_GENERATOR
wrappers = autowig.generator(asg,
**{kwarg[len('AUTOWIG_generator_'):] : env[kwarg] for kwarg in env.Dictionary() if isinstance(kwarg, basestring) and kwarg.startswith('AUTOWIG_generator_')})
wrappers.header.helder = env['AUTOWIG_HELDER']
wrappers.write()
with open(target[-1].abspath, 'wb') as filehandler:
pickle.dump(asg, filehandler)
return None
]:
asg[noncopyable].is_copyable = False
for cls in asg.classes():
for fld in cls.fields(access='public'):
if fld.qualified_type.unqualified_type.globalname == 'class ::std::locale::id':
fld.boost_python_export = False
for specialization in asg['class ::std::reverse_iterator'].specializations(
):
specialization.boost_python_export = False
asg['::std::ios_base::openmode'].qualified_type.boost_python_export = True
return asg
autowig.controller['stat_tool'] = stat_tool_controller
autowig.controller.plugin = 'stat_tool'
asg = autowig.controller(asg)
autowig.generator.plugin = 'boost_python_internal'
wrappers = autowig.generator(
asg,
module=root / 'src' / 'py' / 'wrapper' / '_stat_tool.cpp',
decorator=root / 'src' / 'py' / 'stat_tool' / '_stat_tool.py',
prefix='wrapper_')
wrappers.write()
shutil.rmtree('include')
import pickle
with open('ASG.pkl', 'w') as filehandler:
pickle.dump(asg, filehandler)
def boost_python_builder(target, source, env):
SITE_AUTOWIG = env['SITE_AUTOWIG']
if 'AUTOWIG_ASG' in env:
try:
env['AUTOWIG_ASG'][
env['AUTOWIG_generator_module'].abspath].remove()
except:
pass
env['AUTOWIG_ASG'] = autowig.AbstractSemanticGraph()
asg = env['AUTOWIG_ASG']
for dependency in env['AUTOWIG_DEPENDS']:
with open(
os.path.join(SITE_AUTOWIG, 'ASG',
dependency + '.pkl'),
'rb') as filehandler:
asg.merge(pickle.load(filehandler))
AUTOWIG_PARSER = env['AUTOWIG_PARSER']
if not AUTOWIG_PARSER in autowig.parser:
filename = os.path.join(SITE_AUTOWIG, 'parser',
AUTOWIG_PARSER + '.py')
exec(
compile(open(filename, "rb").read(), filename, 'exec'),
globals(), locals())
autowig.parser[AUTOWIG_PARSER] = locals()['parser']
autowig.parser.plugin = AUTOWIG_PARSER
kwargs = {
kwarg[len('AUTOWIG_parser_'):]: env[kwarg]
for kwarg in env.Dictionary()
if isinstance(kwarg, basestring)
and kwarg.startswith('AUTOWIG_parser_')
}
for key, value in kwargs.items():
if isinstance(value, File):
kwargs[key] = str(value.abspath)
if env['SYSTEM'] == 'win' and 'MSVC_VERSION' in env and not 'msvc_version' in kwargs:
kwargs['msvc_version'] = env['MSVC_VERSION']
autowig.parser(
asg, [header.abspath for header in source],
flags=['-x', 'c++'] + env.subst(
'$CCFLAGS $CXXFLAGS $CPPFLAGS $_CPPDEFFLAGS $_CPPINCFLAGS'
).split(),
**kwargs)
AUTOWIG_CONTROLLER = env['AUTOWIG_CONTROLLER']
if not AUTOWIG_CONTROLLER in autowig.controller:
filename = os.path.join(SITE_AUTOWIG, 'controller',
AUTOWIG_CONTROLLER + '.py')
exec(
compile(open(filename, "rb").read(), filename, 'exec'),
globals(), locals())
autowig.controller[AUTOWIG_CONTROLLER] = locals(
)['controller']
autowig.controller.plugin = AUTOWIG_CONTROLLER
kwargs = {
kwarg[len('AUTOWIG_controller_'):]: env[kwarg]
for kwarg in env.Dictionary()
if isinstance(kwarg, basestring)
and kwarg.startswith('AUTOWIG_controller_')
}
for key, value in kwargs.items():
if isinstance(value, File):
kwargs[key] = str(value.abspath)
asg = autowig.controller(asg, **kwargs)
AUTOWIG_GENERATOR = env['AUTOWIG_GENERATOR']
if not AUTOWIG_GENERATOR in autowig.generator:
filename = os.path.join(SITE_AUTOWIG, 'generator',
AUTOWIG_GENERATOR + '.py')
exec(
compile(open(filename, "rb").read(), filename, 'exec'),
globals(), locals())
autowig.generator[AUTOWIG_GENERATOR] = locals(
)['generator']
autowig.generator.plugin = AUTOWIG_GENERATOR
kwargs = {
kwarg[len('AUTOWIG_generator_'):]: env[kwarg]
for kwarg in env.Dictionary()
if isinstance(kwarg, basestring)
and kwarg.startswith('AUTOWIG_generator_')
}
for key, value in kwargs.items():
if isinstance(value, File):
kwargs[key] = str(value.abspath)
wrappers = autowig.generator(asg, **kwargs)
wrappers.header.helder = env['AUTOWIG_HELDER']
if not env['AUTOWIG_NO_WRAPPERS']:
wrappers.write()
target = target[-1].abspath
target_dir = os.path.abspath(os.path.join(target, os.pardir))
if not os.path.exists(target_dir):
os.makedirs(target_dir)
with open(target, 'wb') as filehandler:
pickle.dump(asg, filehandler)
return None
def controller(asg, library=True, **kwargs):
autowig.controller.plugin = 'default'
asg = autowig.controller(asg, clean=False, **kwargs)
if library:
for function in asg['::statiskit::stl'].functions():
if function.localname in ['generator', 'insert']:
parameter = function.parameters[
0].qualified_type.desugared_type
if parameter.is_class:
function.parent = parameter.unqualified_type
for mtd in asg[
'::statiskit::stl::String'].qualified_type.desugared_type.unqualified_type.methods(
):
mtd.boost_python_export = False
if 'class ::std::vector' in asg:
for cls in asg['class ::std::vector'].specializations(partial=False):
for method in cls.methods():
if method.localname in [
'resize', 'shrink_to_fit', 'operator[]'
]:
if isinstance(method.boost_python_export, bool):
method.boost_python_export = False
for constructor in cls.constructors():
if not (constructor.nb_parameters == 0
or constructor.nb_parameters == 1 and constructor.
parameters[0].qualified_type.unqualified_type == cls):
if isinstance(constructor.boost_python_export, bool):
constructor.boost_python_export = False
if 'class ::std::set' in asg:
for cls in asg['class ::std::set'].specializations(partial=False):
for method in cls.methods():
if method.localname in [
'swap', 'key_comp', 'value_comp', 'get_allocator'
]:
if isinstance(method.boost_python_export, bool):
method.boost_python_export = False
for constructor in cls.constructors():
if not (constructor.nb_parameters == 0
or constructor.nb_parameters == 1 and constructor.
parameters[0].qualified_type.unqualified_type == cls):
if isinstance(constructor.boost_python_export, bool):
constructor.boost_python_export = False
if 'class ::std::less' in asg:
for cls in asg['class ::std::less'].specializations(partial=False):
cls.boost_python_export = False
if 'class ::std::hash' in asg:
for cls in asg['class ::std::hash'].specializations(partial=False):
cls.boost_python_export = False
if 'class ::std::char_traits' in asg:
for cls in asg['class ::std::char_traits'].specializations(
partial=False):
for mtd in cls.methods(access='public'):
cls.boost_python_export = False
if 'class ::std::allocator' in asg:
for cls in asg['class ::std::allocator'].specializations(
partial=False):
cls.boost_python_export = False
if 'class ::std::reverse_iterator' in asg:
for cls in asg['class ::std::reverse_iterator'].specializations(
partial=False):
cls.boost_python_export = False
if 'class ::std::initializer_list' in asg:
for cls in asg['class ::std::initializer_list'].specializations(
partial=False):
cls.boost_python_export = False
if 'class ::std::default_delete' in asg:
for cls in asg['class ::std::default_delete'].specializations(
partial=False):
cls.boost_python_export = False
if 'class ::std::move_iterator' in asg:
for cls in asg['class ::std::move_iterator'].specializations(
partial=False):
cls.boost_python_export = False
for supercls in [
'class ::std::_Rb_tree_const_iterator',
'class ::std::_Rb_tree_iterator',
'class ::std::__detail::_Node_const_iterator',
'class ::std::__detail::_Node_iterator'
]:
if supercls in asg:
for cls in asg[supercls].specializations(partial=False):
cls.boost_python_export = False
for cls in asg.classes(templated=False, specialized=True):
for template in cls.templates:
template = template.desugared_type.unqualified_type
if isinstance(
template, TemplateSpecializationProxy
) and template.specialize.globalname == supercls:
cls.boost_python_export = False
return asg
def test_libclang_parser(self):
"""Test `libclang` parser"""
headers = [self.incdir / 'tool.h']
asg = autowig.AbstractSemanticGraph()
asg = autowig.parser(
asg,
headers,
flags=[
'-x', 'c++', '-std=c++11', '-D__STDC_LIMIT_MACROS',
'-D__STDC_CONSTANT_MACROS', '-I' + str(self.incdir.parent),
'-I' + str(self.incdir.parent.abspath() / 'python2.7')
],
bootstrap=False,
silent=True)
def clanglite_controller(asg):
for node in asg['::boost::python'].classes(nested=True):
node.is_copyable = True
for node in asg.classes():
node.boost_python_export = False
for node in asg.functions(free=True):
node.boost_python_export = False
for node in asg.variables(free=True):
node.boost_python_export = False
for node in asg.enumerations():
node.boost_python_export = False
for node in asg.enumerators():
if node.parent.boost_python_export:
node.boost_python_export = False
for node in asg.typedefs():
node.boost_python_export = False
from autowig.default_controller import refactoring
asg = refactoring(asg)
if autowig.parser.plugin == 'libclang':
for fct in asg.functions(free=False):
asg._nodes[fct._node]['_is_virtual'] = False
asg._nodes[fct._node]['_is_pure'] = False
asg['class ::clang::QualType'].is_abstract = False
asg['class ::clang::QualType'].is_copyable = True
asg['class ::llvm::StringRef'].is_abstract = False
asg['class ::llvm::StringRef'].is_copyable = True
asg['class ::clang::FileID'].is_abstract = False
asg['class ::clang::FileID'].is_copyable = True
asg['class ::clang::SourceLocation'].is_abstract = False
asg['class ::clang::SourceLocation'].is_copyable = True
asg['class ::clang::TemplateArgument'].is_abstract = False
asg['class ::clang::TemplateArgument'].is_copyable = True
for cls in [
'::clang::FriendDecl', '::clang::CapturedDecl',
'::clang::OMPThreadPrivateDecl',
'::clang::NonTypeTemplateParmDecl',
'::clang::TemplateArgumentList', '::clang::ImportDecl',
'::clang::TemplateTemplateParmDecl',
'::clang::CapturedDecl',
'::clang::OMPThreadPrivateDecl',
'::clang::NonTypeTemplateParmDecl',
'::clang::TemplateArgumentList', '::clang::ImportDecl',
'::clang::TemplateTemplateParmDecl'
]:
asg['class ' + cls].is_abstract = False
asg['class ::boost::python::api::object'].boost_python_export = True
asg['class ::boost::python::list'].boost_python_export = True
asg['class ::boost::python::str'].boost_python_export = True
subset = []
classes = [
asg['class ::clang::QualType'], asg['class ::clang::Type'],
asg['class ::clang::Decl']
]
subset += classes
for cls in classes:
subset += cls.subclasses(recursive=True)
for cls in subset:
if not cls.globalname.strip('class ') in [
'::clang::QualType', '::llvm::StringRef',
'::clang::FileID', '::clang::SourceLocation',
'::clang::TemplateArgument', '::clang::FriendDecl',
'::clang::CapturedDecl',
'::clang::OMPThreadPrivateDecl',
'::clang::NonTypeTemplateParmDecl',
'::clang::TemplateArgumentList', '::clang::ImportDecl',
'::clang::TemplateTemplateParmDecl'
]:
cls.is_copyable = False
else:
cls.is_copyable = True
subset.append(asg['class ::llvm::StringRef'])
subset.append(asg['class ::clang::Sema'])
subset.append(asg['class ::clang::ASTUnit'])
subset.append(asg['class ::clang::ASTContext'])
subset.append(asg['class ::clang::SourceManager'])
subset.append(asg['class ::clang::FileID'])
subset.append(asg['class ::clang::SourceLocation'])
subset.append(asg['class ::clang::CXXBaseSpecifier'])
subset.append(asg['class ::clang::DeclContext'])
subset.append(asg['class ::clang::TemplateArgument'])
subset.append(asg['class ::clang::TemplateArgumentList'])
subset.append(asg['enum ::clang::Type::TypeClass'])
subset.append(asg['enum ::clang::AccessSpecifier'])
subset.append(asg['enum ::clang::LinkageSpecDecl::LanguageIDs'])
subset.append(asg['enum ::clang::BuiltinType::Kind'])
subset.append(asg['enum ::clang::TemplateArgument::ArgKind'])
subset.append(asg['enum ::clang::Decl::Kind'])
subset.extend(
asg.nodes('::clanglite::build_ast_from_code_with_args'))
for node in subset:
node.boost_python_export = True
for fct in asg['::clanglite'].functions():
if not fct.localname == 'build_ast_from_code_with_args':
fct.parent = fct.parameters[
0].qualified_type.desugared_type.unqualified_type
fct.boost_python_export = True
for mtd in asg['class ::clang::ASTContext'].methods(
pattern='.*getSourceManager.*'):
if mtd.return_type.globalname == 'class ::clang::SourceManager &':
mtd.boost_python_export = True
break
if autowig.parser.plugin == 'libclang':
for node in (
asg.functions(pattern='.*(llvm|clang).*_(begin|end)') +
asg.functions(
pattern='::clang::CXXRecordDecl::getCaptureFields')
+ asg.functions(
pattern='.*(llvm|clang).*getNameAsString') +
asg.nodes(
'::clang::NamedDecl::getQualifiedNameAsString') +
asg.functions(pattern='.*::clang::ObjCProtocolDecl') +
asg.nodes(
'::clang::ObjCProtocolDecl::collectInheritedProtocolProperties'
) + asg.nodes('::clang::ASTUnit::LoadFromASTFile') +
asg.nodes('::clang::ASTUnit::getCachedCompletionTypes')
+ asg.nodes('::clang::ASTUnit::getBufferForFile') +
asg.nodes('::clang::CXXRecordDecl::getCaptureFields') +
asg.nodes('::clang::ASTContext::SectionInfos') +
asg.nodes('::clang::ASTContext::getAllocator') +
asg.nodes('::clang::ASTContext::getObjCEncoding.*') +
asg.nodes('::clang::ASTContext::getAllocator') +
asg.nodes('::clang::QualType::getAsString') +
asg.nodes('::clang::SourceLocation::printToString') +
asg['class ::llvm::StringRef'].methods()):
node.boost_python_export = False
if autowig.parser.plugin == 'clanglite':
for mtd in asg['class ::clang::Decl'].methods():
if mtd.localname == 'hasAttr':
mtd.boost_python_export = False
import sys
try:
from path import path as Path
except:
from path import Path
import platform
if any(platform.win32_ver()):
for header in (Path(sys.prefix) / 'Library' / 'include' /
'clang').walkfiles('*.h'):
asg[header.abspath()].is_external_dependency = False
else:
for header in (Path(sys.prefix) / 'include' /
'clang').walkfiles('*.h'):
asg[header.abspath()].is_external_dependency = False
return asg
autowig.controller['clanglite'] = clanglite_controller
autowig.controller.plugin = 'clanglite'
asg = autowig.controller(asg)
asg['enum ::max_align_t'].boost_python_export = False
asg['::max_align_t::__clang_max_align_nonce1'].boost_python_export = False
autowig.generator.plugin = 'boost_python_internal'
module = autowig.generator(
asg,
module=self.srcdir / 'py' / 'wrapper' / '_clanglite.cpp',
decorator=self.srcdir / 'py' / 'clanglite' / '_clanglite.py',
closure=False)
module.write()
for filepath in (self.srcdir / 'src' / 'py' / 'wrapper').walkfiles():
if filepath.exists() and filepath.ext in ['.cpp', '.h']:
filepath.remove()
