def main(c_filename):
registry = ApiRegistry()
for xmlfile in sorted(glob.glob('*.xml')):
api = Api(registry, xmlfile)
with open(c_filename, 'w') as c_out:
write_header(c_out)
c_out.write('#include "gcc-common.h"\n')
c_out.write('#include "gcc-tree.h"\n')
c_out.write('#include "ggc.h"\n')
c_out.write('#include "gcc-internal.h"\n')
c_out.write('#include <assert.h>\n')
c_out.write('#include "tree.h"\n')
# Ensure that we use the headers, so that the generated
# casts pick up on the 'extern "C"' and don't get name-mangled:
for api in registry.apis:
c_out.write('#include "%s"\n' % api.get_header_filename())
for type_ in registry.iter_types():
for subclass in type_.get_subclasses(recursive=True):
c_out.write('IMPLEMENT_CAST(%s, %s)\n'
% (type_.get_c_name(),
subclass.get_c_name()))
c_out.write('IMPLEMENT_CAST(%s, %s)\n'
% (subclass.get_c_name(),
type_.get_c_name()))
write_footer(c_out)
def main(c_filename, xmldir):
registry = ApiRegistry()
for xmlfile in sorted(glob.glob(xmldir + '*.xml')):
api = Api(registry, xmlfile)
with open(c_filename, 'w') as c_out:
write_header(c_out)
c_out.write('#include "gcc-common.h"\n')
c_out.write('#include "gcc-tree.h"\n')
c_out.write('#include "ggc.h"\n')
c_out.write('#include "gcc-internal.h"\n')
c_out.write('#include <assert.h>\n')
c_out.write('#include "tree.h"\n')
# Ensure that we use the headers, so that the generated
# casts pick up on the 'extern "C"' and don't get name-mangled:
for api in registry.apis:
c_out.write('#include "%s"\n' % api.get_header_filename())
for type_ in registry.iter_types():
for subclass in type_.get_subclasses(recursive=True):
c_out.write('IMPLEMENT_CAST(%s, %s)\n' %
(type_.get_c_name(), subclass.get_c_name()))
c_out.write('IMPLEMENT_CAST(%s, %s)\n' %
(subclass.get_c_name(), type_.get_c_name()))
write_footer(c_out)
def main(c_filename, h_filename, xmldir):
registry = ApiRegistry()
for xmlfile in sorted(glob.glob(xmldir + '*.xml')):
api = Api(registry, xmlfile)
with open(c_filename, 'w') as c_out:
write_c(registry, c_out)
with open(h_filename, 'w') as h_out:
write_h(registry, h_out)
out.write('*/\n')
for api in registry.apis:
out.write('/* Semiprivate types: %s */\n' % api.get_doc().as_text())
for type_ in api.iter_types():
out.write('struct %s {\n' % type_.get_c_name())
out.write(' %s inner;\n' % type_.get_inner_type())
out.write('};\n')
out.write('\n')
out.write('GCC_PRIVATE_API(struct %s)\n' % type_.get_c_name())
out.write('gcc_private_make_%s(%s inner);\n' %
(type_.get_xml_name(), type_.get_inner_type()))
out.write('\n')
writer.write_end_extern_c()
out.write('#endif /* INCLUDED__GCC_SEMIPRIVATE_TYPES_H */\n')
write_footer(out)
registry = ApiRegistry()
for xmlfile in sorted(glob.glob('*.xml')):
api = Api(registry, xmlfile)
for api in registry.apis:
with open(api.get_header_filename(), 'w') as f:
# write(api, sys.stdout)
write_api(api, f)
with open('gcc-public-types.h', 'w') as f:
write_public_types(registry, f)
with open('gcc-semiprivate-types.h', 'w') as f:
write_semiprivate_types(registry, f)
out.write('*/\n')
for api in registry.apis:
out.write('/* Semiprivate types: %s */\n' % api.get_doc().as_text())
for type_ in api.iter_types():
out.write('struct %s {\n' % type_.get_c_name())
out.write(' %s inner;\n' % type_.get_inner_type())
out.write('};\n')
out.write('\n')
out.write('GCC_PRIVATE_API(struct %s)\n' % type_.get_c_name())
out.write('gcc_private_make_%s(%s inner);\n'
% (type_.get_xml_name(),
type_.get_inner_type()))
out.write('\n')
writer.write_end_extern_c()
out.write('#endif /* INCLUDED__GCC_SEMIPRIVATE_TYPES_H */\n')
write_footer(out)
registry = ApiRegistry()
for xmlfile in sorted(glob.glob('*.xml')):
api = Api(registry, xmlfile)
for api in registry.apis:
with open(api.get_header_filename(), 'w') as f:
# write(api, sys.stdout)
write_api(api, f)
with open('gcc-public-types.h', 'w') as f:
write_public_types(registry, f)
with open('gcc-semiprivate-types.h', 'w') as f:
write_semiprivate_types(registry, f)
