def generate(self, program, languages):
'Oooohh, recursively generate program, hot!!'
from thrift_compiler.frontend import t_program
assert isinstance(program, t_program)
assert isinstance(languages, dict)
# Generate code
self.pverbose("Program: {0}\n".format(program.path))
if self.dump_docs:
frontend.dump_docstrings(program)
for language, flags in languages.iteritems():
for flag in flags:
if flag not in generator_registry.generator_factory_map[ \
language].supported_flags:
self.pwarning(1, "Language {0} doesn't recognize flag {1}"\
.format(language, flag))
g = generator_registry.get_generator(program, language, flags)
if g is None:
self.pwarning(1, "Unable to get a generator for " \
"{0}:{1}".format(language, ','.join(flags)))
# do it!
g.generate_program()
def generate(self, program, languages):
'Oooohh, recursively generate program, hot!!'
from thrift_compiler.frontend import t_program
assert isinstance(program, t_program)
assert isinstance(languages, dict)
if self.recurse:
for inc in program.includes:
# Propagate output path from parent to child programs
inc.out_path = program.out_path
self.generate(inc, languages)
# Generate code
self.pverbose("Program: {0}\n".format(program.path))
if self.dump_docs:
frontend.dump_docstrings(program)
for language, flags in languages.iteritems():
for flag in flags:
if flag not in generator_registry.generator_factory_map[ \
language].supported_flags:
self.pwarning(1, "Language {0} doesn't recognize flag {1}"\
.format(language, flag))
g = generator_registry.get_generator(program, language, flags)
if g is None:
self.pwarning(1, "Unable to get a generator for " \
"{0}:{1}".format(language, ','.join(flags)))
# do it!
g.generate_program()