def find_init_files(files, unit):
traversed = set()
for include in files:
path = os.path.dirname(include)
while path and path not in traversed:
traversed.add(path)
init_file = _common.join_intl_paths(path, '__init__.py')
path = os.path.dirname(path)
if os.path.isfile(unit.resolve(_common.join_intl_paths('$S', init_file))):
yield init_file
def find_init_files(files, unit):
traversed = set()
for include in files:
path = os.path.dirname(include)
while path and path not in traversed:
traversed.add(path)
init_file = _common.join_intl_paths(path, '__init__.py')
path = os.path.dirname(path)
if os.path.isfile(
unit.resolve(_common.join_intl_paths('$S', init_file))):
yield init_file
def output(self):
if self._swig_lang == 'jni_java':
return [(common.join_intl_paths(self._bindir, self._out_name), [])]
elif self._swig_lang == 'jni_cpp':
return [(self._main_out, []), (self._out_header, [])]
return [
(self._main_out, []),
(common.join_intl_paths(self._bindir, self._out_name),
(['noauto', 'add_to_outs'] if self._swig_lang != 'java' else [])),
] + ([(self._out_header, [])] if self._swig_lang == 'java' else [])
def onconditional_peerdir(unit, *args):
dict_name = args[0].upper()
use_var = "USE_" + dict_name
make_var = "MAKE_" + dict_name + "_FROM_SOURCE"
use_var_value = unit.get(use_var)
make_var_value = unit.get(make_var)
if use_var_value is None:
unit.set([use_var, 'yes'])
use_var_value = 'yes'
if make_var_value is None:
unit.set([make_var, 'no'])
make_var_value = 'no'
if use_var_value == 'yes':
peer = join_intl_paths(args[1], 'source' if make_var_value == 'yes' else 'generated')
unit.onpeerdir([peer])
def output(self):
return [
(self._main_out, []),
(common.join_intl_paths(self._bindir, self._out_name),
(['noauto', 'add_to_outs'] if self._swig_lang != 'java' else [])),
]
def output(self):
return [
(self._main_out, []),
(common.join_intl_paths(self._bindir, self._out_name), (['noauto', 'add_to_outs'] if self._swig_lang != 'java' else [])),
]
