def j_flag(j=None):
multiple_thread = environment.cpu_count()
if environment.is_mingw32():
multiple_thread = 1
if j is not None and j is not 0:
multiple_thread = j
return ' -j ' + str(multiple_thread)
def j_flag(j=None):
multiple_thread = environment.cpu_count()
if environment.is_aarch64() or environment.is_mingw32():
multiple_thread = 1
if j != None and j != 0:
multiple_thread = j
return ' -j ' + str(multiple_thread)
def j_flag(j=None):
multiple_thread = environment.cpu_count()
if environment.is_mingw32():
multiple_thread = 1
if j is not None and j is not 0:
multiple_thread = j
return ' -j ' + str(multiple_thread)
def __init__(self, source_path):
self.__source_path = source_path
self.__cmd = 'cmake'
if environment.is_mingw32():
self.__cmd += ' -G "MSYS Makefiles"'
def append_dict(self, dict):
for key, value in dict.items():
self.append(key, value, environment.is_mingw32())
return self
def str(self):
cmd = self.__cmd + ' '
if environment.is_mingw32():
return cmd + self.__wrap_double_quote(self.__source_path)
else:
return cmd + self.__source_path
def __init__(self, source_path):
self.__source_path = source_path
self.__cmd = 'cmake'
if environment.is_mingw32():
self.__cmd += ' -G "MSYS Makefiles"'
def append_dict(self, dict):
for key, value in dict.items():
self.append(key, value, environment.is_mingw32())
return self
def str(self):
cmd = self.__cmd + ' '
if environment.is_mingw32():
return cmd + self.__wrap_double_quote(self.__source_path)
else:
return cmd + self.__source_path
def use_ninja(self):
if not environment.is_mingw32():
self.__cmd += ' -G Ninja'
return self
def use_ninja(self):
if not environment.is_mingw32():
self.__cmd += ' -G Ninja'
return self
