def parse_and_save_meta_config(cls, input_file='inputfile.txt',
output_folder='Config', update_rules=False, debug=False):
""" Parse an input file containing a meta-configuration, generate the differnt
configs, and save them as files.
Parameters
----------
input_file: str
where the file containing the meta configuration is
output_folder: str, none
In which folder to store the configs
update_rules: bool
rules to apply when generating the configs
debug: bool
debug mode
"""
list_configs = cls.parse_meta_config(input_file, update_rules, debug=debug)
for conf in list_configs:
name_conf = 'config_' + conf['_RES_NAME']
if(not(output_folder is None)):
pathlib.Path(output_folder).mkdir(parents=True, exist_ok=True)
name_conf = os.path.join(output_folder, name_conf)
ut.dico_to_text_rep(conf, fileName = name_conf, typeWrite = 'w')
def write_one_res(cls, res, name_res = None, folder = None):
""" Write a res as a text file.
Arguments:
+ res - a dictionnary
+ folder - in which folder to write the results
+ forceName - Force the name given to the file (if None look for
a key name in the results, if none use default name)
"""
#Create name of the file
if(name_res is None):
if("_RES_NAME" in res):
name = res['_RES_NAME']
else:
name = cls._DEF_RES_NAME
else:
name = name_res
if(not(folder is None)):
pathlib.Path(folder).mkdir(parents=True, exist_ok=True)
name = os.path.join(folder, name)
#Write
ut.dico_to_text_rep(res, fileName = name, typeWrite = 'w')
