def inject(mypath,mymod):
from pathlib import Path
this = Path(mypath)
subcommands = [ x.stem for x in this.iterdir() if (x/'__init__.py').is_file() ]
for cmd in subcommands:
MOD=imp("%s.%s" % (__name__,cmd))
setattr(mymod, cmd.lower(), MOD.__call__ )
#imodules() )
print(__name__.split('.'))
def parent_parsers(package):
parts = package.split('.')
acc = []
while parts:
dott = '.'.join(parts + ['parse'])
parts.pop()
try:
acc.append(imp(dott).parser)
except (ModuleNotFoundError, AttributeError):
continue
return acc
def _main(n, init=(1,1)):
report(__name__, 'main', args )
OPT,bang = args
args, bang = preparse(OPT.args + bang)
if not args:
return null()
cmd = args.pop(0)
try:
mod = imp( "%s.%s" % (__name__,cmd ))
except ModuleNotFoundError:
mod=None
if mod == None:
print('STUB: %s %s' % (cmd, args) )
else:
print('CALLING %s.main()' % mod.__name__ )
mod.main(OPT, args)
def WithLocals_handler(_locals, parser, fn4nameD):
D1 = fn4nameD
assert type(_locals) == type(locals())
if not _locals['__name__'] == '__main__':
raise Exception("Use this function only if __name__=='__main__'")
LC = WithLocals_LC(_locals)
args, bang = split_bang(sys.argv)
OPTS = parser.parse_args(args)
args = OPTS.args[2:] # cut off sys.argv and cmd
cmd = (OPTS.args + [''])[1]
if cmd in D1.keys():
fn = D1[cmd]
elif cmd in LC.keys():
mod = imp(LC[cmd])
fn = getattr(mod, '__subhandler', stub(mod.__name__, 'nohandler'))
else:
fn = lambda *x, **y: exit('unknown')
exit(fn(opts_list=[OPTS], args=args, bang=bang))
def main(*a,**b):
MM= __name__ + '.' + '__main__'
FN=imp(MM).main
return FN(*a,**b)