def check_choice_combinations(cfstr, fnameargslist):
cfdec = cfdec_parse(cfstr)
clist = [tuple(c) for c in choice_combinations(cfdec)]
ret = set(clist)
ok_(len(ret) == len(clist),
'choice_combinations returns redundant element(s)')
correct = set(fa[1] for fa in fnameargslist)
eq_(ret, correct, ('choice_combinations(cfdec_parse(%s)) '
'returns incorrect value' % cfstr))
def check_cfdec_parse(cfstr, correct, fnameargslist):
ret = cfdec_parse(cfstr)
dct = subdict(ret.as_dict(), *list(correct)) # exclude 'fnget'
fnget = ret.fnget
eq_(correct, dct, 'incorrect return for "%s"' % (cfstr))
for (fname, args) in fnameargslist:
fname_ret = fnget(*args)
eq_(fname_ret, fname,
'%s%s returns incorrect name' % (ret.fnget.func_name, args))
def check_cfdec_parse(cfstr, correct, fnameargslist):
ret = cfdec_parse(cfstr)
dct = subdict(ret.as_dict(), *list(correct)) # exclude 'fnget'
fnget = ret.fnget
eq_(correct, dct, 'incorrect return for "%s"' % (cfstr))
for (fname, args) in fnameargslist:
fname_ret = fnget(*args)
eq_(fname_ret, fname,
'%s%s returns incorrect name' % (ret.fnget.func_name, args))
def check_choice_combinations(cfstr, fnameargslist):
cfdec = cfdec_parse(cfstr)
clist = [tuple(c) for c in choice_combinations(cfdec)]
ret = set(clist)
ok_(
len(ret) == len(clist),
'choice_combinations returns redundant element(s)')
correct = set(fa[1] for fa in fnameargslist)
eq_(ret, correct, ('choice_combinations(cfdec_parse(%s)) '
'returns incorrect value' % cfstr))
def parse_cfuncs(cfuncs):
"""Parse `_cfuncs_` using `cfuncs.cfdec_parse`"""
cfuncs_parsed_list = [cfdec_parse(cfstr) for cfstr in cfuncs]
cfuncs_parsed = dict(
(parsed.fname, parsed) for parsed in cfuncs_parsed_list)
return cfuncs_parsed
