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_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 load_cfunc(cdll, cfuncs_parsed, struct_type_p, cfuncprefix, idxset):
cfunc_loaded = {}
def get_arg_ct(ag):
if ag['aname'] in idxset:
return c_int
elif ag['cdt'] in idxset:
return c_int
else:
return CDT2CTYPE[ag['cdt']]
for (fname, parsed) in cfuncs_parsed.iteritems():
for args in choice_combinations(parsed):
cfname = parsed.fnget(*args)
cf = cdll[cfuncprefix + cfname]
cf.restype = c_int
cf.argtypes = (
[struct_type_p] + map(get_arg_ct, parsed.args))
cfunc_loaded[cfname] = cf
return cfunc_loaded
