def _map_rtn(args, keywords, starargs, context, dryrun, orig_args):
assert not keywords
assert not starargs
f = args[0]
elts = []
for a in args[1:]:
elts.append(get_iter_type(a, context))
r = context.get_cached(_map_rtn)
if not r:
r = InstanceType(ListClass, [Union.EMPTY])
context.set_cached(_map_rtn, r)
u = f.call(elts, {}, None, context, dryrun, orig_args)
r.update(0, u)
return Union(r)
def _map_rtn(args, keywords, starargs, context, dryrun, orig_args):
assert not keywords
assert not starargs
f = args[0]
elts = []
for a in args[1:]:
elts.append(get_iter_type(a, context))
r = context.get_cached(_map_rtn)
if not r:
r = InstanceType(ListClass, [Union.EMPTY])
context.set_cached(_map_rtn, r)
u = f.call(elts, {}, None, context, dryrun, orig_args)
r.update(0, u)
return Union(r)
def _filter_rtn(args, keywords, starargs, context, dryrun, orig_args):
assert not keywords
assert not starargs
assert len(args) == 2
f = args[0]
r = context.get_cached(_filter_rtn)
if not r:
r = InstanceType(ListClass, [Union.EMPTY])
context.set_cached(_filter_rtn, r)
rtn = []
for t in args[1].types():
elt_type = get_iter_type(Union(t), context)
if f != Union(NONE):
f.call([elt_type], {}, None, context, dryrun, orig_args)
if t is STR:
rtn.append(Union(STR))
else:
r.update(0, elt_type)
rtn.append(Union(r))
return Union.make_union(*rtn)
def _filter_rtn(args, keywords, starargs, context, dryrun, orig_args):
assert not keywords
assert not starargs
assert len(args) == 2
f = args[0]
r = context.get_cached(_filter_rtn)
if not r:
r = InstanceType(ListClass, [Union.EMPTY])
context.set_cached(_filter_rtn, r)
rtn = []
for t in args[1].types():
elt_type = get_iter_type(Union(t), context)
if f != Union(NONE):
f.call([elt_type], {}, None, context, dryrun, orig_args)
if t is STR:
rtn.append(Union(STR))
else:
r.update(0, elt_type)
rtn.append(Union(r))
return Union.make_union(*rtn)
context.log_error("wtf")
return Union.EMPTY
t1 = args[0].types()[0]
t2 = args[1].types()[0]
if not isinstance(t1, InstanceType) or not t1.cls is TupleClass:
context.log_error("wtf")
return Union.EMPTY
if not isinstance(t2, InstanceType) or not t1.cls is TupleClass:
context.log_error("wtf")
return Union.EMPTY
t = context.get_cached("__add__")
n1 = len(t1.unions)
n2 = len(t2.unions)
if t is None:
t = InstanceType(TupleClass, [Union.EMPTY for i in xrange(n1 + n2)])
context.set_cached("__add__", t)
if len(t.unions) != n1 + n2:
print >>sys.stderr, "WTF"
return Union.EMPTY
for i in xrange(n1):
t.update(i, t1.unions[i])
for i in xrange(n2):
t.update(n1 + i, t2.unions[i])
return Union(t)
TupleClass.setattr("__add__", Union(SpecialFunction(tuple_add)))
TupleClass.setattr("__lt__", Union(TOP)) # TODO not the right definition
BUILTINS = {}
context.log_error("wtf")
return Union.EMPTY
t1 = args[0].types()[0]
t2 = args[1].types()[0]
if not isinstance(t1, InstanceType) or not t1.cls is TupleClass:
context.log_error("wtf")
return Union.EMPTY
if not isinstance(t2, InstanceType) or not t1.cls is TupleClass:
context.log_error("wtf")
return Union.EMPTY
t = context.get_cached("__add__")
n1 = len(t1.unions)
n2 = len(t2.unions)
if t is None:
t = InstanceType(TupleClass, [Union.EMPTY for i in xrange(n1 + n2)])
context.set_cached("__add__", t)
if len(t.unions) != n1 + n2:
print >> sys.stderr, "WTF"
return Union.EMPTY
for i in xrange(n1):
t.update(i, t1.unions[i])
for i in xrange(n2):
t.update(n1 + i, t2.unions[i])
return Union(t)
TupleClass.setattr("__add__", Union(SpecialFunction(tuple_add)))
TupleClass.setattr("__lt__", Union(TOP)) # TODO not the right definition
BUILTINS = {}
