def test_len():
def func():
a = [1, 2, 3, 4, 5]
b = len(a)
result = JS(func)
assert_equals_fixture('test_len', result)
def func2():
b = len([1, 2, 3])
result = JS(func2)
assert_equals_fixture('test_len2', result)
def test_assign_deep():
def func():
a.b.c = 2
d.e.f['titi'] = 'test'
result = JS(func)
assert_equals_fixture('test_assign_deep', result)
def test_assign_op():
def func():
test = x != y
test2 = not a == b
result = JS(func)
assert_equals_fixture('test_assign_op', result)
def test_async_await():
async def func():
res = await fetch(params).then(lambda r: r).then(
lambda r: print(r) and r.status)
result = JS(func)
assert_equals_fixture('test_async_await', result)
def test_lambda():
def func():
lambda: print(x)
lambda arg: arg.method()
result = JS(func)
assert_equals_fixture('test_lambda', result)
def test_new():
def func():
test = new.HTMLElement(param)
test.deep = new.deep.ClassName
result = JS(func)
assert_equals_fixture('test_new', result)
def test_bool_op():
def func():
f = True and False
t = 1 or 'titi'
t = (x or y) and (a or b)
result = JS(func)
assert_equals_fixture('test_bool_op', result)
def test_range():
def func():
a = range(10)
for x in range(3):
print(x)
result = JS(func)
assert_equals_fixture('test_range', result)
def test_bin_op():
def func():
test1 = 2 + 4
test2 = (3 / 1) + 4
test3 = (10 - 5) % 3
test4 = (4 / 2) + 5.2
test5 = 'titi' + 'tutu'
result = JS(func)
assert_equals_fixture('test_bin_op', result)
def test_in():
def func():
if 1 in [1, 2, 3]:
print('test')
if 2 not in [3, 4, 5]:
print('test2')
if x in deep.test:
print('test3')
result = JS(func)
assert_equals_fixture('test_in', result)
def get_token(view):
user = view.request.user
try:
client = Client.objects.create(user=user)
except ValueError:
client = Client.objects.create()
view.client = client
def js_set_token():
window.token = token
ws_connect()
return autoexec(JS(js_set_token, dict(token=client.token)))
def test_assign():
def func():
a = 2
b = 0.5
c = 'string'
d = []
e = {}
f = [1, 2, 3]
g = ['a', 'b', 'c']
h = {'a': 1, 'b': 2}
k = {'toto': 11532}
i = h
j = None
l = undefined
result = JS(func)
assert_equals_fixture('test_assign', result)
def test_context():
def func():
toto = 10 + ctx_int
print(ctx_str)
tutu = ctx_dict['a']
titi = ctx_dict[ctx_idx]
assign_dict = ctx_dict
val = assign_dict[ctx_idx]
result = JS(
func,
dict(ctx_int=5,
ctx_str='toto',
ctx_dict=dict(
a='tutu',
b='test',
),
ctx_idx='b'))
# Actually the ctx_dict is fully replaced before indexing
# if referred by its name but can be assigned
assert_equals_fixture('test_context', result)
def test_print():
def func():
print('to console')
result = JS(func)
assert_equals_fixture('test_print', result)
def test_bool():
def func():
bool(test.deep)
result = JS(func)
assert_equals_fixture('test_bool', result)
def test_type():
def func():
type(test.deep)
result = JS(func)
assert_equals_fixture('test_typeof', result)
def test_endswith():
def func():
test.deep.endswith('test')
result = JS(func)
assert_equals_fixture('test_endswith', result)