def test_repr(self):
struct = appier.OrderedDict()
struct.push(["first", 1])
struct.push(["second", 2])
struct.push(["third", 3])
self.assertEqual(repr(struct), "[['first', 1], ['second', 2], ['third', 3]]")
self.assertEqual(str(struct), "[['first', 1], ['second', 2], ['third', 3]]")
def test_basic(self):
struct = appier.OrderedDict()
struct["first"] = 1
struct["second"] = 2
struct["third"] = 3
self.assertEqual(struct["first"], 1)
self.assertEqual(struct["second"], 2)
self.assertEqual(struct["third"], 3)
def test_order(self):
struct = appier.OrderedDict()
struct["first"] = 1
struct["second"] = 2
struct["third"] = 3
iterator = iter(struct)
self.assertEqual(next(iterator), ["first", 1])
self.assertEqual(next(iterator), ["second", 2])
self.assertEqual(next(iterator), ["third", 3])
def test_delete(self):
struct = appier.OrderedDict()
struct.push(["first", 1])
struct.push(["second", 2])
self.assertEqual("first" in struct, True)
self.assertEqual("second" in struct, True)
del struct["first"]
self.assertEqual("first" in struct, False)
self.assertEqual("second" in struct, True)
def test_stack(self):
struct = appier.OrderedDict()
struct.push(["first", 1])
struct.push(["second", 2])
struct.push(["third", 3])
iterator = iter(struct)
self.assertEqual(next(iterator), ["first", 1])
self.assertEqual(next(iterator), ["second", 2])
self.assertEqual(next(iterator), ["third", 3])
value = struct.pop()
self.assertEqual(value, ["third", 3])
self.assertEqual(len(value), 2)
def get_balances_g(cls):
balances_m = appier.OrderedDict()
global_m = cls.get_balance_g()
for balance in cls.get_account_g()["balances"]:
value = 0.0
asset = balance["asset"]
value += float(balance["free"])
value += float(balance["locked"])
if value <= 0.0: continue
balance_m = dict()
value_btc = cls.convert_g(value, asset, target="BTC")
value_eth = cls.convert_g(value, asset, target="ETH")
value_usd = cls.convert_g(value_btc, "BTC", target="USDT")
balance_m["base"] = value
balance_m["BTC"] = float(value_btc)
balance_m["ETH"] = float(value_eth)
balance_m["USD"] = float(value_usd)
balance_m["percent"] = float(value_usd) / global_m["USD"] * 100.0
balances_m[asset] = balance_m
balances_m.sort(key=lambda v: v[1]["USD"], reverse=True)
return balances_m
def test_build(self):
base = dict(first = 1, second = 2, third = 3)
struct = appier.OrderedDict(base)
self.assertEqual(struct._dict, base)
iterator = iter(struct)
self.assertEqual(next(iterator), ["first", 1])
self.assertEqual(next(iterator), ["second", 2])
self.assertEqual(next(iterator), ["third", 3])
struct.sort()
self.assertEqual(struct._dict, base)
iterator = iter(struct)
self.assertEqual(next(iterator), ["first", 1])
self.assertEqual(next(iterator), ["second", 2])
self.assertEqual(next(iterator), ["third", 3])
struct["fourth"] = 4
self.assertEqual(len(base), 4)
self.assertEqual(len(struct), 4)
self.assertEqual(base["fourth"], 4)
iterator = iter(struct)
self.assertEqual(next(iterator), ["first", 1])
self.assertEqual(next(iterator), ["second", 2])
self.assertEqual(next(iterator), ["third", 3])
self.assertEqual(next(iterator), ["fourth", 4])
del base["first"]
self.assertEqual(len(base), 3)
self.assertEqual(len(struct), 3)
iterator = iter(struct)
self.assertEqual(next(iterator), ["second", 2])
self.assertEqual(next(iterator), ["third", 3])
self.assertEqual(next(iterator), ["fourth", 4])
del base["third"]
del base["fourth"]
self.assertEqual(len(base), 1)
self.assertEqual(len(struct), 1)
iterator = iter(struct)
self.assertEqual(next(iterator), ["second", 2])
base["fifth"] = 5
self.assertEqual(len(base), 2)
self.assertEqual(len(struct), 2)
iterator = iter(struct)
self.assertEqual(next(iterator), ["second", 2])
self.assertEqual(next(iterator), ["fifth", 5])
