def test_custom_hash(self):
txn = Transaction(
Binance.chain,
"USER",
"tbnb1yxfyeda8pnlxlmx0z3cwx74w9xevspwdpzdxpj",
Coin("BNB.BNB", 194765912),
"REFUND:TODO",
id="9999A5A08D8FCF942E1AAAA01AB1E521B699BA3A009FA0591C011DC1FFDC5E68",
)
self.assertEqual(
txn.custom_hash(""),
"FE64709713A9F9D691CF2C5B144CA6DAA53E902800C1367C692FE7935BD029CE",
)
txn.coins = None
self.assertEqual(
txn.custom_hash(""),
"229BD31DB372A43FB71896BDE7512BFCA06731A4D825B4721A1D8DD800159DCD",
)
txn.to_address = "tbnb189az9plcke2c00vns0zfmllfpfdw67dtv25kgx"
txn.coins = [Coin(RUNE, 49900000000)]
txn.memo = (
"REFUND:CA3A36052DC2FC30B91AD3996012E9EF2E69EEA70D5FBBBD9364F6F97A056D7C"
)
pubkey = (
"thorpub1addwnpepqv7kdf473gc4jyls7hlx4rg"
"t2lqxm9qkfh5m3ua7wnzzzfhlpz49u4slu4g"
)
if DEFAULT_RUNE_ASSET == RUNE:
self.assertEqual(
txn.custom_hash(pubkey),
"158D75777A5C23A5C8A39B55C0812252C0ABA9A87816D5E74BB7166EB95EDB73",
)
def test_eq(self):
tx1 = Transaction(
Binance.chain, "USER", "VAULT", Coin("BNB.BNB", 100), "STAKE:BNB",
)
tx2 = Transaction(
Binance.chain, "USER", "VAULT", Coin("BNB.BNB", 100), "STAKE:BNB",
)
self.assertEqual(tx1, tx2)
tx2.chain = "BTC"
self.assertNotEqual(tx1, tx2)
tx1 = Transaction(
Binance.chain, "USER", "VAULT", [Coin("BNB.BNB", 100)], "STAKE:BNB",
)
tx2 = Transaction(
Binance.chain, "USER", "VAULT", [Coin("BNB.BNB", 100)], "STAKE:BNB",
)
self.assertEqual(tx1, tx2)
tx1.memo = "STAKE:BNB"
tx2.memo = "ADD:BNB"
self.assertNotEqual(tx1, tx2)
tx1.memo = "STAKE"
tx2.memo = "ADD"
self.assertNotEqual(tx1, tx2)
tx1.memo = ""
tx2.memo = ""
self.assertEqual(tx1, tx2)
tx1.memo = "Hello"
tx2.memo = ""
self.assertNotEqual(tx1, tx2)
# we ignore addresses in memo
tx1.memo = "REFUND:ADDRESS"
tx2.memo = "REFUND:TODO"
self.assertNotEqual(tx1, tx2)
# we dont ignore different assets though
tx1.memo = "STAKE:BNB"
tx2.memo = "STAKE:RUNE"
self.assertNotEqual(tx1, tx2)
tx2.memo = "STAKE:BNB"
self.assertEqual(tx1, tx2)
tx2.coins = [Coin("BNB.BNB", 100)]
self.assertEqual(tx1, tx2)
tx2.coins = [Coin("BNB.BNB", 100), Coin("RUNE", 100)]
self.assertNotEqual(tx1, tx2)
# different list of coins not equal
tx1.coins = [Coin("RUNE", 200), Coin("RUNE", 100)]
tx2.coins = [Coin("BNB.BNB", 100), Coin("RUNE", 200)]
self.assertNotEqual(tx1, tx2)
# coins different order tx are still equal
tx1.coins = [Coin("RUNE", 200), Coin("BNB.BNB", 100)]
tx2.coins = [Coin("BNB.BNB", 100), Coin("RUNE", 200)]
self.assertEqual(tx1, tx2)
# we ignore from / to address for equality
tx1.to_address = "VAULT1"
tx2.to_address = "VAULT2"
tx1.from_address = "USER1"
tx2.from_address = "USER2"
self.assertNotEqual(tx1, tx2)
# check list of transactions equality
tx1 = Transaction(
Binance.chain, "USER", "VAULT", [Coin("BNB.BNB", 100)], "STAKE:BNB",
)
tx2 = deepcopy(tx1)
tx3 = deepcopy(tx1)
tx4 = deepcopy(tx1)
list1 = [tx1, tx2]
list2 = [tx3, tx4]
self.assertEqual(list1, list2)
# check sort list of transactions get sorted by smallest coin
# check list of 1 coin
# descending order in list1
tx1.coins = [Coin("RUNE", 200)]
tx2.coins = [Coin("BNB.BNB", 100)]
# ascrending order in list2
tx3.coins = [Coin("BNB.BNB", 100)]
tx4.coins = [Coin("RUNE", 200)]
self.assertNotEqual(list1, list2)
self.assertEqual(sorted(list1), list2)
self.assertEqual(sorted(list1), sorted(list2))
# check list of > 1 coin
# descending order in list1
tx1.coins = [Coin("RUNE", 200), Coin("BNB.BNB", 300)]
tx2.coins = [Coin("BNB.BNB", 100), Coin("LOK-3C0", 500)]
# ascrending order in list2
tx3.coins = [Coin("BNB.BNB", 100), Coin("LOK-3C0", 500)]
tx4.coins = [Coin("RUNE", 200), Coin("BNB.BNB", 300)]
self.assertNotEqual(list1, list2)
self.assertEqual(sorted(list1), list2)
self.assertEqual(sorted(list1), sorted(list2))
# check 1 tx with no coins
list1 = sorted(list1)
self.assertEqual(list1, list2)
list1[0].coins = None
self.assertNotEqual(list1, list2)
list2[0].coins = None
self.assertEqual(list1, list2)