def test_postprocess_card():
provider = Explorer(network="peercoin-testnet")
deck = find_deck(
provider,
"643dccd585211766fc03f71e92fbf299cfc2bdbf3f2cae0ad85adec3141069f3", 1)
raw_tx = provider.getrawtransaction(
'809c506bc3add9e46a4d3a65348426688545213da5fb5b524acd380f2cdaf3cc', 1)
vout = raw_tx["vout"]
blockseq = tx_serialization_order(provider, raw_tx["blockhash"],
raw_tx["txid"])
blocknum = provider.getblock(raw_tx["blockhash"])["height"]
sender = 'moQzpzzcCYZMnAz224EY4att5A9psxN8X2'
card_transfer = CardTransfer(
deck=deck,
receiver=["n4KuTR5CzyQTbrpwbAKEdTfJERKmtHWWgr"],
amount=[1],
version=1,
)
card = postprocess_card(card_metainfo=card_transfer.metainfo_to_dict,
raw_tx=raw_tx,
sender=sender,
vout=vout,
blockseq=blockseq,
blocknum=blocknum,
tx_confirmations=raw_tx['confirmations'],
deck=deck)
assert isinstance(card, list)
def test_explorer_getblock():
provider = Explorer(network="ppc")
assert isinstance(
provider.getblock(
'00000000000da9a26b4f4ce3f1f286438ec2198e5f60d108fafa700061b486e7'
), dict)
def test_validate_deckspawn_p2th():
'''test deckspawn p2th validation'''
provider = Explorer(network="peercoin-testnet")
p2th = param_query('peercoin-testnet').P2TH_addr
raw_tx = provider.getrawtransaction('643dccd585211766fc03f71e92fbf299cfc2bdbf3f2cae0ad85adec3141069f3', 1,)
assert validate_deckspawn_p2th(provider, raw_tx, p2th)
def test_find_tx_sender(prov):
if prov == "explorer":
provider = Explorer(network="peercoin")
rawtx = provider.getrawtransaction("397bda2f5e6608c872a663b2e5482d95db8ecfad00757823f0f12caa45a213a6", 1)
assert find_tx_sender(provider, rawtx) == 'PNHGzKupyvo2YZVb1CTdRxtCGBB5ykgiug'
if prov == "cryptoid":
provider = Cryptoid(network="peercoin")
rawtx = provider.getrawtransaction("397bda2f5e6608c872a663b2e5482d95db8ecfad00757823f0f12caa45a213a6", 1)
assert find_tx_sender(provider, rawtx) == 'PNHGzKupyvo2YZVb1CTdRxtCGBB5ykgiug'
def test_tx_serialization_order(prov):
if prov == "explorer":
provider = Explorer(network="peercoin-testnet")
assert tx_serialization_order(
provider,
txid=
"f968702bcedc107959aae2c2b1a1becdccbfe7e5a32b460b2c13c1adaa33d541",
blockhash=
"e234d2ef69f7cd1e7ee489546b39314cc838763b4e32438106cba657d9749f2f"
) == 1
if prov == "mintr":
provider = Mintr()
assert tx_serialization_order(
provider,
txid=
"6f9c76f5e2d188c8d4e8411a89dd152ca94e6b1756aec6c4d12fcbf0450970f7",
blockhash=
"13ea431cb818628d762f224fb3fa957ecdbab661d190d28aedef8449e007f207"
) == 0
try:
if prov == "rpc":
provider = RpcNode(testnet=True)
assert tx_serialization_order(
provider,
txid=
"f968702bcedc107959aae2c2b1a1becdccbfe7e5a32b460b2c13c1adaa33d541",
blockhash=
"e234d2ef69f7cd1e7ee489546b39314cc838763b4e32438106cba657d9749f2f"
) == 1
except:
print("No RpcNode avaliable.")
def test_find_deck_spawns(prov):
if prov == "explorer":
provider = Explorer(network="peercoin")
if prov == "cryptoid":
provider = Cryptoid(network="peercoin")
assert isinstance(find_deck_spawns(provider), Generator)
def test_tx_serialization_order(prov):
if prov == "explorer":
provider = Explorer(network="peercoin-testnet")
assert tx_serialization_order(provider,
txid="f968702bcedc107959aae2c2b1a1becdccbfe7e5a32b460b2c13c1adaa33d541", blockhash="e234d2ef69f7cd1e7ee489546b39314cc838763b4e32438106cba657d9749f2f") == 1
try:
if prov == "rpc":
provider = RpcNode(testnet=True)
assert tx_serialization_order(provider,
txid="f968702bcedc107959aae2c2b1a1becdccbfe7e5a32b460b2c13c1adaa33d541", blockhash="e234d2ef69f7cd1e7ee489546b39314cc838763b4e32438106cba657d9749f2f") == 1
except:
print("No RpcNode avaliable.")
def test_explorer_listtransactions():
assert isinstance(
Explorer(network="ppc").listtransactions(
'PHvDhfz1dGyPbZZ3Qnp56y92zmy98sncZT'), list)
def test_explorer_getrawtransaction():
assert isinstance(
Explorer(network="ppc").getrawtransaction(
'34d19bf5a5c757d5bcbf83a91ad9bc04365c58a035a6bf728bce8013ad04c173'
), dict)
def test_explorer_network():
assert Explorer(network="ppc").network == "peercoin"
def test_explorer_getreceivedbyaddress():
assert isinstance(
Explorer(network="ppc").getreceivedbyaddress(
'PHvDhfz1dGyPbZZ3Qnp56y92zmy98sncZT'), Decimal)
def test_explorer_getbalance():
assert isinstance(
Explorer(
network="ppc").getbalance('PHvDhfz1dGyPbZZ3Qnp56y92zmy98sncZT'),
Decimal)
def test_explorer_getdifficulty():
assert isinstance(Explorer(network="ppc").getdifficulty(), dict)
def test_explorer_get_block_hash():
assert isinstance(Explorer(network="ppc").getblockhash(3378), str)
def test_explorer_getblockcount():
assert isinstance(Explorer(network="ppc").getblockcount(), int)
def test_explorer_listunspent():
assert isinstance(
Explorer(
network="ppc").listunspent('PAdonateFczhZuKLkKHozrcyMJW7Y6TKvw'),
list)
def test_explorer_is_testnet():
explorer = Explorer(network="ppc")
assert isinstance(explorer.is_testnet, bool)
assert explorer.is_testnet is False