def test():
# create a tfchain client for devnet
c = tfchain.TFChainClient.TFChainClient(network_type="devnet")
# (we replace internal client logic with custom logic as to ensure we can test without requiring an active network)
explorer_client = TFChainExplorerGetClientStub()
# add initial mint condition
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient(
'01a006599af1155f43d687635e9680650003a6c506934996b90ae84d07648927414046f9f0e936'
),
height=0,
)
# overwrite explorer get logic
c.explorer_get = explorer_client.explorer_get
# getting the latest mint condition is as easy as making the following call:
condition = c.minter.condition_get()
assert condition.unlockhash == '01a006599af1155f43d687635e9680650003a6c506934996b90ae84d07648927414046f9f0e936'
# you can also get the condition active for a certain block height as follows:
for height in [0, 500, 23400, 120000]:
# as there is only one mint condition registered at the moment, it will return that one no matter what
condition = c.minter.condition_get(height)
assert condition.unlockhash == '01a006599af1155f43d687635e9680650003a6c506934996b90ae84d07648927414046f9f0e936'
# if another one gets registered,
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient((1, [
'01a006599af1155f43d687635e9680650003a6c506934996b90ae84d07648927414046f9f0e936',
'011cf61451b58970eeead00819e33f7fc812bd9b2d4e66914efa6163e238752d34be252ac8667f',
])),
height=50,
)
# it will return the latest condition when requesting the latest,
# and it will return the one active at the current height
condition = c.minter.condition_get()
assert condition.unlockhash == '037187176be3a123b545209d933f4250a20f4baac78051c0993653500e9d6bc46d290e499b058c'
for height in [0, 1, 23, 49]:
condition = c.minter.condition_get(height)
assert condition.unlockhash == '01a006599af1155f43d687635e9680650003a6c506934996b90ae84d07648927414046f9f0e936'
for height in [50, 51, 200, 500, 15000]:
condition = c.minter.condition_get(height)
assert condition.unlockhash == '037187176be3a123b545209d933f4250a20f4baac78051c0993653500e9d6bc46d290e499b058c'
def test():
# create a tfchain client for devnet
c = tfchain.TFChainClient.TFChainClient(network_type="devnet")
# (we replace internal client logic with custom logic as to ensure we can test without requiring an active network)
explorer_client = TFChainExplorerGetClientStub()
# set the current block chain info
explorer_client.chain_info = '{"blockid":"552e410481cce1358ffcd4687f4199dd2181c799d55da26178e55643355bbd2e","difficulty":"27801","estimatedactivebs":"59","height":3644,"maturitytimestamp":1549012510,"target":[0,2,91,116,78,165,130,72,116,162,127,4,125,67,108,16,140,247,132,198,107,159,114,177,44,25,18,162,38,157,169,245],"totalcoins":"0","arbitrarydatatotalsize":6,"minerpayoutcount":3650,"transactioncount":3652,"coininputcount":12,"coinoutputcount":15,"blockstakeinputcount":3644,"blockstakeoutputcount":3645,"minerfeecount":7,"arbitrarydatacount":1}'
explorer_client.hash_add(
'552e410481cce1358ffcd4687f4199dd2181c799d55da26178e55643355bbd2e',
'{"hashtype":"blockid","block":{"minerpayoutids":["468db689f752414702ef3a5aa06238f03a4539434a61624b3b8a0fb5dc38a211"],"transactions":[{"id":"2396f8e57bbb9b22bd1d749d5de3fd532ea6886e9660a556a13571d701d83e27","height":3644,"parent":"552e410481cce1358ffcd4687f4199dd2181c799d55da26178e55643355bbd2e","rawtransaction":{"version":1,"data":{"coininputs":null,"blockstakeinputs":[{"parentid":"ff5a002ec356b7cb24fbee9f076f239fb8c72d5a8a448cee92ee6d29a87aef52","fulfillment":{"type":1,"data":{"publickey":"ed25519:d285f92d6d449d9abb27f4c6cf82713cec0696d62b8c123f1627e054dc6d7780","signature":"7bec94dfb87640726c6a14de2110599db0f81cf9fa456249e7bf79b0c74b79517edde25c4ee87f181880af44fe6ee054ff20b74eda2144fe07fa5bfb9d884208"}}}],"blockstakeoutputs":[{"value":"3000","condition":{"type":1,"data":{"unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}}}],"minerfees":null}},"coininputoutputs":null,"coinoutputids":null,"coinoutputunlockhashes":null,"blockstakeinputoutputs":[{"value":"3000","condition":{"type":1,"data":{"unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}},"unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}],"blockstakeoutputids":["f683e7319659c61f54e93546bc41b57c5bffe79de26c06ec7371034465804c81"],"blockstakeunlockhashes":["015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"],"unconfirmed":false}],"rawblock":{"parentid":"47db4274551b0372564f8d1ab89c596428f00e460c0b416327e53983c8765198","timestamp":1549012665,"pobsindexes":{"BlockHeight":3643,"TransactionIndex":0,"OutputIndex":0},"minerpayouts":[{"value":"10000000000","unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}],"transactions":[{"version":1,"data":{"coininputs":null,"blockstakeinputs":[{"parentid":"ff5a002ec356b7cb24fbee9f076f239fb8c72d5a8a448cee92ee6d29a87aef52","fulfillment":{"type":1,"data":{"publickey":"ed25519:d285f92d6d449d9abb27f4c6cf82713cec0696d62b8c123f1627e054dc6d7780","signature":"7bec94dfb87640726c6a14de2110599db0f81cf9fa456249e7bf79b0c74b79517edde25c4ee87f181880af44fe6ee054ff20b74eda2144fe07fa5bfb9d884208"}}}],"blockstakeoutputs":[{"value":"3000","condition":{"type":1,"data":{"unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}}}],"minerfees":null}}]},"blockid":"552e410481cce1358ffcd4687f4199dd2181c799d55da26178e55643355bbd2e","difficulty":"27801","estimatedactivebs":"59","height":3644,"maturitytimestamp":1549012510,"target":[0,2,91,116,78,165,130,72,116,162,127,4,125,67,108,16,140,247,132,198,107,159,114,177,44,25,18,162,38,157,169,245],"totalcoins":"0","arbitrarydatatotalsize":6,"minerpayoutcount":3650,"transactioncount":3652,"coininputcount":12,"coinoutputcount":15,"blockstakeinputcount":3644,"blockstakeoutputcount":3645,"minerfeecount":7,"arbitrarydatacount":1},"blocks":null,"transaction":{"id":"0000000000000000000000000000000000000000000000000000000000000000","height":0,"parent":"0000000000000000000000000000000000000000000000000000000000000000","rawtransaction":{"version":0,"data":{"coininputs":[],"minerfees":null}},"coininputoutputs":null,"coinoutputids":null,"coinoutputunlockhashes":null,"blockstakeinputoutputs":null,"blockstakeoutputids":null,"blockstakeunlockhashes":null,"unconfirmed":false},"transactions":null,"multisigaddresses":null,"unconfirmed":false}'
)
# add initial condition
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient(
'01a006599af1155f43d687635e9680650003a6c506934996b90ae84d07648927414046f9f0e936'
),
height=0,
)
# overwrite the explorer get/post logic
c.explorer_get = explorer_client.explorer_get
c.explorer_post = explorer_client.explorer_post
# the devnet genesis seed is the seed of the wallet,
# which receives all block stakes and coins in the genesis block of the tfchain devnet
DEVNET_GENESIS_SEED = "image orchard airport business cost work mountain obscure flee alpha alert salmon damage engage trumpet route marble subway immune short tide young cycle attract"
# create a new devnet wallet
w = tfchain.TFChainWallet.TFChainWallet(client=c, seed=DEVNET_GENESIS_SEED)
# we create a new wallet using an existing seed,
# such that our seed is used and not a new randomly generated seed
# a tfchain (JS) wallet uses the underlying tfchain client for all its
# interaction with the tfchain network
assert w.network_type == tfchain.TFChainClient.NetworkType.DEVNET
# balance will be fully 0 for wallet due to our stub state
assert w.balance.available == 0
assert w.balance.unconfirmed == 0
assert w.balance.locked == 0
# (1) if the wallet has no powers to mint coins,
# the transaction will be not be submitted as the transaction won't be fulfilled
result = w.minter.coins_new(
recipient=
'014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a',
amount=100,
)
assert not result.submitted
assert not result.transaction.is_fulfilled()
assert not result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(
result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentSingleSignature)
# define the current mint condition to be ours
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient(
'014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a'
),
height=3643,
)
# (2) creating coins and sending it to a personal wallet on the used tfchain network can be done as follows:
result = w.minter.coins_new(
recipient=
"014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a",
amount="108.24" # the amount of TFT to send
)
assert result.submitted # it is expected the transaction is submitted
# validate more for testing purposes
assert result.transaction.is_fulfilled()
assert result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(
result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentSingleSignature)
assert result.transaction.parent_mint_condition.unlockhash == '014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a'
# ensure the transaction is posted and as expected there as well
txn = explorer_client.posted_transaction_get(result.transaction.id)
assert txn.json() == result.transaction.json()
# (3) creating coins and sending it to a personal wallet with a lock and data is possible as well
result = w.minter.coins_new(
recipient=
"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f",
amount=200, # the amount of TFT to send
lock=
'07/12/2020 14:35', # a lock can be a timestamp, data-time str, duration str, or block height
data='maximum 83 bytes can be used as optional data')
assert result.submitted # it is expected the transaction is submitted
# validate more for testing purposes
assert result.transaction.is_fulfilled()
assert result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(
result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentSingleSignature)
assert result.transaction.parent_mint_condition.unlockhash == '014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a'
# ensure the transaction is posted and as expected there as well
txn = explorer_client.posted_transaction_get(result.transaction.id)
assert txn.json() == result.transaction.json()
# (4) one can also send to a full multi-sig wallet, when creating coins
result = w.minter.coins_new(
recipient=[
"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f",
"014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a"
],
amount="50 TFT", # the amount of TFT to send
lock=
1550665225, # a lock can be a timestamp, data-time str, duration str, or block height
data=b'binary data can be added as well')
assert result.submitted # it is expected the transaction is submitted
# validate more for testing purposes
assert result.transaction.is_fulfilled()
assert result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(
result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentSingleSignature)
assert result.transaction.parent_mint_condition.unlockhash == '014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a'
# ensure the transaction is posted and as expected there as well
txn = explorer_client.posted_transaction_get(result.transaction.id)
assert txn.json() == result.transaction.json()
# (5) one can also send to a x-out-of-n multisig wallet, when creating coins
result = w.minter.coins_new(
recipient=(1, [
"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f",
"014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a"
]),
amount='300.0', # the amount of TFT to send
lock=
35000, # a lock can be a timestamp, data-time str, duration str, or block height
data=bytearray(b'binary data can be added as well'))
assert result.submitted # it is expected the transaction is submitted
# validate more for testing purposes
assert result.transaction.is_fulfilled()
assert result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(
result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentSingleSignature)
assert result.transaction.parent_mint_condition.unlockhash == '014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a'
# ensure the transaction is posted and as expected there as well
txn = explorer_client.posted_transaction_get(result.transaction.id)
assert txn.json() == result.transaction.json()
# define the minter condition as multi-sig
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient((1, [
'014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a',
'011cf61451b58970eeead00819e33f7fc812bd9b2d4e66914efa6163e238752d34be252ac8667f',
])),
height=3643,
force=True)
# (6) creating coins and sending works the same if the condition is multi-sig,
# the only difference is that it might be possible that the transaction is not submitted yet,
# should more signatures be required in order to fulfill the mint fulfillment
result = w.minter.coins_new(
recipient=
"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f",
amount="108.24" # the amount of TFT to send
)
assert result.submitted # it is expected the transaction is submitted
# validate more for testing purposes
assert result.transaction.is_fulfilled()
assert result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentMultiSignature)
assert result.transaction.parent_mint_condition.unlockhash == '039481e77f55a2a4aee707c07d69a11b1d9dc4100ccc50b9f82d56b411826014e5ea1f477be065'
# ensure the transaction is posted and as expected there as well
txn = explorer_client.posted_transaction_get(result.transaction.id)
assert txn.json() == result.transaction.json()
def test():
# create a tfchain client for devnet
c = tfchain.TFChainClient.TFChainClient(network_type="devnet")
# (we replace internal client logic with custom logic as to ensure we can test without requiring an active network)
explorer_client = TFChainExplorerGetClientStub()
# define current block height
explorer_client.chain_info = '{"blockid":"552e410481cce1358ffcd4687f4199dd2181c799d55da26178e55643355bbd2e","difficulty":"27801","estimatedactivebs":"59","height":3644,"maturitytimestamp":1549012510,"target":[0,2,91,116,78,165,130,72,116,162,127,4,125,67,108,16,140,247,132,198,107,159,114,177,44,25,18,162,38,157,169,245],"totalcoins":"0","arbitrarydatatotalsize":6,"minerpayoutcount":3650,"transactioncount":3652,"coininputcount":12,"coinoutputcount":15,"blockstakeinputcount":3644,"blockstakeoutputcount":3645,"minerfeecount":7,"arbitrarydatacount":1}'
explorer_client.hash_add(
'552e410481cce1358ffcd4687f4199dd2181c799d55da26178e55643355bbd2e',
'{"hashtype":"blockid","block":{"minerpayoutids":["468db689f752414702ef3a5aa06238f03a4539434a61624b3b8a0fb5dc38a211"],"transactions":[{"id":"2396f8e57bbb9b22bd1d749d5de3fd532ea6886e9660a556a13571d701d83e27","height":3644,"parent":"552e410481cce1358ffcd4687f4199dd2181c799d55da26178e55643355bbd2e","rawtransaction":{"version":1,"data":{"coininputs":null,"blockstakeinputs":[{"parentid":"ff5a002ec356b7cb24fbee9f076f239fb8c72d5a8a448cee92ee6d29a87aef52","fulfillment":{"type":1,"data":{"publickey":"ed25519:d285f92d6d449d9abb27f4c6cf82713cec0696d62b8c123f1627e054dc6d7780","signature":"7bec94dfb87640726c6a14de2110599db0f81cf9fa456249e7bf79b0c74b79517edde25c4ee87f181880af44fe6ee054ff20b74eda2144fe07fa5bfb9d884208"}}}],"blockstakeoutputs":[{"value":"3000","condition":{"type":1,"data":{"unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}}}],"minerfees":null}},"coininputoutputs":null,"coinoutputids":null,"coinoutputunlockhashes":null,"blockstakeinputoutputs":[{"value":"3000","condition":{"type":1,"data":{"unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}},"unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}],"blockstakeoutputids":["f683e7319659c61f54e93546bc41b57c5bffe79de26c06ec7371034465804c81"],"blockstakeunlockhashes":["015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"],"unconfirmed":false}],"rawblock":{"parentid":"47db4274551b0372564f8d1ab89c596428f00e460c0b416327e53983c8765198","timestamp":1549012665,"pobsindexes":{"BlockHeight":3643,"TransactionIndex":0,"OutputIndex":0},"minerpayouts":[{"value":"10000000000","unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}],"transactions":[{"version":1,"data":{"coininputs":null,"blockstakeinputs":[{"parentid":"ff5a002ec356b7cb24fbee9f076f239fb8c72d5a8a448cee92ee6d29a87aef52","fulfillment":{"type":1,"data":{"publickey":"ed25519:d285f92d6d449d9abb27f4c6cf82713cec0696d62b8c123f1627e054dc6d7780","signature":"7bec94dfb87640726c6a14de2110599db0f81cf9fa456249e7bf79b0c74b79517edde25c4ee87f181880af44fe6ee054ff20b74eda2144fe07fa5bfb9d884208"}}}],"blockstakeoutputs":[{"value":"3000","condition":{"type":1,"data":{"unlockhash":"015a080a9259b9d4aaa550e2156f49b1a79a64c7ea463d810d4493e8242e6791584fbdac553e6f"}}}],"minerfees":null}}]},"blockid":"552e410481cce1358ffcd4687f4199dd2181c799d55da26178e55643355bbd2e","difficulty":"27801","estimatedactivebs":"59","height":3644,"maturitytimestamp":1549012510,"target":[0,2,91,116,78,165,130,72,116,162,127,4,125,67,108,16,140,247,132,198,107,159,114,177,44,25,18,162,38,157,169,245],"totalcoins":"0","arbitrarydatatotalsize":6,"minerpayoutcount":3650,"transactioncount":3652,"coininputcount":12,"coinoutputcount":15,"blockstakeinputcount":3644,"blockstakeoutputcount":3645,"minerfeecount":7,"arbitrarydatacount":1},"blocks":null,"transaction":{"id":"0000000000000000000000000000000000000000000000000000000000000000","height":0,"parent":"0000000000000000000000000000000000000000000000000000000000000000","rawtransaction":{"version":0,"data":{"coininputs":[],"minerfees":null}},"coininputoutputs":null,"coinoutputids":null,"coinoutputunlockhashes":null,"blockstakeinputoutputs":null,"blockstakeoutputids":null,"blockstakeunlockhashes":null,"unconfirmed":false},"transactions":null,"multisigaddresses":null,"unconfirmed":false}'
)
# add initial condition
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient(
'01a006599af1155f43d687635e9680650003a6c506934996b90ae84d07648927414046f9f0e936'
),
height=0,
)
# overwrite get/post logic
c.explorer_get = explorer_client.explorer_get
c.explorer_post = explorer_client.explorer_post
# the devnet genesis seed is the seed of the wallet,
# which receives all block stakes and coins in the genesis block of the tfchain devnet
DEVNET_GENESIS_SEED = "image orchard airport business cost work mountain obscure flee alpha alert salmon damage engage trumpet route marble subway immune short tide young cycle attract"
# create a new devnet wallet
w = tfchain.TFChainWallet.TFChainWallet(client=c, seed=DEVNET_GENESIS_SEED)
# we create a new wallet using an existing seed,
# such that our seed is used and not a new randomly generated seed
# only if you have the correct minting powers,
# you can set a new minter definition, otherwise an error will be raised
# set another mint condition manually
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient(
'014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a'
),
height=3643,
)
condition = c.minter.condition_get()
assert condition.unlockhash == w.address
# (1) once you have the correct powers, you can can overwrite it as follows:
result = w.minter.definition_set(minter=(1, [
'014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a',
'011cf61451b58970eeead00819e33f7fc812bd9b2d4e66914efa6163e238752d34be252ac8667f',
]))
# check if the current transaction is submitted
assert result.submitted # it is expected
# check if all is fulfilled
assert result.transaction.is_fulfilled()
assert result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(
result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentSingleSignature)
# ensure the transaction is posted and as expected there as well
txn = explorer_client.posted_transaction_get(result.transaction.id)
assert txn.json() == result.transaction.json()
# set another mint condition manually
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient((1, [
'014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a',
'011cf61451b58970eeead00819e33f7fc812bd9b2d4e66914efa6163e238752d34be252ac8667f',
])),
height=3644,
)
# (2) when defining a new minter definition you can also attach data if desired
result = w.minter.definition_set(
minter=
'011cf61451b58970eeead00819e33f7fc812bd9b2d4e66914efa6163e238752d34be252ac8667f', # new minter power
data=
'redefine minter conditions', # optional data, can also be as binary data
)
assert result.submitted # it is expected the transaction is submitted
assert result.transaction.is_fulfilled()
assert result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentMultiSignature)
# ensure the transaction is posted and as expected there as well
txn = explorer_client.posted_transaction_get(result.transaction.id)
assert txn.json() == result.transaction.json()
# set another mint condition manually
explorer_client.mint_condition_add(
condition=tfchain.types.ConditionTypes.from_recipient(
'011cf61451b58970eeead00819e33f7fc812bd9b2d4e66914efa6163e238752d34be252ac8667f'
),
height=3645,
)
# if an invalid recipient is given it, a ValueError or TypeError is raised
with pytest.raises(ValueError):
w.minter.definition_set(minter=None)
with pytest.raises(ValueError):
w.minter.definition_set(minter='0123bla')
with pytest.raises(TypeError):
w.minter.definition_set(minter=1)
# (3) if the wallet has no powers to redefine the powers,
# the transaction will be not be submitted as the transaction won't be fulfilled
result = w.minter.definition_set(
minter=
'014ad318772a09de75fb62f084a33188a7f6fb5e7b68c0ed85a5f90fe11246386b7e6fe97a5a6a'
)
assert not result.submitted
assert not result.transaction.is_fulfilled()
assert not result.transaction.mint_fulfillment.is_fulfilled(
parent_condition=c.minter.condition_get())
assert isinstance(
result.transaction.mint_fulfillment,
tfchain.types.FulfillmentTypes.FulfillmentSingleSignature)