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Transaction creation and token operations for MultiversX Python SDK.
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SOC 職業分類に基づく
Guidelines for establishing context before an audit.
Perform a comprehensive on-chain security audit of a deployed MultiversX smart contract. Use when reviewing a contract's security posture, permissions, state, and economic safety without source code.
Read on-chain state in MultiversX smart contracts. Use when accessing caller info, account balances, block timestamps, ESDT token metadata, local roles, code metadata, or any data from self.blockchain().
Gas-optimized cache patterns for MultiversX smart contracts using Drop-based write-back caches. Use when building contracts that read/write multiple storage values per transaction, DeFi protocols, or any gas-sensitive contract.
Identify ambiguous requirements and ask targeted clarifying questions for MultiversX development. Use when user requests are vague, missing technical constraints, or have conflicting requirements.
Comprehensive code analysis toolkit for MultiversX smart contracts. Covers differential review (version comparison, upgrade safety), fix verification (validate patches, regression testing), and variant analysis (find similar bugs across codebase). Use when reviewing PRs, verifying security patches, or hunting for bug variants.
| name | mvx-sdk-py-transactions |
| description | Transaction creation and token operations for MultiversX Python SDK. |
This skill covers creating transactions using Controllers and Factories.
controller = entrypoint.create_transfers_controller()
tx = controller.create_transaction_for_transfer(
sender=account,
nonce=account.get_nonce_then_increment(),
receiver=receiver_address,
native_amount=1000000000000000000
)
from multiversx_sdk import TokenTransfer
tx = controller.create_transaction_for_transfer(
sender=account,
nonce=account.get_nonce_then_increment(),
receiver=receiver_address,
token_transfers=[
TokenTransfer.fungible_from_amount("TOKEN-123456", 100.5, 18)
]
)
tx = controller.create_transaction_for_transfer(
sender=account,
nonce=account.get_nonce_then_increment(),
receiver=receiver_address,
token_transfers=[
TokenTransfer.nft_from_amount("NFT-123456", 1, 1)
]
)
controller = entrypoint.create_token_management_controller()
tx = controller.create_transaction_for_issuing_fungible(
sender=account,
nonce=account.get_nonce_then_increment(),
token_name="MyToken",
token_ticker="MTK",
initial_supply=1000000000000,
num_decimals=6,
can_freeze=False,
can_wipe=True,
can_pause=False,
can_change_owner=True,
can_upgrade=True,
can_add_special_roles=True
)
tx_hash = entrypoint.send_transaction(tx)
outcome = controller.await_completed_issue_fungible(tx_hash)
print(outcome[0].token_identifier)
from multiversx_sdk import TransactionDecoder
decoded = TransactionDecoder.decode_transaction(tx)
print(decoded.function)
print(decoded.arguments)
tx_on_network = entrypoint.get_transaction(tx_hash)
for event in tx_on_network.logs.events:
print(f"Event: {event.identifier}")
for topic in event.topics:
print(f"Topic: {topic.hex()}")
tx = Transaction(
sender=user_address,
receiver=receiver_address,
relayer=relayer_address,
gas_limit=150000, # +50k for relayed
data=b"endpoint@args"
)
tx.signature = user_account.sign_transaction(tx)
tx.relayer_signature = relayer_account.sign_transaction(tx)
entrypoint.send_transaction(tx)
TokenTransfer helpers: handles decimals correctly