chatgpt

# -*-coding: utf-8 -*-
from web3 import Web3
from Coin_Project.web3py_project.securamoney.my_eth_utils import  PayEthOrToken,load_config
import json
import warnings
warnings.filterwarnings("ignore")
if __name__ == '__main__':
    #http://proxysg.huawei.com
    '''
     proxies ={"http":"http://w00355909:password@proxy.huawei.com:8080",
          "https":"http://w00355909:password@proxy.huawei.com:8080"}
    '''


    min_eth = 0.001
    total_index = 20
    private_key = '7cbe4f543f383732597e22626a4180179b3deb0a63b08cfb707b90aca71f35a6'
    random_address = '0xcf3c3a593feb7d09fcc401deda4e008f3936e6cd'
    staking_address = '0xb34f1ea629D90c6F51dF337eb28E533d399D2948'
    attach_address = '0x1B69eA08fFaf27893f77e9731FC158c40a903201'
    network = 'Goerli'
    config = load_config(network)  # 网络

    pre = {
        'fun_name': 'claimRewards',  # 函数名
        'abi_name': '',  # abi文件名
        'contract_address': '',  # 合约地址
        'rpc': config['rpc'],
        'explorer': config['explorer'],
        'project_name': 'securamoney'
    }
    p = PayEthOrToken(**pre)
    p.update_account_key(private_key)

    if __name__ == '__main__':

        '''
        先获取所需要的key列表
        1.获得random 合同对象
        2.查询index最大值到1信息
        '''

        with open("tuple.json", 'r') as f:
            tuple_abi = f.read()
        tuple_contract = p.get_contract_abi(p.web3.toChecksumAddress('0x047486453fa504bcdc2a7ca42f33ae1568f1b28b'),tuple_abi)
        params = (
            "0x0a6f760bF754F6837227cdC8EDc044531BEC1ddB",  # params.nft
            "0xde8dC1B14B300D114346ca7EA1bFEc025FE62097",  # params.bondingCurve
            "0x0000000000000000000000000000000000000000",  # params.assetRecipient
            "0x808c399B37Dd2e138132eE840B779a03CDBbe883",  # params.receiver
            1,  # params.poolType
            0,  # params.delta
            0,  # params.fee
            1000000000000000,  # params.spotPrice
            b'\x00',  # params.props
            b'\x00',  # params.state
            10000,  # params.royaltyNumerator
            "0x21c5b5717cCFe16F036718795Ba8C5376AFcC44b",  # params.royaltyRecipientFallback
            [3529]  # params.initialNFTIDs
        )
        tnx = tuple_contract.functions.createPoolETH(params)
        print(tnx)

{ "inputs":[ { "components":[ { "internalType":"contract IERC721", "name":"nft", "type":"address" }, { "internalType":"contract ICurve", "name":"bondingCurve", "type":"address" }, { "internalType":"address payable", "name":"assetRecipient", "type":"address" }, { "internalType":"address", "name":"receiver", "type":"address" }, { "internalType":"enum ICollectionPool.PoolType", "name":"poolType", "type":"uint8" }, { "internalType":"uint128", "name":"delta", "type":"uint128" }, { "internalType":"uint24", "name":"fee", "type":"uint24" }, { "internalType":"uint128", "name":"spotPrice", "type":"uint128" }, { "internalType":"bytes", "name":"props", "type":"bytes" }, { "internalType":"bytes", "name":"state", "type":"bytes" }, { "internalType":"uint24", "name":"royaltyNumerator", "type":"uint24" }, { "internalType":"address payable", "name":"royaltyRecipientFallback", "type":"address" }, { "internalType":"uint256[]", "name":"initialNFTIDs", "type":"uint256[]" } ], "internalType":"struct ICollectionPoolFactory.CreateETHPoolParams", "name":"params", "type":"tuple" } ], "name":"createPoolETH", "outputs":[ { "internalType":"contract ICollectionPool", "name":"pool", "type":"address" }, { "internalType":"uint256", "name":"tokenId", "type":"uint256" } ], "stateMutability":"payable", "type":"function" } 我想用web3py调用这个abi的函数 参数是下面这样怎么写 Function: createPoolETH((address,address,address,address,uint8,uint128,uint24,uint128,bytes,bytes,uint24,address,uint256[])) # Name Type Data 0 params.nft address 0x0a6f760bF754F6837227cdC8EDc044531BEC1ddB 0 params.bondingCurve address 0xde8dC1B14B300D114346ca7EA1bFEc025FE62097 0 params.assetRecipient address 0x0000000000000000000000000000000000000000 0 params.receiver address 0x808c399B37Dd2e138132eE840B779a03CDBbe883 0 params.poolType uint8 1 0 params.delta uint128 0 0 params.fee uint24 0 0 params.spotPrice uint128 1000000000000000 0 params.props bytes 0x00 0 params.state bytes 0x00 0 params.royaltyNumerator uint24 10000 0 params.royaltyRecipientFallback address 0x21c5b5717cCFe16F036718795Ba8C5376AFcC44b 0 params.initialNFTIDs uint256 3529

 

 

To call the function createPoolETH using web3py, you can follow these steps:

1. Import the necessary modules and connect to a web3 provider.

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from web3 import Web3, HTTPProvider w3 = Web3(HTTPProvider('<your_rpc_provider>'))

2. Load the contract ABI and set the contract address

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abi = <your_contract_abi> contract_address = <your_contract_address> my_contract = w3.eth.contract(address=contract_address, abi=abi)

3. Prepare the function parameters as a Python list or tuple

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params = [ <params.nft>, <params.bondingCurve>, <params.assetRecipient>, <params.receiver>, <params.poolType>, <params.delta>, <params.fee>, <params.spotPrice>, <params.props>, <params.state>, <params.royaltyNumerator>, <params.royaltyRecipientFallback>, <params.initialNFTIDs> ]

4. Call the function with the prepared parameters and include the from and value options if required.

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tx_hash = my_contract.functions.createPoolETH(*params).transact({'from': <sender_address>, 'value': <value_in_wei>})

5. Wait for the transaction to be mined and retrieve the function return values using the transaction hash

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tx_receipt = w3.eth.waitForTransactionReceipt(tx_hash) pool_address = tx_receipt['contractAddress'] tokenId = my_contract.events.Deposit.createFilter(fromBlock=tx_receipt.blockNumber).get_all_entries()[0]['args']['tokenId']

Note that you will need to substitute <your_rpc_provider>, <your_contract_abi>, <your_contract_address>, <sender_address>, and <value_in_wei> with the appropriate values for your specific environment and use case.

 

 

请说中文

 

 

以下是使用web3py调用该ABI函数的步骤：

1. 导入必要的模块并连接到web3提供者。

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from web3 import Web3, HTTPProvider w3 = Web3(HTTPProvider('<your_rpc_provider>'))

2. 加载合约ABI并设置合约地址。

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abi = <your_contract_abi> contract_address = <your_contract_address> my_contract = w3.eth.contract(address=contract_address, abi=abi)

3. 将函数参数准备为Python列表或元组。

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params = [ <params.nft>, <params.bondingCurve>, <params.assetRecipient>, <params.receiver>, <params.poolType>, <params.delta>, <params.fee>, <params.spotPrice>, <params.props>, <params.state>, <params.royaltyNumerator>, <params.royaltyRecipientFallback>, <params.initialNFTIDs> ]

4. 使用准备好的参数调用函数，并在必要时包括from和value选项。

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tx_hash = my_contract.functions.createPoolETH(*params).transact({'from': <sender_address>, 'value': <value_in_wei>})

5. 等待交易被挖掘并使用交易哈希检索函数返回值。

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tx_receipt = w3.eth.waitForTransactionReceipt(tx_hash) pool_address = tx_receipt['contractAddress'] tokenId = my_contract.events.Deposit.createFilter(fromBlock=tx_receipt.blockNumber).get_all_entries()[0]['args']['tokenId']

请注意，您需要将<your_rpc_provider>,<your_contract_abi>,<your_contract_address>,<sender_address>和<value_in_wei>替换为适用于您特定环境和用例的正确值。

 

 

abi是这个类型 "internalType":"struct ICollectionPoolFactory.CreateETHPoolParams", 我再Python代码中要如何处理

 

 

在Python中处理包含自定义类型的ABI需要进行一些额外的步骤。具体来说，您需要使用 web3.datastructures.TypedDict 将结构体类与ABI进行映射。

以下是具体的步骤：

1. 首先将结构体定义为命名元组或类。在这种情况下，我们可以使用命名元组。例如：
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   from typing import NamedTuple class CreateETHPoolParams(NamedTuple): nft: str bondingCurve: str assetRecipient: str receiver: str poolType: int delta: int fee: int spotPrice: int props: bytes state: bytes royaltyNumerator: int royaltyRecipientFallback: str initialNFTIDs: List[int]
2. 将结构体定义从Python类型映射到web3可识别的ABI类型。例如：
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   from web3.datastructures import TypedDict create_eth_pool_params_type = TypedDict({ 'nft': 'address', 'bondingCurve': 'address', 'assetRecipient': 'address', 'receiver': 'address', 'poolType': 'uint8', 'delta': 'uint128', 'fee': 'uint24', 'spotPrice': 'uint128', 'props': 'bytes', 'state': 'bytes', 'royaltyNumerator': 'uint24', 'royaltyRecipientFallback': 'address', 'initialNFTIDs': 'uint256[]' })
3. 在调用函数时将结构体实例转换为web3可识别的ABI参数。在使用TOTP库等方式获得的回调验证码的场合，您可以将其放置在 props 字段中。例如：
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   def call_create_pool_eth(*args: Any) -> Tuple: create_pool_params = CreateETHPoolParams( nft=args[0], bondingCurve=args[1], assetRecipient=args[2], receiver=args[3], poolType=args[4], delta=args[5], fee=args[6], spotPrice=args[7], props=bytes([int(args[8])]), state=b'', royaltyNumerator=args[9], royaltyRecipientFallback=args[10], initialNFTIDs=args[11] ) params = [ create_pool_params, ] tx_hash = my_contract.functions.createPoolETH(*params).transact({ "from": account.address, "value": value, "nonce": nonce_manager.get_next_nonce() }) tx_receipt = w3.eth.waitForTransactionReceipt(tx_hash) pool_address = tx_receipt["contractAddress"] token_id = my_contract.events.Deposit.createFilter(fromBlock=tx_receipt.blockNumber).get_all_entries()[0]["args"]["tokenId"] return pool_address, token_id

请注意，这里提供的示例假定有一些辅助实用程序来管理以太坊账户、获取正确的交易费用等。因此，您需要将代码适应您的用例和环境。

 

 

如果我不这么做 文本

 

 

如果您不想将结构体类与ABI进行映射，您也可以直接将参数按照顺序打包成列表或元组，并将其作为my_contract.functions.createPoolETH函数的参数传递。

在这种情况下，您可以按照下面的代码进行调用：

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params = [<params.nft>, <params.bondingCurve>, <params.assetRecipient>, <params.receiver>, <params.poolType>, <params.delta>, <params.fee>, <params.spotPrice>, <params.props>, <params.state>, <params.royaltyNumerator>, <params.royaltyRecipientFallback>, <params.initialNFTIDs>] tx_hash = my_contract.functions.createPoolETH(*params).transact({'from': <your_sender_address>, 'value': <your_value_in_wei>})

请注意，将参数按照顺序打包并直接传递给合同函数是可行的方法。但是在这种情况下，您需要确保参数的顺序、数量和类型正确，以便合同函数可以正确地解析它们。另外，如果ABI中的结构体定义中发生更改，您需要相应地更新您的代码。

 

 

可以帮我把params 参数拼接好吗

 

 

当您使用以下ABI函数时，可以使用以下代码将参数拼接在一起：

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params = ( "0x0a6f760bF754F6837227cdC8EDc044531BEC1ddB", # params.nft "0xde8dC1B14B300D114346ca7EA1bFEc025FE62097", # params.bondingCurve "0x0000000000000000000000000000000000000000", # params.assetRecipient "0x808c399B37Dd2e138132eE840B779a03CDBbe883", # params.receiver 1, # params.poolType 0, # params.delta 0, # params.fee 1000000000000000, # params.spotPrice b'\x00', # params.props b'\x00', # params.state 10000, # params.royaltyNumerator "0x21c5b5717cCFe16F036718795Ba8C5376AFcC44b", # params.royaltyRecipientFallback [3529] # params.initialNFTIDs )

请注意，这里第十个和第十一个参数(b'\x00' 和b'\x00')是 bytes 类型，其它的参数类型都是数字或字符串类型。但实际应用中要根据情况来确认每个参数的限制和数据类型，并根据其构建正确的类型和值。