wizard_nodejs v1.6.6

Wizard Nodejs

This project is a package for the centralized service to utilize the BOLT client and server function.

Install

npm install wizard_nodejs

How to Start

{infinitechain = new wizard.InfinitechainBuilder()
  .setNodeUrl('http://0.0.0.0:3000')
  .setWeb3Url('ws://0.0.0.0:8546')
  .setSignerKey('22b8af6522a7cf410b54eb8be2969c2ee20d30e89a1a2dc5476a8cccc1be8592')
  .setStorage('memory')
  .build();
infinitechain.initialize()
}

Functions

Client

infinitechain.client.makeProposeDeposit

infinitechain.client.makeProposeDeposit()

If client transfers ETH or ERC20 tokens to the Bolt contract, Bolt contract will execute proposeDeposit function automatically. After that, client can use the Bolt SDK to execute makeProposeDeposit function. This function will listen a proposeDeposit event. When this function has already listened the deposit event, it will make a deposit light transaction. At last, client will get the light transaction and send it to server.

Parameter

None

Return

light transaction - object

infinitechain.client.makeProposeWithdrawal

infinitechain.client.makeProposeWithdrawal(withdrawValue)

Client can use this function to make a withdrawal and send it to server.

Parameter

1. withdraw value - integer: The value of ether or tokens that you want to withdraw.

Return

lightTx - object

infinitechain.client.makeLightTx

let type = 'deposit'
let lightTxData = {
      from: '0x123',
      to: '0x456',
      value: 0.1,
      nonce: 1,
      assetID: 1,
      logID: 1,
      fee: '0.01'
}
let metadata = {
    foo: 'bar'
}

infinitechain.client.makeLightTx(type, lightTxData, metadata)

This function is called by makeProposeDeposit and makeProposeWithdrawal function. It could be used to make different types of light transactions, like deposit, withdraw and remittance.

Parameter

1. light transaction type - string: The type of light transaction, included deposit, withdraw or remittance.
2. light transaction data - object: The important information of a light trnasaction.
3. metadata - object: The additional information of a light trnasaction.

Return

light transaction - object

infinitechain.client.saveLightTx

infinitechain.client.saveLightTx(lightTransaction)

This function is used to save the json format of light transaction.

Parameter

1. light transaction - object: The json format of light transaction that you want to store.

Return

None

infinitechain.client.saveReceipt

infinitechain.client.saveReceipt(receipt)

This function is used to save the json format of receipt.

Parameter

1. receipt - object: The json format of receipt that you want to store.

Return

None

infinitechain.client.getLightTx

infinitechain.client.getLightTx(lightTxHash)

This function is used to get the json format of light transaction according to light transaction hash.

Parameter

1. light transaction hash - string: The hash value of a light transaction that you want to get.

Return

light transaction - object

infinitechain.client.getReceipt

infinitechain.client.getReceipt(receiptHash)

This function is used to get the json format of receipt according to receipt hash.

Parameter

1. receipt hash - string: The hash value of a receipt that you want to get.

Return

receipt - object

infinitechain.client.getAllReceiptHashes

infinitechain.client.getAllReceiptHashes(stageHeight)

This function is used to get all receipt hashes of stage height.

Parameter

1. stage height - integer: The height of stage that you want to get the mapping receipts.

Return

receipts - array

Server

infinitechain.server.sendLightTx

infinitechain.server.sendLightTx(lightTransaction)

Server can use this function to send the light transaction to gringotts and wait the gringotts send back the receipt.

Parameter

1. light transaction - object: The light transaction which received from client.

Return

receipt - object

infinitechain.server.finalize ()

infinitechain.server.defend ()

Signer

infinitechain.signer.signWithServerKey

infinitechain.signer.signWithServerKey(json object)

Server can use this function to sign the light transaction or receipt.

Parameter

1. light transaction or receipt - object: The light transaction or receipt that you want to sign.

Return

signedLightTransaction or signedReceipt - object

infinitechain.signer.signWithClientKey

infinitechain.signer.signWithClientKey(light transaction)

Client can use this function to sign the light transaction.

Parameter

1. light transaction - object: The light transaction that you want to sign.

Return

signedLightTransaction - object

Verifier

infinitechain.verifier.verifyLightTx

infinitechain.verifier.verifyLightTx(light transaction)

This funtion is used to verify the light transaction which format is correct or not.

Parameter

1. light transaction - object: The light transaction which you want to verify.

Return

isValid - boolean

infinitechain.verifier.verifyReceipt

infinitechain.verifier.verifyReceipt(receipt)

This funtion is used to verify the receipt which format is correct or not.

Parameter

1. receipt - object: The receipt which you want to verify.

Return

isValid - boolean

Event

infinitechain.event.onProposeDeposit

infinitechain.event.onProposeDeposit(async (err, result) => {
    console.log(result)
});

Listen the proposeDeposit event.

Parameter

None

Return

result - object

infinitechain.event.onDeposit

infinitechain.event.onDeposit(async (err, result) => {
    console.log(result)
});

Listen the deposit event.

Parameter

None

Return

result - object

infinitechain.event.onProposeWithdrawal

infinitechain.event.onProposeWiothdrawal(async (err, result) => {
    console.log(result)
});

Listen the proposeWithdrawal event.

Parameter

None

Return

result - object

infinitechain.event.onAttach

infinitechain.event.onAttach(async (err, result) => {
    console.log(result)
});

Listen the attach event.

Parameter

None

Return

result - object

infinitechain.event.onChallenge

infinitechain.event.onDefend

infinitechain.event.onFinalize

License

agpl-3.0