truffle-conflux-artifactor
This package saves contract artifacts into JSON files
const Artifactor = require("truffle-conflux-artifactor");
const artifactor = new Artifactor(__dirname);
artifactor.save({/*...*/}); // => a promise saving MyContract.json to a given destination
Features
- Manages contract ABIs, binaries and deployed addresses, so you don't have to.
- Packages up build artifacts into
.json
files, which can then be included in your project with a simplerequire
. - Manages library addresses for linked libraries.
The artifactor can be used with truffle-conflux-contract, which provides features above and beyond web3
:
- Synchronized transactions for better control flow: transactions won't be considered finished until you're guaranteed they've been mined.
- Promises. No more callback hell. Works well with
ES6
andasync/await
. - Default values for transactions, like
from
address orgas
. - Returning logs, transaction receipt and transaction hash of every synchronized transaction.
Install
$ npm install truffle-conflux-artifactor
Example
Here, we'll generate a .json
files given a JSON object like truffle-conflux-contract-schema. This will give us a file which we can later require
into other projects and contexts.
const Artifactor = require("truffle-conflux-artifactor");
const artifactor = new Artifactor(__dirname);
// See truffle-schema for more info: https://github.com/trufflesuite/truffle/tree/develop/packages/truffle-conflux-contract-schema
const contractData = {
contractName: "...", // String; optional.
abi: ..., // Array; required.
metadata: "...", // String; optional.
bytecode: "...", // String; optional.
"x-some-dependency": ... // String, Number, Object, or Array: optional.
};
artifactor.save(contractData);
// The file ./MyContract.json now exists, which you can
// import into your project like any other Javascript file.
API
artifactor.save(contractData)
Save contract data as a .json
file. Returns a Promise.
-
contractData
: Object. Data that represents this contract:{ contractName: "MyContract", // String; optional. Defaults to "Contract". abi: ..., // Array; required. Application binary interface. metadata: "...", // String; optional. Contract metadata. bytecode: "...", // String; optional. Contract-creation binary without resolve library links. deployedBytecode: "...", // String; optional. On-chain deployed binary without resolve library links. sourceMap: "...", // String; optional. Source mapping for bytecode. deployedSourceMap: "...", // String; optional. Source mapping for deployedBytecode. source: "...", // String; optional. Uncompiled source code for contract. sourcePath: "...", // String; optional. File path for uncompiled source code. ast: ..., // Object; optional. JSON representation of contract source code, as output by compiler. legacyAST: ..., // Object; optional. Legacy JSON representation of contract source code, as output by compiler. compiler: ..., // Object; optional. Compiler "type" and "properties". networks: ..., // Object; optional. Mapping of network ID keys to network object values (address information, links to other contract instances, and/or contract event logs). schemaVersion: "...", // String; optional. Schema version used by contract object representation. updatedAt: "...", // String; optional. Time contract object representation was generated/most recently updated. devdoc: "...", // String; optional. Developer documentation. userdoc: "...", // String; optional. User documentation. "x-custom-property": ... // String, Number, Object, or Array: optional. Custom property. Keys must be prefixed with "x-". }
artifactor.saveAll(contracts)
Save many contracts to the filesystem at once. Returns a Promise.
-
contracts
: Object. Keys are the contract names and the values arecontractData
objects, as in thesave()
function above:{ "MyContract": { "abi": ..., "bytecode": "..." } "AnotherContract": { // ... } }
Running Tests
$ npm test
License
MIT