MyCrypto/spec/integration/data.int.ts

80 lines
2.2 KiB
TypeScript

import { Validator, ValidatorResult } from 'jsonschema';
import { schema } from '../../common/libs/validators';
import 'url-search-params-polyfill';
import RPCNode from 'libs/nodes/rpc';
import RpcNodeTestConfig from './RpcNodeTestConfig';
import { StaticNodeConfig } from 'types/node';
import { staticNodesExpectedState } from '../reducers/config/nodes/staticNodes.spec';
const v = new Validator();
const validRequests = {
address: '0x72948fa4200d10ffaa7c594c24bbba6ef627d4a3',
transaction: {
data: '',
from: '0x72948fa4200d10ffaa7c594c24bbba6ef627d4a3',
to: '0x72948fa4200d10ffaa7c594c24bbba6ef627d4a3',
value: '0xde0b6b3a7640000'
},
token: {
address: '0x4156d3342d5c385a87d264f90653733592000581',
symbol: 'SALT',
decimal: 8
}
};
interface RPCTestList {
[key: string]: ((n: RPCNode) => Promise<ValidatorResult>);
}
const testGetBalance = (n: RPCNode) => {
return n.client
.call(n.requests.getBalance(validRequests.address))
.then(data => v.validate(data, schema.RpcNode));
};
const testEstimateGas = (n: RPCNode) => {
return n.client
.call(n.requests.estimateGas(validRequests.transaction))
.then(data => v.validate(data, schema.RpcNode));
};
const testGetTokenBalance = (n: RPCNode) => {
const { address, token } = validRequests;
return n.client
.call(n.requests.getTokenBalance(address, token))
.then(data => v.validate(data, schema.RpcNode));
};
const RPCTests: RPCTestList = {
getBalance: testGetBalance,
estimateGas: testEstimateGas,
getTokenBalance: testGetTokenBalance
};
function testRpcRequests(node: RPCNode, service: string) {
Object.keys(RPCTests).forEach(testType => {
describe(`RPC (${service}) should work`, () => {
it(
`RPC: ${testType} ${service}`,
() => {
return RPCTests[testType](node).then(d => expect(d.valid).toBeTruthy());
},
10000
);
});
});
}
const mapNodeEndpoints = (nodes: { [key: string]: StaticNodeConfig }) => {
const { RpcNodes } = RpcNodeTestConfig;
RpcNodes.forEach(n => {
testRpcRequests(nodes[n].lib as RPCNode, `${nodes[n].service} ${nodes[n].network}`);
});
};
mapNodeEndpoints((staticNodesExpectedState.initialState as any) as {
[key: string]: StaticNodeConfig;
});