Top 10 Examples of "sandboxed-module in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'sandboxed-module' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
},
exit : myProcessObjExit,
on : process.on
}
function myProcessObjExit (code) {
myStdOutMessages.push('-- process.exit() have been called with the code: ' + code);
}
// The last step is overwrite `common` function `present()`
var myCommon = require(join('..','lib','agent','common'));
myCommon.config.present = function () { return false; }
myCommon.logger = myLogger;
// Create the cli object with dependency injections
var cli = sandbox.require(modifiedCLIFile, {
requires : {
'/package' : require(join('..','package.json')),
'commander' : require('commander'),
'../utils/pidfile' : require('../lib/utils/pidfile'),
'./' : {
run : function fakeRun () { console.log('Fake run!'); },
shutdown : function fakeShutDown () { console.log('Fake shutdown!'); }
},
'./common' : myCommon
},
globals : {
process : myProcessObj
}
});
// The test itselfvar chai = require('chai');
var assert = chai.assert;
var SandboxedModule = require('sandboxed-module');
var FakeIpcRequest = require('./helpers/FakeIpcRequest')
var net = new FakeIpcRequest();
SandboxedModule.registerBuiltInSourceTransformer('istanbul');
var IpcProvider = SandboxedModule.require('../packages/web3-providers-ipc', {
requires: {
'bn.js': require('bn.js'),
},
singleOnly: true
});
describe('web3-providers-ipc', function () {
// oboe.js DOESNT WORK with FakeIpcProvider
// describe('send', function () {
// it('should send basic async request', function (done) {
// var provider = new IpcProvider('', net);
// provider.send({id: 1, method: 'eth_test'}, function (err, result) {
// assert.isObject(result);
// done();
// });var chai = require('chai');
var assert = chai.assert;
var SandboxedModule = require('sandboxed-module');
SandboxedModule.registerBuiltInSourceTransformer('istanbul');
var HttpProvider = SandboxedModule.require('../packages/web3-providers-http', {
requires: {
'xhr2-cookies': require('./helpers/FakeXHR2'),
// 'xmlhttprequest': require('./helpers/FakeXMLHttpRequest')
},
singleOnly: true
});
describe('web3-providers-http', function () {
describe('prepareRequest', function () {
it('should set request header', function () {
var provider = new HttpProvider('http://localhost:8545', {headers: [{name: 'Access-Control-Allow-Origin', value: '*'}]});
var result = provider._prepareRequest();
assert.equal(typeof result, 'object');
assert.equal(result.headers['Access-Control-Allow-Origin'], '*');
});throw new Error('Length extends beyond buffer');
}
// node v0.8 doesn't like a slice that is bigger then available data
length = port.data.length < length ? port.data.length : length;
var read = port.data.slice(0, length);
port.data = port.data.slice(length);
read.copy(buffer, offset);
callLater(cb, null, read.length, buffer);
};
var hardware = new Hardware();
var SandboxedModule = require('sandboxed-module');
var SerialPort = SandboxedModule.require('../../', {
requires: {
fs: {
read: hardware.fakeRead.bind(hardware)
},
'./bindings': hardware.mockBinding
},
singleOnly: true,
globals: {
process: {
platform: 'darwin',
nextTick: process.nextTick
}
}
});
SerialPort.hardware = hardware;throw new Error("Length extends beyond buffer");
}
// node v0.8 doesn't like a slice that is bigger then available data
length = port.data.length < length ? port.data.length : length;
var read = port.data.slice(0, length);
port.data = port.data.slice(length);
read.copy(buffer, offset);
cb(null, read.length, buffer);
};
var hardware = new Hardware();
var SandboxedModule = require('sandboxed-module');
var serialPort = SandboxedModule.require('../serialport.js', {
requires: {
fs: {
read: hardware.fakeRead.bind(hardware)
}
},
globals: {
process: {
platform: 'darwin',
nextTick: process.nextTick
}
}
});
serialPort.hardware = hardware;
serialPort.SerialPortBinding = hardware.mockBinding;batch.test('when log4js is available', (t) => {
const log4js = sandbox.require('../lib', {
requires: {
log4js: {
getLogger: () => 'cheese'
}
},
singleOnly: true
});
const logger = log4js.getLogger();
t.equal(logger, 'cheese');
t.end();
});topic: function() {
var fs = mockFS(), flipper = sandbox.require('../lib/flipper', { requires: { fs: fs }, globals: { console: mockConsole } });
flipper.persist('path/to/cheese.json');
flipper.add("cheeseballs");
flipper.enable("cheeseballs");
return fs;
},
'should write the updated feature to the file': function(fs) {topic: function() {
var fs = mockFS({ cheeseballs: false }), flipper = sandbox.require('../lib/flipper', { requires: { fs: fs }, globals: { console: mockConsole } });
flipper.persist('path/to/cheese.json');
flipper.enable('cheeseballs');
fs.watchCallback({ mtime: 5 }, { mtime: 1 });
return flipper;
},
'should reload the features': function(flipper) {topic: function() {
var fs = mockFS(), flipper = sandbox.require('../lib/flipper', { requires: { fs: fs }, globals: { console: mockConsole } });
flipper.persist('path/to/cheese.json');
flipper.add("cheeseballs");
flipper.enable("cheeseballs");
flipper.disable("cheeseballs");
return fs;
},
'should write the updated feature to the file': function(fs) {topic: function() {
var fs = mockFS({ cheeseballs: true }), flipper = sandbox.require('../lib/flipper', { requires: { fs: fs }, globals: { console: mockConsole } });
flipper.add("baconballs");
flipper.add("cheeseballs");
flipper.persist('path/to/cheese.json');
return flipper;
},
'should override existing feature status from file': function(flipper) {