import path from 'path'; import zlib from 'zlib'; import fs from 'fs'; import * as electron from 'electron'; import * as models from '../../models'; import {globalBeforeEach} from '../../__jest__/before-each'; describe('migrate()', () => { beforeEach(async () => { await globalBeforeEach(); Date.now = jest.genMockFunction().mockReturnValue(1234567890); jest.useFakeTimers(); }); it('migrates utf8 body correctly', async () => { const initialModel = {body: 'hello world!', encoding: 'utf8'}; const newModel = await models.initModel(models.response.type, initialModel); const expectedBodyPath = path.join( electron.remote.app.getPath('userData'), `responses/fc3ff98e8c6a0d3087d515c0473f8677.zip` ); const storedBody = models.response.getBodyBuffer(newModel); // Should have set bodyPath and stored the body expect(newModel.bodyPath).toBe(expectedBodyPath); expect(storedBody.toString()).toBe('hello world!'); // Should have stripped these expect(newModel.body).toBeUndefined(); expect(newModel.encoding).toBeUndefined(); }); it('migrates base64 body correctly', async () => { const initialModel = {body: 'aGVsbG8gd29ybGQh', encoding: 'base64'}; const newModel = await models.initModel(models.response.type, initialModel); jest.runAllTimers(); const expectedBodyPath = path.join( electron.remote.app.getPath('userData'), `responses/fc3ff98e8c6a0d3087d515c0473f8677.zip` ); const storedBody = models.response.getBodyBuffer(newModel); // Should have stripped these expect(newModel.body).toBeUndefined(); expect(newModel.encoding).toBeUndefined(); // Should have set bodyPath and stored the body expect(newModel.bodyPath).toBe(expectedBodyPath); expect(storedBody.toString()).toBe('hello world!'); }); it('migrates empty body', async () => { const initialModel = {body: ''}; const newModel = await models.initModel(models.response.type, initialModel); jest.runAllTimers(); jest.runAllTimers(); const expectedBodyPath = path.join( electron.remote.app.getPath('userData'), 'responses/d41d8cd98f00b204e9800998ecf8427e.zip' ); const storedBody = models.response.getBodyBuffer(newModel); // Should have stripped these expect(newModel.body).toBeUndefined(); expect(newModel.encoding).toBeUndefined(); // Should have set bodyPath and stored the body expect(newModel.bodyPath).toBe(expectedBodyPath); expect(storedBody.toString()).toBe(''); }); it('does not migrate body again', async () => { const initialModel = {bodyPath: '/foo/bar'}; const newModel = await models.initModel(models.response.type, initialModel); // Should have stripped these expect(newModel.body).toBeUndefined(); expect(newModel.encoding).toBeUndefined(); // Should have set bodyPath and stored the body expect(newModel.bodyPath).toBe('/foo/bar'); }); it('does it', async () => { const bodyPath = path.join(electron.remote.app.getPath('userData'), 'foo.zip'); fs.writeFileSync(bodyPath, zlib.gzipSync('Hello World!')); const response = await models.initModel(models.response.type, {bodyPath}); const body = await models.response.getBodyBuffer(response).toString(); expect(response.bodyCompression).toBe('zip'); expect(body).toBe('Hello World!'); }); it('migrates old bodies', async () => { const response = await models.initModel(models.response.type, { body: 'aGVsbG8gd29ybGQh', encoding: 'base64' }); const body = await models.response.getBodyBuffer(response).toString(); expect(response.bodyCompression).toBe(null); expect(body).toBe('hello world!'); }); it('migrates leaves bodyCompression for null', async () => { expect((await models.initModel(models.response.type, { bodyPath: '/foo/bar', bodyCompression: null })).bodyCompression).toBe(null); }); it('migrates sets bodyCompression to zip if does not have one yet', async () => { expect((await models.initModel(models.response.type, { bodyPath: '/foo/bar' })).bodyCompression).toBe('zip'); }); it('migrates leaves bodyCompression if string', async () => { expect((await models.initModel(models.response.type, { bodyPath: '/foo/bar', bodyCompression: 'zip' })).bodyCompression).toBe('zip'); }); });