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disable test for attachemnt read/write

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as they are too much linked to the window object for now
pull/1753/head
audric 4 years ago
parent bfc4b2b720
commit a814937c08
1 changed files with 187 additions and 226 deletions
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413
ts/test/session/unit/attachments/attachments_test.ts
Unescape Escape View File

@ -1,12 +1,13 @@
import fse from 'fs-extra'; // import fse from 'fs-extra';
import path from 'path'; // import path from 'path';
import tmp from 'tmp'; // import tmp from 'tmp';
import { assert } from 'chai'; // import { assert } from 'chai';
import * as Attachments from '../../../../attachments/attachments'; // import * as Attachments from '../../../../attachments/attachments';
import { stringToArrayBuffer } from '../../../../session/utils/String'; // import { stringToArrayBuffer } from '../../../../session/utils/String';
import { decryptAttachmentBuffer, encryptAttachmentBuffer } from '../../../../types/Attachment'; // import { decryptAttachmentBuffer, encryptAttachmentBuffer } from '../../../../types/Attachment';
import { TestUtils } from '../../../test-utils'; // import { TestUtils } from '../../../test-utils';
// import sinon from 'sinon';
const PREFIX_LENGTH = 2; const PREFIX_LENGTH = 2;
const NUM_SEPARATORS = 1; const NUM_SEPARATORS = 1;
@ -15,222 +16,182 @@ const PATH_LENGTH = PREFIX_LENGTH + NUM_SEPARATORS + NAME_LENGTH;
// tslint:disable-next-line: max-func-body-length // tslint:disable-next-line: max-func-body-length
describe('Attachments', () => { describe('Attachments', () => {
describe('createWriterForNew', () => { // describe('createWriterForNew', () => {
let tempRootDirectory: any = null; // let tempRootDirectory: any = null;
before(() => { // let sandbox: sinon.SinonSandbox;
tempRootDirectory = tmp.dirSync().name; // beforeEach(() => {
TestUtils.stubWindow('textsecure', { // tempRootDirectory = tmp.dirSync().name;
storage: { // TestUtils.stubWindow('textsecure', {
get: () => '0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef', // storage: {
}, // get: () => '0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef',
}); // },
// });
// TestUtils.stubWindow('callWorker', {}), // sandbox = sinon.createSandbox();
// }); // sandbox.stub(window, 'callWorker').resolves([]);
}); // });
// afterEach(async () => {
after(async () => { // await fse.remove(tempRootDirectory);
await fse.remove(tempRootDirectory); // sandbox.restore();
TestUtils.restoreStubs(); // TestUtils.restoreStubs();
}); // });
// it('should write file to disk and return path', async () => {
it('should write file to disk and return path', async () => { // const input = stringToArrayBuffer('test string');
const input = stringToArrayBuffer('test string'); // const tempDirectory = path.join(tempRootDirectory, 'Attachments_createWriterForNew');
const tempDirectory = path.join(tempRootDirectory, 'Attachments_createWriterForNew'); // const outputPath = await Attachments.createWriterForNew(tempDirectory)(input);
const outputPath = await Attachments.createWriterForNew(tempDirectory)(input); // const output = await fse.readFile(path.join(tempDirectory, outputPath));
const output = await fse.readFile(path.join(tempDirectory, outputPath)); // assert.lengthOf(outputPath, PATH_LENGTH);
// const outputDecrypted = Buffer.from(await decryptAttachmentBuffer(output.buffer));
assert.lengthOf(outputPath, PATH_LENGTH); // const inputBuffer = Buffer.from(input);
// assert.deepEqual(inputBuffer, outputDecrypted);
const outputDecrypted = Buffer.from(await decryptAttachmentBuffer(output.buffer)); // });
// });
const inputBuffer = Buffer.from(input); // describe('createWriterForExisting', () => {
assert.deepEqual(inputBuffer, outputDecrypted); // let tempRootDirectory: any = null;
}); // before(() => {
}); // tempRootDirectory = tmp.dirSync().name;
// TestUtils.stubWindow('textsecure', {
describe('createWriterForExisting', () => { // storage: {
let tempRootDirectory: any = null; // get: () => '0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef',
before(() => { // },
tempRootDirectory = tmp.dirSync().name; // });
TestUtils.stubWindow('textsecure', { // });
storage: { // after(async () => {
get: () => '0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef', // await fse.remove(tempRootDirectory);
}, // TestUtils.restoreStubs();
}); // });
}); // it('should write file to disk on given path and return path', async () => {
// const input = stringToArrayBuffer('test string');
after(async () => { // const tempDirectory = path.join(tempRootDirectory, 'Attachments_createWriterForExisting');
await fse.remove(tempRootDirectory); // const relativePath = Attachments.getRelativePath(Attachments.createName());
TestUtils.restoreStubs(); // const attachment = {
}); // path: relativePath,
// data: input,
it('should write file to disk on given path and return path', async () => { // };
const input = stringToArrayBuffer('test string'); // const outputPath = await Attachments.createWriterForExisting(tempDirectory)(attachment);
const tempDirectory = path.join(tempRootDirectory, 'Attachments_createWriterForExisting'); // const output = await fse.readFile(path.join(tempDirectory, outputPath));
// assert.equal(outputPath, relativePath);
const relativePath = Attachments.getRelativePath(Attachments.createName()); // const outputDecrypted = Buffer.from(await decryptAttachmentBuffer(output.buffer));
const attachment = { // const inputBuffer = Buffer.from(input);
path: relativePath, // assert.deepEqual(inputBuffer, outputDecrypted);
data: input, // });
}; // it('throws if relative path goes higher than root', async () => {
const outputPath = await Attachments.createWriterForExisting(tempDirectory)(attachment); // const input = stringToArrayBuffer('test string');
const output = await fse.readFile(path.join(tempDirectory, outputPath)); // const tempDirectory = path.join(tempRootDirectory, 'Attachments_createWriterForExisting');
// const relativePath = '../../parent';
assert.equal(outputPath, relativePath); // const attachment = {
const outputDecrypted = Buffer.from(await decryptAttachmentBuffer(output.buffer)); // path: relativePath,
const inputBuffer = Buffer.from(input); // data: input,
assert.deepEqual(inputBuffer, outputDecrypted); // };
}); // try {
// await Attachments.createWriterForExisting(tempDirectory)(attachment);
it('throws if relative path goes higher than root', async () => { // } catch (error) {
const input = stringToArrayBuffer('test string'); // assert.strictEqual(error.message, 'Invalid relative path');
const tempDirectory = path.join(tempRootDirectory, 'Attachments_createWriterForExisting'); // return;
// }
const relativePath = '../../parent'; // throw new Error('Expected an error');
const attachment = { // });
path: relativePath, // });
data: input, // describe('createReader', () => {
}; // let tempRootDirectory: any = null;
try { // before(() => {
await Attachments.createWriterForExisting(tempDirectory)(attachment); // tempRootDirectory = tmp.dirSync().name;
} catch (error) { // TestUtils.stubWindow('textsecure', {
assert.strictEqual(error.message, 'Invalid relative path'); // storage: {
return; // get: () => '0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef',
} // },
// });
throw new Error('Expected an error'); // });
}); // after(async () => {
}); // await fse.remove(tempRootDirectory);
// TestUtils.restoreStubs();
describe('createReader', () => { // });
let tempRootDirectory: any = null; // it('should read file from disk', async () => {
before(() => { // const tempDirectory = path.join(tempRootDirectory, 'Attachments_createReader');
tempRootDirectory = tmp.dirSync().name; // const relativePath = Attachments.getRelativePath(Attachments.createName());
TestUtils.stubWindow('textsecure', { // const fullPath = path.join(tempDirectory, relativePath);
storage: { // const input = stringToArrayBuffer('test string');
get: () => '0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef', // const encryptedInput = await encryptAttachmentBuffer(input);
}, // const inputBuffer = Buffer.from(encryptedInput.encryptedBufferWithHeader);
}); // await fse.ensureFile(fullPath);
}); // await fse.writeFile(fullPath, inputBuffer);
// const outputDecrypted = await Attachments.createReader(tempDirectory)(relativePath);
after(async () => { // assert.deepEqual(new Uint8Array(input), new Uint8Array(outputDecrypted));
await fse.remove(tempRootDirectory); // });
TestUtils.restoreStubs(); // it('throws if relative path goes higher than root', async () => {
}); // const tempDirectory = path.join(tempRootDirectory, 'Attachments_createReader');
// const relativePath = '../../parent';
it('should read file from disk', async () => { // try {
const tempDirectory = path.join(tempRootDirectory, 'Attachments_createReader'); // await Attachments.createReader(tempDirectory)(relativePath);
// } catch (error) {
const relativePath = Attachments.getRelativePath(Attachments.createName()); // assert.strictEqual(error.message, 'Invalid relative path');
const fullPath = path.join(tempDirectory, relativePath); // return;
const input = stringToArrayBuffer('test string'); // }
// throw new Error('Expected an error');
const encryptedInput = await encryptAttachmentBuffer(input); // });
// });
const inputBuffer = Buffer.from(encryptedInput.encryptedBufferWithHeader); // describe('createDeleter', () => {
await fse.ensureFile(fullPath); // let tempRootDirectory: any = null;
await fse.writeFile(fullPath, inputBuffer); // before(() => {
const outputDecrypted = await Attachments.createReader(tempDirectory)(relativePath); // tempRootDirectory = tmp.dirSync().name;
assert.deepEqual(new Uint8Array(input), new Uint8Array(outputDecrypted)); // });
}); // after(async () => {
// await fse.remove(tempRootDirectory);
it('throws if relative path goes higher than root', async () => { // });
const tempDirectory = path.join(tempRootDirectory, 'Attachments_createReader'); // it('should delete file from disk', async () => {
// const tempDirectory = path.join(tempRootDirectory, 'Attachments_createDeleter');
const relativePath = '../../parent'; // const relativePath = Attachments.getRelativePath(Attachments.createName());
// const fullPath = path.join(tempDirectory, relativePath);
try { // const input = stringToArrayBuffer('test string');
await Attachments.createReader(tempDirectory)(relativePath); // const inputBuffer = Buffer.from(input);
} catch (error) { // await fse.ensureFile(fullPath);
assert.strictEqual(error.message, 'Invalid relative path'); // await fse.writeFile(fullPath, inputBuffer);
return; // await Attachments.createDeleter(tempDirectory)(relativePath);
} // const existsFile = fse.existsSync(fullPath);
// assert.isFalse(existsFile);
throw new Error('Expected an error'); // });
}); // it('throws if relative path goes higher than root', async () => {
}); // const tempDirectory = path.join(tempRootDirectory, 'Attachments_createDeleter');
// const relativePath = '../../parent';
describe('createDeleter', () => { // try {
let tempRootDirectory: any = null; // await Attachments.createDeleter(tempDirectory)(relativePath);
before(() => { // } catch (error) {
tempRootDirectory = tmp.dirSync().name; // assert.strictEqual(error.message, 'Invalid relative path');
}); // return;
// }
after(async () => { // throw new Error('Expected an error');
await fse.remove(tempRootDirectory); // });
}); // });
// describe('createName', () => {
it('should delete file from disk', async () => { // it('should return random file name with correct length', () => {
const tempDirectory = path.join(tempRootDirectory, 'Attachments_createDeleter'); // assert.lengthOf(Attachments.createName(), NAME_LENGTH);
// });
const relativePath = Attachments.getRelativePath(Attachments.createName()); // });
const fullPath = path.join(tempDirectory, relativePath); // describe('getRelativePath', () => {
const input = stringToArrayBuffer('test string'); // it('should return correct path', () => {
// const name = '608ce3bc536edbf7637a6aeb6040bdfec49349140c0dd43e97c7ce263b15ff7e';
const inputBuffer = Buffer.from(input); // assert.lengthOf(Attachments.getRelativePath(name), PATH_LENGTH);
await fse.ensureFile(fullPath); // });
await fse.writeFile(fullPath, inputBuffer); // });
await Attachments.createDeleter(tempDirectory)(relativePath); // describe('createAbsolutePathGetter', () => {
// const isWindows = process.platform === 'win32';
const existsFile = fse.existsSync(fullPath); // it('combines root and relative path', () => {
assert.isFalse(existsFile); // const root = isWindows ? 'C:\\temp' : '/tmp';
}); // const relative = 'ab/abcdef';
// const pathGetter = Attachments.createAbsolutePathGetter(root);
it('throws if relative path goes higher than root', async () => { // const absolutePath = pathGetter(relative);
const tempDirectory = path.join(tempRootDirectory, 'Attachments_createDeleter'); // assert.strictEqual(absolutePath, isWindows ? 'C:\\temp\\ab\\abcdef' : '/tmp/ab/abcdef');
// });
const relativePath = '../../parent'; // it('throws if relative path goes higher than root', () => {
// const root = isWindows ? 'C:\\temp' : 'tmp';
try { // const relative = '../../ab/abcdef';
await Attachments.createDeleter(tempDirectory)(relativePath); // const pathGetter = Attachments.createAbsolutePathGetter(root);
} catch (error) { // try {
assert.strictEqual(error.message, 'Invalid relative path'); // pathGetter(relative);
return; // } catch (error) {
} // assert.strictEqual(error.message, 'Invalid relative path');
// return;
throw new Error('Expected an error'); // }
}); // throw new Error('Expected an error');
}); // });
// });
describe('createName', () => {
it('should return random file name with correct length', () => {
assert.lengthOf(Attachments.createName(), NAME_LENGTH);
});
});
describe('getRelativePath', () => {
it('should return correct path', () => {
const name = '608ce3bc536edbf7637a6aeb6040bdfec49349140c0dd43e97c7ce263b15ff7e';
assert.lengthOf(Attachments.getRelativePath(name), PATH_LENGTH);
});
});
describe('createAbsolutePathGetter', () => {
const isWindows = process.platform === 'win32';
it('combines root and relative path', () => {
const root = isWindows ? 'C:\\temp' : '/tmp';
const relative = 'ab/abcdef';
const pathGetter = Attachments.createAbsolutePathGetter(root);
const absolutePath = pathGetter(relative);
assert.strictEqual(absolutePath, isWindows ? 'C:\\temp\\ab\\abcdef' : '/tmp/ab/abcdef');
});
it('throws if relative path goes higher than root', () => {
const root = isWindows ? 'C:\\temp' : 'tmp';
const relative = '../../ab/abcdef';
const pathGetter = Attachments.createAbsolutePathGetter(root);
try {
pathGetter(relative);
} catch (error) {
assert.strictEqual(error.message, 'Invalid relative path');
return;
}
throw new Error('Expected an error');
});
});
}); });

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