fix(docs): Update description and keywords in package files for clarity

This commit is contained in:
Philipp Kunz 2024-11-23 18:42:31 +01:00
parent 8dd8ce1b15
commit c84a7192fb
5 changed files with 195 additions and 93 deletions

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# Changelog
## 2024-11-23 - 5.5.3 - fix(docs)
Update description and keywords in package files for clarity
- Updated project description in package.json and npmextra.json for better clarity.
- Enhanced keywords list in package.json and npmextra.json to cover more relevant topics.
- Revised README.md content to provide a more comprehensive usage guide and correct mismatched sections.
## 2024-11-23 - 5.5.2 - fix(core)
Apply code cleanup and refactoring.

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"githost": "code.foss.global",
"gitscope": "push.rocks",
"gitrepo": "tapbundle",
"description": "A test automation library bundling utilities and tools for TAP (Test Anything Protocol) based testing, specifically tailored for tapbuffer.",
"description": "A comprehensive testing automation library that provides a wide range of utilities and tools for TAP (Test Anything Protocol) based testing, especially suitable for projects using tapbuffer.",
"npmPackagename": "@push.rocks/tapbundle",
"license": "MIT",
"keywords": [
"testing",
"automation",
"TAP",
"test anything protocol",
"Test Anything Protocol",
"unit testing",
"integration testing",
"JavaScript",
"TypeScript",
"JavaScript",
"test runner",
"test framework",
"web helpers",
"test utilities"
"test utilities",
"asynchronous testing",
"environment variables",
"crypto",
"shell commands",
"Node.js",
"cloud storage",
"browser testing",
"UI components",
"parallel testing",
"test lifecycle management"
]
}
},

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"name": "@push.rocks/tapbundle",
"private": false,
"version": "5.5.2",
"description": "A test automation library bundling utilities and tools for TAP (Test Anything Protocol) based testing, specifically tailored for tapbuffer.",
"description": "A comprehensive testing automation library that provides a wide range of utilities and tools for TAP (Test Anything Protocol) based testing, especially suitable for projects using tapbuffer.",
"exports": {
".": "./dist_ts/index.js",
"./node": "./dist_ts_node/index.js"
@ -68,14 +68,24 @@
"testing",
"automation",
"TAP",
"test anything protocol",
"Test Anything Protocol",
"unit testing",
"integration testing",
"JavaScript",
"TypeScript",
"JavaScript",
"test runner",
"test framework",
"web helpers",
"test utilities"
"test utilities",
"asynchronous testing",
"environment variables",
"crypto",
"shell commands",
"Node.js",
"cloud storage",
"browser testing",
"UI components",
"parallel testing",
"test lifecycle management"
]
}
}

239
readme.md
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# @push.rocks/tapbundle
tap bundled for tapbuffer
A test automation library bundling utilities and tools for TAP (Test Anything Protocol) based testing, specifically tailored for tapbuffer.
## Install
Install the package by running the following command in your terminal:
To install the package, execute:
```bash
npm install @push.rocks/tapbundle --save-dev
```
This will add `@push.rocks/tapbundle` to your project's `devDependencies`.
This command will add `@push.rocks/tapbundle` to your project's `devDependencies`, ensuring it is only used during development and testing.
## Usage
The `@push.rocks/tapbundle` package is a tap-compatible testing framework written in TypeScript, intended for use with tapbuffer. It includes a range of useful features enabling easy setup and execution of tests, assertion handling through `expect` and `expectAsync`, as well as auxiliary tools for delay and colored console output.
The `@push.rocks/tapbundle` is a versatile testing framework compatible with TAP, designed using TypeScript to facilitate robust and scalable testing of applications, whether you are dealing with unit tests, integration tests, or simply need a streamlined way to automate assertions across your applications lifecycle. The framework is especially useful if you are already using or planning to use tapbuffer.
### Getting Started
**Getting Started**
First, ensure your project is set up with Typescript and supports ESM syntax. You can then import `tap`, `expect`, and `expectAsync` from `@push.rocks/tapbundle` to start defining your tests.
To begin using `tapbundle`, ensure that your TypeScript project is configured for ESM syntax. Here's how you can set it up and start writing your tests:
```typescript
import { tap, expect, expectAsync } from '@push.rocks/tapbundle';
```
1. **Basic Setup**
Here is a simple test example:
First, import the necessary modules:
```typescript
import { tap, expect } from '@push.rocks/tapbundle';
```typescript
import { tap, expect, expectAsync } from '@push.rocks/tapbundle';
```
tap.test('should succeed on true assertion', async () => {
return expect(true).toBeTrue();
});
Start with a simple test to ensure everything is set up correctly:
tap.start();
```
```typescript
import { tap, expect } from '@push.rocks/tapbundle';
### Defining Tests
tap.test('Initial test succeeds', async () => {
return expect(true).toBeTrue();
});
You can define tests with descriptions and async functions. The `tap` instance manages test execution, supports test skipping, and managing exclusive tests with the `.only` modifier.
tap.start();
```
```typescript
const myTest = tap.test('expect true to be true', async () => {
expect(true).toBeTrue();
});
The above code establishes a basic test environment, using the `tap` instance to manage execution flow and `expect` for assertions.
const skippedTest = tap.skip.test('this test is skipped', async () => {
// This will not be executed
});
2. **Defining and Organizing Tests**
tap.only.test('only this test will run', async () => {
expect('TapBundle').toContainString('Tap');
});
You can define tests using the `tap.test` method, where you provide a description and an asynchronous function:
tap.start();
```
```typescript
tap.test('basic arithmetic test', async () => {
expect(1 + 1).toEqual(2);
});
```
### Using `expect` and `expectAsync`
**Async Tests Handling**
The package provides `expect` and `expectAsync` for assertions:
Use `expectAsync` for promises or async operations:
```typescript
await expectAsync(Promise.resolve(true)).toBeResolved();
expect(5).toBeGreaterThan(2);
```
```typescript
tap.test('async operation test', async () => {
const fetchData = async () => Promise.resolve('data');
await expectAsync(fetchData()).toBeResolved();
});
```
### Handling Asynchronous Operations
3. **Tools for Advanced Testing**
`tapbundle` facilitates working with async operations in tests. You can introduce delays or set timeouts:
`tapbundle` equips you with tools for sophisticated test scenarios:
```typescript
tap.test('async operation with delay', async (tools) => {
await tools.delayFor(2000); // Wait for 2000 milliseconds
expect(true).toBeTrue();
});
- **Delay and Timing**
tap.start();
```
Integrated delay methods are handy for simulating timeouts and waiting states:
### Advanced Usage
```typescript
tap.test('test with delay', async (tools) => {
await tools.delayFor(500); // waits for 500ms
expect(true).toBeTrue();
});
```
#### Pre Tasks
- **Custom Pre Tasks**
You can define tasks to run before test execution begins:
Set up tasks to run before your test suite begins. This can be setup operations like initializing databases:
```typescript
tap.preTask('setup database', async () => {
// Perform setup here
});
```typescript
tap.preTask('initialize environment', async () => {
console.log('Setting up preconditions');
});
```
tap.test('test database connection', async () => {
// Test the setup
});
4. **Execution and Control**
tap.start();
```
- **Running Tests**
#### Accessing Test Metadata
Call `tap.start()` to execute your suite. Handle specific conditions using `.skip` or `.only`:
Each test returns a `TapTest` instance, from which you can access metadata and manipulate test behavior:
```typescript
tap.skip.test('skip this test', async () => {
// This test will be ignored
});
```typescript
const test = tap.test('metadata example', async (tools) => {
tools.allowFailure();
expect(true).toBeTrue();
});
tap.only.test('run this test exclusively', async () => {
// Only this test will run among defined tests
});
```
tap.start().then(() => {
console.log(`Test duration: ${test.hrtMeasurement.milliSeconds}ms`);
});
```
- **Handling Errors and Debugging**
### Running Tests
Make use of `consolecolor` to make outputs readable:
Tests are executed by calling `tap.start()`. This method runs all defined tests in sequence and respects `.skip` and `.only` modifiers.
```typescript
tap.test('test with colored output', async (tools) => {
const message = await tools.coloredString('Test Passed!', 'green');
console.log(message);
});
```
### Debugging and Output
5. **Integration with Node Tools**
`@push.rocks/tapbundle` supports colored console output via `consolecolor` to help with debugging and test result readability:
For operations involving the shell or environment-specific setups, use Node tools provided:
```typescript
tap.test('colored output', async (tools) => {
const coloredString = await tools.coloredString('Hello, world!', 'green');
console.log(coloredString);
});
```typescript
import { tapNodeTools } from './ts_node/index.js';
tap.start();
```
tap.test('execute shell command', async () => {
const result = await tapNodeTools.runCommand('ls -la');
expect(result.exitCode).toEqual(0);
});
This detailed guide covers the most important aspects of using `@push.rocks/tapbundle` for testing in your TypeScript projects. Explore the included functions and tools to fully leverage this comprehensive testing framework.
tap.test('create HTTPS certificate', async () => {
const { key, cert } = await tapNodeTools.createHttpsCert('localhost');
expect(key).toInclude('-----BEGIN RSA PRIVATE KEY-----');
expect(cert).toInclude('-----BEGIN CERTIFICATE-----');
});
```
6. **Working with Environment Variables**
Leverage the power of dynamic environment management using `qenv`:
```typescript
tap.test('use environment variable', async (tools) => {
const dbUrl = await tools.getEnvVarOnDemand('DB_URL');
expect(dbUrl).toBeDefined();
});
```
7. **Managing Asynchronous Behavior**
The framework allows for precise control over asynchronous processes, introducing race conditions or coordinated delays:
```typescript
tap.test('controlled async scenario', async (tools) => {
const asyncOp = async () => Promise.resolve('complete');
tools.timeout(1000); // if operation exceeds 1000ms, test fails
const result = await asyncOp();
expect(result).toBe('complete');
});
```
8. **Web Testing Utilities**
If your testing involves browser environments, make use of the `webhelpers` utilities, for instance with libraries like Open WC:
```typescript
import { webhelpers } from './webhelpers.js';
tap.test('web component test', async () => {
const element = await webhelpers.fixture(webhelpers.html`<my-element></my-element>`);
expect(element.shadowRoot.querySelector('div')).toBeDefined();
});
```
9. **Using Webhelpers in Browser**
Make the tests more interactive, especially for UI Components:
```typescript
tap.preTask('Setup pre-task for UI test', async () => {
console.log('Setting up for UI tests');
});
tap.test('UI test with Web Component', async () => {
const myEl = await webhelpers.fixture(webhelpers.html`<div id="myEl">Content</div>`);
expect(myEl.id).toBe('myEl');
});
```
10. **Leveraging Smartmongo and Smarts3**
Whether youre working with databases or cloud storage simulations:
```typescript
tap.test('Smartmongo setup test', async () => {
const smartmongo = await tapNodeTools.createSmartmongo();
await smartmongo.stop();
});
tap.test('Smarts3 setup', async () => {
const smarts3 = await tapNodeTools.createSmarts3();
console.log('Smarts3 running');
await smarts3.stop();
});
```
Integrating `@push.rocks/tapbundle` streamlines your test management in complex projects. With these tools, intricate scenarios from unit tests to more elaborate integrated environments become easier to handle, providing a structured flow to achieve reliable testing outcomes. Happy testing!
## License and Legal Information
This repository contains open-source code that is licensed under the MIT License. A copy of the MIT License can be found in the [license](license) file within this repository.
This repository contains open-source code that is licensed under the MIT License. A copy of the MIT License can be found in the [license](license) file within this repository.
**Please note:** The MIT License does not grant permission to use the trade names, trademarks, service marks, or product names of the project, except as required for reasonable and customary use in describing the origin of the work and reproducing the content of the NOTICE file.

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*/
export const commitinfo = {
name: '@push.rocks/tapbundle',
version: '5.5.2',
description: 'A test automation library bundling utilities and tools for TAP (Test Anything Protocol) based testing, specifically tailored for tapbuffer.'
version: '5.5.3',
description: 'A comprehensive testing automation library that provides a wide range of utilities and tools for TAP (Test Anything Protocol) based testing, especially suitable for projects using tapbuffer.'
}