nodejs-bash-completion/pm

136 lines
3.7 KiB
JavaScript
Executable File

#!/usr/bin/env node
const This = require('./this');
// Example of subcommands which are implemented as stand-alone executable files.
//
// When `.command()` is invoked with a description argument,
// this tells Commander that you're going to use a stand-alone executable for the subcommand.
//
// Only `install` and `list` are implemented, see pm-install and pm-list.js
class Pm extends This {
constructor() {
super();
this.version = '0.0.1';
this.description = 'Fake package manager';
super.init(); // initialize commander with overridden version and description
}
install() {
/**
* @program()
* @command('install one or more packages')
* @alias('i')
*/
// Calls stand-alone excutable `pm-install` because of @command(<description>) in docstring
}
search() {
/**
* @program()
* @command('search with optional query')
* @alias('s')
*/
// Calls stand-alone excutable `pm-search` because of @command(<description>) in docstring
}
update() {
/**
* @program()
* @command('update installed packages')
* @executable('myUpdateSubCommand')
*/
// Calls stand-alone excutable `myUpdateSubCommand` because of @command(<description>) in docstring
}
list() {
/**
* @program()
* @command('list packages installed')
*/
// Calls stand-alone excutable `pm-list` because of @command(<description>) in docstring
}
// override This.discover()
discover() {
const methods = this.listMethods();
return methods;
}
// Basic test methods
_testListMethod() {
const pm = new Pm();
const pmMethods = pm.listMethods();
const testMethods =
pmMethods.includes('install') &&
pmMethods.includes('search') &&
pmMethods.includes('update') &&
pmMethods.includes('list') &&
pmMethods.includes('discover') &&
pmMethods.includes('start');
const testInternalMethods = !pmMethods.includes('_testListMethod');
console.assert(testMethods, 'Pm.listMethod() failed');
console.assert(
testInternalMethods,
'Pm.listMethod() for internal methods failed. Classes with _ should be ignored'
);
if (testMethods && testInternalMethods) {
this.execCmd(`${this.workingDir}/log success 'testListMethod passed'`);
} else {
this.execCmd(`${this.workingDir}/log error 'testListMethod failed'`);
}
}
_testListProperties() {
const pm = new Pm();
const pmProperties = pm.listProperties();
const testProperties =
pmProperties.includes('version') && pmProperties.includes('description') && pmProperties.includes('program');
console.assert(testProperties, 'Pm.listProperties() failed');
if (testProperties) {
this.execCmd(`${this.workingDir}/log success 'testListProperties passed'`);
} else {
this.execCmd(`${this.workingDir}/log error 'testListProperties failed'`);
}
}
_testGetClassName() {
const pm = new Pm();
const pmClassName = pm.getClassName();
const testClassName = pmClassName === 'Pm';
console.assert(testClassName, 'Pm.getClassName() failed');
if (testClassName) {
this.execCmd(`${this.workingDir}/log success 'testGetClassName passed'`);
} else {
this.execCmd(`${this.workingDir}/log error 'testGetClassName failed'`);
}
}
selfTest() {
// Run tests
this._testListMethod();
this._testListProperties();
this._testGetClassName();
}
start() {
super.start();
}
}
// main
const pm = new Pm();
// // applies logDecorator to this.discover() and binds it to the instance to maintain the correct context
// const logDecoratedDiscover = pm._logDecorator(pm.discover).bind(pm);
// logDecoratedDiscover();
pm.start();
//pm.selfTest();