wandalen/wprocedure

Collection of general purpose tools for solving problems. Fundamentally extend the language without spoiling, so may be used solely or in conjunction with another module of such kind.

Relations module. Collection of cross-platform routines to define classes and relations between them. Proto leverages multiple inheritances, mixins, accessors, fields groups defining, introspection and more. Use it as a skeleton of the application.

Copyable mixin adds copyability and clonability to your class. The module uses defined relation to deduce how to copy / clone the instance.

Framework for convenient unit testing. Testing provides the intuitive interface, simple tests structure, asynchronous code handling mechanism, colorful report, verbosity control and more. Use the module to get free of routines which can be automated.

Advanced synchronization mechanism. Asynchronous routines may use Consequence to wrap postponed result, what allows classify callback for such routines as output, not input, what improves analyzability of a program. Consequence may be used to make a queue for mutually exclusive access to a resource. Algorithmically speaking Consequence is 2 queues ( FIFO ) and a customizable arbitrating algorithm. The first queue contains available resources, the second queue includes competitors for this resources. At any specific moment, one or another queue may be empty or full. Arbitrating algorithm makes resource available for a competitor as soon as possible. There are 2 kinds of resource: regular and erroneous. Unlike Promise, Consequence is much more customizable and can solve engineering problem which Promise cant. But have in mind with great power great responsibility comes. Consequence can coexist and interact with a Promise, getting fulfillment/rejection of a Promise or fulfilling it. Use Consequence to get more flexibility and improve readability of asynchronous aspect of your application.

Collection of cross-platform routines for child process monitoring. Allows to keep track of creation, spawn and termination of a child process via events. Get information about command, arguments and options used to create a child process. Modify command, arguments or options on the creation stage. Access instance of ChildProcess on spawn and termination stages.