Results for capability-example

A framework for managing skill tree growth and configuration using automated and manual strategies, ideal for AI-driven environments.

A CLI tool for designing, manipulating, and visualizing skill trees, with interactive commands and flexible data management.

A micro library providing objects with Publish-Subscribe capabilities. Both synchronous (in-process) and asynchronous (out-of-process) subscriptions are supported. Check out the Wiki for articles, guides and examples: https://github.com/krisleech/wisper/wiki

This gem is used to test the gem search and install capabilities of InSpec's plugin V2 system. It is not a good example or starting point for plugin development.

Beaver is an easy to understand build tool with a lot of capabilities. Documentation and examples on [github](https://github.com/jomy10/beaver).

CanDo is a small gem to implement a simple user access system based on users, roles & capabilites, where: each user can have 0, 1 or many roles each role can have 0, 1 or many capabilites Users have capabilities by getting roles assigned (role == collection of capabilities). Within the code, the can helper method can be used to test whether a user has a certain capability or not (see below for a working code example).

A comprehensive Ruby SDK for the OrionX cryptocurrency exchange API with debug capabilities, error handling, and comprehensive examples.

A micro library providing objects with Publish-Subscribe capabilities. Both synchronous (in-process) and asynchronous (out-of-process) subscriptions are supported. Check out the Wiki for articles, guides and examples: https://github.com/krisleech/wisper/wiki

Classy is a collection of metaprogramming-heavy modules which you can extend in order to give various capabilities to your Ruby classes. For example, SubclassAware lets a class know about all of its subclasses (and sub-subclasses, etc), and Aliasable lets you refer to classes via symbols (useful for creating friendly DSLs).

A micro library providing objects with Publish-Subscribe capabilities. Both synchronous (in-process) and asynchronous (out-of-process) subscriptions are supported. Check out the Wiki for articles, guides and examples: https://github.com/shubh2336/wisper/wiki

NUnit is a unit-testing framework for all .Net languages. Initially ported from JUnit, the current production release, version 2.5, is the sixth major release of this xUnit based unit testing tool for Microsoft .NET. It is written entirely in C# and has been completely redesigned to take advantage of many .NET language features, for example custom attributes and other reflection related capabilities. NUnit brings xUnit to all .NET languages.

PluginFactory is a mixin module that turns an including class into a factory for its derivatives, capable of searching for and loading them by name. This is useful when you have an abstract base class which defines an interface and basic functionality for a part of a larger system, and a collection of subclasses which implement the interface for different underlying functionality. An example of where this might be useful is in a program which talks to a database. To avoid coupling it to a specific database, you use a Driver class which encapsulates your program's interaction with the database behind a useful interface. Now you can create a concrete implementation of the Driver class for each kind of database you wish to talk to. If you make the base Driver class a PluginFactory, too, you can add new drivers simply by dropping them in a directory and using the Driver's `create` method to instantiate them:

Mutability is a module that provides the very simple ability to designate an "original" version of an object that is frozen, and will not change even if the working copy of the object does. The best example is a Hash or Array -- collections like those exist partly so they can be mutated in some way, either by adding or removing elements or changing their order. Now, rather than having to establish a separate "original" version of the object (not to mention dealing with the whole ivars-act-like-pointers-and-can-get-magically-changed-oops problem), you can use a MutableHash or MutableArray, and then change it to your heart's content. The MutableHash/Array are built from the Mutability mix-in, so downloading this gem also provides a library for you to add the same capabilities to any other Class you might want. Also included is the ability to revert to the original form with a single method call.

IfElse is an implementation of the pure object-oriented conditional syntax found in languages of the SmallTalk family, including Self. Those languages distinguish themselves by taking the "everything is an object / everything is a method" approach to a further extreme than Ruby, and getting rid of almost all cases of special syntax other than object definition and method call. Ruby, of course, already works this way for some purposes -- thus most Ruby developers prefer to write [1, 17, 39].each {|x| puts x} rather than for x in [1, 17, 39] puts x end and 3.times {|n| puts n} instead of i = 1 while i <= 3 puts i i += 1 end This module extends that same preference to conditional statements, providing replacements for the Ruby keywords +if+, and +unless+: x = 1 (x >= 0).if {puts 'positive'} (x < 0).unless {puts 'positive'} Note that as with the built-in special forms these methods replace, these methods are available on any Ruby Object, and obey the usual rules of which values are considered "Truthy" and "Falsey". <b>Note that the primary purpose of this gem is to demonstrate that the built-in (special form) versions of conditionals provided with Ruby are mostly syntactic sugar -- as with the +for+ keyword, there is no real need for these to be built into the language. With that said, the gem is fully tested, has no particular performance penalty (beyond the usual cost of method dispatch), and should be fully useable in general purpose code.</b> <b>Note also that while Smalltalk-family languages also provide an equivalent to the Ruby +else+ keyword, this depends on the more general block/lambda capability of those languages, which allow a method to take multiple blocks as arguments. This could be imitated with a syntax like:</b> # NOT A REAL EXAMPLE (x > 42).if then: lambda {|x| :big }, else: lambda {|x| :small} <b>which is true to the SmallTalk original, but feels less Ruby-ish to me, so I didn't implement this -- perhaps in a later version.</b>

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