If you would like to have a typed C#-like runtime in the browser capable of type introspection at runtime instead of just at designtime with TypeScript, you reached the right place. If you are a fan of LINQ for Objects and enumerations, you definitely reached the right place. If you are looking for a low-friction way to tackle multithreading in the browser, this is your ticket in. With this framework all JavaScript objects have : - GetHashCode() - GetType() - Equals() - ToString() This enables to do things at runtime like: var myDog = new Bio.Mammal(8); var myCat = new Bio.Feline(8, 9); var timeIsSame = (new Date()).Equals(new Date()); //true var areEqual = myDog.Equals(myCat); // false var myCatType = myCat.GetType(); // Bio.Feline var myCatBaseType = myCat.GetType().BaseType; // Bio.Mammal var isAnimal = myCat.GetType().IsAssignableFrom(Bio.Animal); // true var enums = Bio.TypesOfLocomotion.GetType(); // Accelatrix.EnumType Furthermore, it also comes with a powerful LINQ-like framework that operates on enumerations (beyond simple collections) of business entities, allowing you to elevate your abstractions: var myEnumeration = Accelatrix.Collections.Enumerable.Range(0, 10000000) .Select(z => z % 2 == 0 ? new Bio.Feline(z % 10, 9) : new Bio.Mammal(z % 10)) .OfType(Bio.Mammal) .Where(z => z.NumberOfTits != 1) .GroupBy(z => z.NumberOfTits) var myResult = myEnumeration.Skip(2) .Take(4) .ToList() .OrderBy(z => z.NumberOfTits); Not to mention that it uses Web Workers to parallelise work and provide a Promise while remaining compatible with ES5: Accelatrix.Collections.Enumerable .Range(0, 100) .AsParallel() // sends everything to threads .Select(z => "Item " + z.toString()) .Skip(2) .Take(10) .ToList() .Catch(ex => console.error(ex)) .Then(z => console.log(z)) or using ES6 syntax: await [1, 2, 3, 4, 5, .....].AsParallel() // sends everything to threads .Select(z => z * -1) .Where(z => z % 2 == 0) .ToList()

Accelatrix - A parallel in-browser functional programming framework

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