Converts flat JSON objects into deep object graph.
Deep diffs two objects, including nested structures of arrays and objects, and return the difference.
Topological sort of directed ascyclic graphs (like dependecy lists)
Topological sort on directed graphs.
An implementation of WHATWG AbortController interface.
Graph layout for JavaScript
ES2015 `Object.assign()` ponyfill
Types for Microsoft Graph objects
An Object.keys replacement, in case Object.keys is not available. From https://github.com/es-shims/es5-shim
Parse CSS inline style to JavaScript object.
Fast JavaScript array sorting by implementing Python's Timsort algorithm
Checksum validator
Returns true if an object was created by the `Object` constructor, or Object.create(null).
Package implements data structures and algorithms for processing various types of graphs
A graph data structure with topological sort.
Utility functions to deal with references in objects
Returns true if a value is a plain object, array or function.
Copy static properties, prototype properties, and descriptors from one object to another.
Computes strongly connected components of a directed graph
A fast deep assignment alternative to the object spread operator and Object.assign
Fastest memoization lib that supports N arguments
Call a specified method on each value in the given object.
Beta version of Typings for Microsoft Graph objects
Simple dependency graph.
This library allows to map accessors and properties of deeply nested object graph to a plain mapper object with flexible behavior
This library allows to map accessors and properties of deeply nested object graph to a plain mapper object with flexible behavior
When you have a system of objects that have many references to each other, it becomes an issue to be able to clone properly that object graph. There may be control objects you may not want to clone, but maintain references to. And some references you may not wish to clone at all. Enter DeepDive. Allows you a means by which you can do controlled deep cloning or copying of your complex interconnected objects.
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