Tree Structure

Read data from strings in XML/JSON/YAML/CSV formats into a tree structure. Create data nodes manually and serialize it back to those formats.

Interfaces and classes helpful in managing tree-like data structures. Part of the "Open" set of libraries.

Eugene is a data structure persistence library for .NET, providing access to traditional in-memory data structures such as arrays, linked lists, array lists, hash tables, binary trees, trie trees, etc., in a format that is continuously persisted to disk.

A trie (prefix tree) data structure implementation in C#.

Provides tree data structures and a framework for rapid creation of new tree types.

Efficient implementations of standard .NET collection interfaces using tree data structures.

Provides more sophisticated trees, and a framework for the creation of new tree types.

SharpChat is a C# library that tries to offer functionality similar to TypeChat, making it seamless to construct natural language interfaces using types. Building natural language interfaces can be challenging. Traditional methods often rely on intricate decision trees to discern intent and gather necessary inputs for actions. The advent of Large Language Models (LLMs) has simplified this process by allowing natural language inputs from users to be matched with intents. However, this also brings its own set of challenges, such as constraining the model's reply for safety, structuring model responses for further processing, and ensuring the model's reply is valid. While prompt engineering aims to address these issues, it can be complex and fragile. SharpChat introduces schema engineering as a replacement for prompt engineering.

OpenMcdf is a 100% .NET / C# component that allows developers to manipulate Microsoft Compound Document File Format for OLE structured storage. It supports read/write operations on streams and storages and traversal of directory trees.

QuickGraph provides generic directed/undirected graph datastructures and algorithms for .NET Standard 2.0 QuickGraph comes with algorithms such as depth first seach, breath first search, A* search, shortest path, k-shortest path, maximum flow, minimum spanning tree, least common ancestors, etc...

Generic QuadTree algorithm inspired by Leonidovia's Ultimate QuadTree.

Some data structures, including tree, map, multi map, etc.

Provides the ability to get a complete chunk of JSON given a valid starting point ("[" or "{") and then transform it into a tree structure that can be navidated.

Elementary Hierarchy provides interfaces, data structures and algorithms for developing of hierarchical data structures.

GetOrgChart lets developers create complex tree structures and then displays them as a beautiful flow chart using HTML 5, CSS, and JavaScript. All the charts are fully customizable, and when used with a server-side component also allow developers to create and edit the charts using a specially crafted interface. Various skins and color palettes are included with GetOrgChart by default, but the developers can also create their very themes as well. In case GetOrgChart diagrams get too big, a built-in search field allows users to search for items, or the user can also use the table mode to view the raw data without the visual hierarchy. GetOrgChart is offered for free for non-commercial projects, while a license needs to be purchased for larger, commercial applications.

A few Penguin objects, most notibly a TreeNode object that parses and "leafs" IEnumerables of objects based on a user-defined string produced by a func. Useful for turning lists of paths into navigatable tree structures. This allows for removing recursive key references on data tables simplifying data schema

This package provides an in-memory B-Tree implementation for C#, useful as an ordered, mutable data structure.

MindFusion.Diagramming for WPF adds to applications the ability to create and present flowchart and process diagrams, workflow and data flow charts, database entity-relationship diagrams, organizational and classification charts, hierarchy and relationship diagrams, networks, graphs, trees, and more. The basic diagram elements - shapes, links, tables, and containers - can be grouped and attached to each other to form complex structures. The control provides many predefined shapes and the ability to define custom ones. The elements can display rich content, such as formatted text and images. The appearance can be customized through a flexible styling system, node effects, and many built-in themes. The control provides a comprehensive collection of automatic layout algorithms, including Spring-Embedder, Grid, Annealing, Circular, Orthogonal, Topological, Cascade, Triangular, Layered, FlowChart, Workflow, Hierarchical, and multiple Tree layouts.

Defines an architecture of persistent users, roles and privileges that can be used to provide detailed authorization in applications. Privileges are ordered in a tree structure. Roles contains a list of allowed privileges (nodes or entire branches), or explicitly prohibited privileges (nodes or branches). Each user can be assigned one or more roles. Credentials are protected using hash digests. Objects are persisted through the object database abstraction layer, defined in Waher.Persistence.

MindFusion.Diagramming adds to applications the ability to create and present flowchart and process diagrams, workflow and data flow charts, database entity-relationship diagrams, organizational and classification charts, hierarchy and relationship diagrams, networks, graphs, trees, and more. The basic diagram elements - shapes, links, tables, and containers - can be grouped and attached to each other to form complex structures. The control provides many predefined shapes and the ability to define custom ones. The elements can display rich content, such as formatted text and images. The appearance can be customized through a flexible styling system, node effects, and many built-in themes. The control provides a comprehensive collection of automatic layout algorithms, including Spring-Embedder, Grid, Annealing, Circular, Orthogonal, Topological, Cascade, Triangular, Layered, FlowChart, Workflow, Hierarchical, and multiple Tree layouts.

MindFusion.Diagramming for ASP.NET MVC adds to applications the ability to create and present flowchart and process diagrams, workflow and data flow charts, database entity-relationship diagrams, organizational and classification charts, hierarchy and relationship diagrams, networks, graphs, trees, and more. The basic diagram elements - shapes, links, tables, and containers - can be grouped and attached to each other to form complex structures. The control provides many predefined shapes and the ability to define custom ones. The elements can display rich content, such as formatted text and images. The appearance can be customized through a flexible styling system, node effects, and many built-in themes. The control provides a comprehensive collection of automatic layout algorithms, including Spring-Embedder, Grid, Annealing, Circular, Orthogonal, Topological, Cascade, Triangular, Layered, FlowChart, Workflow, Hierarchical, and multiple Tree layouts.

This package provides System Plugin for Node Set tree structure iteration in CoreKraft.

Contains a generic tree implementation, as well as extension methods for traversing any tree like structure

Library that provides simple materialized path tree structure for EF Entities

A dotnet tool for recreating the directory tree for projects, specified in the solution file

C# implementation of a Trie (prefix tree) that is IEnumerable. You may conduct a prefix tree and not have to run on the trie all the way to it's end - just for the amount of results you need. This is perfect for autocomplete or any other scenario where you may want a fixed amount of results yielded in every search.

Foresty implements generic functionality for tree- or forest-like structures, like depth-first and breadth-first traverses. It provides two approaches: enumerators for Linq-like, ordered node enumerations and visitors to invoke functions for each node in order. Supports .Net Framework 4.0, 4.5+ and dotnet core 1 and 2.

An abp module that provides standard tree structure entity implement.

ExtendibleTreeStructure is a .NET package that allows easy configuration of tree structures that need to be copied to some other trees with new parents and children. The package allows providing as an input collections (called data stores in subsequent text) of simple objects (called data store items in subsequent text) that have minimum state (id, parent id, priority, id and data store id of copied data store item, etc). The classes in this package construct proper tree structures for each data store. Good example of application of ExtendibleTreeStructure package is when we want to configure menu structure of a project (say in xml file). Lets say some part of the menu structure is common for all file types (e.g., File Menu with Exit, Save, SaveAs menu items, Edit menu with search, etc). Also, lets suppose that the project supports C# and image file types, that support some additional functionality, and require new menu items on top of common (shared) menu structure. In this scenario we can provide a menu data store with shared data store items. Then we can define two more data stores for these two file types, with additional data store items (menu items) specific to these file types. In these new data stores we can copy the data store items in shared data store while spcifying new parent id (or no parent at all). Say we can copy File menu bar to data store for C# file type, and add new data store item for 'Compile' with parent id equal to id of File menu bar data store item. In other words, we specify copy data store items (data store items that specify the referenced data store item data id), with new parent id (or no parent id at all). Also, we can add new data store items with parent Ids equal to ids of children of copied data store items (i.e., add new children to children of copied data store items). The classes in this package will create tree structures in all the specified data stores with proper parent/children relationship, and will make sure the referenced (copied) data store items are copied under new parents (or are copied as top level data store items). Also, the package logs any errors, and prevents circular references that might otherwise result via parent/reference relationships. The git repository https://github.com/artakhak/ExtendibleTreeStructure has more detailed documentation, along with the source code and tests project ExtendibleTreeStructure.Tests with good examples.

General purpose data structures and algorithms mostly to cover the functionallity or performance gap in the framework. Includes: ProrityQueue, Bag, SymboleTable, Trie, UnionFind, Search Trees (BST, OST, RBT), sorting and graph algorithms.

A generic tree/leaf structure built with extensions used to traverse data easily from any point in the structure.

Helps create command line tools with commands managed in a tree based structure.

TreeBasedCli is a C# library that simplifies the process of creating command-line interfaces (CLIs) with nested subcommands. This library is designed to help developers build CLIs that offer an intuitive and user-friendly experience, with clear and concise documentation and actionable error messages to guide users through the command tree. With TreeBasedCli, you can easily organize and structure your CLI's functionality, and take advantage of native support for asynchronous command execution and customizable dependency injection. Whether you're building a small personal CLI or a larger, more complex application, TreeBasedCli is a powerful choice that helps you create CLIs that provide a seamless and enjoyable experience for your users.

Creates an ASCII tree of any structure (visualize a tree using characters only)

*** Please use the Arborium (multi-target) package instead. *** A versatile, tree-based data structure to store or exchange data and metadata efficiently (in binary format). Written in pure C#, can be used in F#, too.

Advanced data structures for C#

High performance persistent and immutable collections for .NET, supporting many operations efficiently. Includes a catenable/indexed deque, a high performance vector, sets, and maps/dictionaries. Strictly better than anything released for .NET previously, including Microsoft's new immutable collections namespace. Check out the comparisons in the project website. Currently only core operations are fully tested. Not related to the IoC library also called Funq.

Features * Supports both local data and remote data (JSON) * Smooth expand/collapse effects * Align the chart in 8 orientations * Allows user to change orgchart * structure by drag/drop nodes * Supports pan and zoom * Edit Form * Node Customization * Search * Scroll Bars * Lazy Loading * Mixed Hierarchy * Exporting

ABP general business module. The goal is to implement most common businesses, such as multi-level tree structure (one implementation is provided by default: general tree). The current package is a sub module, corresponding to the core layer, which internally defines entity classes, domain services, domain events, warehousing, etc abp通用业务模块。目的是实现大多数的通用业务，如：多分级的树形结构（默认提供一个实现：GeneralTree）。 当前包是子模块，对应core层，内部定义实体类、领域服务、领域事件、仓储等

OpenMcdf is a 100% .net / C# component that allows developers to manipulate Microsoft Compound Document File Format for OLE structured storage. It supports read/write operations on streams and storages and traversal of structures tree.

Extension to easily visualize a tree structure using Ascii only.

Useful Types: Formula, FormulaBuilder, NodeFactory Represent a math formula as binary tree, with methods to manipulate the structure of the formula.

NTree is a simple tree data structure implementation written in C# .Net.

Arborium is a versatile, tree-based data structure to store or exchange data and metadata efficiently (in binary format). Written in pure C#, can be used in F#, too.

The Blazor Tree Grid is a feature-rich control used to visualize self-referential and hierarchical data effectively in a tabular format. It can pull data from data sources such as enumerable collecton of records, RESTful services, OData services, WCF services or DataManager. It also expands or collapses child data using the tree column. Key Features • Data sources: Binds the Tree Grid component with an array of JavaScript objects or DataManager. • Sorting: Supports n levels of sorting. • Filtering: Supports filtering records with filter bar and menu filtering modes. • Paging: Allows easy switching between pages using the pager bar. • Editing: Offers cell and row editing modes for updating the records. • Columns: The column definitions are used as the datasource schema in the Tree Grid. This plays a vital role in rendering column values in the required tree structure. o Reordering: Allows dragging and dropping of any column anywhere in the tree grid’s column header row, thus allowing repositioning of columns. o Column Chooser: The column chooser provides a list of column names paired with check boxes that allow the visibility to be toggled on the fly. o Resizing: Resizing allows changing column width on the fly by simply dragging the right corner of the column header. o Cell Styling: Tree Grid cell styles can be customized either by using CSS or programmatically. o Freeze: Columns and rows can be frozen to allow scrolling and comparing cell values. • Rows or cells can be selected in the tree grid. One or more rows or cells can also be selected by holding Ctrl or Command, or programmatically. • Templates: Templates can be used to create custom user experiences in the tree grid. • Aggregation: Provides the option to easily visualize the aggregates for column values. Displays aggregates for child data. • Context menu: The context menu provides a list of actions to be performed in the tree grid. It appears when a cell, header, or the pager is right-clicked. • Export: Provides the options to export the tree grid data to Excel, PDF, and CSV formats. • RTL support: Provides right-to-left mode that aligns the tree grid content from right to left. • Localization: Provides an inherent support to localize the UI. Helpful links: Feature tour: https://www.syncfusion.com/blazor-components/blazor-tree-grid Documentation: https://blazor.syncfusion.com/documentation/treegrid/getting-started/?utm_source=nuget&utm_medium=listing Demos: https://blazor.syncfusion.com/demos/tree-grid/default-functionalities?utm_source=nuget&utm_medium=listing Support: Incident: https://www.syncfusion.com/support/directtrac/incidents/newincident/?utm_source=nuget&utm_medium=listing Forum: https://www.syncfusion.com/forums/blazor-components/?utm_source=nuget&utm_medium=listing This is a commercial product and requires a paid license for possession or use. Syncfusion’s licensed software, including this component, is subject to the terms and conditions of Syncfusion's EULA (https://www.syncfusion.com/eula/es/). To acquire a license, you can purchase one at https://www.syncfusion.com/sales/products or start a free 30-day trial here (https://www.syncfusion.com/account/manage-trials/start-trials). © Copyright 2021 Syncfusion, Inc. All Rights Reserved. The Syncfusion Essential Studio license and copyright applies to this distribution.

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QuickGraph provides generic directed/undirected graph datastructures and algorithms for .NET Standard 2.0 QuickGraph comes with algorithms such as depth first seach, breath first search, A* search, shortest path, k-shortest path, maximum flow, minimum spanning tree, least common ancestors, etc...

A tree structure drawer for console applications.

Purpose of the library generation request path , the project is experimental for EXPRESSION TREE. Library structure flexible , maintainable and based on attributes.

OrgChart | BALKANGraph lets developers create complex tree structures and then displays them as a beautiful flow chart. All the charts are fully customizable, and when used with a server-side component also allow developers to create and edit the charts using a specially crafted interface. Various templates are included with OrgChart | BALKANGraphOrgChart | BALKANGraph by default, but the developers can also create their very template as well. In case OrgChart | BALKANGraph diagrams get too big, a built-in search field allows users to search for items.