Series of Templates for developing Crypto, Database, or Protocol. Base templates for the TAO framework, which will inherit these templates and create higher level functionality.
We use a very strict branching logic for our development. The branch 'merging' is the main development branch, which contains the most up-to-date code. The branch 'master' is the stable branch, that contains releases. If you are compiling from source, ensure you use the 'master' branch or pull from a release tag. The branch 'staging' is for pre-releases, so if you would like to test out new features before full release, but want to ensure they are mostly stable, use 'staging'.
We use Make to build our project to multiple platforms. Please read out build documentation for instructions and options.
The core base upgrades utilizing the LLL as base templates for Tritium, Amine, and Obsidian feature sets.
The first of the three updates in the TAO Framework. Tritium will include the following feature sets:
- Trust System
- Legacy Mode
- Contract Layers
- API/SDK
- Hybrid Mode
- Ambassador DAO
- LISP
- Interface/Wallet
The second of the three updates in the TAO Framework. Amine will include the following feature sets:
- pBFT + Reputation Channels (L1)
- Network Data Sharding
- LLD Global File System
- Domain Specific Languages
- DAO Voting Groups
- pBFT + PoS Trust Network (L2)
- LISP Multicast Links for (L1) and (L2)
- Interface Application Market
The third of the three updates in the TAO Framework. Obsidian will include the following feature sets:
- Extended Data Sharding
- Decentralized Mining Pool (L3)
- Miner Reputation to improve BFT
- Extending DAO Voting Groups
- DAO: L1 Voting Group
- DAO: L2 Voting Group
- DAO: L3 Voting Group
- LISP Multicast Links for L3
Tritium provides support to run over the LISP overlay. Included in this repository are docker build files for deploying in a docker container (recommended), and of course native support for LISP, if you decide to build and run yourself. If you would like to learn more about LISP, it is open source and available here:
https://github.com/farinacci/lispers.net
Following will include descriptions of the core components of the Lower Level Library. These base templates lay the foundation for any higher inheritance as a series of base classes for Crypto, Database, and Protocol.
Set of Operations for handling Crypto including:
- Digital Signatures (ECDSA, Hash Based)
- Hashing (SHA3 / Notable Secure Algorithms)
- Encryption (Symmetric / Asymmetric)
- Post-Quantum Cryptography (Experimental)
Currently Implemented:
- SK Hashing (Skein and Keccak)
- Argon2 Password hashing
- AES Standard (Symmetric)
- FALCON (Quantum Resistant Lattice Signatures)
- OpenSSL wrapping functions (EC_KEY, BIGNUM)
Set of Templates for designing high efficiency database systems. Core templates can be expanded into higher level database types.
- Keychain Database
- ACID Transactions
- Sector Database
Keychains Included:
- Binary File Map
- Binary Hash Map
We welcome any contributions of new keychains to provide different indexing data structures of the sector data.
Set of Client / Server templates for efficient data handling. Inherit and create custom packet types to write a new protocol with ease and no network programming required.
- Data Server
- Listening Server
- Connection Types
- Packet Styles
- Event Triggers
- DDOS Throttling
LLP Protocols Implemented:
- Legacy
- Tritium
- HTTP
Set of useful tools for developing any program such as:
- Serialization
- Runtime
- Debug
- Json
- Arguments
- Containers
- Configuration
- Sorting
- Allocators
- Filesystem
Nexus is released under the terms of the MIT license. See COPYING for more information or see https://opensource.org/licenses/MIT.
If you would like to contribute as always submit a pull request. This library development is expected to be on-going, with new higher level templates created for any types of use in the web.
All code contributions should follow the comments and style guides. The latest versions are in the contrib folder.
L5 stands for 'Linux Lower Level Library & LISP' which is the stack that the TAO framework is built on top of. We envision this becoming a new standard for component based web design, which has the potential to decentralize web services. It is also a very useful and scale-able stack for Cryptocurrency and Blockchain designs.
A lot of software that we use today for databases, or protocols, or cryptography was created back in the 1990's as open source software. Since then the industry has expanded and bloated this code causing performance degradation. The aim of these templates is performance in simplicity. Include only what is needed, no more, and no less. This allows extremely high performance and scaleability necessary for the new distributed systems that will continue to evolve over the next few decades.
React
Typescript
Django
Laravel
Facebook
Microsoft
Google
Alibaba
D3
Tencent