EpicChain-Cpp-DevKit is an advanced and comprehensive C++ development toolkit designed specifically for the EpicChain blockchain ecosystem. This development pack is crafted to provide C++ developers with a powerful suite of tools, libraries, and utilities that streamline the creation, testing, and deployment of blockchain applications on the EpicChain network. With a focus on enhancing productivity and ensuring high-quality code, EpicChain-Cpp-DevKit serves as a foundational resource for building robust and efficient blockchain solutions.
EpicChain-Cpp-DevKit equips developers with everything they need to work seamlessly with the EpicChain blockchain using C++. The toolkit encompasses core libraries, development utilities, and integration tools to support a wide range of development tasks. From initial code writing and compilation to comprehensive testing and deployment, this devkit provides a streamlined workflow for developing EpicChain applications.
The devkit includes a set of core C++ libraries that facilitate interaction with the EpicChain blockchain. These libraries cover essential functionalities such as:
- Transaction Management: Tools for creating, processing, and managing blockchain transactions.
- Consensus Protocols: Libraries for implementing and interacting with the EpicChain consensus algorithms.
- Network Communication: Utilities for establishing and managing connections between blockchain nodes.
To support efficient development and integration, EpicChain-Cpp-DevKit offers various utilities, including:
- Logging: Comprehensive logging utilities to track and debug blockchain application behavior.
- Configuration Management: Tools for managing configuration settings and environment variables.
- Performance Profiling: Utilities for measuring and optimizing the performance of blockchain applications.
The devkit provides API bindings to integrate EpicChain functionalities into your C++ projects. These bindings enable seamless interaction with:
- Smart Contracts: Tools for deploying and interacting with smart contracts on the EpicChain network.
- Node Communication: APIs for sending and receiving messages between nodes in the EpicChain network.
- Blockchain Data Access: Methods for querying and manipulating blockchain data.
EpicChain-Cpp-DevKit includes build scripts and integration tools to facilitate the development process:
- CMake Support: Configurations and scripts for building EpicChain applications using CMake.
- Example Applications: Sample applications and code snippets to demonstrate the use of provided libraries and APIs.
- Documentation: Comprehensive guides, API references, and tutorials to help you get started and make the most of the devkit.
The toolkit supports integrated unit testing, allowing you to:
- Write and Run Tests: Create and execute C++ unit tests to verify the behavior of smart contracts and blockchain applications.
- Testing Framework: Utilize a built-in testing framework to ensure that your code meets quality and performance standards before deployment.
To begin using EpicChain-Cpp-DevKit, follow these steps:
Start by cloning the repository to your local development environment:
git clone https://github.com/your-repo/EpicChain-Cpp-DevKit.gitEnsure you have all necessary development tools and libraries installed. Follow the instructions in the installation guide to set up your environment.
Compile the devkit using the provided build scripts:
cd EpicChain-Cpp-DevKit
mkdir build
cd build
cmake ..
makeThis process will generate the necessary libraries and executables for development.
Review the example applications located in the examples directory. These samples demonstrate how to utilize the devkit's libraries and APIs effectively.
Include the devkit's libraries and headers in your C++ project. Follow the integration guide for instructions on linking against the provided libraries.
Refer to the documentation for detailed information on using the devkit. This includes API references, development guides, and best practices for working with EpicChain.
To compile and use EpicChain-Cpp-DevKit, you need to set up several dependencies:
For a robust development environment, install Clang, LLVM, Binaryen, and WABT. This setup involves:
-
Clang and LLVM:
mkdir make-llvm cd make-llvm git clone git@github.com:llvm-mirror/clang.git git clone git@github.com:llvm-mirror/llvm.git (cd clang && git checkout e4de58127fa1d8d22ee8043cef9b4d8a807b6cde) (cd llvm && git checkout 08b86793476e08fc0937e70058e2a94808c988e7) (mkdir build && cd build && cmake -DLLVM_ENABLE_PROJECTS=clang -G "Unix Makefiles" -DLLVM_TARGETS_TO_BUILD= -DLLVM_EXPERIMENTAL_TARGETS_TO_BUILD=WebAssembly ../llvm)
-
Binaryen:
git clone git@github.com:WebAssembly/binaryen.git (cd binaryen && git checkout b16768ec9b72d075ae2e36cc85aa216fdf4fd354) -
WABT:
git clone https://github.com/WebAssembly/wabt (cd wabt && git checkout 8e1f6031e9889ba770c7be4a9b084da5f14456a0)
EMSDK provides an all-in-one solution for compiling C++ to WebAssembly, simplifying the development process.
- Building EMSDK:
git clone https://github.com/emscripten-core/emsdk.git cd emsdk ./emsdk install latest ./emsdk activate latest source ./emsdk_env.sh
The wac project offers a compact solution for WebAssembly translation and execution.
- Building WAC: (No build instructions available currently)
We welcome contributions from the community to enhance EpicChain-Cpp-DevKit. If you have suggestions, encounter issues, or want to contribute:
- Report Issues: Submit issues or feature requests on our GitHub Issues page.
- Submit Code: Fork the repository and submit pull requests with improvements or new features.
- Contact Us: Reach out directly for collaboration or support.
Our team, composed of blockchain developers and C++ experts, values all contributions that help advance the EpicChain ecosystem.
EpicChain-Cpp-DevKit is licensed under the MIT License, providing freedom to use, modify, and distribute the code. For full licensing details, please refer to the LICENSE file.
EpicChain-Cpp-DevKit Team
Part of the EpicChain Development Initiative
Copyleft 2021