A WebAssembly toolchain and toolkit for building smart contracts on the EOSIO blockchain platform.
EOSIO.CDT is a Contract Development Toolkit that provides a WebAssembly toolchain and specialized tools for building smart contracts on the EOSIO blockchain platform. It enables developers to compile C/C++ code into optimized WASM binaries with EOSIO-specific enhancements, facilitating the creation of decentralized applications.
Blockchain developers and smart contract writers working on the EOSIO platform who need a reliable toolchain for compiling, testing, and deploying contracts.
Developers choose EOSIO.CDT for its EOSIO-specific optimizations, integration with modern LLVM tooling, and comprehensive suite of utilities that streamline smart contract development, reducing complexity and improving performance.
EOSIO.CDT (Contract Development Toolkit) is a suite of tools used to build EOSIO contracts
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The toolchain is tailored for EOSIO smart contracts, providing enhanced performance and compatibility, as emphasized in the README's focus on EOSIO-specific features.
Built around Clang 9 with LLVM optimizations, it leverages the latest advancements for efficient WebAssembly compilation and analysis, as noted in the README.
Includes utilities like eosio-cpp for compilation and eosio-init for project setup, streamlining the entire contract lifecycle management, which is a key feature highlighted.
Available via package managers like brew, Debian, and RPM, making installation straightforward on supported platforms without manual builds, as detailed in the binary releases section.
The WASM target is experimental, leading to incomplete or unavailable optimizations, which can affect contract efficiency and reliability, as admitted in the README.
Ricardian contract libraries and specifications are in alpha stage and subject to change, introducing instability for projects that depend on them, as noted in the new introductions section.
Upgrading between versions (e.g., 1.2 to 1.3, 1.5 to 1.6) involves breaking changes, requiring careful migration and potentially causing disruptions, as highlighted in the attention section.