Main Purpose
TARS is a platform that focuses on the microservice ecosystem. It provides tools and features to support the development, management, and deployment of microservices.
Key Features
- Support for multiple programming languages: TARS supports various programming languages such as C++, Java, Node.JS, PHP, Python, and Golang, allowing programs written in different languages to communicate with each other.
- Automatic code generation: TARS can automatically generate basic communication code between client and server based on the interface description file, allowing developers to focus on business logic and service implementation.
- Integration with other tools and platforms: TARS can be integrated with component management, code scanning, testing, and other tools or platforms, helping to detect and fix code quality issues.
- Intelligent scheduling: TARS supports intelligent scheduling based on network and server state, including factors like location and latency. It also provides functions like IDC and SET grouping for customized scheduling.
- Non-blocking asynchronous request queue: TARS uses a non-blocking asynchronous request queue and monitors its length to prevent system crashes caused by traffic bursts or server failures.
- Lossless change function: TARS allows for lossless changes to the system by implementing grayscale deployment, ensuring that function modules do not affect the overall operation of the system.
- Multi-dimensional monitoring and visual management: TARS provides a multi-dimensional monitoring system and visual management platform, making it convenient for operators to manage the system.
Use Case
- Building and managing microservices: TARS is designed to support the development, management, and deployment of microservices, making it suitable for organizations or developers working with a microservice architecture.
