Dotmesh provides a Git-like command-line interface (CLI) for managing the state of applications, particularly databases and file systems. It addresses the problem of reliably capturing and versioning application configurations. By storing application states as 'datadots', Dotmesh enables version control, collaboration, and rollback capabilities for application deployments. It utilizes a distributed architecture for storing and syncing these datadots.
Dotmesh offers atomicity by capturing all changes within a single commit, ensuring data consistency. It supports multiple datadots, enabling independent versioning of different application components. The CLI is designed for ease of use, providing familiar Git-like commands for managing application states. Dotmesh is designed to work well with containerized environments like Docker and Kubernetes.
- Data Volume Capture: Captures the state of databases, filesystems, and other application components.
- Version Control: Enables tracking and reverting to previous application states.
- Atomic Commits: Ensures that all state changes are captured together for consistency.
- Declarative Configuration: Stores application configurations as datadots.
- Multi-Datadot Support: Manages multiple application states independently.
- Docker/Kubernetes Integration: Designed to operate effectively within containerized environments.
- CLI Interface: Provides a command-line interface for interacting with stored application states.
Dotmesh is an active project with a growing community and regular updates. The project has a documented installation process, tutorials, and concept documentation. Recent commits indicate ongoing development and maintenance. Community support is available through the project's GitLab instance. The project has been available since 2017 and has a steadily increasing number of stars and forks.
Dotmesh benefits developers and operations teams by providing a reliable and version-controlled approach to managing application states. It simplifies application deployments, facilitates rollbacks, and enhances collaboration. This is particularly valuable for complex applications running in containerized environments, offering a streamlined alternative to manual configuration management or less robust version control solutions.