A cross-runtime JavaScript library for building Telegram clients with a high-level, type-safe API.
MTKruto is a cross-runtime JavaScript library for building Telegram clients. It provides a high-level, type-safe API that abstracts the complexities of the Telegram API, enabling developers to create Telegram applications that run on Node.js, Deno, browsers, and Bun. The library simplifies client development by offering consistent interfaces and prioritizing web standards for compatibility.
JavaScript developers building Telegram clients or bots who need a cross-runtime solution with strong typing and a simplified API. It's suitable for projects targeting multiple environments like Node.js, Deno, browsers, or Bun.
Developers choose MTKruto for its cross-runtime compatibility, type safety with TypeScript, and easy-to-use high-level API that reduces the complexity of interacting with the Telegram API. Its extensible middleware system allows for custom integrations, making it flexible for various use cases.
Cross-runtime JavaScript library for building Telegram clients
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Works seamlessly on Node.js, Deno, browsers, and Bun, with consistent installation and usage examples provided for each environment in the README.
Built with TypeScript and offers accurate typings, enhancing development with better autocompletion and error checking, as highlighted in the key features.
Prefers Web APIs over runtime-specific ones, ensuring broad compatibility and easier integration with web standards, which simplifies cross-environment development.
Provides a high-level API that abstracts Telegram API complexities, allowing simple method invocations like `client.invoke` for common tasks, as shown in the get-started examples.
Includes a middleware system for integrating external code and custom functionality, making it flexible for various use cases beyond basic client operations.
Not yet at version 1.0.0, with the README explicitly warning against use in critical projects, indicating potential breaking changes and lack of production stability.
As a newer library, it lacks the extensive community plugins, tutorials, and support found in more established alternatives like telegraf, which may slow down development.
The abstraction layer and cross-runtime compatibility might introduce overhead compared to low-level, runtime-specific implementations, affecting performance in resource-constrained environments.