cli-wrapper

`cli-wrapper` [options] [arguments]

[options]
    Options specific to the wrapper itself, such as logging level, configuration file path, etc. These are wrapper-specific and can vary widely.


    The underlying CLI tool to be executed.

[arguments]
    Arguments to be passed to the underlying CLI tool. The wrapper might modify or filter these arguments.

The `cli-wrapper` command, although not a standard Linux utility, represents a *concept* rather than a specific tool typically found on a system. It embodies the idea of using a shell script or program to provide a consistent and often simplified interface to existing command-line tools (CLIs). It aims to abstract away complexities, enforce policies, handle errors gracefully, and provide a user-friendly experience.

Imagine numerous command-line tools with varied syntaxes and behaviors. A `cli-wrapper` could present a unified interface, allowing users to interact with these tools in a predictable manner. For example, it might standardize option parsing, logging, error handling, and security checks across all wrapped commands.

Such wrappers can be valuable in environments where consistency and security are paramount, such as in automated scripting, build processes, or user-facing applications that rely on command-line utilities. The implementation often involves creating shell scripts (Bash, Zsh) or programs (Python, Go) that accept arguments, pre-process them, execute the underlying CLI tool, and post-process the results. Ultimately, `cli-wrapper` promotes code reuse, simplifies maintenance, and enhances the overall user experience.

The behavior of `cli-wrapper` is entirely dependent on its specific implementation. There's no single, universally defined `cli-wrapper` command.

Consider a `git` command wrapper. It could enforce specific commit message formats, automatically run pre-commit hooks, and standardize error reporting across different Git versions. This wrapper simplifies Git usage and enforces organizational policies.

Wrappers can enhance security by sanitizing input, preventing command injection vulnerabilities, and limiting the privileges of the underlying CLI tool. Proper implementation is crucial to prevent introducing new security risks.

bash(1), python(1), sh(1)