makim 1.9.0

Simplify the usage of containers

MakIm

MakIm or just makim is based on make and focus on improve the way to define targets and dependencies. Instead of using the Makefile format, it uses yaml format.

The idea of this project is to offer a way to define targets and dependencies with some control options, like conditionals if.

It allows a very easy way to define texts for documentation and extra parameters for each target.

• Free software: BSD 3 Clause
• Documentation: https://osl-incubator.github.io/makim

Features

• Help text as first-class in the .makim.yaml specification. It can be used by targets and arguments.
• Targets have an option for arguments.
• Targets have an option for dependencies.
• Dependencies can call a target with specific arguments.
• Dependencies can have a conditional control flow (if).
• Allow the creation of groups, so the targets can be organized by topics.
• Targets and groups have an option for user defined variables and/or environment variables.
• Access arguments, variables or environment variables via template (using Jinja2).
• Option for using dot environment files using env-file key.

How to use it

First you need to place the config file .makim.yaml in the root of your project. This is an example of a configuration file:

version: 1.0.0
groups:
  default:
    env-file: .env
    targets:
      clean:
        help: Use this target to clean up temporary files
        args:
          all:
            type: bool
            action: store_true
            help: Remove all files that are tracked by git
        run: |
          echo "remove file X"
      build:
        help: Build the program
        args:
          clean:
            type: bool
            action: store_true
            help: if not set, the clean dependency will not be triggered.
        dependencies:
          - target: clean
            if: {% raw %}{{ args.clean == true }}{% endraw %}
        run: |
          echo "build file x"
          echo "build file y"
          echo "build file z"

Some examples of how to use it:

• run the build target: makim build

• run the clean target: makim clean

• run the build target with the clean flag: makim build --clean

The help menu for the .makim.yaml file would looks like this:

$ makim --help
usage: MakIm [--help] [--version] [--config-file MAKIM_FILE] [target]

MakIm is a tool that helps you to organize and simplify your helper commands.

positional arguments:
  target
    Specify the target command to be performed.
    Options are:
      default.clean => Use this target to clean up temporary files
        ARGS:
          --all: (bool) Remove all files that are tracked by git
      default.build => Build the program
        ARGS:
          --clean: (bool) if not set, the clean dependency will not be triggered.
    NOTE: 'default.' prefix is optional.

options:
  --help, -h
    Show the help menu
  --version
    Show the version of the installed MakIm tool.
  --config-file MAKIM_FILE
    Specify a custom location for the config file.

If you have any problem, open an issue at: https://github.com/osl-incubator/makim

As you can see, the help menu automatically adds information defined by all the help key, inside the .makim.yaml file.

Xonsh Shell Integration

What is Xonsh?

Xonsh is a powerful shell language and command prompt designed to seamlessly blend traditional shell capabilities with the expressive syntax of Python. It offers an interactive and extensible environment that enables users to transition effortlessly between standard shell commands and Python scripting.

How Xonsh enhances this Project?

In the context of this project, Xonsh serves as the default shell for executing commands defined in the Makim configuration. By leveraging Xonsh, the Makim tool gains the flexibility and richness of the Python programming language within a command-line interface. This integration allows users to create sophisticated tasks and harness the full power of Python directly in the terminal.

Key Features and Commands in Xonsh

1. Unified Syntax : Xonsh seamlessly integrates traditional shell syntax with Python's clean and expressive syntax, creating a unified and consistent scripting experience.

# Shell-style command
ls -l

# Python-style variable assignment
$filename = "example.txt"

# Combining both in a single command
echo "The contents of $filename are: $(cat $filename)"

2. Python Variables and Expressions : Python variables can be easily incorporated into commands, enhancing the readability and flexibility of your scripts.

$filename = "example.txt"
echo "The filename is $filename"

3. Looping and Conditional Statements : Use Python-style loops and conditionals to create dynamic and complex command sequences.

for $i in range(3):
    echo "Iteration $i"

4. Extensible Tab Completion : Xonsh offers extensible and intelligent tab completion, making it easier to discover and complete commands and variables.

$long_variable_name = "some_value"
echo $long_<TAB>
# Xonsh will intelligently complete the variable name

For more comprehensive information and documentation, explore the [Xonsh GitHub repository] (https://github.com/xonsh/xonsh) and the official Xonsh website.