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https://github.com/mulecode/tool-set

Collection of tool-set in docker to be used in actions workflows
https://github.com/mulecode/tool-set

actions github tool-set

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Collection of tool-set in docker to be used in actions workflows

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# Mulecode tool-set



This repository houses Docker images equipped with diverse tools for various purposes, designed to be versatile across

different pipeline solutions. These images adhere to the [3musketeers](https://3musketeersdev.netlify.app) pattern,

ensuring compatibility and promoting a standardized approach to tool usage.



## Why use docker for pipelines?



Using Docker in pipelines streamlines software development and deployment by encapsulating applications and dependencies

in containers, ensuring consistent environments throughout the development lifecycle. This eliminates the "it works on

my machine" problem and fosters collaboration across teams.



Docker's lightweight design enables efficient resource utilization, facilitating scalable applications. The isolation in

containers minimizes tool conflicts in the pipeline, enhancing stability. Moreover, Docker's compatibility with popular

CI/CD platforms simplifies integration, offering faster deployment, simplified dependency management, and improved

collaboration.



Overall, Docker enables organizations to create secure, standardized environments, accelerating time-to-market for

software products and features.



## Benefits of adhering to the 3musketeers pattern



1. **Consistency Across Environments:**

   The pattern encourages a consistent approach to defining and running commands, promoting uniformity across

   development, testing, and production environments. This consistency helps mitigate issues related to

   environment-specific discrepancies.

2. **Simplified Dependency Management:**

   By encapsulating tool commands within Docker containers, the organization can manage dependencies more effectively.

   This simplification reduces the likelihood of conflicts and ensures that each tool operates in an isolated,

   well-defined environment.

3. **Reproducibility in Workflows:**

   The pattern facilitates reproducibility in workflows by encapsulating tool configurations and dependencies. This

   ensures that the same set of tools and versions are utilized throughout the development lifecycle, enhancing

   predictability in software development.

4. **Ease of Collaboration:**

   Adopting the 3musketeers pattern promotes ease of collaboration among development teams. The standardized approach to

   tooling and containerization makes it straightforward for team members to share and collaborate on projects without

   the complexities associated with varied development setups.

5. **Scalability and Flexibility:**

   The pattern's containerized approach enhances scalability and flexibility in handling different tools and their

   versions. This adaptability is particularly valuable in dynamic development environments, allowing teams to scale

   projects efficiently.

6. **Enhanced Security:**

   By encapsulating tools within Docker containers, security can be improved. Containers provide isolation, reducing the

   risk of conflicts between tools and enhancing the overall security posture of the development and deployment process.

7. **Efficient CI/CD Integration:**

   The pattern aligns well with continuous integration and continuous deployment (CI/CD) practices. Docker containers

   with encapsulated tools can be seamlessly integrated into CI/CD pipelines, ensuring a smooth and reliable automation

   process.

8. **Standardized Development Practices:**



   Standardizing on the 3musketeers pattern establishes a common set of practices within the organization. This shared

   approach helps in onboarding new team members more efficiently and reduces the learning curve associated with diverse

   development setups.



## Images



- java 21

- terraform 1.7.4

- python-amazon 3.9.18

- java - openJDK 21.0.2

- OpenAPI - schema validator