Concepts

Repository

The Repository entity represents a version-controlled storage space for managing and organizing code, particularly the PySpark scripts used for data transformations. It serves as a centralized hub for collaboration, versioning, and distribution of code within the data platform.

Properties

  • Name: The name of the repository, ideally descriptive of its contents or purpose.

  • Type: The type of Repository (e.g. Transform, Data Integration, ML Models)

  • Branch: The primary branch used for development or production deployments.

Usage

  • Code Storage and Management: The repository is used to store and manage the codebase, including transforms, configurations, and other relevant scripts.

  • Collaboration: It enables collaboration among data engineers and developers, allowing for code reviews, branching, and merging strategies.

  • Version Control: The repository tracks changes to the codebase, allowing for versioning, rollback, and understanding the evolution of the code.

Best Practices

  • Organized Structure: Maintain an organized structure within the repository with clear naming conventions, directories, and documentation for ease of navigation and understanding.

  • Branching Strategy: Adopt a branching strategy (e.g., feature branching, Gitflow) that suits your team's workflow and ensures stability and continuous integration.

  • Regular Commits: Encourage regular commits with descriptive messages to track changes and intentions effectively.

  • Code Reviews: Implement code review practices to maintain code quality, share knowledge, and reduce errors.

Integration with Data Platform

The repository integrates with other entities of the data platform, like transforms and pipelines, ensuring that the code for data processing is readily available, up to date, and version controlled.

Security and Access Control

The repository implements access control to ensure that only authorized personnel can make changes to the repository, and secures sensitive information.

Properties

  • Name: The name of the repository, ideally descriptive of its contents or purpose.

  • Type: The type of Repository (e.g. Transform, Data Integration, ML Models)

  • Branch: The primary branch used for development or production deployments.

Usage

  • Code Storage and Management: The repository is used to store and manage the codebase, including transforms, configurations, and other relevant scripts.

  • Collaboration: It enables collaboration among data engineers and developers, allowing for code reviews, branching, and merging strategies.

  • Version Control: The repository tracks changes to the codebase, allowing for versioning, rollback, and understanding the evolution of the code.

Best Practices

  • Organized Structure: Maintain an organized structure within the repository with clear naming conventions, directories, and documentation for ease of navigation and understanding.

  • Branching Strategy: Adopt a branching strategy (e.g., feature branching, Gitflow) that suits your team's workflow and ensures stability and continuous integration.

  • Regular Commits: Encourage regular commits with descriptive messages to track changes and intentions effectively.

  • Code Reviews: Implement code review practices to maintain code quality, share knowledge, and reduce errors.

Integration with Data Platform

The repository integrates with other entities of the data platform, like transforms and pipelines, ensuring that the code for data processing is readily available, up to date, and version controlled.

Security and Access Control

The repository implements access control to ensure that only authorized personnel can make changes to the repository, and secures sensitive information.

Properties

  • Name: The name of the repository, ideally descriptive of its contents or purpose.

  • Type: The type of Repository (e.g. Transform, Data Integration, ML Models)

  • Branch: The primary branch used for development or production deployments.

Usage

  • Code Storage and Management: The repository is used to store and manage the codebase, including transforms, configurations, and other relevant scripts.

  • Collaboration: It enables collaboration among data engineers and developers, allowing for code reviews, branching, and merging strategies.

  • Version Control: The repository tracks changes to the codebase, allowing for versioning, rollback, and understanding the evolution of the code.

Best Practices

  • Organized Structure: Maintain an organized structure within the repository with clear naming conventions, directories, and documentation for ease of navigation and understanding.

  • Branching Strategy: Adopt a branching strategy (e.g., feature branching, Gitflow) that suits your team's workflow and ensures stability and continuous integration.

  • Regular Commits: Encourage regular commits with descriptive messages to track changes and intentions effectively.

  • Code Reviews: Implement code review practices to maintain code quality, share knowledge, and reduce errors.

Integration with Data Platform

The repository integrates with other entities of the data platform, like transforms and pipelines, ensuring that the code for data processing is readily available, up to date, and version controlled.

Security and Access Control

The repository implements access control to ensure that only authorized personnel can make changes to the repository, and secures sensitive information.

Properties

  • Name: The name of the repository, ideally descriptive of its contents or purpose.

  • Type: The type of Repository (e.g. Transform, Data Integration, ML Models)

  • Branch: The primary branch used for development or production deployments.

Usage

  • Code Storage and Management: The repository is used to store and manage the codebase, including transforms, configurations, and other relevant scripts.

  • Collaboration: It enables collaboration among data engineers and developers, allowing for code reviews, branching, and merging strategies.

  • Version Control: The repository tracks changes to the codebase, allowing for versioning, rollback, and understanding the evolution of the code.

Best Practices

  • Organized Structure: Maintain an organized structure within the repository with clear naming conventions, directories, and documentation for ease of navigation and understanding.

  • Branching Strategy: Adopt a branching strategy (e.g., feature branching, Gitflow) that suits your team's workflow and ensures stability and continuous integration.

  • Regular Commits: Encourage regular commits with descriptive messages to track changes and intentions effectively.

  • Code Reviews: Implement code review practices to maintain code quality, share knowledge, and reduce errors.

Integration with Data Platform

The repository integrates with other entities of the data platform, like transforms and pipelines, ensuring that the code for data processing is readily available, up to date, and version controlled.

Security and Access Control

The repository implements access control to ensure that only authorized personnel can make changes to the repository, and secures sensitive information.

Properties

  • Name: The name of the repository, ideally descriptive of its contents or purpose.

  • Type: The type of Repository (e.g. Transform, Data Integration, ML Models)

  • Branch: The primary branch used for development or production deployments.

Usage

  • Code Storage and Management: The repository is used to store and manage the codebase, including transforms, configurations, and other relevant scripts.

  • Collaboration: It enables collaboration among data engineers and developers, allowing for code reviews, branching, and merging strategies.

  • Version Control: The repository tracks changes to the codebase, allowing for versioning, rollback, and understanding the evolution of the code.

Best Practices

  • Organized Structure: Maintain an organized structure within the repository with clear naming conventions, directories, and documentation for ease of navigation and understanding.

  • Branching Strategy: Adopt a branching strategy (e.g., feature branching, Gitflow) that suits your team's workflow and ensures stability and continuous integration.

  • Regular Commits: Encourage regular commits with descriptive messages to track changes and intentions effectively.

  • Code Reviews: Implement code review practices to maintain code quality, share knowledge, and reduce errors.

Integration with Data Platform

The repository integrates with other entities of the data platform, like transforms and pipelines, ensuring that the code for data processing is readily available, up to date, and version controlled.

Security and Access Control

The repository implements access control to ensure that only authorized personnel can make changes to the repository, and secures sensitive information.

Extract

Transform

© Copyright 2023. All rights reserved.

Concepts

Repository

The Repository entity represents a version-controlled storage space for managing and organizing code, particularly the PySpark scripts used for data transformations. It serves as a centralized hub for collaboration, versioning, and distribution of code within the data platform.

Properties

  • Name: The name of the repository, ideally descriptive of its contents or purpose.

  • Type: The type of Repository (e.g. Transform, Data Integration, ML Models)

  • Branch: The primary branch used for development or production deployments.

Usage

  • Code Storage and Management: The repository is used to store and manage the codebase, including transforms, configurations, and other relevant scripts.

  • Collaboration: It enables collaboration among data engineers and developers, allowing for code reviews, branching, and merging strategies.

  • Version Control: The repository tracks changes to the codebase, allowing for versioning, rollback, and understanding the evolution of the code.

Best Practices

  • Organized Structure: Maintain an organized structure within the repository with clear naming conventions, directories, and documentation for ease of navigation and understanding.

  • Branching Strategy: Adopt a branching strategy (e.g., feature branching, Gitflow) that suits your team's workflow and ensures stability and continuous integration.

  • Regular Commits: Encourage regular commits with descriptive messages to track changes and intentions effectively.

  • Code Reviews: Implement code review practices to maintain code quality, share knowledge, and reduce errors.

Integration with Data Platform

The repository integrates with other entities of the data platform, like transforms and pipelines, ensuring that the code for data processing is readily available, up to date, and version controlled.

Security and Access Control

The repository implements access control to ensure that only authorized personnel can make changes to the repository, and secures sensitive information.

Extract

Transform

© Copyright 2023. All rights reserved.