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Salesforce DevOps for Architects

Salesforce DevOps for Architects

By : Cowell, Lars Malmqvist
4.8 (11)
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Salesforce DevOps for Architects

Salesforce DevOps for Architects

4.8 (11)
By: Cowell, Lars Malmqvist

Overview of this book

Rob Cowell is a Salesforce DevOps Advocate with extensive experience as a Salesforce Developer and Architect, guiding best practices for Salesforce DevOps. Lars Malmqvist, a 32x certified Salesforce CTA, has 15 years of experience building advanced Salesforce solutions and is the author of two books, Architecting AI Solutions on Salesforce and Salesforce Anti-Patterns. As the Salesforce Platform evolves, architects face increasing demand for advanced solutions. This book serves as your definitive guide to mastering effective DevOps practices crucial for successful Salesforce projects. Beginning with cultivating a DevOps mindset focused on collaboration and communication, it emphasizes governance, visibility, and accountability. You'll delve into tools and techniques, leveraging the robust capabilities of SFDX to craft your strategy efficiently. This book stands out for its practical approach to Salesforce packaging and CI/CD stack creation, guiding you to build a seamless automated change delivery system with freely available software. It addresses critical operational concerns such as ticket management, backups, change monitoring, and data seeding. In the final chapters, you'll discover third-party solutions to expedite your Salesforce DevOps journey, empowering you to deliver sophisticated and efficient projects.
Table of Contents (20 chapters)
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Fundamental Git operations

Before we dive into the sea of Git commands and how they come into play, it’s essential to get a firm grasp of the basics of source control.

Commits

A commit is a snapshot of your project’s files and directories at a specific point in time. Every commit is assigned a unique identifier (known as a SHA hash) and includes metadata such as the author, timestamp, and a descriptive message explaining the changes.

Commits aren’t just frozen moments in time, though. They’re also part of a larger narrative that reflects your project’s evolution. In Git, commits are linked in a chain, with each commit referencing its predecessor. This allows you to traverse your project’s history, compare versions, or even revert changes when necessary.

Staging

Before you can commit changes in Git, you need to stage them. The staging area, also known as the index, is like a preparation zone where you gather and organize your...

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