What is Salesforce DevOps?
It’s no secret that Salesforce has development issues. The platform’s features are extremely robust and lend themselves well to customization and modest deployments. But when you have 100s of users, a team of engineers, and an increasingly sophisticated Organization, things may get complicated. so, Salesforce Introducing Salesforce DevOps.
Salesforce is a well-established American cloud-based software corporation that offers CRM services. Salesforce is a prominent CRM application used by support, sales, and marketing departments all around the world.
Salesforce services enable businesses to better connect with partners, customers, and potential customers by leveraging cloud technology. Companies can use the Salesforce CRM to track customer activity, market to customers, and provide a variety of other services.
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Here are the following topics for Salesforce DevOps Tutorial:
- What is DevOps?
- Salesforce DevOps
- Why do we need Salesforce DevOps Tools?
- Tools of Salesforce DevOps
- Azure DevOps Salesforce Integration
- Benefits of Salesforce DevOps
What is DevOps?
DevOps is a collection of strategies, technologies, and a cultural attitude that automate and integrate processes between software development and IT teams. It promotes team empowerment, cross-team communication and cooperation, and technological automation.
The DevOps movement emerged around 2007 when the software development and IT operations groups expressed concerns about the conventional software development approach, in which developers created code separately from operations, which distributed and supported the code. The phrase DevOps, a mix of the development and operations of the word, refers to the practice of combining both disciplines into a single, continuous process.
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Salesforce has become increasingly sophisticated over the years, particularly for large enterprises with hundreds of users and engineers. Not to mention rising business complexity, Salesforce ecosystem connectors, quicker release cycles, and a lack of end-to-end visibility in the software development lifecycle. Most organizations do manual Salesforce releases without effective version control for code and objects, resulting in poor code quality and security. According to research, 40% of these stages are performed manually, resulting in substantial overhead and delays in the deployment process.
Salesforce DevOps is related to the larger definition of the term, but it is primarily focused on ensuring Admins and Developers can release updates and work through the software development lifecycle in the most efficient way possible, with the least amount of problems and disturbance to users.
The Salesforce ecosystem has been slower to adopt DevOps, probably because declarative updates are so simple. Many of the major Salesforce ISVs focusing on this trend were created between 2014 and 2016. Salesforce also introduced its Developer Experience in 2016, with the goal of releasing tools to help the software development lifecycle.
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Why do we need Salesforce DevOps Tools?
To begin, not everyone will require Salesforce DevOps tools. If you manage a small organization with a simple installation and a small development staff, you may be satisfied with the native Salesforce features provided, such as change sets.
However, if you have a larger team, with several engineers working across various sandboxes, or if you use complicated products like Salesforce CPQ, Salesforce DevOps tools may become indispensable.
DevOps is now a technique for developers and operations teams to collaborate more closely in order to improve and optimize the continuous delivery process. This translates to more frequent releases, improved automation, and fewer security concerns and failures. As a result of the cultural transformation brought about by DevOps – attitude, methods, and technology – teams inside businesses are constricted, allowing them to become more collaborative and work rapidly on the objectives at hand.
There are several advantages to using DevOps tools in your Salesforce team:
- More business agility is driven by shorter release cycles.
- Quick deployments decrease turnaround times
- Because of constant testing, there are fewer bugs/issues with the product.
Tools of Salesforce DevOps
There are several sorts of tools, which we will discuss in the following section, but first, let’s look at how Salesforce change sets function to better appreciate the necessity for Salesforce DevOps tools, particularly when it comes to releasing management.
The key to Salesforce DevOps’s success is to enable speed while preserving software quality. The first step in getting started with Salesforce DevOps should be to choose deployment tools. These tools should assist you in tracking various projects, organizing teamwork, and making it easier for developers to quickly self-manage builds.
More advanced Salesforce deployment solutions are packed with extensive functionality and a simple user interface, simplifying the deployment and maintenance process.
Instead of utilizing change sets or a command-line application like the Ant Migration tool, most Salesforce deployment apps include a dedicated user interface that is jam-packed with capabilities that make deploying and managing changes a snap. Features may include…
- Version Control: Integrate with your preferred hosting provider, such as GitHub, to have complete insight into what has been modified, why, when, and by whom.
- CI/CD: Make the best use of Continuous Integration and Delivery procedures by establishing an automated delivery pipeline for all of your sandboxes.
- Rollback: Have you ever carried out a deployment that did not go as planned? Simply undo the modifications to guarantee that your users are not inconvenienced.
- Testing: It is critical to ensure that unit tests are run regularly and that code coverage is passed to ensure seamless deployments. This procedure may be automated using deployment tools.
- Reporting: The capacity to monitor and change based on the performance of the team utilizing the tools is critical to the success of any process. Most Salesforce DevOps solutions allow you to report on deployments.
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DevOps teams operate in a live operational environment with highly dynamic microservices dispersed throughout a highly distributed system of tightly coupled services, applications, data, and machines. It is critical in such dynamic situations to integrate backup operations into the DevOps CI/CD pipeline.
In Salesforce, there are two types of backups:
Data refers to values saved in the object store.
Metadata refers to extra configuration data that is unique to your project or company, such as custom layouts, fields, rules, APEX triggers, reports, and so on.
Organizations working on multiple projects and substantially customizing their instance may have a significant quantity of data that has to be protected.
Look for Salesforce backup options that provide automatic and on-demand backup for all of your Salesforce data. Having various recovery options allows your team to restore data at any moment (especially in the case of a low-grade deployment).
- Data Backup: There are several methods for backing up data in Salesforce, but using dedicated Apps makes the process much more simple. Instead of juggling many CSVs, Salesforce backup tools give a user interface that allows you to recover data at any point in time.
This is vital in the Salesforce DevOps environment because it ensures that data can always be recovered in the event of a faulty deployment.
- Meta Data Backup: No developer wants to replace a complicated Flow or Apex trigger only to be informed there is no backup. Including metadata backups in the DevOps, cycle improves process reliability by allowing teams to quickly do rollbacks.
CloudAlly, OwnBackup, Grax, Spanning, Metazoa Monarch, Skyvia, Ave Point, Odaseva, and Druva are all recommended tools.
Test Automation Tools
DevOps testing is more than just running unit tests and obtaining code coverage. Sure, that’s a terrific technique to assure the security and safety of your deployments. However, you must also guarantee that your construct performs business activities as planned while providing an excellent user experience.
Because automated testing systems find defects in real-time, you can identify and repair them rapidly, resulting in speedier deployments. They can conduct regular tests to ensure that functional operations, such as initiating an event when particular circumstances are fulfilled, transferring a user from and to a specified database, advancing an opportunity, and so on, are working properly.
Code Scanning Tools
One of the most significant considerations for Salesforce teams is “code quality.” In actuality, there is no such thing as “completely foolproof manual scanning.” Your development team, no matter how seasoned or skillful, may overlook a minor bug during the code review process.
Unhealthy code may cause problems with deployment security, functionality, and lifespan. Furthermore, it may result in serious security vulnerabilities, necessitating manual inspection of each line of code by your DevOps team.
DevOps developers may use code scanning tools to automate the boring, repetitive operations of analyzing Salesforce code and settings. Furthermore, a comprehensive DevOps tool can enforce best practices throughout the code, resulting in healthy code.
PMD, Code Scan, Checkmarx, SonarQube, Clayton, Codacy, Code Climate, Quality Clouds, and DigitSec are all recommended tools.
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Azure DevOps Salesforce Integration
In companies, information is always evolving and growing. If this untapped knowledge is shared around teams utilizing multiple programs such as Azure DevOps and Salesforce, it has the potential to enhance business revenues and leave you with more delighted consumers. An Azure DevOps Salesforce integration appears to be the ideal option for this purpose.
As a result of such connectivity, information transmission between Azure DevOps and Salesforce would be automated, bi-directional, and real-time, ensuring that data is always available and up to date.
An Azure DevOps Salesforce connection would be ideal in this case. It will enable real-time, automated two-way information synchronization between Azure DevOps and Salesforce, resulting in a more streamlined and collaborative environment for teams.
Benefits of Salesforce DevOps
- Quicker Releases:
The capacity to recognize a need, design and produce a product, and then promptly deliver it to market establishes your company as a market leader. Your clients’ requirements are always changing. The most recent and dependable upgrades are the greatest method to handle these changing requirements.
- Enhanced Data Security:
Manual methods are vulnerable to data security vulnerabilities. This can result from minor mistakes, missing bugs, or unintentional exposure. Many development processes may leave data security concerns till the final testing step. This exposes you to potential losses and liabilities.
- Repeatable Procedures:
A Salesforce development pipeline is not one-size-fits-all. Individualized strategies will be required for your specific demands. DevOps deployment for Salesforce begins with an evaluation of your present tool set and your goals.
- Efforts are being streamlined by automation:
Your team members are overburdened with work. Any manner you can assist them in focusing on more essential concerns by relieving them of repeated activities will speed up the process. Salesforce DevOps installation provides you with a choice of automated tools.
- Cost Cutting in Production
Perhaps the most important purpose of a development pipeline is to create a successful and useful product. However, you are still a business and must reduce the expenses connected with each attempt. The capacity to lower the costs involved with establishing new initiatives will result in compounding advantages over time, as the savings reoccur and get larger.
I hope this blog has given you an insight into the Salesforce DevOps landscape, as well as the tools and businesses driving the push.
Salesforce DevOps is a movement that has been building for some time but is finally entering the mainstream. It may only be a matter of time until your Salesforce deployment employs one of the technologies above, so learn as much as you can to educate yourself in this area.
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