Skip to main content

Latest Post

The Ego in the Machine: Is Our Need for Validation Creating an Existential Threat?

Technology has always been a bridge, but today, it feels more like a mirror. With the rapid rise of AI , we are seeing things enter our lives and leave them at a pace we can barely track. To understand where this is going, we first have to understand how technology actually impacts the core of who we are. The Survivalist vs. The Ego Our minds are biologically wired for one thing: survival . We are designed to handle the worst-case scenario, an ancient instinct gifted to us by nature. We consider ourselves conscious decision-makers, but a critical question remains: Who is really making the call?

What is the Order of Execution in Salesforce?

Introduction:

Salesforce is a powerful platform that enables businesses to streamline their processes and manage their data effectively. However, understanding the order in which various operations are executed within Salesforce can be a challenging task. In this blog post, we will simplify the concept of order of execution in Salesforce and shed light on the key points you need to know.


1. User Interaction:


The order of execution begins when a user interacts with Salesforce, such as by clicking a button, submitting a form, or triggering an automation. This interaction initiates a series of events that Salesforce follows to process the request.


2. Validation Rules:


The first step in the order of execution is the validation of data against the defined validation rules. These rules ensure that the data entered by the user meets specific criteria, such as mandatory fields, field format, or business-specific requirements.


3. Record Triggers (Before):


Next, the system executes record triggers defined as "Before" triggers. These triggers are often used to modify or validate data before it is saved to the database. They can perform actions like updating related records, performing calculations, or enforcing complex business logic.


4. System Validation:


After the "Before" triggers, Salesforce performs system-level validations. These include verifying record access permissions, field-level security, and ensuring that all required fields are populated correctly.


5. Record Triggers (After):


Following system validation, record triggers defined as "After" triggers are executed. These triggers operate on data that has been saved to the database and can perform additional actions such as sending email notifications, creating related records, or invoking external systems.


6. Assignment Rules:


If the object being processed has assignment rules defined, they are executed at this stage. Assignment rules determine how records are assigned to users or queues based on specific criteria, such as region, product type, or lead source.


7. Auto-Response Rules:


If the object being processed is an email, auto-response rules are applied. These rules automate the process of sending predefined email responses to inbound emails based on certain conditions.


8. Workflow Rules:


Workflow rules are evaluated next. They enable businesses to automate standard internal procedures and processes to save time across the organization. Workflow rules can update field values, send email alerts, create tasks, or trigger outbound messages.


9. Processes (Before):


Before saving the record, any processes configured to execute "Before" the record is saved are triggered. Processes can perform complex calculations, update related records, or interact with external systems.


10. DML Operations:


At this stage, the data is finally saved to the database. The Data Manipulation Language (DML) operations, such as insert, update, delete, or undelete, are performed.


11. Processes (After):


After the record has been saved, processes configured to execute "After" the record is saved are triggered. Similar to the "Before" processes, they can perform additional calculations, update related records, or interact with external systems.


12. Assignment and Auto-Response Rules (Again):


In some cases, assignment rules and auto-response rules are re-evaluated after the record has been saved. This ensures that any changes made during the execution are considered for assignment or response purposes.


13. Email Alerts, Workflow Outbound Messages, and Field Updates:


Lastly, Salesforce executes any email alerts, outbound messages, or field updates that are specified as part of the workflow rules or processes. These actions enable communication and update of relevant records based on the defined criteria.


Conclusion:


Understanding the order of execution in Salesforce is crucial for developing robust and efficient applications. By following this simplified guide, you now have a clearer understanding of how Salesforce processes user interactions, validations, triggers, workflows, and other important operations. Keeping this order in mind will help you


 design and optimize your Salesforce solutions effectively.

Popular Posts

Uninstall all Windows 10 default apps using Powershell

Here is script to uninstall all windows 10 default modern apps. This script uninstalls xbox, xbox Game bar, Xbox App,Xbox Gaming Overlay, Get started etc from your computer. No need to run one by one commands Just copy below script, run  powershell as administrator and paste script and press enter . It will automatically uninstall all default programs.  If you do not  want to uninstall some apps than just remove " "  line from script. $packages = @( "7EE7776C.LinkedInforWindows" "C27EB4BA.DropboxOEM" "Microsoft.3DBuilder" "Microsoft.Microsoft3DViewer"

Building Mixed Shadow Mode Components in LWC Salesforce: A Comprehensive Guide with Example Code

Introduction: In Salesforce Lightning Web Components (LWC), the mixed shadow mode allows you to leverage the benefits of both the Shadow DOM and the Light DOM. It enables you to encapsulate your component's styles and prevent CSS clashes while still maintaining the flexibility to interact with elements outside the component's boundary. In this blog post, we will explore the concept of mixed shadow mode in LWC and provide you with a step-by-step guide on how to build components using this mode. Additionally, we will include example code snippets to help you grasp the implementation process more effectively. Table of Contents: 1. What is Mixed Shadow Mode? 2. Advantages of Mixed Shadow Mode 3. Building Components in Mixed Shadow Mode    a. Enabling Mixed Shadow Mode    b. Styling in Mixed Shadow Mode    c. Interaction with Elements Outside the Component 4. Example Code: Building a Custom Button Component    a. HTML Markup  ...

Building Dynamic Question-Answer Functionality with Visualforce Code

Introduction: In this blog post, we will explore how to implement dynamic question-answer functionality using Visualforce code. Visualforce is a powerful framework provided by Salesforce that allows developers to build custom user interfaces and extend the functionality of their Salesforce applications. By leveraging Visualforce, we can create a dynamic and interactive question-answer feature that enhances the user experience and improves data collection. Let's dive into the implementation details! 1. Setting up the Visualforce Page: First, create a Visualforce page by navigating to Setup in your Salesforce org and selecting "Develop" > "Pages." Click on "New" to create a new Visualforce page. Give it a name and specify the standard controller or custom controller for the object you will be working with.    Start by creating a Visualforce page where you will display the questions and capture user input.    <apex:page controller="Questi...

Salesforce Classic to LWC: Your Roadmap to a Modern Org

Are you thinking about finally making the jump from Salesforce Classic to Lightning Web Components ( LWC ) ? Honestly, that’s a smart move. While Classic served us well for years, LWC offers the kind of speed, flexibility, and modern interface that today's users actually expect. But let’s be real for a second—migrating isn't just about flipping a switch. It’s a project that needs a plan.

Adding Buttons in LWC DataTable Salesforce

Introduction: In Salesforce Lightning Web Components (LWC), the DataTable component provides a powerful way to display tabular data. However, at times, we may need to enhance the functionality of the DataTable by adding buttons to perform custom actions on the data. In this blog post, we will explore how to add buttons to a DataTable in Salesforce LWC and handle the corresponding button click events.

Building Lazy Loading in LWC Lightning Datatable: A Full Dynamic Working Code

Introduction: In this blog post, we will explore how to implement lazy loading functionality in Lightning Web Components (LWC) using the Lightning Datatable component. Lazy loading is a technique that loads data dynamically as the user scrolls, resulting in improved performance and reduced initial load time. We will provide a step-by-step guide along with a full working code example to help you understand and implement this functionality in your LWC projects.

LWC Full Dynamic Working Code for Useful JavaScript Methods in LWC

Introduction: Welcome to Part 1 of our blog series on useful JavaScript methods in Lightning Web Components (LWC). In this article, we will explore some dynamic working code examples that showcase the power and flexibility of JavaScript in LWC development. These methods will help you enhance the functionality and user experience of your LWC applications. So, let's dive in!