Custom Metadata Types vs Custom Settings vs Custom Labels 💬 In plain words: Three lookalikes: Custom Metadata = configuration that DEPLOYS with your code (best for app settings). Custom Settings = org/user-specific values, changeable at runtime (hierarchy type is great for bypass switches). Custom Labels = translatable text for the UI. 📌 Example: API endpoint URLs per environment → Custom Metadata (deploys with code, sandbox vs prod values). A 'Bypass_Automation__c' checkbox an admin flips during data load → hierarchy Custom Setting. The word 'Submit' translated to Hindi → Custom Label. 🎬 Real-Life Example: The Fee Table Trapped Inside Code Skyline charges a different delivery fee per city. Apex needs those rates on every booking. The Old/Bad Way: if (city == 'Delhi') fee = 50. Else if (city == 'Mumbai') fee = 65. … Every rate change is a code change, a test run, and a deployment. Why this is bad: Business data is trappe...
Introduction:
As a Salesforce developer, efficient debugging is essential to identify and resolve issues in your Apex code. Salesforce provides a powerful tool called the Apex Debugger, which allows you to step through your code, inspect variables, and analyze the flow of execution. In this blog post, we'll explore the Apex Debugger and learn how to leverage its features to streamline the debugging process in Salesforce.
Table of Contents:
1. Introduction
2. What is the Apex Debugger?
3. Enabling the Apex Debugger
4. Setting Breakpoints
5. Stepping Through Code
6. Inspecting Variables
7. Using Debug Logs
8. Best Practices for Effective Debugging
9. Conclusion
What is the Apex Debugger?
The Apex Debugger is a tool provided by Salesforce that allows developers to interactively debug Apex code. It provides a controlled environment to step through code execution, pause at breakpoints, inspect variables, and gain insights into the flow of the program. The Apex Debugger is accessible through the Salesforce Developer Console, providing a seamless debugging experience.
Enabling the Apex Debugger:
Before we can start using the Apex Debugger, we need to enable it in the Salesforce Developer Console. Here's how you can enable it:
- Open the Developer Console in Salesforce.
- Navigate to the "Debug" menu and select "Enable Apex Debugger."
Setting Breakpoints:
Breakpoints are specific lines of code where you want the debugger to pause execution and allow you to inspect the program's state. To set a breakpoint, follow these steps:
- Open the Apex class or trigger you want to debug in the Developer Console.
- Click on the line number where you want to set the breakpoint. A red dot will appear, indicating the breakpoint is set.
Stepping Through Code:
Once you have set breakpoints, you can execute the code in debug mode and step through it line by line. The following commands are available in the Apex Debugger:
- Step Into (F5): Executes the next line of code and steps into any method calls.
- Step Over (F6): Executes the next line of code without stepping into any method calls.
- Step Out (F7): Executes the remaining lines of the current method and returns to the calling method.
- Resume (F8): Continues executing the code until the next breakpoint is encountered.
Inspecting Variables:
While debugging, you can inspect the values of variables at different points in your code. This helps you identify incorrect values or track changes in variables. To inspect variables, follow these steps:
- Place the debugger at a breakpoint or pause execution.
- In the "Variables" panel of the Developer Console, you can view the current values of variables.
- Expand the variable to see its properties and sub-properties.
Using Debug Logs:
In addition to the Apex Debugger, Salesforce provides debug logs to capture detailed information about code execution. Debug logs can help you analyze the behavior of your code, even when breakpoints are not feasible. To generate debug logs, follow these steps:
- Open the Developer Console and navigate to the "Debug" menu.
- Select "Open Execute Anonymous Window."
- Enter your code snippet or method invocation.
- Check the "Open Log" checkbox.
- Click on the "Execute" button.
Best Practices for Effective Debugging:
To make the most of the Apex Debugger, consider the following best practices:
- Use meaningful breakpoint placement to focus on critical areas of your code.
- Leverage debug logs for situations where breakpoints are not suitable.
- Utilize system debug statements to log specific values or messages during debugging.
- Debug in a sandbox or developer edition environment before deploying changes to production.
- Document your debugging process to aid future troubleshooting.
Conclusion:
The Apex Debugger is a valuable tool for Salesforce developers, offering a comprehensive debugging experience. By setting breakpoints, stepping through code, inspecting variables, and using debug logs, developers can effectively identify and resolve issues in their Apex code. By following best practices and leveraging the features provided by the Apex Debugger, developers can streamline the debugging process and deliver high-quality solutions in Salesforce.