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Salesforce Plat-Dev-301 Exam Syllabus

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Before starting your Plat-Dev-301 exam preparation, it is recommended to review the complete Salesforce Certified Platform Developer II exam syllabus and carefully go through the exam objectives listed below. Once you understand the exam structure and objectives, you should practice using our free Plat-Dev-301 questions. We also provide premium Plat-Dev-301 practice test, fully updated according to the latest exam objectives, to help you accurately assess your preparedness for the actual exam.

Salesforce
Vendor
Plat-Dev-301
Exam Code
161
Total Questions
5
Total Exam Domains

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Plat-Dev-301 EXAM QUESTIONS

Salesforce Plat-Dev-301 Exam Objectives

Section 1: Advanced Developer Fundamentals
Weight:
15%
  • Demonstrate knowledge of localization and multi-currency features and capabilities and how they affect coding.
  • Given a scenario, justify using sharing objects and Apex managed sharing.
  • Given a scenario, identify best practices for various types of custom metadata and custom settings, and how to implement required solutions.
Section 2: Process Automation, Logic, and Integration
Weight:
27%
  • Given a scenario, identify the considerations of interactions between multiple processes, both declarative and programmatic.
  • Given a scenario, propose and justify the optimal programmatic or declarative solution.
  • Demonstrate knowledge of the best practices for writing Apex triggers.
  • Describe the Apex features available for error handling and maintaining transactional integrity.
  • Demonstrate how and where to use advanced keywords in a SOQL query structure.
  • Analyze a set of requirements and determine the benefits of using asynchronous Apex coding.
  • Given a scenario and requirements, identify the appropriate dynamic Apex feature to use in the solution.
  • Given a scenario, identify the appropriate publish / subscribe logic for platform events.
  • Given a scenario, apply programmatic integration techniques and platform features for inbound and outbound communication.
Section 3: User Interface
Weight:
20%
  • Given requirements and code snippets for a Lightning web component or Aura component and its Apex controller class, analyze and determine necessary changes to the Apex class.
  • Identify the techniques for using Visualforce to perform actions, partial page refreshes, and asynchronous operations.
  • Given a scenario, identify best practices for displaying errors in the user interface.
  • Given a set of requirements, select the appropriate Lightning web component, Aura component, or Visualforce solution and describe its benefits.
  • Given a scenario, describe the aspects of Lightning web components or Aura components that can be used to cause elements in a component's markup to display in a responsive manner based on a device's form factor.  
  • Given a scenario, implement the correct method to communicate events through Lightning web components or Aura components.  
  • Describe the purpose and benefit of static resources in Visualforce, Lightning web components, and Aura components.
Section 4: Testing, Debugging, and Deployment
Weight:
20%
  • Apply advanced techniques and tools for testing Apex classes and triggers, such as mocks and stubs.
  • Apply techniques and tools for testing and debugging Lightning web components, Aura components, and Visualforce controllers, Visualforce controller extensions, and JavaScript.
  • Given a scenario, Apex code, Apex trigger, or Apex test that is not executing as expected, apply techniques and tools to isolate and identify the root cause.
  • Given a scenario, formulate the deployment process, supporting tools, and mechanisms for source-driven development.
Section 5: Performance
Weight:
18%
  • Identify the common performance issues for user interfaces and demonstrate knowledge of techniques and tools to mitigate them.
  • Given a scenario, choose the appropriate logic and query structure to maximize application performance and handle large data volumes.
  • Analyze a given scenario and determine performance improvements that can be achieved with an asynchronous callout. 
  • Select scenarios where code reuse is applicable and how the reuse should be implemented.
  • Given sample code, identify inefficiencies and demonstrate the ability to resolve them.
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