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Apex
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Visualforce
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Salesforce CLI
ApexMocks
Apex Enterprise Patterns
MuleSoft
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GitHub
Jenkins
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SOQL
Join our community to see how developers are using Workik AI everyday.
Supported AI models on Workik
GPT 5.2, GPT 5.1 Codex, GPT 5.1, GPT 5 Mini, GPT 5, GPT 4.1 Mini
Gemini 3 Flash, Gemini 3 Pro, Gemini 2.5 Pro, Gemini 2.5 Flash
Claude 4.5 Sonnet, Claude 4.5 Haiku, Claude 4 Sonnet, Claude 3.5 Haiku
Deepseek Reasoner, Deepseek Chat, Deepseek R1(High)
Grok 4.1 Fast, Grok 4, Grok Code Fast 1
Models availability might vary based on your plan on Workik
Features
Generate Apex Logic Fast
AI builds Apex classes, triggers, and handlers instantly based on your schema and workflow context.
Automate Integration Setup
Workik AI crafts REST/SOAP callouts, authentication flows, and data mapping for connected systems.
Build Apex Triggers Fast
AI generates clean, bulk-safe trigger logic for objects, automating events like lead assignment or opportunity updates.
Write Test Classes Instantly
Build unit tests with ApexMocks and assertions, improving coverage and readiness for deployment to production with AI.
TESTIMONIALS
Real Stories, Real Results with Workik
"I built and deployed a complete Apex trigger for lead assignments in minutes. The AI nailed the logic."
Varsha Kapur
Senior Salesforce Developer
"I created REST callouts for a payment gateway integration in one go. Workik AI handled authentication and mapping perfectly."
Louisa Ezell
Salesforce Integration Engineer
"We refactored our old Apex triggers using AI. It optimized DML usage and eliminated governor limit errors instantly."
Oliver Brooks
Salesforce Architect
What are the most popular use cases of the Salesforce Apex Code Generator?
Workik AI assists developers with Salesforce Apex tasks, including but not limited to:
* Generating Apex triggers, classes, and handlers for custom objects and workflows.
* Creating REST and SOAP API callouts with authentication and response mapping.
* Writing Apex test classes using ApexMocks for faster deployment.
* Refactoring legacy Apex code to remove inefficiencies and meet governor limits.
* Automating Batch, Queueable, and Scheduled Apex jobs for large data operations.
* Generating inline documentation for existing Apex logic.
* Debugging and optimizing integrations between Salesforce and external systems.
How does context-setting work in Workik, and is it mandatory?
Context-setting is optional but helps Workik AI personalize Apex code generation for your Salesforce setup. Developers can add:
* GitHub, GitLab, or Bitbucket repositories (for existing Apex projects or trigger frameworks)
* Apex classes, triggers, and utility files (like LeadTriggerHandler or AccountUtils)
* Salesforce object schemas and metadata (Account, Opportunity, Case, or Custom Objects)
* API blueprints from Postman or Swagger (for REST or SOAP integrations)
* Business rules and automation logic (lead assignment, quote approvals, renewal notifications)
* Shared libraries and dependencies (ApexMocks, Apex Enterprise Patterns)
* Custom configuration files and environment variables (Named Credentials, API tokens, integration settings)
How does Workik AI help with testing, CI/CD, and deployment readiness?
Workik AI creates Apex test classes with assertions and mock data to simplify validation and improve coverage. It integrates with tools like Salesforce DX, Jenkins, or Copado so teams can run automated tests and maintain consistent deployment quality.
How does Workik AI help manage Salesforce governor limits during development?
Governor limits are a constant challenge for Apex developers. Workik AI detects limit-heavy operations — like nested DML or redundant SOQL queries — and refactors code automatically. If you're updating 5,000 records in a trigger, the AI ensures logic designed to handle bulk operations and optimized queries that stay within Salesforce’s execution limits.
How does Workik AI assist in debugging complex Apex code?
Workik AI helps trace logic across multiple Apex classes and trigger handlers. If you're dealing with cascading events — for example, an update in Account affecting Contact, which then triggers a Case update — it maps the dependencies and suggests breakpoint-level debugging strategies. This saves time during multi-layered troubleshooting.
How does Workik AI handle Apex security and compliance checks?
Workik AI includes security-aware code generation. It ensures CRUD/FLS checks, prevents SOQL injection, and respects sharing rules. For industries under compliance standards (finance, healthcare), the AI can also flag insecure queries or exposed endpoints in your existing Apex code, improving audit readiness.
How does Workik AI help with external API integrations in Salesforce Apex?
Workik AI generates complete Apex REST or SOAP callouts with authentication, headers, and response handling. For example, you can instantly connect Salesforce to Stripe or HubSpot — AI writes the Apex class, configures Named Credentials, and manages error handling and JSON parsing automatically, turning complex integrations into quick, reliable deployments.
Can Workik AI assist with Apex code migration between Salesforce orgs?
Yes. Workik AI simplifies Apex code migration by aligning logic, schema, and metadata across orgs. When moving automation from a sandbox to production, it automatically adjusts hardcoded references and validates API versions for compatibility. This helps avoid post-deployment trigger conflicts or test failures.
Does Workik AI assist in data migration or transformation within Salesforce?
Workik AI can generate Apex data migration scripts, including anonymization and mapping logic between objects. If you’re merging sandbox data with production or importing from an external system, the AI can structure SOQL queries, transformation logic, and upserts automatically.
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