Learn SALESFORCE-SCRIPTING with Real Code Examples

Cloud-based multi-tenant execution

Apex code runs on Salesforce servers

Event-driven triggers and batch processing supported

Integration via REST/SOAP or platform events

UI logic executed via Visualforce or Lightning Web Components

Apex executes server-side within Salesforce environment

LWCs render client-side with reactive DOM

Flows run declaratively with execution context

Triggers respond to data changes

Integration APIs for external communication

Trigger-handler design pattern

Service classes for modular Apex logic

Component-based LWC architecture

Event-driven automation with Platform Events

Declarative Flow orchestration for process automation

CRM automation with multi-cloud integration

Sales opportunity and lead management workflows

Custom dashboards and reporting frameworks

LWC frontends with Apex backend services

Data synchronization with ERP/Marketing systems

Cloud-native multi-tenant execution

Event-driven triggers and asynchronous processing

Combination of declarative and programmatic approaches

Enforce security and sharing at platform level

Modular, reusable, and maintainable code design

Bulkify triggers for large data operations

Use batch Apex for heavy asynchronous jobs

Leverage caching and platform events for performance

Avoid hitting governor limits by optimizing queries

Modularize components and scripts for reuse

Refactor legacy Visualforce pages to LWC if needed

Update triggers for API version compliance

Adjust Flows to match updated Salesforce objects

Use scratch orgs for testing before production deployment

Document changes for auditing and future maintenance