sf-trigger-constraints

Enforcing one trigger per object in Salesforce Apex requires a constraint framework that delegates logic to handler classes. This keeps triggers thin, guarantees consistent deployment ordering, and maintains unified event registration across the codebase.

Preventing recursion in Apex triggers involves applying bulkification and recursion safeguards within delegated handler classes. A centralized constraint framework detects anti-patterns and stops unintended re-entries during code reviews and PR checks.

The best way to bulkify Apex triggers is using a handler delegation architecture that processes records in bulk. Enforcing trigger constraints ensures safe, scalable code and prevents governor-limit violations across your Salesforce environment.

Yes, you can bypass Apex trigger constraints using a metadata-driven bypass mechanism. This allows administrators to selectively disable specific trigger logic or recursion safeguards without modifying the underlying Apex codebase.

Yes, the trigger constraint framework provides a centralized set of rules and anti-pattern detections used by code reviews and PR checks. It enforces single trigger files per sObject and bulkification to ensure scalable Salesforce code.