To prove that SOQL injection vulnerabilities are incorrect, your documentation should include:
1. **Bind Variables**: Evidence of using bind variables in the SOQL queries to prevent user input from breaking out of its quoted context.
2. **Input Validation/Sanitization**: Details of input validation or sanitization methods, like `String.escapeSingleQuotes()`, applied to user-supplied data.
3. **Permission Enforcement**: Verification that user permissions are enforced before executing queries, such as using `WITH SECURITY_ENFORCED` or checking object and field-level permissions.
4. **Query Context**: A clear explanation showing that the query does not allow user-controlled portions beyond object names, field names, or WHERE clause inputs.
5. **Security Context**: Evidence that the query does not execute in a way that could elevate privileges or expose sensitive data.
6. **Code Review Evidence**: Include results from static code analysis tools (e.g., Salesforce Source Code Analyzer) showing no SOQL injection vulnerabilities. Address any false positives with detailed explanations.
7. **Security Review Compliance**: Attach prior security review reports or approvals confirming no vulnerabilities.
8. **Testing Evidence**: Provide results from penetration tests or automated security scans validating the absence of SOQL injection risks.
Include relevant logs, code snippets, test results, or screenshots to validate these points and provide clear, detailed documentation to support your claims.