> tpl_qav_002
Test Plan, Execution and Evidence-Control Pack
Comprehensive quality assurance governance framework establishing master test plans, test item scope, environment requirements, execution schedules, defect severity grading, and audit-proof test execution evidence registers compliant with ISO/IEC/IEEE 29119 standards.
ISO/IEC/IEEE 29119-compliant master test plan establishing test scope, entry/exit criteria, execution tracking, and evidence control.
Important Tech Document Template & Operational Notice
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Problem Solved
Engineering teams conduct disjointed testing without formal entry/exit criteria or documented execution evidence, resulting in critical defects leaking into production and failed regulatory compliance audits.
When to Use
- •Structuring the master quality assurance and verification plan for major enterprise software releases
- •Establishing formal test entry criteria, suspension criteria, and production release exit gates
- •Collecting tamper-evident test execution logs, screenshots, and sign-offs for SOC 2, ISO 27001, or GxP audits
When NOT to Use
- •For detailed individual test step design and exploratory charter recording (use TPL-QAV-003)
- •For formal business user acceptance sign-offs and stakeholder UAT waivers (use TPL-QAV-004)
5 Template Sections & Structural Outline
Defining testing levels: Unit, Integration, System, End-to-End, and Security. Codifying explicit in-scope capabilities and out-of-scope third-party services.
Specifying test environments (Dev, QA, Staging, Perf), service virtualization stubs, and synthetic/masked test data pipelines compliant with GDPR/KVKK.
Establishing rigorous mathematical gates: Entry (e.g. zero blocker static analysis, 80% unit test coverage), Suspension (unstable build, 2+ blocker defects), and Exit (100% critical test pass rate, 0 known P0/P1 defects).
Standardizing defect classification (P0 Blocker, P1 Critical, P2 Major, P3 Minor) and establishing daily defect triage rituals between QA, Product, and Engineering Leads.
Documenting execution evidence requirements: automated CI/CD test reports, raw execution logs, timestamped video/screenshot captures, and cryptographic run hashes.
Completion Instructions
Independent Review Checklist
- All mandatory sections completed
- No secrets or passwords included
- Executive sponsor sign-off obtained
Test Plan, Execution and Evidence-Control Pack - Worked Case Study
Fictional Entity: Digital Banking Core Platform QA & Quality Engineering
Real-world production case study demonstrating complete operational adoption for Digital Banking Core Platform QA & Quality Engineering.
- •Established ISO 29119 test plan governance across 6 agile release trains with 98.4% execution pass rate
- •Eliminated test environment configuration drift using automated containerized test harnesses
- •Achieved 100% compliance audit readiness with immutable execution evidence registers and video capture logs
Frequently Asked Questions
What is the difference between Test Entry Criteria and Test Exit Criteria?
Entry Criteria define the technical prerequisites that must be satisfied before test execution can commence (e.g. clean build, deployed test data, zero compiler warnings). Exit Criteria define the quantitative quality benchmarks that must be achieved before the software can be certified for production release (e.g. 100% planned tests executed, 0 open P0/P1 defects).
How does ISO/IEC/IEEE 29119 structure test execution evidence?
ISO 29119 requires that test evidence be traceable, verifiable, and tamper-evident. Each test execution record must link directly to the requirement ID, specify the environment configuration, record the exact test inputs/outputs, capture timestamped logs, and log the tester identity.
When should testing be formally suspended during an active test execution cycle?
Testing is suspended when blocking conditions prevent productive validation—such as severe environment outages, corrupted test databases, or critical defects that block more than 25% of planned execution test cases.
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Authoritative Sources
- ISO/IEC/IEEE 29119 Software and Systems Engineering - Software TestingISO/IEC/IEEE • OFFICIAL REQUIREMENT
- ISTQB Advanced Level Test Management SyllabusISTQB • OFFICIAL REQUIREMENT
- Google Testing Blog: How Google Tests SoftwareGoogle Testing • OFFICIAL REQUIREMENT