From b94d5d2863ba47745e6c03a0ccb1162d42a69073 Mon Sep 17 00:00:00 2001 From: Jim Lancaster <40281233+zoltan57@users.noreply.github.com> Date: Fri, 26 Jun 2026 10:22:51 -0500 Subject: [PATCH] Ver1.md updated to refocus on personal, smaller-scale deployment --- docs/ver1/ver1.md | 260 +++++++++++++++++++++++----------------------- 1 file changed, 130 insertions(+), 130 deletions(-) diff --git a/docs/ver1/ver1.md b/docs/ver1/ver1.md index 9bccb2e..0f754a4 100644 --- a/docs/ver1/ver1.md +++ b/docs/ver1/ver1.md @@ -1,40 +1,39 @@ # Version 1 Implementation Plan This plan defines the path from MVP to **Version 1 complete**. -The objective is to deliver the full scoped product with production readiness, while explicitly separating refinements/enhancements into a future document. +The objective is to deliver the full scoped product with readiness for reliable personal-scale operation, while explicitly separating refinements/enhancements into a future document. --- ## 0) Plan Governance & Scope Control (Foundation) -**Goal:** Keep execution focused on V1 completion, not optimization/perfection. +**Goal:** Keep execution focused on V1 completion and avoid unnecessary process overhead. ### Implementation Steps 1. Create and maintain a **V1 Traceability Matrix**: - Requirement ID - Current status (`done`, `partial`, `not started`) - - Owner - Validation method 2. Define V1 completion gates: - Functional complete - Operationally complete - - Production-ready complete + - Personal-deployment ready 3. Snapshot the MVP baseline (tag/changelog reference). -4. Create a standing rule: any non-V1 idea is logged to a separate enhancements backlog document (to be named later), not added to active V1 scope unless explicitly approved. +4. Keep a standing rule: non-V1 ideas go to a separate enhancements backlog, and enter V1 only by explicit approval. ### Deliverables - `docs/ver1/ver1.md` (this plan) - V1 traceability artifact (linked from here when created) ### Exit Criteria -- Every in-scope requirement has explicit ownership and status. -- Scope-change process is agreed and followed. +- Every in-scope requirement has explicit status and validation evidence. +- Scope-change discipline is followed consistently. --- ## 1) Architecture Consolidation -**Goal:** Align implementation with the intended architecture and reduce MVP shortcuts. +**Goal:** Align implementation with intended architecture while preserving simplicity. ### Implementation Steps 1. Compare implemented modules/components with architecture documentation. @@ -42,201 +41,202 @@ The objective is to deliver the full scoped product with production readiness, w - Temporary coupling - Missing interfaces - Placeholder services/components -3. Resolve high-risk architectural gaps first. -4. Record key decisions and tradeoffs in ADRs. +3. Resolve architecture gaps that threaten reliability, maintainability, or clear boundaries. +4. Record material decisions and tradeoffs in ADRs. ### Deliverables - Updated architecture diagrams and boundaries -- ADR entries for major decisions +- ADR entries for material decisions ### Exit Criteria - Architecture documentation reflects system reality. -- Critical architecture risks are addressed or scheduled with owners/dates. +- High-impact architecture risks are addressed or explicitly scheduled. --- ## 2) Error Handling & Reliability Hardening -**Goal:** Ensure predictable, safe behavior under failure conditions. +**Goal:** Ensure predictable, diagnosable behavior under expected failure conditions. ### Implementation Steps -1. Standardize error taxonomy and envelope format across all layers. +1. Apply the canonical taxonomy and response model from `docs/error_handling.md` across UI/API/service/worker boundaries. 2. Ensure clear distinction between: - - User-facing errors - - Internal/system errors + - User-facing safe messages + - Internal diagnostic detail - Retryable vs non-retryable failures -3. Add resilience controls where needed: +3. Implement practical resilience controls where needed: - Timeouts - - Retries with backoff - - Circuit breaking / fallback logic + - Bounded retries with backoff + - Explicit terminal failure states 4. Add failure-path tests for critical workflows. ### Deliverables -- Error code catalog/reference -- Failure mode test coverage for critical paths +- Error handling reference aligned with `docs/error_handling.md` +- Failure-mode test coverage for critical paths ### Exit Criteria - Error behavior is consistent across major flows. - Known failure scenarios are tested and pass. +- Failed jobs include actionable, traceable failure detail. --- ## 3) Functional Completion by Requirement Domain -**Goal:** Complete all V1 functional requirements in a risk-aware order. +**Goal:** Complete all V1 requirements in a practical, user-first order. ### Recommended Order -1. Business-critical end-user flows -2. Data integrity and consistency capabilities -3. Admin/operational controls -4. Lower-priority UX and quality-of-life items that are in V1 scope +1. End-user core flows (upload → transcribe → review) +2. Data integrity and persistence behavior +3. Minimal operator controls needed for personal use +4. In-scope UX quality improvements ### Implementation Steps For each requirement slice: -1. Finalize contract/schema -2. Implement domain logic -3. Implement persistence/state changes -4. Integrate API/UI -5. Add automated tests -6. Update docs +1. Confirm contract/schema +2. Implement service/domain logic +3. Implement persistence/state transitions +4. Integrate API/UI behavior +5. Add or update automated tests +6. Update relevant docs ### Deliverables -- Requirement completion report with validation evidence +- Requirement completion report with validation evidence linked to REQ IDs ### Exit Criteria -- All V1 “must-have” requirements are complete and validated. +- All V1 must-have requirements are complete and verified. --- -## 4) Data Model, Migration, and Backfill Safety +## 4) Data Model and Migration Safety -**Goal:** Ensure data model and migrations are production-safe. +**Goal:** Keep schema evolution safe and simple for personal-scale deployment. ### Implementation Steps -1. Validate schema against final V1 domain needs. -2. Implement forward-safe migrations. -3. Define rollback/mitigation plans for migration failures. -4. Build and verify backfill scripts (if needed). -5. Add migration rehearsal in staging with representative data. +1. Validate schema against finalized V1 domain needs. +2. Implement forward-safe migrations for expected upgrades. +3. Define a simple rollback/mitigation path for migration failures. +4. Add backfill scripts only where truly required. +5. Rehearse migration + rollback locally using representative sample data. ### Deliverables -- Migration runbook -- Backfill verification checklist +- Migration and rollback runbook +- Backfill checklist (if applicable) ### Exit Criteria -- Migration plan validated in staging. -- No unresolved data-loss risk for V1 rollout. +- Migration path is tested and documented. +- No unresolved data-loss risk for V1 upgrade. --- -## 5) Security, Access Control, and Compliance Baseline +## 5) Private-Network Safety Baseline -**Goal:** Close MVP security gaps and establish V1 baseline controls. +**Goal:** Apply right-sized security controls for a single-user system on a trusted private network. ### Implementation Steps -1. Complete authn/authz coverage for all routes/actions. -2. Enforce input validation and output sanitization. -3. Verify secret management and credential rotation process. -4. Add audit logging for sensitive operations. -5. Run dependency/security scanning in CI and remediate findings. +1. Enforce private-network deployment assumptions in docs and configuration. +2. Ensure basic single-operator access control for UI/API actions. +3. Enforce input validation and safe error output behavior. +4. Keep secrets out of source control; document local secret handling. +5. Run lightweight dependency/security scanning and resolve high-risk findings. ### Deliverables -- Security checklist with status -- Threat/risk update for V1 scope +- Security assumptions checklist (private network, single operator) +- Basic risk update for V1 scope ### Exit Criteria -- No unresolved critical/high vulnerabilities for V1 launch. -- Access control behavior verified by tests. +- No unresolved critical vulnerabilities. +- Access behavior and validation rules are verified for intended operating model. --- -## 6) Observability & Operability +## 6) Minimal Observability & Operability -**Goal:** Make system behavior observable and supportable in production. +**Goal:** Keep operation and troubleshooting simple, clear, and reliable. ### Implementation Steps -1. Standardize structured logging and correlation IDs. -2. Add core metrics: - - Latency - - Throughput - - Error rates - - Resource saturation -3. Add tracing for critical request/workflow paths. -4. Define SLOs/SLIs and alert thresholds. -5. Prepare incident response and rollback runbooks. +1. Standardize structured logging across UI/API/service/worker boundaries. +2. Ensure logged errors include category and error reference IDs per `error_handling.md`. +3. Add lightweight health/startup checks. +4. Document a concise operator runbook: + - start/stop + - log locations + - common failure patterns and recovery steps +5. Add minimal counters/timings only where they clearly improve diagnosis. ### Deliverables -- Dashboards and alerts -- Operations runbooks +- Logging and error-traceability baseline +- Operator runbook ### Exit Criteria -- Team can detect, triage, and remediate incidents quickly. -- Core production signals are available and reliable. +- Operator can diagnose common failures using logs + runbook. +- System recovery procedures are documented and repeatable. --- -## 7) Test Strategy Expansion & Quality Gates +## 7) Test Coverage and Practical Quality Gates -**Goal:** Raise confidence for repeatable, low-risk releases. +**Goal:** Prevent regressions in critical flows without overbuilding test infrastructure. ### Implementation Steps -1. Expand unit and integration tests across V1 features. -2. Add contract tests between key components/services. -3. Add end-to-end tests for critical user journeys. -4. Add non-functional tests where relevant: - - Performance/load - - Soak - - Failure-injection scenarios -5. Enforce CI quality gates (tests, lint, type checks, security scans). +1. Expand unit and integration tests for all V1 requirement slices. +2. Add end-to-end tests for critical journeys: + - upload + - process/transcribe + - view result + - failure visibility +3. Add targeted contract tests where adapter boundaries are error-prone. +4. Keep CI gates focused on high-value checks (tests, lint, type checks, dependency scan). ### Deliverables -- Test matrix with ownership -- CI gate definition and thresholds +- V1 test matrix mapped to requirements and critical flows +- CI quality-gate checklist ### Exit Criteria -- Critical-path regressions are blocked automatically. -- Test coverage and reliability thresholds meet V1 targets. +- Critical-path regressions are automatically detected. +- Test suite gives consistent release confidence for personal-scale operation. --- -## 8) Performance & Scalability Validation +## 8) Performance Validation for Personal Scale -**Goal:** Meet expected V1 performance at projected load. +**Goal:** Confirm acceptable responsiveness for expected personal-use workload. ### Implementation Steps -1. Define performance budgets per key flow. -2. Benchmark current behavior in staging. -3. Optimize bottlenecks (queries, caching, concurrency, etc.). -4. Re-test after each optimization and compare against budget. -5. Document known limits and safe operating bounds. +1. Define practical performance expectations for key flows. +2. Run representative tests using real document samples. +3. Address obvious bottlenecks in queries, file handling, or worker concurrency. +4. Document known limits and expected operating bounds. ### Deliverables -- Performance benchmark report -- Optimization log +- Short performance validation note +- Known-limits summary ### Exit Criteria -- V1 performance targets met for expected usage profile. +- Core flows remain responsive for expected corpus size and usage patterns. --- -## 9) Release Engineering & Environment Readiness +## 9) Release Readiness and Environment Simplicity -**Goal:** Make deployment repeatable, controlled, and reversible. +**Goal:** Make deployment and rollback repeatable for a single-operator Docker Compose setup. ### Implementation Steps -1. Harden CI/CD pipeline with clear promotion gates. -2. Ensure config parity and consistency across environments. -3. Define rollout strategy (phased/canary/limited release as applicable). -4. Validate rollback procedures in staging. -5. Produce release checklist and ownership model. +1. Define a simple release checklist: + - run tests + - run one end-to-end transcription check + - verify migration compatibility +2. Document environment configuration requirements clearly. +3. Validate deployment and rollback steps in a local rehearsal. +4. Add backup/restore verification for core persisted data. ### Deliverables -- Release playbook -- Environment readiness checklist +- Release checklist +- Environment and rollback guide ### Exit Criteria -- Deployment and rollback are rehearsed and reliable. -- Release process is executable without tribal knowledge. +- Deployment/rollback is rehearsed and documented. +- Operator can release safely without hidden steps. --- @@ -252,7 +252,7 @@ For each requirement slice: - Index/navigation - Intent alignment summary 2. Add operator troubleshooting guides. -3. Add integration/API examples for consumers. +3. Add integration/API examples for the operator and future maintainers. 4. Publish changelog/version notes for V1. ### Deliverables @@ -260,55 +260,55 @@ For each requirement slice: - V1 release notes ### Exit Criteria -- A new team member can run/support the system using docs alone. +- A future maintainer can run and support the system using docs alone. --- -## 11) Final Validation, UAT, and Launch +## 11) Final Validation and Launch -**Goal:** Confirm readiness and launch V1 safely. +**Goal:** Confirm V1 readiness and launch with low operational risk. ### Implementation Steps -1. Run full-system acceptance validation against the V1 traceability matrix. -2. Conduct stakeholder UAT and capture sign-off. -3. Execute production readiness review. -4. Launch in controlled phases and monitor key signals. +1. Run end-to-end acceptance validation against the V1 traceability matrix. +2. Complete operator acceptance checks on representative real documents. +3. Execute launch checklist (including backup, migration, and rollback readiness). +4. Launch and monitor logs/status closely during initial use. ### Deliverables -- UAT/PRR sign-off records -- Launch checklist and monitoring plan +- Acceptance validation record +- Launch checklist completion record ### Exit Criteria -- Stakeholder approval achieved. -- Launch metrics are stable within defined thresholds. +- V1 requirements are validated. +- Initial launch behavior is stable and recoverable. --- -## 12) Post-Launch Stabilization (30–60 Days) +## 12) Post-Launch Stabilization -**Goal:** Consolidate V1 in production before major expansion. +**Goal:** Address early issues quickly and lock in a reliable V1 baseline. ### Implementation Steps -1. Track incidents, defects, and user feedback. -2. Prioritize stabilization fixes with short cycle times. -3. Remove temporary flags/mitigations introduced during launch. -4. Produce post-launch retrospective and handoff to standard roadmap cadence. +1. Track defects and operational pain points observed after launch. +2. Prioritize short-cycle stabilization fixes. +3. Remove temporary launch-only workarounds when safe. +4. Capture a brief retrospective and update the next-phase backlog. ### Deliverables -- Stabilization report -- Prioritized backlog update +- Stabilization summary +- Updated backlog for post-V1 enhancements ### Exit Criteria -- Incident/error rates converge to steady-state targets. -- V1 transitions from launch mode to normal operations. +- Major launch issues are resolved. +- System transitions to steady personal-use operation. --- ## Recommended Execution Rhythm - **Weekly:** Requirement closure + risk review -- **Biweekly:** Release train with quality gates -- **Milestone reviews:** After phases 2, 6, 9, and 11 +- **As needed (small batch releases):** Run release checklist and deploy +- **Milestone check-ins:** After phases 2, 6, 9, and 11 ---