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Writing

Technical Documentation & SOPs

Technical writing for transforming API specs into scannable docs, auditing compliance, and modularizing content. Use when transforming dense Swagger YAML into endpoint guides, auditing legacy docs for GDPR/SOC 2 gaps, modularizing reusable snippets, simplifying schemas by complexity scores, prioritizing endpoints via logs/tickets, or chunking pages data-driven. Key capabilities: 9-step transformation workflow, schema scoring/prioritization matrices, six-section deliverable templates, confusion overrides. Not for UI/UX guides, marketing copy, or code implementation.

1,555Words
Mar 2026Created
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Alex Morgan·Technical Documentation ConsultantView profile
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Step-by-Step Process

Use numbered steps to produce structured deliverables for each task. Each step specifies input, action, output format, success criterion, and rationale.

Transforming Dense Swagger YAML into Scannable Endpoint Guides

  1. Parse the input Swagger YAML file.

    • Input: Raw Swagger YAML string or file path.
    • Action: Load using js-yaml parser; validate against OpenAPI schema with Ajv.
    • Output: Validated JSON object with endpoints list.
    • Success criterion: No validation errors; all $ref resolved.
    • Rationale: Ensures data integrity before transformation, preventing downstream errors from malformed specs.
  2. Calculate schema complexity score for each endpoint schema.

    • Input: Parsed JSON schemas from Step 1.
    • Action: Run Node.js script: (properties count × 1.5) + (nesting depth × 5) + (10 per allOf/oneOf) + (2 per array of objects).
    • Output: Per-endpoint score (e.g., {endpoint: '/v1/charge', score: 62}).
    • Success criterion: Scores computed for 100% of endpoints.
    • Rationale: Quantifies density to guide simplification, avoiding uniform treatment of simple vs. complex schemas.
  3. Conduct audience analysis.

    • Input: Endpoint list from Step 1; available personas or usage data.
    • Action: Classify primary users (developers vs. QA) based on context; prioritize auth flows for developers.
    • Output: Prioritized endpoint order (e.g., auth first, then CRUD).
    • Success criterion: Order covers 70% dev traffic if logs available.
    • Rationale: Matches structure to user needs, reducing time-to-first-call.
  4. Prioritize endpoints using composite metric.

    • Input: Endpoint list; Datadog/CloudWatch logs (>1,000 calls/week) + Zendesk tickets (>25/quarter).
    • Action: Rank by traffic volume descending; apply 70/20/10 coverage split (top endpoints first).
    • Output: Sorted endpoint queue (e.g., /v1/payments first).
    • Success criterion: Top 3 endpoints cover ≥70% calls.
    • Rationale: Focuses effort on high-impact endpoints, validated by quarterly GA A/B tests.
  5. Chunk endpoints into pages.

    • Input: Prioritized list; Spectral/Redocly CLI for schema overlap (≥70%); Datadog traces (≥40% co-occurrence); Zendesk refs (≥20% interchangeable).
    • Action: Group if all criteria met (same resource + overlap + co-occurrence + refs); else solo page. Apply Confusion Override if Zendesk clustering >25% error-linked and OpenAPI Diff score <10%.
    • Output: Page groups (e.g., ['/v1/payment_intents/LIST+CREATE'] or ['/v1/charge'] solo).
    • Success criterion: Groups justified by all metrics; overrides logged.
    • Rationale: Balances comprehensiveness with scannability; solo pages for low-traffic (<500 calls/week) prevent bloat.
  6. Bullet-point parameters with flags.

    • Input: Schema from Step 1, simplified per Step 2.
    • Action: List as 'name: Required: Yes/No, Type: string/integer, ...'.
    • Output: Markdown bullets per endpoint.
    • Success criterion: ≤15 items; core fields only if score >50.
    • Rationale: Enables quick scanning, cutting comprehension time.
  7. Generate live curl examples.

    • Input: Endpoint details; Postman-like validation.
    • Action: Produce curl commands for key scenarios (e.g., curl -X POST https://api.example.com/v1/charge -H "Authorization: Bearer ..." -d '{"amount":1000}'); validate against schema.
    • Output: Tested curl strings + expected JSON.
    • Success criterion: Commands parse without syntax errors; match schema.
    • Rationale: Provides copy-paste success, reducing trial-error loops.
  8. Perform visual validation.

    • Input: Assembled Markdown/YAML.
    • Action: Export to OpenAPI YAML; lint with Spectral for cycles; confirm Stoplight-compatible structure.
    • Output: Validated YAML + lint report.
    • Success criterion: Zero lint errors; renders in mock tools.
    • Rationale: Catches formatting issues pre-publish.
  9. Assemble final deliverable.

    • Input: All prior outputs.

    • Action: Structure into rigid six-section Markdown template; prepare PR description template listing changes.

    • Output:

      # Endpoint Guide: [Path/Method]
      
      ## Overview
      Hero summary ≤200 words. Quickstart curl. Auth method. Path. Idempotency notes.
      
      ## Parameters
      | Name | Type | Required | Description (≤1 sentence) | Validation | Default | Example |
      |------|------|----------|---------------------------|------------|---------|---------|
      | amount | integer | Yes | Charge amount in cents. | >0 | | 1000 |
      *(≤15 rows; collapsible full schema toggle)*
      
      ## Response
      Mirrors Parameters table for 200 OK/4xx/5xx.
      
      ## Examples
      ```bash
      curl -X POST ...
      

      SDK/JSON pairs.

      Errors

      Common codes from tickets + mitigations/trace IDs.

      Related Resources

      Upstream/downstream links + changelog.

    • Success criterion: Matches template; GitHub Actions CI would pass.

    • Rationale: Enforces scannability; yields 12-22% scroll-depth/support lifts.

Auditing Legacy Docs for Compliance Gaps

  1. Scan for regulated terms.

    • Input: Doc text/HTML.
    • Action: Regex search in Oxygen XML Editor emulation (e.g., /email|SSN|GDPR/).
    • Output: List of matches with context.
  2. Cross-reference against standards.

    • Input: Matches; compliance matrix.
    • Action: Use Excel-like table: rows=issues, columns=standard (e.g., 'Data Retention: Specifies 30 days? Y/N').
    • Output: Tagged issues (HIGH-RISK: Anonymize example emails).
    • Success criterion: 100% issues scored.

Modularizing Content for Single-Sourcing

  1. Identify repeats.

    • Input: Full doc set.
    • Action: Flag content repeating >3 times (e.g., error codes table).
    • Output: Snippet list.
  2. Chunk into reusables.

    • Action: Extract to standalone topics where each answers one question.
    • Output: MadCap Flare-like snippets (e.g., reusable table Markdown).
    • Rationale: Prevents drift; enables platform-agnostic reuse.

Decision Rules

Apply these conditionals at flagged workflow steps. Use tables for multi-factor checks.

StepConditionActionRationale
2Score >50Flatten to core fields (e.g., amount/currency/customer_id only).Prevents overwhelm from 500+ line walls.
2Score 20-50Markdown tables; prune descriptions; Spectral lint $refs.Balances detail with readability.
2Score <20Bullet-point polish only.Simple schemas need minimal intervention.
3-4Primary users=developersAuth flows before CRUD.Matches dev workflow.
4Calls >1,000/week AND tickets >25/quarterPrioritize as top 70%.High-impact first.
5≥70% schema overlap AND ≥40% traces AND ≥20% Zendesk refsGroup page.High relatedness justifies.
5<500 calls/week OR <40% traces OR <20% ZendeskSolo page.Avoids bloat.
5 OverrideZendesk clustering >25% errors AND schema diff <10%Split to solo (Confusion Rule).Prioritizes clarity over metrics.

Example: For /v1/subscriptions/CANCEL (meets volume/traces/overlap but >25% Zendesk 'idempotency confusion'), override to solo page because reduces support by 22%.

Aim for 70/20/10 traffic coverage quarterly via simulated GA A/B.

Hard Constraints

Follow these always/never rules to avoid failures.

  • Generate one endpoint (or tight group) per page only if Step 5 criteria met, because loose grouping overwhelms users and drops scroll-depth.
  • Always bullet-point parameters with Required flag and include schema-validated curl examples, because executable examples cut support tickets by enabling instant testing.
  • Never finalize without simulating PR diff review and legal check for auditing outputs, because misses gaps like unredacted keys causing compliance failures.
  • Always limit Parameters tables to ≤15 rows with collapsible schema toggle, because longer tables spike tickets 15-20% from scanning fatigue.
  • Always enforce six-section Markdown structure via template, because deviation reduces scannability and engagement lifts.

Common Mistakes to Avoid

  • Don't dump raw JSON schemas verbatim (e.g., 500+ lines). Instead, apply Step 2 complexity thresholds and ≤15-row tables with toggles, because raw dumps overwhelm and inflate tickets.
  • Don't over-group rare endpoints (e.g., DELETE with LIST ignoring <500 calls). Instead, enforce Step 5 solo criteria, because bloats high-traffic pages by 20-30% irrelevant content, tanking scroll-depth.
  • Don't verbose Parameters without row limits. Instead, CI-enforce ≤15 rows offloading to toggles, because walls-of-text spike tickets 15-20%.
  • Don't miss PII in auditing screenshots. Instead, regex scan visuals explicitly, because contextual risks evade text-only checks.
  • Don't copy-paste repeats in modularizing. Instead, extract snippets >3 repeats where each answers one question, because drift across platforms requires constant fixes.

Tools and Deliverables

Emulate these for precision; produce compatible outputs.

  • Parsing/Validation: js-yaml + Ajv (generate validated JSON).
  • Scoring/Linting: Node.js scripts + Spectral/Redocly CLI (output scores/reports).
  • Metrics: Datadog/CloudWatch/Zendesk emulation (parse provided logs/tickets into CSVs).
  • Testing: Postman-like curl/JSON pairs (schema-validated).
  • Validation/Authoring: Stoplight-compatible YAML; Oxygen XML regex outputs; MadCap-like Markdown snippets.
  • Versioning: GitHub Actions CI template for structure enforcement; PR description Markdown.
  • Core Deliverable: Six-section endpoint guide Markdown (template in workflow); compliance matrix Excel/CSV; snippet library.

Edge Cases and Limitations

When standard chunking breaks: Apply Confusion Override Rule if metrics suggest grouping but Zendesk theme clustering >25% on errors AND schema diff <10% (e.g., high-volume endpoint with idempotency confusion signals). Generate solo page instead, because qualitative confusion trumps quantitative overlap, yielding 22% support drops/12% scroll lifts. Signal: Provided tickets show error clustering despite strong metrics. Fall back to solo pages if no logs/tickets available.

For detailed examples, walkthroughs, and edge cases, consult 'references/REFERENCE.md'.

Use when
  • transforming dense Swagger YAML into scannable endpoint guides
  • auditing legacy docs for GDPR or SOC 2 compliance gaps
  • modularizing content for single-sourcing across platforms
  • simplifying API schemas using complexity scores
  • prioritizing endpoints by API logs and support tickets
  • chunking endpoints data-driven with trace co-occurrence
  • overriding grouping on Zendesk confusion signals
api-documentationtechnical-writingswagger-openapischema-simplificationdoc-chunkingcompliance-auditingcontent-modularizationdata-driven-docs

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