Domain: Foundations / Knowledge
Status: Canonical
This document captures reusable documentation, scripting, and reporting patterns derived from established UDX engineering flows. These are optional references, not execution contracts, designed to maintain high-fidelity standards across disparate repositories.
- Explicit Scope: Distinguish between client projects, cluster projects, and internal tools.
- Positional Inputs: Required inputs should be positional; use defaults only when stable.
- Dual-Path Support: Provide both manual steps and a script path (
bin/scripts/) when possible. - Validation Blocks: Include a minimal verification section with read-only commands.
- Concise Examples: Keep examples short, runnable, and high-signal.
- Hardened Bash: Use
#!/usr/bin/env bashandset -euo pipefail. - Input Validation: Validate dependencies (
gcloud,jq,yq) and inputs early. - Environment Overrides: Use environment variables for optional inputs to allow orchestration flexibility.
- Deterministic Output: Minimize side effects and ensure outputs are predictable.
- Single Source: Read all data from a defined repository source of truth.
- Provenance: Include generated timestamps and source paths.
- Scanability: Prefer Markdown tables and lists for human and machine readability.
Engineering patterns are grounded in specialized UDX repositories to ensure domain-specific fidelity:
| Pattern Type | Grounding Resource | Domain |
|---|---|---|
| Automation | udx/reusable-workflows |
Validated CI/CD and script templates. |
| Logic | udx/dev.kit |
High-fidelity CLI and discovery patterns. |
| Structure | udx/wp-stateless |
Reference for plugin and structural standards. |
Reusable patterns ensure standalone quality and reduce operational variance:
- Synthetic Content Enrichment: Strategies for maintaining quality in automated documentation.
- Reducing Operational Variance: Tracing software evolution through systematic, patterned innovtion.
UDX DevSecOps Team