nWave/skills/nw-shared-artifact-tracking/SKILL.md
Shared artifact registry, common artifact patterns, and integration validation. Load when tracking data that flows across journey steps or validating horizontal coherence.
npx skillsauth add nwave-ai/nwave nw-shared-artifact-trackingInstall this skill globally with one command. Works with Claude Code, Cursor, and Windsurf.
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Shared artifacts are data values appearing in multiple places across a journey. Every ${variable} must have a single source of truth and documented consumers. Untracked artifacts are the primary cause of horizontal integration failures.
shared_artifacts:
{artifact_name}:
source_of_truth: "{canonical file path}"
consumers: ["{list of places this value appears}"]
owner: "{responsible feature/component}"
integration_risk: "HIGH|MEDIUM|LOW - {explanation}"
validation: "{How to verify consistency}"
Source: pyproject.toml | Consumers: CLI --version, about command, README, install output
Risk: HIGH -- version mismatch breaks user trust
Source: config/paths.yaml or constants.py | Consumers: install script, uninstall script, documentation
Risk: HIGH -- path mismatch breaks installation
Source: pyproject.toml or config | Consumers: README, error messages, install docs
Risk: MEDIUM -- URL mismatch breaks external links
Source: config file or environment variable | Consumers: runtime behavior, documentation, defaults display Risk: MEDIUM -- inconsistency causes confusion
Source: CLI argument parser definition | Consumers: help text, documentation, error messages, tutorials Risk: HIGH -- name mismatch makes features undiscoverable
Journey completeness: all steps have clear goals | CLI commands/actions | emotional annotations | shared artifacts tracked | integration checkpoints defined
Emotional coherence: emotional arc defined (start/middle/end) | no jarring transitions | confidence builds progressively | error states guide to resolution
Horizontal integration: all shared artifacts have single source of truth | all consumers documented | integration checkpoints validate consistency | CLI vocabulary consistent
CLI UX compliance: command structure follows chosen pattern | help available on all commands | progressive disclosure implemented | error messages actionable
Artifacts: docs/feature/{feature-id}/discuss/journey-{name}.yaml (complete journey with emotional arc) | docs/feature/{feature-id}/discuss/shared-artifacts-registry.md (tracked artifacts with sources)
Validation: journey complete with all steps | emotional arc defined | shared artifacts documented | CLI vocabulary consistent
Deliverables: docs/feature/{feature-id}/discuss/journey-{name}.yaml (journey schema) | docs/feature/{feature-id}/discuss/journey-{name}.feature (Gherkin scenarios) | docs/feature/{feature-id}/discuss/shared-artifacts-registry.md (integration validation points)
Validation: all product-owner checks passed | Gherkin scenarios generated | integration checkpoints testable | peer review approved
testing
Acceptance test creation methodology for the DISTILL wave. Domain knowledge for the acceptance designer agent: port-to-port principle, prior wave reading, wave-decision reconciliation, graceful degradation, and document back-propagation.
testing
Methodology for minimizing test count while maximizing behavioral coverage - behavior definition, anti-pattern catalog, consolidation patterns, stopping criterion, coverage-preserving validation
testing
Methodology for minimizing test count while maximizing behavioral coverage - behavior definition, anti-pattern catalog, consolidation patterns, stopping criterion, coverage-preserving validation
development
Design mandates for acceptance tests - hexagonal boundary, business language abstraction, user journey completeness, pure function extraction, 3 Pillars (domain language / chained narrative / production composition), and the layered ATD discipline (Universe-bound assertion, layer-dependent PBT mode, two-tier acceptance, example-based sad paths)