frontend-patterns/registry/capabilities/capability.infotech.frontend-pattern-language.md
tegwick 0da4701bd0 Establish ecosystem reuse and monthly-supervised improvement loop
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---
id: capability.infotech.frontend-pattern-language
name: Frontend architecture pattern reference
summary: Reason about frontend shared edits, offline recovery, navigation and rendering with versioned candidate patterns, alternatives and evidence limits.
owner: frontend-patterns
status: draft
domain: infotech
tags: [frontend, architecture, patterns, offline, mutation, recovery, navigation, rendering]
maturity:
discovery:
current: D3
target: D4
confidence: medium
rationale: Two bounded decision sequences, qualified source reviews, alternatives and explicit gaps; ecosystem usefulness remains unverified.
availability:
current: A0
target: A0
confidence: high
rationale: Informational Markdown and JSON reference; no frontend runtime or service offered.
external_evidence:
completeness:
level: C1
confidence: medium
basis: scope_vs_intent_and_consumer_expectations
satisfied_expectations: [two core decision paths and seventeen qualified candidate records]
broken_expectations: []
out_of_scope_expectations: [complete implementation recipes and production guarantees]
reliability:
level: R0
confidence: high
basis: consumer_quality_signals
known_reliability_risks: [no measured ecosystem consumer outcomes, full-contract recurrence unassessed]
discovery:
intent: Help a consumer turn frontend constraints into a small explainable configuration and implementation questions.
includes: [transactional edit recovery, local offline work, candidate relations, mechanism mappings, stated abstention boundaries]
excludes: [complete security architecture, offline global exclusivity, framework rankings, certified production recipes]
assumptions: [consumer checks applicability and implementation contracts, draft hypotheses retain their evidence limits]
use_cases: [VC-01, VC-02]
research_memos: [research/reviews/M1-SeedReview.md, research/reviews/PreviewOntology-0.1.md]
availability:
current_level: A0
target_level: A0
current_artifacts: [START.md, reference/0.1/index.json, reference/0.1/manifest.json]
target_artifacts: []
consumption_modes: [informational, markdown, json]
relations:
depends_on: []
supports: []
related_to: []
evidence:
documentation: [START.md, reference/0.1/ReleaseReview.md, docs/ReuseAndImprovementLoop.md]
tests: [tests/test_reference_preview.py]
consumer_feedback: []
bug_reports: []
incidents: []
consumer_guidance:
recommended_for: [frontend architectural decision notes, reviewing shared-edit and offline-recovery assumptions]
not_recommended_for: [claiming canonical maturity or production guarantees, treating a match score as applicability proof]
known_limitations: [all candidates are hypotheses, no independent human usefulness result, use feedback automation not deployed]
promotion_history: []
---
# Frontend architecture pattern reference
Start at [the decision guide](../../START.md). Pin the reference version and packaging
commit, inspect the candidate contracts, and cite selected IDs and unresolved conditions
in your decision note. The [JSON export](../../reference/0.1/index.json) supports agent
navigation; it is a research candidate surface, not an admitted canonical graph.
Qualified extension hypotheses cover navigation, rendering and feature/interaction
boundaries. Their presence does not imply a complete sequence for those contexts.
The [reuse and improvement contract](../../docs/ReuseAndImprovementLoop.md) defines
how consumer decisions and later outcomes will improve this language. Receipt collection
and unattended improvement require WP-0008 implementation; do not imply that recording
`reused` in registry telemetry already measures helpfulness.