Menu
SkillsMP has collected 54 skills from jonathan-vella/apex-vnext. Open a skill to review its source and details.
Showing 40 of 54 collected skills.
**UTILITY SKILL** — Defines artifact templates, required H2 structure, and output styling for Steps 1-7. WHEN: "generate artifact", "check H2 structure", "artifact template", "as-built docs". EXCLUDES: Azure configuration and IaC patterns.
**UTILITY SKILL** — Manages context through runtime artifact compression and post-run Copilot log audits. WHEN: "context optimization", "token budget", "runtime compression", "log parsing", "handoff gaps". EXCLUDES infrastructure generation and deployment.
**WORKFLOW SKILL** — Maintains Markdown documentation accuracy and freshness across docs, root guides, and changelog. WHEN: "update docs", "doc gardening", "staleness check", "changelog entry", "repo explanation", "agent change docs", "skill change docs".
**UTILITY SKILL** — Shared IaC deploy patterns for Bicep + Terraform agents: deployment strategies, circuit breaker, known deploy issues. WHEN: "phased deployment", "circuit breaker", "deploy strategy", "deploy issue", "shared IaC pattern". DO NOT USE FOR:…
**ANALYSIS SKILL** — Audit-grade reference for Anthropic Claude and OpenAI GPT-5.5 prompting best practices. WHEN: "claude prompting", "gpt-5.5 prompting", "audit agent", "review prompt", "vendor best practices", "anthropic best practices", "openai…
**UTILITY SKILL** — Provides Azure defaults for regions, tags, CAF naming, AVM-first policy, security, and unique suffixes. WHEN: "Azure naming", "CAF", "resource tags", "AVM module", "security baseline", "region default". EXCLUDES artifact templates and live…
**UTILITY SKILL** — Reusable Azure Terraform patterns: hub-spoke, private endpoints, diagnostics, AVM-TF modules. WHEN: "hub-spoke Terraform", "private endpoint module", "AVM-TF composition", "diagnostic settings", "plan interpretation". DO NOT USE FOR: Bicep…
**WORKFLOW SKILL** — Discover existing Azure resources and bulk import them into Terraform management. WHEN: "terraform import", "import Azure resources", "bring unmanaged infra under Terraform", "adopt Terraform for existing resources", "generate import…
Presents accepted APEX typed artifacts as bounded Markdown views. Use for renderer templates, document slots, provenance receipts, resource inventories, cost views, runbooks, and reference-only document outlines.
Assess APEX cost and utilization evidence for savings opportunities. Use for cost optimization, rightsizing, orphan candidates, reservations, and Redis cost review.
Explain approved APEX Azure deployment previews and lifecycle outcomes. Use for approved changes, recovery, verification, and trusted CLI handoff.
Guide APEX planning from accepted Azure governance evidence. Use for policy constraints and blockers.
Requests safe inline Mermaid for supported APEX Markdown slots. Use for compact flowcharts, sequences, state machines, ER models, Gantt views, renderer validation, accessible theming, and syntax troubleshooting from accepted artifact data.
Assess Terraform adoption of existing Azure resources in APEX. Use for scoped inventory evidence, import mapping, provider and module locks, drift assessment, and adoption attestation.
Apply approved Terraform architecture intent in APEX. Use for hub-spoke, private endpoints, diagnostics, AVM module locks, and CodeGen acceptance.
Design receipt-gated Terraform test intent in APEX. Use for unit and integration coverage, assertions, mocks, negative cases, and test-evidence acceptance.
Assess cross-cloud workload migration intent in APEX. Use for readiness, AWS or GCP workload mapping, migration risks, staged validation, and authorized handoffs.
Assess APEX compliance and security evidence. Use for posture findings, configuration review, Key Vault expiration evidence, and finding prioritization.
Interpret APEX Azure Data Explorer evidence and KQL analysis. Use for Kusto, ADX, KQL, schema, aggregation, time-series, correlation, and anomaly findings.
Guide APEX capacity planning from accepted Azure quota evidence. Use for limits and region comparisons.
Guide APEX analysis from accepted Azure inventory evidence. Use for resource scope and tag coverage.
Assess APEX Azure preflight evidence. Use for freshness, acceptance criteria, readiness blockers, and validated handoff decisions.
Assess Azure VM and VM Scale Set choices for active APEX architecture or planning tasks. Use for compute families, capacity, pricing evidence, and VMSS trade-offs.
Select secure Azure Storage services, tiers, redundancy, and lifecycle intent for active APEX architecture and planning tasks.
Model Microsoft Entra application registration and OAuth design intent in APEX. Use for application type, flow, API permission, redirect URI, credential, and consent trade-offs.
Applies projected Azure defaults safely in APEX decisions. Use for region fallback, CAF naming, tags, security, service lifecycle, AVM bindings, network planning, governance effects, and cost monitoring.
Provides internal APEX architecture guidance for traceable WAF, identity, network, recovery, and cost decisions.
Provides hidden-worker guidance for one bounded APEX IaC generation task with approved intent and binding.
Provides internal APEX operations guidance for status, preview, inventory, reconciliation, and diagnosis.
Provides internal APEX planning guidance for implementation intent, controls, dependencies, and bindings.
Provides internal APEX requirements guidance for typed intake, scope, constraints, and budget.
Provides internal APEX workflow routing for status, resume, project selection, and next tasks.
Prepare traceable Azure delivery intent in APEX. Use for requirements, architecture, implementation planning, and IaC bindings before validation.
Interpret APEX diagnostic evidence for Azure service symptoms. Use for health, logs, metrics, failed requests, cold starts, image pulls, and probe analysis.
Records bounded Azure architecture decisions. Use for ADR rationale, alternatives, WAF and compliance consequences, implementation constraints, supersession, and revisit criteria.
Designs least-privilege Azure access in APEX decisions. Use for managed identities, built-in or custom role requirements, control-plane versus data-plane permissions, assignment scope, prerequisites, and idempotent binding intent.
Researches official Microsoft documentation for APEX decisions. Use for Microsoft Learn concepts, limits, version support, WAF and architecture guidance, configuration, tutorials, and official code samples with cited evidence.
Apply approved Bicep architecture patterns to APEX implementation intent. Use for AVM composition, private endpoints, networking, diagnostics, and CodeGen acceptance.
Plans large, uncertain efforts as a GitHub issue map of decision tickets. Use when a request exceeds one session, has unresolved dependencies, or needs staged research and human decisions.
**WORKFLOW SKILL** — Full GitHub contribution lifecycle: branches, conventional commits, issues, PRs, Actions, releases. gh CLI-first with MCP fallback. WHEN: "commit", "push", "open PR", "create branch", "create issue", "cut release", "GitHub operation". DO…