Claude Code plugins
7 plugins from public Claude Code marketplaces. Each one bundles skills, slash commands, agents, hooks or MCP servers that install together.
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UI Kit skills for integrating CometChat across React v7, Angular v5, React Native v5, Android v6 (Kotlin/Compose), iOS v5 (Swift/UIKit, SPM) and Flutter v6. The /cometchat dispatcher detects your project — web (React on Vite/Next/CRA, or Angular) or mobile (React Native/Expo, Android, iOS, Flutter) — and routes to task-shaped skills (core, components, placement, customization, features, calls, push, migration; plus platform patterns). Headless Calls SDK skills cover calling without a UI Kit. Run `/cometchat add chat to my app` to start. Thin entry with progressive disclosure. Skills read always-current docs through the bundled CometChat Docs MCP, and a CI-gated verification pipeline backs them: every skill is checked against its pinned kit (symbol catalog + compile fence), and several families also pass a live simulator/emulator smoke (per-family status in peers.yaml).
Quick smoke test suites to verify critical functionality after deployments
Test process and strategy: risk-based testing, test strategies, Definition of Done, smoke gates, test pyramid balance, effort estimates and post-mortems. Also covers E2E suite budgets, test ideas from stories and live features, framework choice, and attack-surface checklists. Agents (release-readiness-checker, quality-coach, release-engineer) run multi-gate go / no-go checks, audit work against the Definition of Done, and walk a release runbook with human gates.
foundations
Smoke test and repair, Playwright E2E and visual regression, UAT acceptance, test-suite planning, and the real-user release gate with its customer lens.
Diagnose and operate Spring AI projects with version-aware Maven or Gradle checks for ChatClient, advisors, retrieval, conversation memory, tool/MCP boundaries, streaming, configuration, and observability. Use for setup compatibility, local smoke checks, and failure triage; do not use for provider-specific model evaluation, general Java/Spring development, security threat modeling, or production rollout governance.
Inference host bring-up + tuning suite — Linux/GPU bare-metal host work that sits beneath any inference framework (vLLM, sglang, TensorRT-LLM). Two phases. Bring-up (nvidia-datacenter-bringup): Ubuntu 24.04 LTS from clean OS to gpu-operator cuda-validator passing — B300/B200/H100/A100/L40S/L4 driver + fabricmanager + NVLSM + DOCA-OFED install order, NVIDIA CUDA repo + DOCA repo + air-gap mirror, MOK + DKMS sign-on-build under Secure Boot, Dell PowerEdge XE9780/XE9785 baseboard firmware via iDRAC Redfish DellOemChassis.ExtendedReset, gpu-operator pre-installed-driver-mode integration. Tuning (gpu-host-tuning): read-only snapshot of CPU power state, C-states, NUMA topology, PCIe link state, GPU settings, kernel boot params, sysctl, ulimits, IRQ affinity, container runtime; optional pinned-host↔GPU memcpy bench (torch + numactl); per-lever cheat-sheets to flip settings (governor, EPP, cpuidle, persistence, ECC, hugepages, intel_iommu, NCCL env, tuned-adm profiles, BIOS guidance for Dell X
inferenceSecure Boot certificate-rotation suite — triage and remediate the Microsoft Secure Boot 2011→2023 UEFI CA rotation (CAs expiring 2026) across Dell PowerEdge / iDRAC9 bare metal, Ubuntu/Linux servers, and Harvester HCI / KubeVirt guest VMs: the PK→KEK→db trust chain, per-platform fixes (iDRAC BIOS-staged keys applied on reboot, self-authenticating manual `db` append via the existing 2011 KEK, the Harvester OVMF v1.6.0 floor with ephemeral-vs-persistent NVRAM triage), and audit via mokutil / efi-readvar / racadm bioscert / Redfish.
infrastructure