agentsclimarketplace

Grafana

Skill event4u-app/agent-config/dist/agent-src/skills/grafana

Universal AI Agent OS — audited skills, governance rules, replayable state. One contract, every host agent.

Install
npx -y skills add event4u-app/agent-config --skill grafana

Assembled from the repository path, not quoted from the project. Check it against their README if it does not work.

One thing to look at

  • 7 stars7 stars. Stars are a popularity signal and not a quality one, but at this level it is likely that nobody has read this closely except its author, and you would be relying on your own review.

What its author says it does

Copied from the file, not written here

Use when working with Grafana — dashboards, Loki LogQL queries, alerting rules, monitoring panels — even when the user just says 'build me a dashboard' or 'query the logs' without naming Grafana.

SKILL.md

5.8 KB, as published. Nobody here has run it

Grafana Skill

When to use

Use this skill when:

  • Creating or editing Grafana dashboards (JSON provisioning)
  • Writing Loki LogQL queries for log analysis
  • Configuring alerting rules or contact points
  • Working on a Grafana module (if the project has one)
  • Debugging log-based issues using Loki data

Procedure: Create Grafana dashboard

Project setup

Check if the project has a dedicated Grafana module or Docker config. Typical structure:

{grafana-location}/
├── .docker/
│   ├── grafana/
│   │   ├── dashboards/              ← Dashboard JSON files (provisioned)
│   │   ├── provisioning/
│   │   │   ├── datasources/         ← Loki, Prometheus data sources
│   │   │   └── dashboards/          ← Dashboard provisioning config
│   │   └── alerting/                ← Alert rules, contact points, notification policies
│   └── loki/
│       └── loki-config.yml          ← Loki server configuration
├── App/
│   ├── Logging/                     ← Loki timestamp processors
│   └── Console/Commands/            ← GrafanaPushDashboardsCommand
├── Docs/
│   └── Loki.md                      ← Loki documentation
└── Routes/console.php

Configuration

  • Grafana config: config/grafana.php
  • Logging channels: config/logging.php (Loki channels)
  • Loki package: itspire/monolog-loki via Monolog handler

Dashboard conventions

JSON provisioning

Dashboards are stored as JSON in .docker/grafana/dashboards/ and auto-provisioned. Use GrafanaPushDashboardsCommand to push dashboards to remote Grafana instances.

Panel rules

  • Always hide Loki metadata columns in table panels: labelTypes, traceID, traceID (field) → add to excludeByName in the organize transformation.
  • Verify column names match data semantics: If the timestamp represents imported_at, name the column "Imported", not "Uploaded".
  • Use consistent time ranges: Default to "Last 24 hours" for operational dashboards.
  • Add variables for customer FQDN, environment, and time range filters.

Naming

ElementConventionExample
Dashboard titleDescriptive, Title Case"Import Overview (Loki)"
Panel titleShort, descriptive"Import Results by Status"
Variable nameslowercase, underscore$fqdn, $environment

Loki LogQL

Query patterns

# Filter by service and status
{service="import_result"} |= "DONE" | json | status = "DONE"

# Count by label
sum by (status) (count_over_time({service="import_result"} | json [$__interval]))

# Filter by customer FQDN
{service="import_result", fqdn=~"$fqdn"} | json

Service labels

LabelPurposeNotes
import_resultFinal import states (DONE, FAILED)Use for result dashboards
import_snapshotCron-based status snapshotsUse for timeline dashboards
service=importLegacy static labelDo NOT query — use specific labels above

Best practices

  • Use json parser for structured log entries
  • Use line_format for human-readable output in explore view
  • Use $__interval for rate/count queries (auto-adjusts to time range)
  • Filter early in the pipeline (labels before line filters before parsers)

Alerting

Structure

.docker/grafana/alerting/
├── alert-rules.yml          ← Alert conditions and thresholds
├── contact-points.yml       ← Notification targets (Slack, email)
└── notification-policies.yml ← Routing rules (which alerts → which contacts)

Conventions

  • Alert names: descriptive, include severity: "Import Failure Rate > 10% (Critical)"
  • Use for duration to avoid flapping (e.g., for: 5m)
  • Group related alerts by folder/namespace

Integration with logging

The project uses structured logging via Monolog → Loki:

  • LokiTimestampProcessor — Adds precise timestamps to log entries
  • LokiTimestampChannelTap — Configures Loki channels with timestamp processing
  • Import events are logged via ImportEventLogger service

When adding new log entries for Grafana visualization:

  1. Use a dedicated log channel (defined in config/logging.php)
  2. Log as JSON with consistent field names
  3. Add appropriate Loki labels for filtering
  4. Update or create a dashboard panel for the new data

Related

  • Skill: logging-monitoring — full monitoring stack overview
  • Skill: dashboard-design — visualization selection, layout, KPI strategies
  • Skill: traefik — HTTPS for Grafana embedding in the app
  • Check the project for Grafana module or Docker config location
  • Config: config/grafana.php, config/logging.php (if applicable)

Output format

  1. Grafana dashboard JSON or LogQL/PromQL queries
  2. Panel configuration with data source and thresholds
  3. Alert rule definitions where applicable

Gotcha

  • Loki queries use LogQL, not PromQL — the syntax is different despite looking similar.
  • Don't create alerts without a clear notification channel — silent alerts are useless.
  • Dashboard panels that query too much data (>7 days at full resolution) will timeout — use downsampling.

Do NOT

  • Do NOT create panels without proper units and labels.
  • Do NOT use alerting rules without a notification channel.
  • Do NOT hardcode datasource names — use variables.

Auto-trigger keywords

  • Grafana
  • Loki
  • dashboard
  • log query
  • alerting
  • monitoring panel

Keep looking

Skills are one crate of 328,083. Ordering is by how many stacks a row turns up in, so the top of any crate is what has actually been picked rather than what has the most stars.