Fluentbit Generator
Generate/create Fluent Bit configs — INPUT, FILTER, OUTPUT, parsers, log pipeline.
- Skill ID
- akin-ozer/cc-devops-skills/fluentbit-generator
- Publisher
- akin-ozer
- Repository
- cc-devops-skills
- Installs
- 0
- Files
- 19
- Synced
- Sep 23, 2026
Open any RiverX project, open the Skills panel in the chat, and search for this identifier. The files are fetched from the source repository at install time.
akin-ozer/cc-devops-skills/fluentbit-generatorInstalls these files- SKILL.md
- examples/application-multiline.conf
- examples/cloudwatch.conf
- examples/file-tail-s3.conf
- examples/full-production.conf
- examples/http-input-kafka.conf
- examples/kubernetes-elasticsearch.conf
- examples/kubernetes-loki.conf
- examples/kubernetes-opentelemetry.conf
- examples/lua-filtering.conf
- examples/multi-destination.conf
- examples/parsers.conf
- examples/prometheus-metrics.conf
- examples/stream-processor.conf
- examples/syslog-forward.conf
- output/k8s-errors-elasticsearch.conf
- output/parsers.conf
- scripts/generate_config.py
- scripts/test_generate_config.py
What this skill tells the agent
Fluent Bit Config Generator
Trigger Guidance
Use this skill when the user asks for any of the following:
- Create or update a Fluent Bit config (
fluent-bit.conf,parsers.conf) - Build a log pipeline (INPUT -> FILTER -> OUTPUT)
- Configure Kubernetes logging with metadata enrichment
- Send logs/metrics to Elasticsearch, Loki, CloudWatch, S3, Kafka, OTLP, or Prometheus remote write
- Implement parser, multiline, lua, or stream processing behavior
Do not use this skill for pure validation-only requests; use fluentbit-validator in that case.
Execution Flow
Follow this sequence exactly. Do not skip stages.
Stage 1: Set Working Context and Preflight
Use one of these deterministic command patterns.
# Option A (recommended): run from this skill directory
cd /Users/akinozer/GolandProjects/cc-devops-skills/devops-skills-plugin/skills/fluentbit-generator
python3 scripts/generate_config.py --help# Option B: run from any cwd with absolute paths
python3 /Users/akinozer/GolandProjects/cc-devops-skills/devops-skills-plugin/skills/fluentbit-generator/scripts/generate_config.py --helpPreflight checks:
- Confirm
python3is available. - Confirm script help loads without errors.
- If using relative output paths, run from the intended target cwd.
Fallback:
- If
python3or script execution is unavailable, switch to manual generation flow (Stage 4) usingexamples/templates.
Stage 2: Clarification Questionnaire (Explicit Template)
Collect these fields before generation.
Required questions:
- Primary use case:
kubernetes,application logs,syslog,http ingest,metrics, orcustom? - Inputs: which sources and paths/ports (for example
tail /var/log/containers/*.log)? - Outputs: destination plugin(s) and endpoint(s) (host, port, uri/topic/index/bucket)?
- Reliability/security requirements: TLS on/off, retry expectations, buffering limits?
- Environment context: cluster name, environment name, cloud region (if applicable)?
Optional but important:
- Expected log format: json, regex, cri, docker, multiline stack traces?
- Throughput profile: low/medium/high and acceptable latency?
- Constraints: offline environment, missing binaries, read-only filesystem?
If any required answer is missing, ask focused follow-up questions before generating.
Stage 3: Decide Script vs Manual Generation
Use this decision table.
| Condition | Path |
|---|---|
| Request matches a built-in use case and only needs supported flags | Script path (Stage 5) |
| Request needs uncommon plugin options not represented by script flags | Manual path (Stage 4) |
| Complex multi-filter chain, custom parser/lua logic, or specialized plugin tuning | Manual path (Stage 4) |
| Script cannot run in environment (missing Python/permissions) | Manual path (Stage 4) |
| User explicitly requests hand-crafted config | Manual path (Stage 4) |
Supported script use cases:
kubernetes-elasticsearchkubernetes-lokikubernetes-cloudwatchkubernetes-opentelemetryapplication-multilinesyslog-forwardfile-tail-s3http-kafkamulti-destinationprometheus-metricslua-filteringstream-processorcustom
Always state the decision explicitly, including why the other path was not used.
Stage 4: Manual Generation (When Script Is Not the Best Fit)
- Read the closest template in
examples/first. - Read
examples/parsers.confbefore defining new parsers. - Assemble config in this order:
[SERVICE][INPUT][FILTER][OUTPUT]- parser definitions (if needed)
- Reuse known-good sections from examples and only customize required parameters.
- Keep tags and parser references consistent across sections.
Required local template selection:
- Kubernetes + Elasticsearch:
examples/kubernetes-elasticsearch.conf - Kubernetes + Loki:
examples/kubernetes-loki.conf - Kubernetes + CloudWatch:
examples/cloudwatch.conf - Kubernetes + OpenTelemetry:
examples/kubernetes-opentelemetry.conf - App multiline:
examples/application-multiline.conf - Syslog forward:
examples/syslog-forward.conf - File to S3:
examples/file-tail-s3.conf - HTTP to Kafka:
examples/http-input-kafka.conf - Multi destination:
examples/multi-destination.conf - Metrics:
examples/prometheus-metrics.conf - Lua filtering:
examples/lua-filtering.conf - Stream processor:
examples/stream-processor.conf - Parsers:
examples/parsers.conf
Fallback:
- If no matching example exists, start from
scripts/generate_config.py --use-case customoutput shape and extend manually.
Stage 5: Script Generation Commands (Deterministic Examples)
Run from skill directory unless output path is absolute.
cd /Users/akinozer/GolandProjects/cc-devops-skills/devops-skills-plugin/skills/fluentbit-generator
# Kubernetes -> Elasticsearch
python3 scripts/generate_config.py \
--use-case kubernetes-elasticsearch \
--cluster-name prod-cluster \
--environment production \
--es-host elasticsearch.logging.svc \
--es-port 9200 \
--output output/fluent-bit.conf
# Kubernetes -> OpenTelemetry
python3 scripts/generate_config.py \
--use-case kubernetes-opentelemetry \
--cluster-name prod-cluster \
--environment production \
--otlp-endpoint otel-collector.observability.svc:4318 \
--output output/fluent-bit-otlp.conf
# File tail -> S3
python3 scripts/generate_config.py \
--use-case file-tail-s3 \
--log-path /var/log/app/*.log \
--s3-bucket my-logs-bucket \
--s3-region us-east-1 \
--output output/fluent-bit-s3.confFallback:
- If a required option is unsupported by the script, document that gap and switch to Stage 4.
Stage 6: Plugin Documentation Lookup Fallback Chain
Use this strict order when plugin behavior or parameters are uncertain.
- Context7 (first choice)
- Resolve library id for Fluent Bit docs.
- Query plugin-specific configuration details.
- Official Fluent Bit docs (second choice)
- Use
https://docs.fluentbit.io/manualand plugin-specific pages. - Prefer official plugin reference sections over blogs.
- Web search (last choice)
- Use only when Context7 and official docs are unavailable/incomplete.
- Prioritize sources that quote or link official docs.
When to stop escalating:
- Stop as soon as required parameters and one validated example are found.
- If all sources are unavailable, proceed with local
examples/and clearly mark assumptions.
Stage 7: Validation and Fallback Behavior
Primary validation path:
- Invoke
fluentbit-validatorafter generation.
If validator is unavailable, run local fallback checks:
# Syntax/format smoke check when fluent-bit is installed
fluent-bit -c <generated-config> --dry-run
# Optional execution test
fluent-bit -c <generated-config>If fluent-bit binary is missing:
- Perform static checks manually:
- section headers are valid (
[SERVICE],[INPUT],[FILTER],[OUTPUT]) - required plugin keys exist
- tag/match patterns align
- parser names/files referenced correctly
- no hardcoded credentials
- Report that runtime validation was skipped and why.
Stage 8: Response Contract
Always return:
- Generation path used (
scriptormanual) and reason. - Produced file(s) and key plugin choices.
- Validation results (or explicit skip reason with fallback checks performed).
- Assumptions, open risks, and what to customize next.
Done Criteria
This skill execution is complete only when all are true:
- Trigger fit was explicitly confirmed.
- Clarification questionnaire captured required fields or documented assumptions.
- Script-vs-manual decision was explicit and justified.
- Plugin lookup used deterministic chain: Context7 -> official docs -> web (as needed).
- Commands were provided with cwd-safe examples.
- Fallback behavior was applied for any missing tools/docs/network constraints.
- Validation was executed (or skipped with explicit reason and fallback static checks).
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