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---
name: osdu
description: "GitLab CI/CD test job reliability analysis for OSDU projects. Tracks test job (unit/integration/acceptance) pass/fail status across pipeline runs. Use for test job status, flaky test job detection, test reliability/quality metrics, cloud provider analytics. Wraps osdu-quality CLI."
version: 2.0.0
brief_description: "OSDU GitLab CI/CD test reliability analysis"
triggers:
keywords: [osdu, gitlab, quality, ci, cd, pipeline, test, job, reliability, flaky, acceptance, integration, unit, azure, aws, gcp, cloud, provider]
verbs: [analyze, track, monitor, test, check]
patterns:
- "test.*(?:reliability|status|job)"
- "pipeline.*(?:analysis|status)"
- "flaky.*test"
- "ci.*cd"
- "gitlab.*(?:pipeline|job)"
allowed-tools: Bash
---
<osdu-command>
<objective>
Analyze GitLab CI/CD test job reliability for OSDU platform projects, tracking test job pass/fail status across pipeline runs to identify flaky tests and provide quality metrics.
</objective>
<triggers>
<use-when>
<trigger>OSDU project test status queries ("how is {project} looking", "partition test quality")</trigger>
<trigger>Flaky test detection ("are there flaky tests in {project}")</trigger>
<trigger>Pipeline health monitoring ("recent pipeline failures")</trigger>
<trigger>Cloud provider comparison ("azure vs aws test reliability")</trigger>
<trigger>Stage-specific analysis ("unit test status", "integration test failures")</trigger>
</use-when>
<skip-when>
<condition>Individual test case tracking (we track job-level, not test-level)</condition>
<condition>Non-test jobs (build, deploy, lint, security scans)</condition>
<condition>Non-OSDU projects or non-GitLab CI systems</condition>
<condition>Real-time monitoring (data is from completed pipelines only)</condition>
</skip-when>
</triggers>
<tracking-scope>
<hierarchy>
Pipeline Run → Test Stage (unit/integration/acceptance) → Test Job → Test Suite (many tests)
</hierarchy>
<capabilities>
<supported>Test job pass/fail status across multiple pipeline runs</supported>
<supported>Flaky test job detection (jobs that intermittently fail)</supported>
<supported>Stage-level metrics (unit/integration/acceptance)</supported>
<supported>Cloud provider breakdown (azure, aws, gcp, ibm, cimpl)</supported>
<unsupported>Individual test results (not tracked)</unsupported>
<unsupported>Non-test jobs like build, deploy, lint</unsupported>
</capabilities>
<example>
Pipeline #1: job "unit-tests-azure" → PASS (100/100 tests passed)
Pipeline #2: job "unit-tests-azure" → FAIL (99/100 tests passed)
Pipeline #3: job "unit-tests-azure" → PASS (100/100 tests passed)
Result: This job is FLAKY (unreliable across runs)
</example>
</tracking-scope>
<query-strategy importance="critical">
<token-usage-reference>
<query type="status.py --format json" pipelines="5" projects="1" tokens="900" speed="10s" safety="always-safe"/>
<query type="analyze.py --format json" pipelines="5" projects="1" tokens="35000" speed="30s" safety="use-cautiously"/>
<query type="analyze.py --format json" pipelines="10" projects="1" tokens="68000" speed="60s" safety="heavy"/>
<query type="analyze.py" pipelines="10+" projects="multiple" tokens="100000+" speed="120s+" safety="avoid"/>
<query type="analyze.py" pipelines="all" projects="30" tokens="200000+" speed="180s+" safety="exceeds-limit"/>
</token-usage-reference>
<progressive-approach mandatory="true">
<step number="1" name="start-light">
<action>Use status.py for quick overview</action>
<command>script_run osdu status.py --format json --pipelines 3 --project {name}</command>
<rationale>Lightweight, fast, safe token usage</rationale>
</step>
<step number="2" name="deep-dive" condition="only-if-needed">
<action>Use analyze.py with strict filters</action>
<command>script_run osdu analyze.py --format json --pipelines 5 --project {name} --stage unit</command>
<rationale>Heavy query, use only when status insufficient</rationale>
</step>
<step number="3" name="never-query-all">
<action>ALWAYS specify --project to avoid 30-project scan</action>
<rationale>Prevents token limit exceeded error</rationale>
</step>
</progressive-approach>
<format-selection>
<format type="json">
<use-when>Extracting specific metrics or calculating statistics</use-when>
<use-when>Building summaries or comparisons</use-when>
<use-when>Parsing structured data programmatically</use-when>
<use-when importance="critical">ALWAYS for status.py (lightweight, parseable)</use-when>
</format>
<format type="markdown">
<use-when>Analyze.py queries (10x smaller than JSON, still readable)</use-when>
<use-when>Creating reports for sharing</use-when>
<use-when>Need human-readable tables without parsing</use-when>
<use-when>Token budget is tight</use-when>
</format>
<format type="terminal" status="never-use">
<avoid-because>Includes ANSI codes and colors, hard to parse</avoid-because>
<avoid-because>Only for direct human terminal viewing</avoid-because>
</format>
</format-selection>
</query-strategy>
<available-projects count="30">
<core-services description="Most Common Queries">
<project name="partition" description="Multi-tenant data partitioning"/>
<project name="storage" description="Blob/file storage service"/>
<project name="indexer-service" description="Search indexing"/>
<project name="search-service" description="Search API"/>
<project name="entitlements" description="Auth/permissions"/>
<project name="legal" description="Legal tags/compliance"/>
<project name="schema-service" description="Schema registry"/>
<project name="file" description="File metadata management"/>
</core-services>
<domain-services>
<project name="wellbore-domain-services" description="Wellbore data"/>
<project name="well-delivery" description="Well delivery workflows"/>
<project name="seismic-store-service" description="Seismic data storage"/>
<project name="dataset" description="Dataset management"/>
<project name="register" description="Data registration"/>
<project name="unit-service" description="Unit conversion"/>
</domain-services>
<reference-services>
<project name="crs-catalog-service" description="Coordinate reference systems"/>
<project name="crs-conversion-service" description="CRS conversion"/>
</reference-services>
<ddms-services>
<project name="rafs-ddms-services" description="R&D data management"/>
<project name="eds-dms" description="Engineering data management"/>
</ddms-services>
<workflow-processing>
<project name="ingestion-workflow" description="Data ingestion pipelines"/>
<project name="indexer-queue" description="Indexing queue management"/>
<project name="notification" description="Event notifications"/>
<project name="segy-to-mdio-conversion-dag" description="Seismic format conversion"/>
</workflow-processing>
<infrastructure>
<project name="infra-azure-provisioning" description="Azure infra provisioning"/>
<project name="os-core-common" description="Shared core libraries"/>
<project name="os-core-lib-azure" description="Azure-specific libs"/>
</infrastructure>
<other-services>
<project name="geospatial" description="Geospatial services"/>
<project name="policy" description="Policy engine"/>
<project name="secret" description="Secret management"/>
<project name="open-etp-client" description="ETP protocol client"/>
<project name="schema-upgrade" description="Schema migration tools"/>
</other-services>
<cloud-providers>
<provider code="azure" name="Microsoft Azure"/>
<provider code="aws" name="Amazon Web Services"/>
<provider code="gcp" name="Google Cloud Platform"/>
<provider code="ibm" name="IBM Cloud"/>
<provider code="cimpl" name="CIMPL (Venus) provider"/>
</cloud-providers>
</available-projects>
<prerequisites>
<requirement>osdu-quality CLI installed: uv tool install git+https://community.opengroup.org/danielscholl/osdu-quality.git</requirement>
<requirement>GitLab authentication (choose one):
- GITLAB_TOKEN environment variable, OR
- glab CLI authenticated (glab auth login)
</requirement>
<requirement>Access to OSDU GitLab projects</requirement>
</prerequisites>
<scripts>
<script name="status.py" recommendation="preferred">
<purpose>Quick overview of latest pipeline test results by stage</purpose>
<when-to-use>
<scenario>Initial health check ("how is {project} doing?")</scenario>
<scenario>Recent pipeline status</scenario>
<scenario>Quick pass/fail overview</scenario>
<scenario importance="high">Default choice for most queries</scenario>
</when-to-use>
<token-impact>~900 tokens per project (very safe)</token-impact>
<options>
<option name="--pipelines N" default="10" recommended="3-5">Analyze last N pipelines</option>
<option name="--project NAME" required="true">Specify project (see list above)</option>
<option name="--format json" required="true">Structured output for parsing</option>
<option name="--venus">Filter to CIMPL (Venus) provider pipelines only</option>
<option name="--no-release">Exclude release tag pipelines (master/main branch only)</option>
</options>
<examples>
<example description="Quick status check (recommended starting point)">
script_run osdu status.py --format json --pipelines 3 --project partition
</example>
<example description="Check specific project without releases">
script_run osdu status.py --format json --pipelines 5 --project storage --no-release
</example>
<example description="Venus provider status">
script_run osdu status.py --format json --pipelines 3 --project indexer-service --venus
</example>
</examples>
</script>
<script name="analyze.py" recommendation="use-cautiously">
<purpose>In-depth flaky test detection and reliability metrics across many pipeline runs</purpose>
<when-to-use>
<scenario>After status.py shows issues</scenario>
<scenario>Flaky test job detection needed</scenario>
<scenario>Calculating pass rates over time</scenario>
<scenario>Provider comparison analysis</scenario>
<scenario importance="critical">Only with strict filters (project + stage or provider)</scenario>
</when-to-use>
<token-impact>
<impact pipelines="5" projects="1">~35K tokens (moderate)</impact>
<impact pipelines="10" projects="1">~68K tokens (heavy)</impact>
<impact projects="multiple">Can exceed 200K token limit ❌</impact>
</token-impact>
<critical-rules>
<rule priority="1">ALWAYS specify --project (never scan all 30 projects)</rule>
<rule priority="2">Start with --pipelines 5 (not default 10)</rule>
<rule priority="3">Add --stage or --provider for additional filtering</rule>
<rule priority="4">Use --format markdown if token budget is tight (10x smaller than JSON)</rule>
<rule priority="5">Only use if status.py insufficient</rule>
</critical-rules>
<options>
<option name="--pipelines N" default="10" recommended="5">Analyze last N pipelines</option>
<option name="--project NAME" required="true">Specific project (comma-separated for multiple)</option>
<option name="--format FORMAT" required="true" recommended="markdown">Use markdown to save tokens</option>
<option name="--stage STAGE">Filter by test stage (unit/integration/acceptance)</option>
<option name="--provider PROVIDER">Filter by cloud provider (azure/aws/gcp/ibm/cimpl)</option>
</options>
<examples>
<example description="Analyze flaky tests (safe query)">
script_run osdu analyze.py --format markdown --pipelines 5 --project partition --stage unit
</example>
<example description="Provider comparison (focused)">
script_run osdu analyze.py --format markdown --pipelines 5 --project storage --provider azure
</example>
<example description="Multi-project with strict filter (use cautiously)">
script_run osdu analyze.py --format markdown --pipelines 5 --project partition,storage --stage unit
</example>
</examples>
</script>
</scripts>
<query-patterns>
<pattern name="quick-health-check">
<description>Best approach: Start with status.py</description>
<command>script_run osdu status.py --format json --pipelines 3 --project partition</command>
</pattern>
<pattern name="flaky-test-detection">
<step number="1">Check status</step>
<command>script_run osdu status.py --format json --pipelines 5 --project partition</command>
<step number="2">If issues found, deep dive with analyze.py</step>
<command>script_run osdu analyze.py --format markdown --pipelines 5 --project partition --stage unit</command>
</pattern>
<pattern name="provider-comparison">
<description>Compare Azure vs AWS for specific project/stage</description>
<command>script_run osdu analyze.py --format markdown --pipelines 5 --project storage --stage integration --provider azure</command>
<command>script_run osdu analyze.py --format markdown --pipelines 5 --project storage --stage integration --provider aws</command>
</pattern>
<pattern name="stage-specific-analysis">
<description>Focus on unit tests only</description>
<command>script_run osdu analyze.py --format markdown --pipelines 5 --project entitlements --stage unit</command>
</pattern>
</query-patterns>
<anti-patterns importance="critical">
<dont-do description="Query all projects without filters">
<bad-example>script_run osdu analyze.py --format json --pipelines 10</bad-example>
<reason>Will exceed 200K token limit!</reason>
</dont-do>
<dont-do description="Use high pipeline counts without project filter">
<bad-example>script_run osdu analyze.py --format json --pipelines 20</bad-example>
<reason>Takes 3+ minutes, huge output</reason>
</dont-do>
<dont-do description="Use terminal format in agent context">
<bad-example>script_run osdu status.py --format terminal --project partition</bad-example>
<reason>Includes ANSI codes, hard to parse</reason>
</dont-do>
<dont-do description="Jump straight to analyze.py">
<bad-example>script_run osdu analyze.py --format json --pipelines 10 --project partition</bad-example>
<reason>Heavy query when status.py would suffice</reason>
</dont-do>
</anti-patterns>
<best-practices>
<practice priority="1" name="Progressive Disclosure">
Always start with status.py, only use analyze.py if needed
</practice>
<practice priority="2" name="Explicit Formats">
Always specify --format json or --format markdown
</practice>
<practice priority="3" name="Project Specificity">
Always include --project {name} to avoid all-30-projects scan
</practice>
<practice priority="4" name="Conservative Pipelines">
Start with --pipelines 3-5, increase only if necessary
</practice>
<practice priority="5" name="Add Filters">
Use --stage or --provider to narrow scope
</practice>
<practice priority="6" name="Markdown for Heavy">
Prefer --format markdown for analyze.py (10x token savings)
</practice>
</best-practices>
<output-formats>
<format type="json" size="large" agent-usage="status.py-only">
<best-for>Structured parsing, metrics extraction</best-for>
</format>
<format type="markdown" size="medium" agent-usage="analyze.py-preferred">
<best-for>Reports, sharing, analyze.py queries</best-for>
</format>
<format type="terminal" size="small" agent-usage="never">
<best-for>Human viewing in terminal with colors</best-for>
</format>
</output-formats>
<error-handling>
<error condition="osdu-quality CLI not installed">Clear message with installation command</error>
<error condition="GITLAB_TOKEN not set">Message about authentication requirements</error>
<error condition="GitLab API errors">API error details</error>
<error condition="Invalid project/filter">List of valid options</error>
<error condition="Query timeout">Suggestion to reduce --pipelines or add filters</error>
</error-handling>
<instructions>
<guideline priority="critical">Always follow progressive query approach</guideline>
<guideline priority="critical">Never query without --project filter</guideline>
<guideline>Start with minimal pipeline counts</guideline>
<guideline>Use markdown format for analyze.py to save tokens</guideline>
<guideline>Apply stage or provider filters when possible</guideline>
</instructions>
</osdu-command>