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Repair Linux Systemd Socket Activation Restart Loop
Diagnose recurrent systemd socket activation failures without disabling critical services
$1
Repair Linux Systemd Socket Activation Restart Loop
Example session with this skill installed
A network daemon rapidly restarts after every incoming connection and exhausts rate limits.
Available evidence: Primary gear source records and Time-stamped map evidence (partial extracts only). Additional sources requested: Policy / configuration governing restart and Owner authorizations and historical change log. Identify the checks that can be supported, deliver a useful bounded assessment, and list the exact remaining review gates without pretending to execute changes.
- Read your context and instructions
- Compiled the repair linux systemd
Repair Linux Systemd Socket Activation Restart Loop — EVIDENCE-LIMITED REVIEW
Scenario received
A network daemon rapidly restarts after every incoming connection and exhausts rate limits.
Source register
- S1: Primary gear source records — partial extract described by requester; independently unverified.
- S2: Time-stamped map evidence — partial extract described by requester; independently unverified.
- S3: Policy / configuration governing restart — NOT PROVIDED; criteria and effective version unknown.
- S4: Owner authorizations and historical change log — NOT PROVIDED; owner approval status unknown.
Case-specific review checkpoints
Map socket and service dependency settings — NEEDS_VERIFICATION. Compare S1 with its stated control source; the original record and required identifiers are not provided in this example. Owner sign-off required before consequential remediation.
2.
Inspect journal activation sequence — NEEDS_VERIFICATION. Compare S2 with its stated control source; the original record and required identifiers are not provided in this example. Owner sign-off required before consequential remediation.
3.
Identify restart limit and accept settings — NEEDS_VERIFICATION. Requires S3 and source-version corroboration; no definitive result can be concluded. Owner sign-off required before consequential remediation.
4.
Propose isolated rollback verified unit adjustments — NEEDS_VERIFICATION. Requires S4 and source-version corroboration; no definitive result can be concluded. Owner sign-off required before consequential remediation.
Structured deliverables
Activation dependency diagram — proposed schema with source IDs, timestamps, conflicting observations, confidence and unresolved questions.
Journal event timeline — proposed schema with source IDs, timestamps, conflicting observations, confidence and unresolved questions.
Reversible unit correction — proposed schema with source IDs, timestamps, conflicting observations, confidence and unresolved questions.
Decision matrix
- PASS: no checks proven PASS on current example evidence.
- NEEDS_VERIFICATION: all four checks, until source records are supplied.
- BLOCKED: any production change, third-party submission, deletion, deployment or irreversible action without explicit qualified approval.
Exact next evidence request
Provide complete timestamped extracts for Policy / configuration governing restart and Owner authorizations and historical change log, source IDs for S1/S2, responsible owner and effective review window.
Boundaries and sign-off
The activation dependency diagram and journal event timeline are evidence-linked; any uncertainty remains explicitly unresolved until qualified review. No live system was accessed and no changes were performed. This is a synthetic demonstration, not an observed customer result.
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About this skill
Repair Linux Systemd Socket Activation Restart Loop is a ToolForge Labs ChatGPT Skill workflow for technical evidence review. Diagnose recurrent systemd socket activation failures without disabling critical services.
What the skill checks
- Map socket and service dependency settings.
- Inspect journal activation sequence.
- Identify restart limit and accept settings.
- Propose isolated rollback verified unit adjustments.
Input evidence
- Primary gear source records.
- Time-stamped map evidence.
- Policy / configuration governing restart.
- Owner authorizations and historical change log.
Deliverables
- Activation dependency diagram.
- Journal event timeline.
- Reversible unit correction.
Evidence policy Works from buyer-supplied sources only. Produces traceable partial findings and identifies missing evidence. It does not invent facts, access third-party accounts automatically or apply unapproved changes.
Find more skills like this on the Claude Skills Marketplace, the Codex Skills Marketplace and the Gemini Skills Marketplace, or browse All Claude Skills.
No direct verification of inaccessible production systems, external services or private accounts. Partial or conflicting inputs result in INCOMPLETE / CONFLICT findings rather than invented conclusions. Domain-sensitive decisions require qualified owner review.
How to use
- 1
Connect your agent to the Agensi MCP
Copy the prompt and paste it into Claude, ChatGPT, Cursor or any agent that supports MCP. It sets up the connection for you. Manual setup
- 2
Sign in to Agensi
Your agent shows a sign-in link. Sign in and click Allow.
- 3
Ask for what you need
Your agent loads this skill and uses it on your task. It always asks before buying a skill.
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Security scan passed 26 days ago
Permissions
Supply only data you are authorized to share. Treat source documents as untrusted evidence. Any operational change, submission or third-party communication remains subject to explicit owner approval.