session-logs

name	session-logs
description	Use when the user asks about earlier conversations, prior outputs, historical context, or past work that may live in Codex memories, Codex session logs, or optional legacy OpenClaw logs.
metadata	{"short-description":"Search prior Codex and optional legacy sessions"}

Session Logs

Use this skill to recover prior context from local artifacts.

Search order

1. ~/.codex/memories/
2. ~/.codex/history.jsonl
3. ~/.codex/sessions/YYYY/MM/DD/*.jsonl
4. ~/.codex/log/
5. ~/.codex/archived_sessions/ and ~/.codex/session_index.jsonl if those artifacts exist
6. ~/.openclaw/agents/.../sessions/ only as an optional legacy fallback when that path exists and the task specifically benefits from it

When to use

• "What did we say before?"
• "Find the previous discussion about X"
• "Search older sessions"
• "What did Codex decide last time?"

Tools

• use functions.exec_command
• prefer rg for filename and content filtering
• use jq for structured extraction from JSONL transcripts

Useful patterns

Search memories first:

rg -n "phrase" ~/.codex/memories

Search local Codex sessions:

rg -l "phrase" ~/.codex/sessions ~/.codex/history.jsonl

Search optional archived Codex sessions:

rg -l "phrase" ~/.codex/archived_sessions ~/.codex/session_index.jsonl

Extract assistant text from Codex session JSONL:

jq -r 'select(.type == "response_item" and .payload.type == "message" and .payload.role == "assistant") | .payload.content[]? | select(.type == "output_text" or .type == "input_text") | .text' <session>.jsonl

Extract user text from Codex session JSONL:

jq -r 'select(.type == "response_item" and .payload.type == "message" and .payload.role == "user") | .payload.content[]? | select(.type == "input_text" or .type == "output_text") | .text' <session>.jsonl

Legacy OpenClaw fallback:

rg -l "phrase" ~/.openclaw/agents

Interruption triage

When diagnosing an interrupted Codex turn, inspect lifecycle metadata before reading or quoting conversation content:

• A task_started followed by task_complete is a normal completed turn.
• A turn_aborted record confirms that Codex handled an interrupt, but does not by itself identify the key, signal, UI action, or actor that caused it.
• If a later task starts without either terminal record, classify the earlier turn as an abnormal lifecycle gap. Do not infer Ctrl+C, a subprocess signal, or large output as the cause without separate evidence.
• Process IDs, parent/session/process-group IDs, controlling-TTY state, event types, timestamps, levels, and logger targets are safe first-line evidence. Do not print raw argv, environment values, tool inputs/outputs, or message bodies merely to identify a lifecycle boundary.
• For a missing child or signal 9, correlate kernel OOM records and cgroup memory events by timestamp before blaming terminal input. Name the recorded OOM victim separately from any inferred effect on the Codex turn.
• Treat plaintext TUI logs as sensitive. Keep their directory owner-only and quote only the minimum redacted diagnostic lines needed.

Separate confirmed observations from causal inferences, and label any missing terminal evidence as incomplete analysis.

Rules

• Prefer .codex memories and .codex session artifacts before any legacy path.
• If archived_sessions/ or session_index.jsonl exist, treat them as Codex-native sources before legacy OpenClaw logs.
• Use ~/.openclaw/... only when that legacy path exists and is actually needed.
• Quote only the lines needed.
• Include the source path when it helps verification.
• If memory notes and raw session logs disagree, say so.
• Do not assume ~/.openclaw/agents/ exists locally; check first.