'session' 검색 결과

Serverless Aura Graph Analytics (AGA) GDS Sessions — covers GdsSessions, AuraGraphDataScience, AuraAPICredentials, DbmsConnectionInfo, SessionMemory, get_or_create, remote graph projection with gds.graph.project.cypher and gds.graph.project.remote, gds.graph.project.native, gds.graph.construct, graphdatascience client 2.0 session endpoints, async compute and gds.jobs, AuraDB Cypher API memory/sessionId projection, algorithms, write-back, and session lifecycle. Use for AuraDB-connected, self-managed Neo4j, or standalone DataFrame/Spark session workloads. Does NOT cover the embedded GDS plugin on Aura Pro or self-managed Neo4j — use neo4j-gds-skill. Does NOT handle Cypher authoring — use neo4j-cypher-skill. Does NOT cover Snowflake Graph Analytics — use neo4j-snowflake-graph-analytics-skill.

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Render a dashboard of the current Claude Code session — message counts, token usage, cache read/write, dollar cost, context %, lines changed, cost-per-turn sparkline, and a tool-call histogram — parsed from the session transcript JSONL by a bundled bash script. One bash call, zero analysis, zero confirmation. Optionally pass a session id to inspect a different session. Use when the user asks for session stats, usage, token or cost breakdown, or a session dashboard.

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Use when ending or pausing a Claude Code session whose work must continue in a fresh session — user says "create a handoff", "write a handoff", "I'm ending this session", "prepare for a fresh session", "hand this off", or "/handoff" — or when starting a session in a project that already contains a HANDOFF.md at the root ("resume", "pick up where we left off", "continue from the handoff"). Also relevant when a session shows degradation symptoms — Claude contradicted an earlier decision, re-explored something already established, hallucinated file contents, or the user says the session "feels off", "is getting confused", or "context is running low".

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Guides a user from "I want to watch recordings but don't know which ones" to a short, high-signal list of sessions worth watching. Use when the user asks which sessions or replays to watch, wants help finding interesting / useful recordings, says they don't know where to start in session replay, or wants to watch sessions about a goal (signup, pricing, onboarding, checkout, a feature, rageclicks, errors, mobile, a specific person) without naming exact filters. Turns a vague intent into a focused RecordingsQuery via `query-session-recordings-list`, then deep-links the best few and hands off to `investigating-replay`. Do NOT use when the user already has a recording/session ID (use investigating-replay) or wants the replay for a known error issue (use finding-replay-for-issue).

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Load bounded working context at the start of a coding session. FIRES ON EVERY FIRST USER MESSAGE in a fresh session, regardless of content — including bare greetings ("hi", "hello", "hey"), task-only openers, or "let's start". Also triggers on: "fresh session", "session start", "first message in a new thread", "new chat", "cold start", "begin work in this repo", "starting work", "continue from prior session", "what were we working on", "resume", "what happened last time", "load memory", "recall context", "create a handoff", "prior session context", "latest handoff", "current state", "decision context". Skip ONLY if the user explicitly says "fresh start" or "ignore prior context". Self no-ops if invoked mid-session when context is already loaded.

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OpenClaw 관리 화면에서 세션과 화면 배치를 정리하고 대시보드를 만듭니다. 연결 대상을 확인하고 원격 공개 시 발생하는 표시 및 통신 문제도 조사합니다.

• 관련 세션 그룹화 및 고정
• 전용 세션에 대시보드 만들기
• 탭과 위젯 배치 정리

Claude Code 세션 로그에서 모델별 토큰 사용량과 미국 달러 비용을 집계해 AgentDB에 저장합니다. 작업 후 비용을 기록하고 보고서용 데이터를 축적할 수 있습니다.

• 작업이 끝난 시점에 비용을 기록합니다
• 세션 종료 시 사용량을 저장합니다
• 긴 작업 중 비용을 정기 집계합니다

Claude Code 단일 세션의 비용을 메시지별로 계산해 비싼 응답을 찾습니다. 입력·출력 토큰, 캐시 읽기·쓰기, 모델과 비용 분포를 비교해 비용 원인을 살펴봅니다.

• 고비용으로 표시된 세션의 원인을 조사할 때
• 캐시 쓰기 비용을 확인할 때
• 지정 시각 이후의 고비용 메시지를 찾을 때

Search local session histories across Codex, Claude Code, OpenCode, and other coding agents. Find earlier requests, inspect transcripts and child sessions, and reconstruct past work using recorded evidence, with filters for dates, projects, platforms, and models.

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• Finding work done a few days ago
• Checking whether a migration was already completed
• Reviewing tasks delegated to child agents

Check opencode commands, HTTP server behavior, lifecycle events, and terminal startup with purpose-built scripts. Find stored sessions by ID, title, or scoped message searches, and export conversations as JSON for further inspection.

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• Check CLI commands and HTTP server health
• Observe lifecycle events associated with plugin hooks
• Check terminal startup and keyboard input

Resume unfinished Claude Code work in Muse Code using a local session log. After the user selects a session, the skill recovers recent requests, decisions, and tool results, checks current files, and continues the task.

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• Continuing unfinished Claude Code work in Muse Code
• Recovering task context from a session ID or log path
• Checking saved progress before resuming a task

Inspect local AI coding session logs with agenttrace to identify cost spikes, delays, failed tools, and retry loops. Produce readable reports, compare attempts, and configure automated checks for unusual or unhealthy runs.

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• Investigate slow or expensive AI coding sessions
• Review failed runs before retrying
• Compare tool usage and verification across attempts

Helps agents manage long tasks by checking for forgotten instructions and drifting conventions. It guides progress summaries, rule checks after context compaction, and handoff notes when work should continue in a fresh session.

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• Keeping rules consistent during long agent sessions
• Rechecking decisions after context compaction
• Preparing handoff notes for a fresh session

Control interactive command-line tools through tmux by sending keystrokes, capturing terminal output, and waiting for prompts. Supports session management and running multiple coding agents in parallel, with helper scripts for finding sessions and detecting text.

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• Operating an interactive Python session
• Waiting for prompts and reading terminal output
• Running Codex or Claude Code sessions in parallel

Create separate Git working directories for issue fixes, pull request reviews, and feature development. Optional tmux terminal sessions help manage parallel tasks, return to ongoing work, and clean up completed sessions.

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• Working on several issue fixes in parallel
• Preparing a separate workspace for a pull request review
• Returning to an ongoing development session

Build custom real-time video sessions in Flutter using flutter_zoom_videosdk. The skill guides package setup, session joining and leaving, event listeners that respond to SDK activity, and mobile platform integration.

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• Build custom video sessions in a Flutter app
• Implement session joining, leaving, and cleanup
• Connect SDK events to app actions

Build custom mobile video experiences in React Native with Zoom Video SDK. Get guidance on setup, joining sessions, routing events into interface state, using helper APIs, and keeping session token generation on the backend.

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• Build a custom video interface in a React Native app
• Implement session joining with backend-issued tokens
• Connect session events to interface state

Track work across sessions with persistent issues, dependencies, and progress notes. Use the bd command-line tool to find unblocked work, claim issues, record completion, and recover task context after conversation compaction.

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• Track feature work across multiple sessions
• Find work that has no unresolved blockers
• Recover task context after conversation compaction

Create and audit the files and routines that guide coding agents across sessions. It organizes instructions, progress tracking, verification, scope boundaries, and handoffs, with scripts for setup, structural checks, and shareable assessment reports.

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• Creating AGENTS.md or CLAUDE.md and supporting files
• Preserving progress between agent sessions
• Defining checks required before work is marked complete

Build React interfaces for Kortix using @kortix/ui components. The skill covers forms, dialogs, notifications, and chat views, with shared styling rules, brand customization through CSS variables, and checks for types, controls, and responsive layouts.

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• Building forms and dialogs with existing components
• Adding a chat view with SessionThread
• Adapting component colors and logos to another brand

Design infrastructure for agents that run in isolated remote environments. Plan faster session startup, saved work states, shared sessions, authentication, and delivery of code changes and other results back to users.

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• Designing infrastructure for background coding agents
• Reducing delays when agent sessions start
• Saving and restoring session work

Find running or paused Ouroboros sessions after an MCP server disconnect. The skill lists saved sessions and provides commands to inspect recorded events, open a monitor, or resume execution with the original Seed specification file.

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• Finding active sessions after a disconnect
• Checking saved execution events
• Resuming work with the original Seed file

Investigate unexpected Claude Code output by matching a session’s local transcript with production router logs. Identify the serving model and trace response conversion code to explain empty blocks, tool output, or other rendering symptoms.

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• Investigate unexpected output in a specific session
• Examine an empty thinking block
• Match displayed content to the serving model and provider

Set up mirrord and run a local application against a Kubernetes target. Follow installation and first-session steps for the CLI, VS Code, or IntelliJ, then verify logs, remote environment variables, and network connectivity.

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• Installing mirrord for the first time
• Connecting a local app to a Kubernetes target
• Starting a debug session in VS Code or IntelliJ