메뉴
Initialize an Engineering Journey System (EJS) session by creating a Session Journey file, refreshing the ADR/journey database index, and setting up metadata for continuous recording throughout the session.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
| name | ejs-session-init |
| description | Initialize an Engineering Journey System (EJS) session by creating a Session Journey file, refreshing the ADR/journey database index, and setting up metadata for continuous recording throughout the session. |
Use this skill when a session is starting — for example when the user says "initialize session", "start session", "create session journey", or begins work on a new task, feature, or bug fix.
Refresh the EJS database index
python scripts/adr-db.py sync
Determine the session ID
ejs-session-YYYY-MM-DD-<seq> (2-digit daily sequence)ejs-docs/journey/YYYY/ for existing sessions today and increment the sequence number.Create the Session Journey file
ejs-docs/journey/_templates/journey-template.mdejs-docs/journey/YYYY/ejs-session-YYYY-MM-DD-<seq>.mdPopulate initial metadata Fill in the frontmatter fields:
session_id — the generated session IDauthor — the human user (if known)date — today's date (YYYY-MM-DD)repo — current repository namebranch — current git branchagents_involved — list the active agents (e.g., [copilot])decision_detected: false — initial value; updated at session endadr_links: [] — populated if an ADR is created laterCapture initial Problem / Intent
Confirm initialization
"Session initialized: ejs-session-YYYY-MM-DD-<seq>"ejs-docs/journey/_templates/journey-template.mdejs-docs/adr/0000-adr-template.mdejs-docs/session-lifecycle-patterns.mdscripts/adr-db.pyInitialize early, capture context while it's fresh. A well-initialized session reduces the burden at session end and produces higher-quality documentation.
Create a README.md file for the project
Finalize an Engineering Journey System (EJS) session by completing all journey sections, populating machine extracts, evaluating the ADR decision rubric, and optionally creating an ADR document.
Capture sub-agent decisions, rationale, and inter-agent handoffs during multi-agent Engineering Journey System (EJS) workflows. Ensures that delegated work is properly attributed and traceable.
Scaffolds a typed gameplay entity module (player, asteroid, projectile) with lifecycle, update logic, and event hooks for the 3D Space Rocks architecture.
Creates reusable particle and impact-feedback effects for 3D Space Rocks with performance-aware defaults and gameplay event integration.
Implements a Babylon GUI screen or overlay pattern for 3D Space Rocks, including keyboard navigation, accessibility checks, and state lifecycle hooks.