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Technology dependency tree — shows issue DAG, prereqs, critical path, blocked/ready tasks. Single source of truth for work order.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
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Technology dependency tree — shows issue DAG, prereqs, critical path, blocked/ready tasks. Single source of truth for work order.
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 | tree |
| description | Technology dependency tree — shows issue DAG, prereqs, critical path, blocked/ready tasks. Single source of truth for work order. |
| argument-hint | ["next|path|blocked|update"] |
| allowed-tools | Bash(gh *), Bash(python3 *), Bash(cat *), Bash(echo *), Bash(date *), Bash(test *), Read, Edit, Write |
Show the Trinity technology dependency tree. Every task is an issue, every issue has prereqs, the tree determines work order.
claude: bridge command MUST reference an issue: claude:#N:promptParse $ARGUMENTS:
next — Show only READY tasks (all prereqs met)path — Show critical path to v1.0blocked — Show blocked tasks and what blocks themupdate — Re-read issues from GitHub, rebuild tree, sync boardALWAYS run these commands to get LIVE data:
# All open issues with labels
gh issue list --state open --json number,title,labels,state --limit 50 2>/dev/null
# Recently closed issues (last 30 days)
SINCE_30D=$(date -v-30d +%Y-%m-%d 2>/dev/null || date -d "30 days ago" +%Y-%m-%d)
gh issue list --state closed --search "closed:>=$SINCE_30D" --json number,title,labels,state --limit 50 2>/dev/null
# Read tree definition file
cat .trinity/tech_tree.json 2>/dev/null || echo "NO_TREE"
The tree is stored in .trinity/tech_tree.json:
{
"version": 1,
"updated_at": "2026-03-11T03:00:00Z",
"epics": [
{
"issue": 38,
"title": "Ralph Agent Swarm v1.0",
"priority": "P0",
"children": [
{"issue": 45, "title": "Phase 1: Architecture", "priority": "P1", "prereqs": [], "status": "open"},
{"issue": 46, "title": "Phase 2: Core Pipeline", "priority": "P1", "prereqs": [45], "status": "open"},
{"issue": 47, "title": "Phase 3: Agent MU", "priority": "P2", "prereqs": [46], "status": "open"},
{"issue": 48, "title": "Phase 4: Quality", "priority": "P2", "prereqs": [47], "status": "open"},
{"issue": 49, "title": "Phase 5: Deploy", "priority": "P2", "prereqs": [48], "status": "open"}
]
},
{
"issue": 27,
"title": "Full Trinity Pipeline",
"priority": "P1",
"children": [
{"issue": 69, "title": "Spec Enricher", "prereqs": [], "status": "closed"},
{"issue": 71, "title": "Spec <-> Code Sync", "prereqs": [], "status": "closed"},
{"issue": 77, "title": "Batch Pipeline", "prereqs": [], "status": "closed"}
]
},
{
"issue": 113,
"title": "Scholar Agent",
"priority": "P1",
"children": []
},
{
"issue": 57,
"title": "tri-bot Phase 3",
"priority": "P2",
"children": []
}
]
}
Build the tree from GitHub issues using labels and issue body references.
Write to .trinity/tech_tree.json.
update:Re-read all issues from GitHub. Update statuses (open/closed). Check if any prereqs are now met -> mark dependents as READY. Sync project board columns.
For each issue in the tree, compute status:
| Status | Condition | Board Column |
|---|---|---|
| CLOSED | Issue is closed on GitHub | Done |
| READY | All prereqs are CLOSED | Ready |
| BLOCKED | At least one prereq is OPEN | Backlog |
| IN_PROGRESS | Has status:in-progress label | In Progress |
| REVIEW | Has PR open | In Review |
===============================================
🌳 TRINITY TECHNOLOGY TREE — {date}
===============================================
#38 Ralph Agent Swarm v1.0 [P0 EPIC]
├── #45 Phase 1: Architecture [P1, READY]
│ └── Prereqs: none -> READY
├── #46 Phase 2: Core Pipeline [P1, BLOCKED]
│ └── Prereqs: #45 -> BLOCKED
├── #47 Phase 3: Agent MU [P2, BLOCKED]
│ └── Prereqs: #46 -> BLOCKED
├── #48 Phase 4: Quality [P2, BLOCKED]
│ └── Prereqs: #47 -> BLOCKED
└── #49 Phase 5: Deploy [P2, BLOCKED]
└── Prereqs: #48 -> BLOCKED
#27 Full Trinity Pipeline [P1 EPIC]
├── #69 Spec Enricher [CLOSED]
├── #71 Spec <-> Code Sync [CLOSED]
└── #77 Batch Pipeline [CLOSED]
#113 Scholar Agent [P1, CLOSED]
#57 tri-bot Phase 3 [P2, READY]
-----------------------------------------------
Summary: {N} open, {N} closed, {N} ready, {N} blocked
Critical path: #45 -> #46 -> #47 -> #48 -> #49
Next task: #{N} {title}
Show only READY tasks (all prereqs met, issue is open):
===============================================
🎯 READY TASKS — {date}
===============================================
1. #45 Phase 1: Architecture [P1]
Prereqs: none
Epic: #38 Ralph Agent Swarm
Command: claude:#45:Execute Protocol v2 Phase 1
2. #57 tri-bot Phase 3 [P2]
Prereqs: none
Command: claude:#57:Implement worktree/pr/board commands
Next action: Start #45 (highest priority READY task)
Show critical path — longest chain of dependencies to v1.0:
===============================================
🛤️ CRITICAL PATH to v1.0 — {date}
===============================================
#45 [READY] -> #46 [BLOCKED] -> #47 [BLOCKED] -> #48 [BLOCKED] -> #49 [BLOCKED]
Architecture Pipeline MU Quality Deploy
Steps remaining: 5
Estimated: 5 issues x ~1 issue/day = ~5 days
Bottleneck: #45 (not started)
Start now: claude:#45:Execute Protocol v2 Phase 1 Architecture
Show blocked tasks and what blocks them:
===============================================
🚫 BLOCKED TASKS — {date}
===============================================
#46 Phase 2: Core Pipeline
Blocked by: #45 Phase 1: Architecture [OPEN]
Unblock: close #45
#47 Phase 3: Agent MU
Blocked by: #46 -> #45 (chain)
Unblock: close #45, then #46
... (all blocked issues with chain)
After showing the tree, sync project board:
# For each READY issue, set board column to Ready
# For each CLOSED issue, set board column to Done
# For each IN_PROGRESS issue, set board column to In Progress
# For each BLOCKED issue, set board column to Backlog
# Get project item IDs
gh project item-list 6 --owner gHashTag --format json --limit 50 2>/dev/null
Use gh project item-edit to update columns when status changes.
When a bridge job closes an issue:
| EN | RU |
|---|---|
| TECHNOLOGY TREE | ДЕРЕВО ТЕХНОЛОГИЙ |
| READY TASKS | ГОТОВЫЕ ЗАДАЧИ |
| CRITICAL PATH | КРИТИЧЕСКИЙ ПУТЬ |
| BLOCKED TASKS | ЗАБЛОКИРОВАННЫЕ ЗАДАЧИ |
| Prereqs | Зависимости |
| Steps remaining | Осталось шагов |
| Bottleneck | Узкое место |
| Unblock | Разблокировать |
| Start now | Начать сейчас |
| none | нет |
Trinity Bridge manual — architecture, endpoints, commands, patterns for Perplexity-Railway-Mac-Claude Code channel. Reference for all AI agents.
Generate Zig or Verilog code from VIBEE specifications. Use when creating or updating .tri specs and regenerating code.
GOD MODE — Agent monitoring dashboard. Shows swarm status, task queue, pipeline compliance, circuit breakers, git activity, and rule violations.
Generate Zig or Verilog code from VIBEE specifications. Use when creating or updating .tri specs and regenerating code.
HEALER — diagnose, heal, commit dirty files, monitor junk & docs & duplicates, report honestly. Every loop = action + proof.
Agent swarm development dashboard — live Railway containers, issue queue, PR pipeline, JSONL events, pool utilization, and queue drain status. Use when checking agent dev tasks, spawning status, or monitoring issues #315-#319.