feat(voyage)!: marketplace handoff — rename plugins/ultraplan-local to plugins/voyage [skip-docs]
Session 5 of voyage-rebrand (V6). Operator-authorized cross-plugin scope. - git mv plugins/ultraplan-local plugins/voyage (rename detected, history preserved) - .claude-plugin/marketplace.json: voyage entry replaces ultraplan-local - CLAUDE.md: voyage row in plugin list, voyage in design-system consumer list - README.md: bulk rename ultra*-local commands -> trek* commands; ultraplan-local refs -> voyage; type discriminators (type: trekbrief/trekreview); session-title pattern (voyage:<command>:<slug>); v4.0.0 release-note paragraph - plugins/voyage/.claude-plugin/plugin.json: homepage/repository URLs point to monorepo voyage path - plugins/voyage/verify.sh: drop URL whitelist exception (no longer needed) Closes voyage-rebrand. bash plugins/voyage/verify.sh PASS 7/7. npm test 361/361.
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---
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name: trekcontinue
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description: Resume the next session in a multi-session trekplan project. Reads .session-state.local.json and immediately begins the next session.
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argument-hint: "[<project-dir> | --help]"
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model: opus
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---
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# Ultracontinue Local v1.0
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Zero-friction multi-session resumption. In a fresh Claude Code session, type
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`/trekcontinue` — the command reads the per-project state file
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(`.claude/projects/<project>/.session-state.local.json`), shows a 3-line summary,
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and immediately begins executing the next session.
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The state file is the contract. Any session-end mechanism may write it
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(`/trekexecute` Phase 8 / Phase 2.55 / Phase 4, the
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`/trekendsession` helper, or — in the future — `graceful-handoff`).
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This command only reads.
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Pipeline position:
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```
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/trekplan → plan.md
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/trekexecute → progress.json + .session-state.local.json
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... session boundary, fresh chat ...
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/trekcontinue → reads .session-state.local.json, starts next session
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```
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See **Handover 7** in `docs/HANDOVER-CONTRACTS.md` for the full schema.
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## Phase 0 — `--help` handling
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Parse `$ARGUMENTS` with `parseArgs($ARGUMENTS, 'trekcontinue')` from
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`lib/parsers/arg-parser.mjs`. Dispatch the usage block ONLY when one of these
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two conditions equals exactly true (no substring search, no "contains" check):
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- `flags['--help'] === true`, OR
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- `positional[0] === '-h'` (single-dash short form — the parser keeps it as
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positional because the schema does not declare an alias).
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In every other case — including when `$ARGUMENTS` is empty, whitespace-only,
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the literal empty string `""`, or a positional project-dir — fall through to
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Phase 1. Do NOT print the usage block on empty args.
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```
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/trekcontinue — Resume the next session in a multi-session trekplan project.
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Usage:
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/trekcontinue # auto-discover state file under cwd
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/trekcontinue <project-dir> # explicit project directory
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/trekcontinue --cleanup <project-dir> # dry-run: list stale files
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/trekcontinue --cleanup --confirm <project-dir> # actually delete (requires status: completed)
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/trekcontinue --help # this message
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Reads .claude/projects/<project>/.session-state.local.json (per-project,
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gitignored). On a valid resumable state, prints a 3-line summary and begins
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executing the next session immediately. No interactive confirmation prompt.
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State-file schema (v1):
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schema_version 1
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project string
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next_session_brief_path string (validator soft-checks file existence)
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next_session_label string
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status in_progress | partial | failed | stopped | completed
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(completed → no further sessions to resume)
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updated_at ISO-8601 timestamp
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(unknown top-level keys are tolerated — forward-compat for graceful-handoff v2.2)
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Typical flow:
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/trekbrief # produces brief.md
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/trekplan --project ... # produces plan.md
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/trekexecute --project .. # writes session-state on session-end
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... (fresh Claude chat) ...
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/trekcontinue # reads session-state, runs next session
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```
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## Phase 0.5 — Cleanup mode dispatch
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After `parseArgs` has resolved `$ARGUMENTS`, check the parsed `flags`
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object directly (NOT a string contains-check on raw `$ARGUMENTS` — that
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substring pattern was the root cause of Bug 1).
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If `flags['--cleanup'] === true`, switch into the terminal cleanup
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flow and do NOT proceed to Phase 1 or any later phase.
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**Required positional:** an explicit `<project-dir>` (`positional[0]`).
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There is no "clean all" mode — accidental wholesale deletion would be
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irreversible. If `positional[0]` is missing, empty, or starts with `-`,
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print this usage block to stderr and exit non-zero:
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```
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Error: /trekcontinue --cleanup requires <project-dir>.
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Usage:
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/trekcontinue --cleanup <project-dir> # dry-run: list stale files
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/trekcontinue --cleanup --confirm <project-dir> # actually delete (status: completed)
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```
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**Compute mode from parsed flags:**
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```
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dryRun = (flags['--confirm'] !== true)
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confirm = (flags['--confirm'] === true)
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```
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**Invoke cleanup inline.** Emit the concrete project-dir path as a literal
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token in the Bash command — never a template placeholder — same
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anti-substitution rule as Phase 2:
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```
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node --input-type=module -e "import {cleanupProject} from './lib/util/cleanup.mjs'; const [, dir, mode] = process.argv; const r = cleanupProject(dir, {dryRun: mode !== 'confirm', confirm: mode === 'confirm'}); console.log(JSON.stringify(r, null, 2)); process.exit(r.valid ? 0 : 1)" '<RESOLVED-PROJECT-DIR>' '<MODE>'
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```
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Substitute `<RESOLVED-PROJECT-DIR>` with the literal `positional[0]`
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value you have in your working context, and `<MODE>` with either the
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literal string `dryrun` or the literal string `confirm` based on the
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booleans above. The validator emits a `{valid, errors, warnings, parsed}`
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JSON record. Print it to stdout. Exit with the validator's exit code.
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**Cleanup is a terminal mode.** It must not fall through to Phase 1/2/3/4.
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Operators who want to resume after cleanup must invoke `/trekcontinue`
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again without `--cleanup`.
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## Phase 1 — Resolve project directory
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The parsed `positional[0]` from Phase 0 is the explicit project-dir argument,
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when present. Otherwise (empty `$ARGUMENTS` or whitespace-only) auto-discover.
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### Step 1.a — Reject `.md` positional argument (SC-2)
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If `positional[0]` is non-empty AND ends in `.md`, the user almost certainly
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pasted a `NEXT-SESSION-PROMPT.local.md` path instead of a project directory.
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Print the following diagnostic to stderr and exit non-zero. Do NOT proceed.
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```
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Error: expected <project-dir>, got a markdown file path: <positional[0]>
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Did you mean to paste the file path as a project directory?
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Usage: /trekcontinue <project-dir>
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```
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### Step 1.b — Auto-discover candidates
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When no explicit project-dir was given, enumerate
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`.claude/projects/*/.session-state.local.json` paths with `node -e`
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(NOT shell glob — harness-mode safety) and emit each as one JSON line of
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`{"path": ..., "updated_at": ...}` so Phase 1 can sort numerically:
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```bash
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!`node -e "const fs=require('fs'),path=require('path');const root='.claude/projects';if(!fs.existsSync(root))process.exit(0);for(const d of fs.readdirSync(root)){const p=path.join(root,d,'.session-state.local.json');if(!fs.existsSync(p))continue;let u='';try{u=(JSON.parse(fs.readFileSync(p,'utf8'))||{}).updated_at||''}catch(_){};process.stdout.write(JSON.stringify({path:p,updated_at:u})+'\\n');}"`
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```
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Sort the emitted candidates by `Date.parse(updated_at)` descending (newest
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first) — numeric comparison, NOT lexicographic string compare. The newest
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resumable state wins.
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### Step 1.c — Decision tree
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- **0 candidates and no explicit arg:** print SC-2 cold-start message and exit:
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```
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No active multi-session project here.
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Start with /trekbrief or /trekplan.
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```
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- **1 candidate (or explicit non-`.md` arg):** continue to Phase 2 with that path.
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- **>1 candidates and no explicit arg:** with the Date.parse sort applied, the
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newest resumable state wins automatically and the command continues to Phase 2
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with that path. (Operators who want a different candidate re-invoke as
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`/trekcontinue <project-dir>`.)
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## Phase 1.5 — Frontmatter consistency check
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Bug 3 contract: producers (`/trekexecute`, `/trekendsession`)
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write `NEXT-SESSION-PROMPT.local.md` with YAML frontmatter (`produced_by:`,
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`produced_at:`). Multiple producers may have written candidates in different
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locations; this phase refuses ambiguity before validating the state file.
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After resolving the project directory and state-file path, look for two
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`NEXT-SESSION-PROMPT.local.md` candidates:
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a. `<plugin-root>/NEXT-SESSION-PROMPT.local.md` — operator-managed master file
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b. `<project-dir>/NEXT-SESSION-PROMPT.local.md` — producer-written sibling
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**If both exist:**
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- Read both via the **Read tool** (NOT Bash — same anti-substitution rule
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as Phase 2).
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- Invoke the consistency validator with both paths emitted as concrete
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literal tokens (no template substitution at the Bash boundary):
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```
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node lib/validators/next-session-prompt-validator.mjs --json --consistency <RESOLVED-PATH-A> <RESOLVED-PATH-B>
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```
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Replace `<RESOLVED-PATH-A>` and `<RESOLVED-PATH-B>` with the two concrete
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filesystem paths you have in your working context. The validator emits
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`{valid, errors, warnings}` JSON on stdout.
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- **If `valid: false`** (typically `NEXT_SESSION_PROMPT_PRODUCER_MISMATCH`):
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print the structured `errors[]` (each `[code] message` on its own line),
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list both candidate paths, and exit non-zero. Do NOT proceed to Phase 2.
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Resolve the conflict by deleting the stale candidate (run
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`/trekcontinue --cleanup --confirm <project-dir>` after the
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current session closes, or remove by hand).
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- **If `valid: true` with a `NEXT_SESSION_PROMPT_WALL_CLOCK_DRIFT` warning**
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(one of the candidates is more than 24h old): print the warning to stderr
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but continue — long pauses (weekend, vacation) are not failures.
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- **If `valid: true` with a `NEXT_SESSION_PROMPT_STALE_IGNORED` warning**
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(one candidate is older than the state file's `updated_at`): print the
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warning and continue. The state-anchored check is the primary refusal
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signal; staleness simply rejects the older candidate.
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**If only one exists:** continue to Phase 2. No comparison needed.
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**If neither exists:** continue to Phase 2. Legacy projects and first-run
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flows have no NEXT-SESSION-PROMPT files.
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## Phase 2 — Validate the state file
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Phase 1 resolved a concrete state-file path. That path is a real string in
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your working context — never a template. Phase 2 must read and validate the
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state file without any placeholder substitution.
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### Step 2.a — Read the file with the Read tool (no Bash)
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Use the **Read tool** on the resolved state-file path from Phase 1. Do NOT use
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Bash for the read. The Read tool is deterministic and not subject to
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shell-substitution errors. Parse the returned JSON body programmatically.
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### Step 2.b — Schema-validate the parsed object
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Verify the schema by invoking the existing validator CLI shim. Emit the
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resolved absolute path as a literal string token in the Bash command — the
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exact same string you just passed to the Read tool. The validator accepts
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`--json <path>` and prints a `{valid, errors, warnings}` JSON record:
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```
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node lib/validators/session-state-validator.mjs --json <RESOLVED-ABSOLUTE-PATH-FROM-PHASE-1>
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```
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Replace `<RESOLVED-ABSOLUTE-PATH-FROM-PHASE-1>` with the actual path string at
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the time you issue the Bash call. There is no template engine; the string is
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substituted by you, the model, before the Bash tool sees the command.
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**Anti-substitution invariant.** If you ever find yourself about to emit a
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literal angle-bracket placeholder, or any other unresolved variable name, to
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the Bash tool — STOP. The resolved path is a concrete value you already have
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from Phase 1; emit the value, not a placeholder for it.
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### Step 2.c — Interpret the result
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- **Validator exit code != 0 OR `valid: false` in JSON output:** print the
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structured `errors[]` (each `[code] message` on its own line) and exit. Do
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not proceed to narration. Suggest running the validator directly for
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follow-up: `node lib/validators/session-state-validator.mjs <path>`.
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- **`valid: true` AND any warning has `code: SESSION_STATE_NOT_RESUMABLE`**
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(i.e. `status: completed`): print "no further sessions to resume; project
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complete" and exit cleanly.
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- **`valid: true` AND status is one of `in_progress | partial | failed | stopped`:**
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proceed to Phase 3.
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## Phase 3 — Narrate 3-line summary
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Print this exact template (using values from the validated `parsed` object):
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```
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Project: {project}
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Next session: {next_session_label}
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Brief: {next_session_brief_path}
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```
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No interactive confirmation prompt — per the brief NFR ("ingen prompts, men la
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informasjon synes"). The 3-line block is informational only.
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## Phase 4 — Begin execution
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Read the file at `next_session_brief_path` (it is the brief that the next
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session is supposed to execute — typically the same `brief.md` for
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single-brief multi-session plans, or a session-specific spec for parallel
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session decomposition). Understand the task and begin executing per the
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standard trekplan pipeline. The user did not type a separate "start"
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command — `/trekcontinue` is the start.
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If the brief file does not exist (validator emits a warning but does not
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fail), print: `Warning: next_session_brief_path "{path}" does not exist on
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disk. Cannot continue automatically.` and exit. Do not guess.
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## Phase 5 — Stats tracking
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Append a one-line JSON record to `${CLAUDE_PLUGIN_DATA}/trekcontinue-stats.jsonl`
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if the env var is set; silently skip otherwise.
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```json
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{"ts":"<iso-8601>","project":"<project>","next_session_label":"<label>","status":"<status>"}
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```
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## Hard rules
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- **Idempotent.** Running `/trekcontinue` twice in the same Claude session
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does not advance state — the writer (Phase 8 / hook / helper) advances state
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only when a session completes.
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- **Zero secrets in the state file.** Status, paths, labels — never API keys,
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never user content beyond filenames.
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- **NEVER auto-load via SessionStart.** The command is operator-invoked only.
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Auto-loading would re-introduce the stale-file risk noted in
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`feedback_next_session_prompt_manual.md`.
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- **No interactive prompts.** Phases 0–4 must run without `AskUserQuestion`.
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This keeps the command headless-safe.
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