Journal Pipeline#

Autonomous content machine for UniqueStaysUSA. Combines SEO research, editorial writing, quality enforcement, and Payload CMS publishing into one pipeline. Runs as a PRD-driven loop — pick next article, execute 7 phases, commit, repeat.

Default Behavior: Autonomous Mode#

When invoked without arguments, this skill runs automatically:

1. Read the content calendar ( KEYWORD_RESEARCH_AND_CONTENT_CALENDAR.md)
2. Identify the next uncompleted entry
3. Execute all 7 phases without stopping
4. Only pause if quality gate fails (score below 8.0/10) or user asks

User overrides:

• Specific topic: /journal-pipeline best cabins near Yellowstone
• Research only: /journal-pipeline --research-only
• Draft only: /journal-pipeline --draft-only
• Pause point: "stop after the brief"

If no override is given, assume autonomous mode and execute the full pipeline.

The 7-Phase Pipeline#

Each phase maps to a PRD story type. The pipeline reads and updates scripts/ralph/prd.json for sprint state persistence.

---

Phase 1: STRATEGY (PLAN-xxx)#

Research what to write before writing a single word.

Read these files:

1. KEYWORD_RESEARCH_AND_CONTENT_CALENDAR.md — content pillars, keyword clusters, monthly schedule
2. docs/uniquestays-gtm-strategy.md — distribution channels, KPIs, content goals
3. scripts/ralph/progress.txt — what's been done, learned patterns

If no topic specified — auto-select from calendar:

1. Parse the current month's table entries

2. For each journal post entry, check if a matching published post exists: bash

   GET ${NEXT_PUBLIC_SERVER_URL}/api/blog-posts?where[status][equals]=published&depth=0&limit=50
   
   

3. Select the first uncompleted entry

4. Announce: "Starting autonomous creation of [topic] — next in calendar queue"

5. Proceed directly to Phase 2

Keyword research (always run):

1. Use WebSearch to check keyword volumes and difficulty for the target keyword
2. Search for the top 3 ranking articles for the target keyword — note their angles, gaps, word counts
3. Check AI citation patterns — search for the topic on Perplexity/ChatGPT to see what sources get cited
4. Identify the competitive gap: what angle is no one covering?

Article type selection:

SignalTypeTemplateTopic names a specific city/regionDestination Dispatch3-5 stays, 1,400-2,000 wordsTopic names a stay categoryCurated Roundup8-12 stays, 1,800-2,500 wordsTopic names a season/monthSeasonal Guide5-8 stays, 1,500-2,200 wordsTopic names an activityActivity-Based Guide4-7 stays, 1,400-2,000 wordsTopic focuses on one propertyStay Spotlight1 stay, 1,000-1,500 words

Stay selection:

bash

# For destination dispatches
GET /api/stays?where[state][equals]={State}&where[rating][greater_than_equal]=4.7&limit=20&depth=1&sort=-rating

# For roundups
GET /api/stays?where[category][equals]={categoryId}&limit=50&depth=1&sort=-rating

# For activity-based (search by tags)
GET /api/stays?where[tags.tag][contains]={activity}&limit=20&depth=1

Select stays ensuring:

• Geographic diversity (for roundups, at least 4+ states)
• Quality floor: rating >= 4.7, reviewCount >= 30
• Valid affiliateUrl (starts with https://)
• Hero image exists ( imageUrl or image relationship)

Auto-proceed unless: No clear strategic gap exists — only then stop and propose alternatives.

Output: Sprint plan with target keyword, article type, selected stays, competitive angle. Update scripts/ralph/prd.json with 7 stories for this sprint.

---

Phase 2: RESEARCH (RESEARCH-xxx)#

Collect the raw material.

For each selected stay, collect from Payload (depth=1):

• title, subtitle, location, state, region
• price, rating, reviewCount, platform
• description, tags (array of tag objects)
• affiliateUrl, imageUrl
• sleeps, bedrooms

Identify the "specific detail" for each stay: Find at least one concrete detail that could not apply to any other property. Sources:

• The stay name itself (e.g., "Redwood Treehouse" → built into a specific redwood)
• tags array (e.g., "Wood-Burning Stove", "Stargazing Deck")
• description field (look for named landmarks, distances, species, history)
• Geographic context (elevation, nearest town, driving time)

External source research:

1. Search for 2-3 authoritative sources to cite (official tourism, NPS, established publications)
2. Verify any statistics planned for the article
3. Note seasonal information, booking trends, or recent news about the destination

Verify:

• All stays have valid affiliateUrl
• All stays have images
• No two stays have identical descriptions (if they do, note for differentiation in writing)

Output: Stay data collection with specific details identified per stay. Mark RESEARCH as passed in prd.json.

---

Phase 3: WRITE (WRITE-xxx)#

Write the full editorial draft.

Invoke /elite-copywriter with:

• The content brief (topic, keyword, article type, competitive angle)
• The brand voice profile (reference docs/uniquestays-brand-guidelines.md)
• The stay data from Phase 2
• The article type template from references/article-templates.md

Writing rules:

• Open with the reader's experience, not the property's features
• Lead with feeling, follow with fact — every paragraph
• One idea per paragraph. Short sentences for impact. Long sentences for atmosphere.
• Use "you" for direct address, "we" for editorial observations
• Specific numbers over vague claims ("$285/night" not "affordable")
• Weave price and rating into prose naturally, not as separate callouts
• Include [EMBED: stay-slug] placeholders where each stay should appear
• Never write meta-commentary sections ("Why this matters", "The takeaway")
• No banned words (see references/quality-checklist.md)
• No exclamation marks

File location: content/drafts/{slug}.md

Frontmatter format:

yaml

---
title: ""
subtitle: ""
slug: ""
excerpt: ""
city: ""
state: ""
latitude: ""
longitude: ""
metaTitle: ""
metaDescription: ""
publishedAt: ""
status: "draft"
heroImage: "[description or source URL]"
linkedStays:
  - stay-slug-1
  - stay-slug-2
---

Output: First draft saved. Mark WRITE as passed in prd.json.

---

Phase 4: SEO (SEO-xxx)#

Optimize for search and AI citation. Read references/seo-requirements.md for the full checklist.

Keyword placement:

1. Verify primary keyword in: title, metaTitle, first 100 words, at least one H2, metaDescription, excerpt
2. Weave 2-3 long-tail variations into body paragraphs naturally
3. Check keyword never feels forced

AI citation blocks:

1. Add 1-2 definition sentences early in the article (clear, self-contained, extractable)
2. Add an FAQ section with 3-5 questions matching common queries
3. Verify 2-3 sourced statistics with real attribution
4. Add structured comparison table if applicable

Internal linking:

1. Query Payload for related posts: bash

   GET /api/blog-posts?where[status][equals]=published&where[state][equals]={state}&depth=0&limit=10
   
   

2. Add 2+ contextual inline links to other journal posts

3. Link to relevant spoke pages where topic overlaps

Meta verification:

• metaTitle under 60 chars, includes keyword, reads like editorial
• metaDescription under 160 chars, includes keyword + specific detail
• slug is kebab-case, no dates in path

Cannibalization check:

1. List all published posts from Payload
2. Verify no existing post targets the same primary keyword
3. If overlap exists, differentiate the angle

Output: SEO-optimized draft. Mark SEO as passed in prd.json.

---

Phase 5: REVIEW (REVIEW-xxx)#

Quality gate. Score against the rubric in references/quality-checklist.md.

Scoring: Rate each of the 8 criteria (voice match, specificity, feeling-first, banned words, SEO, embeds, practical value, cut test) on a 1-10 scale with weighted average.

ScoreAction8.0+AUTO-PROCEED to Phase 67.0-7.9One more edit pass targeting failing criteria, then re-scoreBelow 7.0STOP — identify what's missing, may need partial rewrite

Quality scans:

1. Banned word scan — zero tolerance. Search for: stunning, breathtaking, magical, life-changing, perfect, amazing, incredible, unforgettable, cozy, hidden gem, wanderlust, bucket list, must-see, nestled, escape the everyday, "whether you're", "perfect for"
2. Exclamation mark scan — zero tolerance in journal posts
3. 20% cut test — identify the weakest 20% of paragraphs. Cut or rewrite them
4. Feeling-first check — verify no stay section opens with features instead of feeling
5. Irish Storytelling Test — verify at least one specific detail per stay that could only apply to that place
6. Distinct voice check — verify no two stay descriptions sound alike

Save v2 to content/drafts/{slug}-v2.md.

Output: Quality score, specific improvements made. Mark REVIEW as passed in prd.json.

---

Phase 6: PUBLISH (PUBLISH-xxx)#

Publish directly to Payload CMS. No intermediate scripts needed.

Step 1: Resolve stay IDs

bash

# For each stay slug in linkedStays
GET /api/stays?where[slug][equals]={stay-slug}&depth=0&limit=1
# Collect: docs[0].id

Step 2: Upload hero image (if external URL, not already in media collection)

bash

# Fetch image, then upload to Payload media
# Use the two-step pattern from existing scripts

Step 3: Check for existing post

bash

GET /api/blog-posts?where[slug][equals]={slug}&depth=0&limit=1

• If totalDocs === 0 → POST /api/blog-posts
• If totalDocs === 1 → PATCH /api/blog-posts/{id}

Step 4: Construct Lexical JSON

Use these helper functions to build the content:

typescript

function text(content: string) {
  return { type: 'text', format: 0, style: '', mode: 'normal', text: content, detail: 0, version: 1 }
}

function para(content: string) {
  return {
    type: 'paragraph', format: '', indent: 0, version: 1, direction: 'ltr',
    textFormat: 0, textStyle: '',
    children: [text(content)],
  }
}

function h2(content: string) {
  return {
    type: 'heading', tag: 'h2', format: '', indent: 0, version: 1, direction: 'ltr',
    children: [text(content)],
  }
}

function embedBlock(stayId: number) {
  return {
    type: 'block', version: 2,
    fields: { id: crypto.randomUUID(), blockType: 'stayEmbed', stay: stayId },
  }
}

function hr() {
  return { type: 'horizontalrule', version: 1 }
}

Step 5: Two-step update (follows the pattern in scripts/update-treehouse-article.ts)

First call — update heroImage + linkedStays + editorial fields:

bash

PATCH /api/blog-posts/{id}
{
  "title": "...",
  "subtitle": "...",
  "excerpt": "...",
  "heroImage": <media_id>,
  "linkedStays": [<stay_id_1>, <stay_id_2>, ...],
  "city": "...",
  "state": "...",
  "latitude": "...",
  "longitude": "...",
  "metaTitle": "...",
  "metaDescription": "...",
  "status": "published",
  "publishedAt": "<ISO datetime>"
}

Second call — update content with Lexical JSON:

bash

PATCH /api/blog-posts/{id}
{
  "content": { "root": { ... } }
}

Step 6: Verify

bash

# Check the API record
GET /api/blog-posts?where[slug][equals]={slug}&depth=1&limit=1

# Check the public page loads
GET https://uniquestaysusa.com/journal/{slug}

Step 7: Save final version to content/published/{slug}.md

Authentication: Authorization: users API-Key {key} — read from environment, never hardcode.

ISR revalidation: Automatic via Payload's afterChange hook in src/collections/BlogPosts.ts. No manual revalidation needed.

Output: Post live at /journal/{slug}. Mark PUBLISH as passed in prd.json.

---

Phase 7: SYNC (SYNC-xxx)#

Update tracking documents. Mandatory — never skip.

Update scripts/ralph/progress.txt: Append a sprint summary:

markdown

### Sprint {N}: {Article Title}

**PLAN-{N}** ✓ — {keyword}, {article type}, {N} stays selected

**RESEARCH-{N}** ✓ — Stay data collected, {N} specific details identified

**WRITE-{N}** ✓ — First draft: content/drafts/{slug}.md

**SEO-{N}** ✓ — Keyword optimized, {N} internal links, FAQ added

**REVIEW-{N}** ✓ — Quality score: {X}/10, {N} edits

**PUBLISH-{N}** ✓ — content/published/{slug}.md
- Published at: /journal/{slug}
- Target keyword: {keyword}
- Word count: {N}
- Quality score: {X}/10

Record learned patterns in the progress file (what worked, what to do differently next sprint).

Verify sitemap inclusion:

bash

GET https://uniquestaysusa.com/sitemap.xml
# Check that /journal/{slug} appears

Update scripts/ralph/prd.json:

• All sprint stories set to passes: true
• Increment sprintNumber
• Clear currentStory for next sprint

Git commit:

bash

git add content/published/{slug}.md scripts/ralph/prd.json scripts/ralph/progress.txt
git commit -m "journal: publish \"{title}\" (sprint {N})"

Output: All tracking docs updated and committed. Mark SYNC as passed. Loop continues to next sprint.

---

Loop Control#

State persistence#

The loop state lives in three files:

FilePurposescripts/ralph/prd.jsonSprint stories, pass/fail status, sprint numberscripts/ralph/progress.txtRunning log of completed work and learned patterns.claude/ralph-loop.local.mdRalph stop hook state (active, iteration count, completion promise)

Start of each iteration#

1. Read .claude/ralph-loop.local.md — is a Ralph loop active?
2. Read scripts/ralph/prd.json — what's the current sprint and story?
3. Read scripts/ralph/progress.txt — what patterns have been learned?
4. Find the highest-priority story where passes: false
5. Execute that story's phase
6. Update prd.json with passes: true
7. If all stories pass, start a new sprint (return to Phase 1)

Stop conditions#

• All calendar entries for the current month are completed
• Quality gate fails 3 times on the same article (escalate to user)
• User explicitly cancels ( /ralph-cancel or removes active: true from loop state)
• User says "stop", "pause", or "that's enough for now"

Ralph stop hook integration#

The existing Ralph stop hook at .claude/ralph-loop.local.md controls loop persistence across context windows. The skill reads this file at the start of each iteration. When a context window closes, the stop hook re-feeds the journal-pipeline prompt to continue where it left off.

---

Content Calendar Integration#

Reading the calendar#

The calendar lives at KEYWORD_RESEARCH_AND_CONTENT_CALENDAR.md. Parse the monthly tables:

ColumnUseWeekSchedulingContent TypeJournal Post vs Lead Magnet vs ProgrammaticTitle/TopicThe article topicTarget KeywordsPrimary + secondary keywordsGoalThe strategic purpose

Auto-select logic#

1. Find the current month's section
2. Filter for "Journal Post" content type entries
3. For each entry, check if a published post exists in Payload with matching topic
4. Select the first entry with no published match
5. If the current month has no remaining entries, advance to the next month
6. If no entries remain, report "calendar complete" and suggest planning next quarter

Article type inference#

Calendar signalArticle typeTopic mentions a city/state/regionDestination DispatchTopic mentions a stay category (treehouses, cabins, domes)Curated RoundupTopic mentions a season or monthSeasonal GuideTopic mentions an activity (stargazing, fishing, hiking)Activity-Based GuideTopic mentions a specific property by nameStay Spotlight

---

When NOT to Use This Skill#

• Updating existing published posts (use elite-copywriter for polish passes)
• Creating listing pages (that's programmatic SEO, a separate system)
• Social media content (future extension)
• Newsletter content (future extension)
• Technical documentation or code changes