Add a source file to the processing queue. Checks for duplicates, creates archive folder, moves source from inbox, creates extract task, and updates queue. Triggers on "/seed", "/seed [file]", "queue this for processing".
Installer avec Codex ou Claude Copiez ce prompt, collez-le dans Codex, Claude ou un autre assistant, puis laissez-le vérifier la page du skill et l'installer pour vous.
Une commande directe contourne le prompt de vérification. Examinez la source avant de l'exécuter.
Add a source file to the processing queue. Checks for duplicates, creates archive folder, moves source from inbox, creates extract task, and updates queue. Triggers on "/seed", "/seed [file]", "queue this for processing".
version
1.0
generated_from
arscontexta-v1.6
user-invocable
true
context
fork
model
sonnet
allowed-tools
Read, Write, Edit, Grep, Glob, Bash
argument-hint
[file] — path to source file to seed for processing
EXECUTE NOW
Target: $ARGUMENTS
The target MUST be a file path. If no target provided, list {DOMAIN:inbox}/ contents and ask which to seed.
Step 0: Read Vocabulary
Read ops/derivation-manifest.md (or fall back to ops/derivation.md) for domain vocabulary mapping. All output must use domain-native terms. If neither file exists, use universal terms.
START NOW. Seed the source file into the processing queue.
Step 1: Validate Source
Confirm the target file exists. If it does not, check common locations:
{DOMAIN:inbox}/{filename}
Subdirectories of {DOMAIN:inbox}/
If the file cannot be found, report error and stop:
ERROR: Source file not found: {path}
Checked: {locations checked}
Read the file to understand:
Content type: what kind of material is this? (research article, documentation, transcript, etc.)
Size: line count (affects chunking decisions in /reduce)
Format: markdown, plain text, structured data
Step 2: Duplicate Detection
Check if this source has already been processed. Two levels of detection:
2a. Filename Match
Search the queue file and archive folders for matching source names:
Permanent home for the source file (moved from {DOMAIN:inbox})
Destination for task files after batch completion (/archive-batch moves them here)
Step 4: Move Source to Archive
Move the source file from its current location to the archive folder. This is the claiming step — once moved, the source is owned by this processing batch.
# Living docs (like configuration files) stay where they are# Archive folder is still created for task files
FINAL_SOURCE="$FILE"
Use $FINAL_SOURCE in the task file — this is the path all downstream phases reference.
Why move immediately: All references (task files, {DOMAIN:note_plural}' Source footers) use the final archived path from the start. No path updates needed later. If it is in {DOMAIN:inbox}, it is unclaimed. Claimed sources live in archive.
Step 5: Determine Claim Numbering
Find the highest existing claim number across the queue and archive to ensure globally unique claim IDs.
# Check queue for highest claim number in file references
QUEUE_MAX=$(grep -oE '[0-9]{3}\.md' ops/queue*.yaml ops/queue/*.yaml 2>/dev/null | \
grep -oE '[0-9]{3}' | sort -n | tail -1)
QUEUE_MAX=${QUEUE_MAX:-0}# Check archive for highest claim number
ARCHIVE_MAX=$(find ops/queue/archive -name "*-[0-9][0-9][0-9].md" 2>/dev/null | \
grep -v summary | sed 's/.*-\([0-9][0-9][0-9]\)\.md/\1/' | sort -n | tail -1)
ARCHIVE_MAX=${ARCHIVE_MAX:-0}# Next claim starts after the highest
NEXT_CLAIM_START=$((QUEUE_MAX > ARCHIVE_MAX ? QUEUE_MAX + 1 : ARCHIVE_MAX + 1))
Claim numbers are globally unique and never reused across batches. This ensures every claim file name ({source}-{NNN}.md) is unique vault-wide.
Step 6: Create Extract Task File
Write the task file to ops/queue/${SOURCE_BASENAME}.md:
---
id: {SOURCE_BASENAME}
type: extract
source: {FINAL_SOURCE}
original_path: {original file path before move}
archive_folder: {ARCHIVE_DIR}
created: {UTC timestamp}
next_claim_start: {NEXT_CLAIM_START}
---
# Extract {DOMAIN:note_plural} from {source filename}
## Source
Original: {original file path}
Archived: {FINAL_SOURCE}
Size: {line count} lines
Content type: {detected type}
## Scope
{scope guidance if provided via --scope, otherwise: "Full document"}
## Acceptance Criteria
- Extract claims, implementation ideas, tensions, and testable hypotheses
- Duplicate check against {DOMAIN:notes}/ during extraction
- Near-duplicates create enrichment tasks (do not skip)
- Each output type gets appropriate handling
## Execution Notes
(filled by /reduce)
## Outputs
(filled by /reduce)
Checks for duplicates before creating unnecessary work
Moves sources to their permanent archive location immediately
Provides clear next steps for the user
Naming Convention
Task files use the source basename for human readability:
Task file: {source-basename}.md
Claim files: {source-basename}-{NNN}.md
Summary: {source-basename}-summary.md
Archive folder: {date}-{source-basename}/
Claim numbers (NNN) are globally unique across all batches, ensuring every filename is unique vault-wide. This is required because wiki links resolve by filename, not path.
Source Handling Patterns
{DOMAIN:inbox} source (most common):
{DOMAIN:inbox}/research/article.md
| /seed
v
ops/queue/archive/2026-01-30-article/article.md <- source moved here
ops/queue/article.md <- task file created
Living doc (outside {DOMAIN:inbox}):
CLAUDE.md -> stays as CLAUDE.md (no move)
ops/queue/archive/2026-01-30-claude-md/ <- folder still created
ops/queue/claude-md.md <- task file created
When /archive-batch runs later, it moves task files into the existing archive folder and generates a summary.
Edge Cases
Source outside {DOMAIN:inbox}: Works — source stays in place, archive folder is created for task files only.
No queue file: Create ops/queue/queue.yaml (or .json) with schema header and this first entry.
Large source (2500+ lines): Note in output: "Large source ({N} lines) -- /reduce will chunk automatically."
Source is a URL or non-file: Report error: "/seed requires a file path."
No ops/derivation-manifest.md: Use universal vocabulary for all output.
