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agriculture-knowledge-graph

agriculture-knowledge-graph

Operate the Agriculture_KnowledgeGraph agricultural Neo4j graph, Django demo, entity labeling, crawler, and relation-extraction workflows.

Independent GitHub snapshot · Automated classification · Original documentation governs

Skill 문서

GitHub

name: agriculture-knowledge-graph description: "Operate the Agriculture_KnowledgeGraph agricultural Neo4j graph, Django demo, entity labeling, crawler, and relation-extraction workflows." disable-model-invocation: true metadata: disco-role: operating license: GPL 3.0

Agriculture_KnowledgeGraph

Use this repo skill when a task involves the Agriculture_KnowledgeGraph / AgriKG research demo: agricultural entity data, Neo4j graph imports and queries, the Django web demo, THULAC/KNN labels, Hudong/Wikidata/weather crawlers, or remote-supervised relation extraction.

Start by routing the task

  • Graph data, Neo4j import/query, CSV schemas, hierarchy tree, or vector utilities: use graph-query-and-data-management.
  • Django demo startup, routes, forms, QA, relation search pages, tagging pages, or preload side effects: use web-app-service.
  • THULAC entity recognition, label ids 0-16, predicted label files, manual labels, fastText/KNN classifier prerequisites: use entity-labeling-and-ner.
  • Hudong/Baike crawlers, DFS tree crawling, Wikidata property/entity/relation crawlers, weather/attribute pipelines, or generated relation CSV validation: use crawlers-and-wikidata-pipelines.
  • Wikidata/Wikipedia sentence alignment, relation dataset TSV/JSON creation, deduplication, Fire preprocessing commands, or TensorFlow PCNN training: use relation-extraction-pipeline.

Read shared references when needed

Safe root preflight

Run the bundled checker before broad debugging:

python scripts/check_agri_kg_environment.py --help
python scripts/check_agri_kg_environment.py --repo-root /path/to/Agriculture_KnowledgeGraph

The checker is non-destructive. It imports optional packages, checks expected files when a checkout path is supplied, and can optionally probe local Neo4j/MongoDB sockets. It does not start services, crawl the network, download fastText vectors, connect with credentials, load large models, or train TensorFlow models.

Repository operating assumptions

  • The repo is a legacy source checkout, not a packaged Python distribution. Use workflow-specific dependencies and working directories rather than expecting pip install -e ..
  • Python 3.7 with Django 1.11-era dependencies is the safest legacy starting point; modern Python may require compatibility patches.
  • Neo4j, MongoDB, network crawls, large fastText/vector files, and TensorFlow PCNN training are external prerequisites. Treat them as explicit user-approved steps, not first-line smoke checks.
  • Many source modules are path-sensitive or eager at import time. Prefer bundled validators and references before importing modules that start service connections or load large files.
  • Do not claim a live graph import, web app, crawl, KNN prediction, or PCNN training run passed unless that exact workflow ran in the active environment.

Quick task examples

  • “Import the AgriKG CSVs into Neo4j” → graph-query-and-data-management, then its Cypher templates.
  • “Django route fails before the first page loads” → web-app-service, especially preload troubleshooting.
  • “Validate predict_labels.txt or explain label 6” → entity-labeling-and-ner.
  • “Regenerate or validate wikidata_relation2.csv” → crawlers-and-wikidata-pipelines.
  • “Convert aligned relation sentences into train/test JSON” → relation-extraction-pipeline.
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