ibank-worklog-enrichment

Generate iBank worklog tag, evaluation, and skill seed data with referential integrity.

Updated Jul 1, 2026
One-click install
npx skills add https://github.com/Jsplix/ACODIAN-ORIGIN --skill ibank-worklog-enrichment-jsplix
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ibank-worklog-enrichment
Source: https://github.com/Jsplix/ACODIAN-ORIGIN/tree/main/.codex/skills/ibank-worklog-enrichment
Command: npx skills add https://github.com/Jsplix/ACODIAN-ORIGIN --skill ibank-worklog-enrichment-jsplix

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Manually creating enrichment seed data for iBank worklogs is time-consuming and prone to inconsistencies, especially when generating tags, team-scoped user evaluations, and current user skills from existing worklog, team, and personnel datasets.

Core Features & Use Cases

  • Normalized Worklog Tag Generation: Creates or reuses tb_meta_tag entries and attaches 1 to 5 relevant tags per worklog in tb_worklog_tag, with aligned usage_count values.
  • Authorized Team-Scoped Evaluations: Generates evidence-based tb_user_evaluation rows with properly authorized evaluators, embedding team context directly in the content field since the table has no team_id column.
  • Current User Skill Inference: Builds a current snapshot of user skills in tb_user_skill by analyzing cumulative worklog evidence, with valid 1-5 skill levels and no duplicate user-skill pairs.
  • Use Case: For teams with existing iBank worklog, staffing, and department data, use this skill to quickly generate consistent, referentially intact seed data for downstream systems without manual entry errors.

Quick Start

Use the ibank-worklog-enrichment skill to generate complete seed data for iBank worklog tags, team-scoped user evaluations, and current user skills from your existing worklog, team, and personnel datasets.

Frequently Asked Questions about ibank-worklog-enrichment

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automatically generate seed data for iBank worklog tags and user evaluations?

You can generate iBank worklog seed data by using automated skill inference to create normalized tags, team-scoped user evaluations, and current user skills. This eliminates manual effort and errors by ensuring consistent database population with full referential integrity validation for all output SQL rows.

What is the best way to assign authorized evaluators for team-scoped user evaluations in a database?

The best way to assign team-scoped user evaluations is to generate evidence-based rows with properly authorized evaluators. Since the evaluation table lacks a team identifier column, the team context is embedded directly in the content field to maintain proper scoping.

How does current user skill inference work from existing worklog datasets?

Current user skill inference works by analyzing cumulative worklog evidence to build a snapshot of user skills. It assigns valid 1-5 skill levels in the user skill table, ensuring there are no duplicate user-skill pairs across the generated dataset.

Can I ensure referential integrity when generating SQL seed data for worklog tags?

Yes, you can ensure referential integrity when generating worklog tag SQL seed data by validating all output rows. The process creates or reuses tag metadata entries and attaches 1 to 5 relevant tags per worklog with aligned usage counts to prevent broken references.

Do I need existing iBank team and staffing data to generate worklog enrichment seed data?

Yes, you need existing iBank worklog, team, staffing, department structures, and user personas as input. The seed data generation applies to workflows where these existing datasets require structured, consistent enrichment for downstream database population.

Why does manual worklog tag generation cause data inconsistencies?

Manual worklog tag generation causes inconsistencies because it is time-consuming and prone to human error when creating tags, team-scoped user evaluations, and current user skills from existing worklog, team, and personnel datasets. Automated generation normalizes tags and aligns usage counts.