TE-QuanBZhang
Community@TE-QuanBZhang
TE-QuanBZhang provides MIT-licensed skills for Android bug diagnosis, OpenSpec change management, and CodeKB semantic code knowledge retrieval.
Agent Skills by TE-QuanBZhang
Showing 31 vetted skills indexed across 1 GitHub repositories.
TE-QuanBZhangcodekb-explain
Aggregates symbol summaries, knowledge entries, bug patterns, and call graphs via the codekb_explain MCP tool.
TE-QuanBZhangcodekb-ask
Answers project-specific questions via RAG over code chunks and knowledge entries with source citations.
TE-QuanBZhangcodekb-review
Review and confirm AI-extracted knowledge entries via CodeKB CLI or MCP tool.
TE-QuanBZhangcodekb-search
Searches codebases via hybrid structural, semantic, and lexical retrieval with RRF fusion.
TE-QuanBZhangcodekb-init
Initialize a CodeKB semantic knowledge base with hybrid vector and BM25 code indexing.
TE-QuanBZhangopenspec-codekb-integration
Enriches OpenSpec workflow stages with CodeKB semantic knowledge retrieval and feedback.
TE-QuanBZhangcodekb-extract
Extract structured knowledge from source code, git history, and OpenSpec changes.
TE-QuanBZhangandroid-ui-regression-checker
Diagnose Android UI defects and regression risks across Views and Jetpack Compose.
TE-QuanBZhangopsx-explore
Enters OpenSpec explore mode to investigate ideas and clarify requirements without writing code.
TE-QuanBZhangandroid-camera-bugfix-skill
Diagnose and fix Android Camera2 and CameraX failures across open, preview, capture, and lifecycle flows.
TE-QuanBZhangopsx-sync
Sync delta specs from an OpenSpec change into main specs via slash command.
TE-QuanBZhangopsx-verify
Verifies OpenSpec changes by running tests, linting, and code quality checks.
TE-QuanBZhangandroid-anr-investigator
Diagnose Android ANRs by analyzing main-thread blocking, lock contention, and I/O waits.
TE-QuanBZhangopenspec-explore
Explores ideas and investigates codebases in a read-only thinking mode using OpenSpec and CodeGraph context.
TE-QuanBZhangopsx-apply
Implements pending tasks from an OpenSpec change via the /opsx:apply slash command.
TE-QuanBZhangopenspec-trace-logger
Instruments Android call chains with temporary structured trace logs for runtime bug diagnosis.
TE-QuanBZhangandroid-lifecycle-debugger
Diagnose Android lifecycle bugs involving Activity, Fragment, ViewModel, and process death.
TE-QuanBZhangandroid-memory-leak-fixer
Diagnose Android memory leaks by tracing retention paths and recommending lifecycle-aware fixes.
TE-QuanBZhangandroid-crash-analyzer
Diagnose Android crash logs, identify root causes, and propose safe fixes with verification steps.
TE-QuanBZhangopsx-propose
Generates OpenSpec change proposals with design and task artifacts via slash command.
TE-QuanBZhangopenspec-android-bug
Investigate Android bugs and generate OpenSpec change proposals with triage, CodeGraph analysis, and regression tests.
TE-QuanBZhangopenspec-apply
Implements tasks from an OpenSpec change with progress tracking and codebase exploration.
TE-QuanBZhangopsx-archive
Archives completed OpenSpec changes via the /opsx:archive slash command.
TE-QuanBZhangopenspec-propose
Generates OpenSpec change proposals with design, specs, and tasks using CodeGraph codebase context.
Frequently Asked Questions About TE-QuanBZhang
FAQPage SchemaWhat tasks can I accomplish with TE-QuanBZhang's skills?▼
You can investigate Android crashes, ANRs, memory leaks, lifecycle defects, network failures, camera and gallery bugs; run OpenSpec change proposals, implementation, verification, and archiving; and build a CodeKB knowledge base with hybrid semantic code search, symbol explanation, and knowledge extraction.
Who are these skills designed for?▼
Android engineers debugging production defects in Views or Jetpack Compose apps, and developers adopting spec-driven change management who want project memory, call-graph context, and traceable answers about unfamiliar codebases before modifying functions or classes.
How do I install and run these skills?▼
Android and OpenSpec skills require the openspec CLI and work in any Android Gradle project. CodeKB skills require `npm install -g @yun918/codekb`, then `codekb init` in the project; MCP-based skills additionally need the CodeKB MCP Server configured in your coding environment.
Are these skills free and open source?▼
Yes. All 31 skills are released under the MIT license at version 1.0, authored by ai-coding and openspec. There is no stated cost; the only optional external dependency is an LLM API key for CodeKB knowledge extraction, which also works heuristically without one.
What prerequisites and dependencies are required?▼
OpenSpec skills require the openspec CLI. CodeKB skills require the @yun918/codekb npm package and, for MCP operations, a running CodeKB MCP Server; CodeGraph is optional and reused when present. Android debugging skills work with any Android Gradle project and degrade gracefully without extra setup.