腾讯蓝鲸
Official@tencentblueking · Shenzhen, China
Tencent BlueKing provides a comprehensive architectural framework for enterprise DevOps, microservice governance, and standardized Vue-based frontend development.
Agent Skills by 腾讯蓝鲸
Showing 108 vetted skills indexed across 5 GitHub repositories.
TencentBlueKing蓝鲸代码安全三大红线
Reviews code against input validation, authentication, and data encryption security rules.
TencentBlueKingVue 3 组合式函数最佳实践 (Composables)
Provides reusable Vue 3 composables for table pagination and async request logic.
TencentBlueKingchat-x-unit-test
Writes Vitest unit tests for Vue 3 components with mocking patterns.
TencentBlueKingWeb 安全漏洞学习指南
Explains OWASP Top 10 vulnerability principles, impacts, and fixes for Python and Java applications.
TencentBlueKing统一网络请求封装 (Axios)
Implements a unified Axios wrapper handling BlueKing legacy and new HTTP protocols.
TencentBlueKingbk-monitor-security-audit
Audits frontend code for XSS, CSRF, and injection vulnerabilities using a structured checklist.
TencentBlueKingbk-monitor-tapd-summary
Fetches TAPD backlog items and generates grouped summary reports.
TencentBlueKingtapd-iteration-plan
Plans TAPD iterations by scheduling approved stories via dependency DAG ordering and size limits.
TencentBlueKingtapd-story-pipeline
Automates single TAPD story implementation from clarification through git commit.
TencentBlueKingtapd-product-discovery
Manages pre-PRD product discovery workflows with TAPD parent stories, prototypes, and role-based child tickets.
TencentBlueKingtapd-iteration-runner
Orchestrates batch development of all TAPD iteration stories through a four-stage pipeline.
TencentBlueKingtapd-story-evaluation
Breaks down TAPD requirements and scores them with PERT effort, Fibonacci size, and RICE value.
TencentBlueKingharness-engineering
Generates and maintains AI agent runtime environment specification documents for projects.
TencentBlueKingtapd-story-review
Orchestrates TAPD requirement review rounds, comment processing, and approval status transitions.
TencentBlueKingtapd-story-clarification
Clarifies TAPD backlog stories and generates standardized requirement documents with DoR gating.
TencentBlueKingtapd-story-specify
Generates technical clarification conclusions and spec.md specifications from requirement documents.
TencentBlueKingtapd-story-commit
Finalizes pipeline by reconciling costs, committing code, and updating TAPD story status.
TencentBlueKingtapd-story-validate
Validates implemented code through four parallel review dimensions and orchestrates in-place fixes.
TencentBlueKingtapd-story-plan
Generates test-driven development plans and compliance reports from spec.md via speckit.plan subagents.
TencentBlueKingtapd-story-tasks
Generates and validates implementation task lists from plan and research documents via subagents.
TencentBlueKingtapd-story-implement
Executes TDD-based code implementation for story tasks via routed developer subagents.
TencentBlueKingtapd-iteration-init
Initializes TAPD iteration pipelines by creating git branches and iteration state files.
TencentBlueKingtapd-iteration-report
Generates iteration changelogs and engineering efficiency reports from committed story records.
TencentBlueKingtapd-iteration-analysis
Analyzes TAPD iteration stories and topologically sorts them by dependency relationships.
Frequently Asked Questions About 腾讯蓝鲸
FAQPage SchemaWhat specific tasks can engineers perform using BlueKing's architectural framework?▼
Engineers can design standardized CI/CD pipelines, architect Kotlin-based microservices, manage complex RBAC permission models, and implement consistent Vue 3 frontend architectures using the MagicBox component library.
Which technical personas benefit most from these architectural standards?▼
DevOps engineers, backend developers working in Spring Boot/Kotlin ecosystems, and frontend developers focused on Vue 3 component libraries and micro-frontend integration will find these standards essential for enterprise consistency.
What are the primary dependencies for implementing BlueKing's CI/CD modules?▼
Implementation requires a foundation in Kotlin/Spring Boot for backend services, Vue 3 with TypeScript for frontend modules, and familiarity with Docker/Kubernetes for dispatch and worker node execution.