Eclipse Oniro Mirrors
Official@eclipse-oniro-mirrors
Offers specialized engineering capabilities for OpenHarmony build orchestration, ArkUI component architecture, and source code analysis within the ACE Engine ecosystem.
Agent Skills by Eclipse Oniro Mirrors
Showing 12 vetted skills indexed across 2 GitHub repositories.
eclipse-oniro-mirrorshelloworld
Generate a Hello World Python file and fetch OpenHarmony contribution statistics.
eclipse-oniro-mirrorsohhdc
Automate OpenHarmony HAP lifecycle tasks via HDC with Bash commands.
eclipse-oniro-mirrorsohtest
Generate OpenHarmony unit tests from TypeScript declarations and UI tests from ArkUI pages.
eclipse-oniro-mirrorsohbuild
Automate OpenHarmony HAP building and signing workflows via hapbuild.py.
eclipse-oniro-mirrorsgitlog
Summarize git history and repository status with commit and report commands.
eclipse-oniro-mirrorscompile-analysis
Analyze per-file ACE Engine compile efficiency and visualize header dependencies.
eclipse-oniro-mirrorscode-analysis
Analyze ACE Engine ArkUI code for architecture, bugs, performance, and test coverage.
eclipse-oniro-mirrorsopenharmony-build
Orchestrate OpenHarmony builds and analyze errors from build.log.
eclipse-oniro-mirrorsdiff-apply
Apply diff/patch files to the ace_engine codebase with backup and conflict resolution.
eclipse-oniro-mirrorsbuild-error-analyzer
Extract and categorize OpenHarmony build errors from last_error.log files.
eclipse-oniro-mirrorstdd
Generate structured TDD unit tests for NG component Pattern methods.
eclipse-oniro-mirrorsarkui-api-design
Design ArkUI component APIs compliant with OpenHarmony TypeScript/JavaScript coding standards.
Frequently Asked Questions About Eclipse Oniro Mirrors
FAQPage SchemaWhat specific engineering tasks are enabled by these capabilities?▼
These capabilities enable developers to perform deep analysis of ACE Engine compile efficiency, orchestrate OpenHarmony HAP builds, manage HAP lifecycles via HDC, and generate structured unit tests for ArkUI components. It facilitates rigorous code architecture reviews and automated error categorization from build logs.
Which target personas benefit from these technical capabilities?▼
These capabilities are designed for embedded systems engineers, OpenHarmony platform developers, and quality assurance specialists working within the ACE Engine framework. It is specifically tailored for those managing complex build environments, component API design, and test-driven development cycles for mobile or IoT operating systems.
What are the prerequisites for implementing these build and analysis functions?▼
Implementation requires an existing OpenHarmony development environment, access to the ACE Engine source tree, and a configured HDC environment for HAP lifecycle management. Users must have the necessary build dependencies installed to support TypeScript/JavaScript compilation and the specific build-log parsing requirements of the OpenHarmony ecosystem.