nolte
Community@nolte
nolte provides a spec-driven suite of native Android development skills covering project scaffolding, Compose UI, permissions, debugging, performance, and toolchain upgrades.
Agent Skills by nolte
Showing 12 vetted skills indexed across 1 GitHub repositories.
nolteandroid-barcode-scanner-scaffold
Builds QR and barcode scanning into Android apps using CameraX, ML Kit, and the Google code scanner.
nolteandroid-debugging
Diagnoses Android build errors and runtime defects from Gradle, ADB, and logcat evidence.
nolteandroid-permissions-derive
Derives, declares, and audits Android app permissions from user-visible features.
nolteandroid-toolchain-upgrade
Upgrades Android Gradle, AGP, Kotlin, KSP, and Compose versions with per-step build gates.
nolteandroid-localization-apply
Audits and applies localization conformance for existing Android apps against a spec corpus.
nolteandroid-perceived-performance
Measures Android startup time, frame jank, and loading states on physical devices, then remediates findings.
nolteandroid-test-suite-apply
Audits, plans, and applies Android test suite and CI wiring per the test-automation spec.
nolteandroid-compose-ui
Generates Jetpack Compose screens with Material 3 theming, previews, and Robolectric tests.
nolteandroid-project-scaffold
Scaffolds a spec-conforming native Android project with Gradle Kotlin DSL, Compose, and CI.
nolteandroid-feature-implement
Implements Android features across UI, ViewModel, repository, and data layers per spec.
nolteandroid-notification-derive
Derives the alerting channel for Android business events and implements the device-side notification code.
nolteandroid-uvc-microscope-scaffold
Integrates USB UVC cameras into Android apps with evidence-based access path selection.
Frequently Asked Questions About nolte
FAQPage SchemaWhat tasks can I accomplish with nolte's Android skills?▼
You can scaffold new spec-conforming Android projects, author Jetpack Compose screens, implement features across UI/repository/backend layers, integrate barcode scanners and USB/UVC microscopes, derive permissions and notification channels, debug builds and crashes, measure startup time and jank, and upgrade Gradle/AGP/Kotlin toolchains.
Who are these Android skills designed for?▼
They target native Android developers working in Kotlin with Gradle, Jetpack Compose, and ADB who want evidence-driven, spec-grounded guidance. Both English and German-language requests are supported, and every skill supports resume on re-invocation for multi-step work.
How do the skills verify their work at runtime?▼
Each skill gates changes on real evidence: builds are re-verified with ./gradlew build, performance fixes are re-measured via Macrobenchmark and Perfetto on a physical device, and diagnoses cite logcat, dumpsys, or crash-buffer evidence. A red build state is never left unreported.
What prerequisites do these skills assume?▼
An existing or planned native Android project with a Kotlin/Gradle toolchain (JDK 17, AGP, Compose BOM), plus access to ADB-connected devices or emulators for debugging, performance measurement, and UVC camera integration. Skills cross-reference each other rather than duplicating concerns.
Do the skills handle permissions and privacy compliance?▼
Yes. android-permissions-derive derives the minimal permission set from user-visible features, rejects permissions with permission-free alternatives, audits library-injected manifest entries, and records a justified ledger row per permission including trigger point, denial behavior, and store obligations.