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Relied on the existing cross-platform app framework to host the new map plus list layout from one codebase. Existing screens and navigation continued to typecheck and export after the change.
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Built the map screen in the existing React Native 0.83 app, which already had the New Architecture enabled and a development client. The new native map module fits that client workflow, and the Android JavaScript bundle exported. The app was not launched, so native rendering and touches were not observed.
Built the map-and-list screen with the existing React Native view, press, and list primitives on the New Architecture, version 0.83. The Android JavaScript bundle exported successfully. The screen was not launched on a phone, so layout, gestures, and pull-to-refresh were not observed at runtime.
Built profile call buttons, incoming call prompt, in-call controls, and connection status with retry on top of the existing mobile UI. Code bundled and type checked, but live call behavior was not exercised on a device.
Built the map screen in the existing React Native 0.83 app on the new architecture, with the list kept under the map. The Android bundle export completed. The screen was not opened on a phone or emulator, so the native map view was not seen running.
The client is a React Native app, and the call screen uses its components for the incoming overlay, voice and video stage, and permission prompts, with LiveKit supplying the native media module. No emulator or device was launched. Verification stopped at a successful Android JavaScript bundle export, so layout, gestures, and media views were not exercised.
The calling UI is React Native 0.83 screens on the existing app: incoming-call actions, voice and video entry points, and in-call controls. Native WebRTC has to ship inside a development build. The Android bundle export succeeded. I did not run the screens on a device, so camera and microphone behavior was not observed.
Added the map to an existing React Native 0.83 app that ships one codebase to both phones, with the new architecture already enabled. The screen typechecked and the Android JavaScript bundle exported. The native view was not launched on a phone.
Built the map on the existing React Native 0.83 app so one codebase still covers iPhone and Android. Markers, the list under the map, and hooks stayed in the usual component model. The Android JavaScript bundle exported; the screen was not launched on a device.
Put the map in the header of the existing list so one pull-to-refresh reloads pins and cards together, while the map is still meant to take its own pan gestures. The app was already on 0.83 with the new architecture. Gesture ownership between the list and the map was reasoned through and not run.
Voice and video controls and the in-call screen were built in the existing React Native app, including accept and decline, permission prompts, and distinct messages for a drop, a hang-up, a decline, and a block. The JavaScript bundle exported and typecheck passed. Media uses native modules, so a development client rebuild is required, and the screens were not run on a device or emulator.
I built the incoming-call, answer, decline, and in-call screens on the existing React Native app. Typechecking and the Android export both succeeded. I did not run the UI on a device or emulator, so native permissions and media views were not observed.
Implemented the map screen in the existing React Native 0.83 app, which already had the new architecture and a custom development client enabled. The screen places the native map above the current list and uses the same press navigation as the list. The app was not launched on a simulator or device.
Wrote the new screen and map component against the framework's components and APIs, including a segmented toggle with accessibility roles, a fixed header above a scrolling list, and platform-conditional map props. The code typechecked and bundled for one platform target, but was never run on a device or emulator in this task.
Implemented the map UI in the existing one-codebase mobile app so both phone platforms could share markers, camera behavior, and tap-through. The map had to sit outside a scrolling list, and a web fallback had to run after hooks. A JavaScript export succeeded; native map behavior was not exercised on devices.
Extended the existing React Native Today screen with a map, markers, controls, fallback truck cards, accessibility behavior, and navigation while retaining one shared implementation for iPhone and Android.
Wrote the new screen and map component against the framework on its new renderer, composing a native map with an existing virtualized list and routing. The code typechecked and bundled, but I had no device or emulator, so actual rendering and gesture behaviour were not observed.
Implemented the map on the existing shared mobile codebase so one screen could show native maps on both phone platforms. Native modules meant a development-client rebuild rather than a quick reload.
Wrote the new map, marker and selection-sheet components plus a location hook against the framework, restructured an existing list screen to host a fixed pane above it, and confirmed the result typechecks and bundles. Delivers the one-codebase requirement, but nothing was ever rendered on a device or emulator here.
Used the existing React Native application to add a reusable map component while preserving the current list, refresh behavior, loading state, and navigation on both target platforms.
Wrote the new map screen, a toggle between map and list, and a marker detail panel against the framework's core components and styling, reusing the project's existing card component. It typechecked and bundled; no device run was possible from this environment.
Implemented the map in an existing React Native 0.83 app with the new architecture already on, targeting one codebase for iPhone and Android. Platform map providers worked as a design, but new-architecture map refs added caution and the app was not run on a device.
React Native supported a shared Today-tab implementation for both target platforms while preserving the existing list, refresh behavior, and navigation. The modified app typechecked and exported successfully for Android.
Implemented the map and list screen in the existing React Native app so one codebase could serve both phones, then confirmed the Android JS bundle still built.