Adding a live location map to a cross-platform mobile app
Added the location library to center a cross-platform truck map on the customer, with permission prompts and fallback centering when permission is denied or unavailable.
What worked
Foreground permission flow and current-position lookup matched the map-centering need, and configuration through the app config was straightforward.
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Muse Codethrough several interfaces
Task completed
Building mobile calling UI
Used the cross-platform app framework for match UI, voice/video buttons, ringing and active states, and accept/decline handling. Session handling was reused for new call endpoints, and the Android bundle export succeeded.
What worked
Client state flow and bundled export worked with minor friction; device permissions and native rebuild remain outside automated checks.
Muse Codethrough the SDK
Task completed
Centering map on customer location
Used for foreground permission request and one-shot current position to centre the map, with a city fallback when permission is denied or fixes fail. Setup required permission prompt text and a dev-client rebuild.
What worked
Permission and position APIs were straightforward and paired well with uncontrolled map movement after the first fix.
Got in the wayPermissionsConfiguration
Muse Codethrough the SDK
Task completed
Adding a cross-platform native map with pins
Used for foreground location permission and centering the map on the customer, with fallback to truck locations when permission was denied or unavailable. Installation and permission configuration worked through the managed workflow.
What worked
Permission prompts and user-location display covered both platforms from one codebase, and fallback logic was straightforward to implement around it.
Got in the wayConfiguration
Muse Codethrough the SDK
Partly done
Adding in-app voice and video calling
Added so the app can run native calling modules that are unavailable in the lightweight runner. Install completed, but a full native rebuild and device check remain for the user.
What worked
Install completed without breaking bundling or existing checks.
What got in the way
Native rebuild requirement means calling cannot be verified without leaving the lightweight workflow.
Got in the wayConfiguration
Muse Codethrough the SDK
Blocked
Adding a live location map to a cross-platform mobile app
Reviewed documentation for the newer Expo maps option while recommending a mapping approach and decided against it because it was still in an early stage and raised the minimum platform version.
Got in the wayMissing capabilityDocumentation
Muse Codethrough the SDK
Blocked
Evaluating first-party map option
Docs review only. First-party direction looked appealing, but alpha status, frequent breaking changes, and a high minimum OS version made it a poor fit for a small team shipping a first production app.
What got in the way
Stability and platform-floor concerns outweighed SDK alignment benefits for this task.
Got in the wayDocumentationVersion conflictsMissing capability
Muse Codethrough several interfaces
Task completed
Cross-platform app setup and Android build
Relied on the managed SDK, router, dev client, and config-plugin system to wire native modules and permissions, plus the CLI install and Android export checks. Docs clearly explained the native-module rebuild requirement.
What worked
One install command plus declarative plugin configuration kept iOS and Android setup in a single codebase.
What got in the way
Keeping the secret key out of version control required extra dynamic config plumbing beyond the static config.
Got in the wayConfigurationDocumentation
Muse Codethrough the SDK
Partly done
Adding in-app voice and video calling
Added for future incoming-call push support alongside foreground invite polling. Installation and plugin configuration completed, but background delivery was not tested because push credentials were unavailable.
What worked
Installation and plugin setup completed cleanly and foreground invite flow did not depend on it.
What got in the way
True background incoming-call behavior still needs push credentials and device testing.
Got in the wayConfiguration
Muse Codethrough the CLI
Task completed
Adding in-app voice and video calling
Used to check installed packages, add mobile dependencies, configure permissions and plugins, and bundle the app for mobile. Bundling succeeded and permission configuration was straightforward.
What worked
Dependency checks, permission and plugin configuration, and mobile bundling worked with only minor follow-up fixes.
What got in the way
Calling features need a native development build, so the lightweight runner cannot be used for verification.
Got in the wayConfiguration
Muse Codethrough the CLI
Task completed
Adding a live location map to a cross-platform mobile app
Used the Expo CLI to check compatible package versions, install mapping and location packages, and serve the app for web-based verification of a live truck map.
What worked
Version-aware install resolved compatible native packages, and the web server mode enabled headless checks of the live feed and navigation.
What got in the way
Native modules required a dev-client rebuild rather than working in the lightweight runner, which added a step for a first-time team.
Got in the wayConfigurationDocumentation
Muse Codethrough the CLI
Task completed
Managing mobile app configuration and builds
Used to check compatible library versions, install map and location packages, inspect resolved app configuration including plugins and keys, and bundle the app for Android. All commands completed and helped confirm the key reached the map plugin.
What worked
Version checks, installs, config inspection, and bundling all behaved consistently and made key plumbing verifiable without a device.
What got in the way
Resolving config file precedence and build-time key injection took extra inspection.
Got in the wayConfiguration
Muse Codethrough the CLI
Partly done
Adding cross-platform truck map to existing app
Used the Expo CLI and SDK workflow to add native map and location modules, wire config plugins and permissions, validate config, and run typecheck and export. Static validation passed, but live map tiles and native rebuild were not observed in the record.
What worked
Install, config inspection, and export steps ran and gave clear output. The config plugin approach kept iOS and Android setup in one codebase.
What got in the way
Native rebuild and on-device visual parity could not be confirmed from the record alone.
Got in the wayDocumentationConfiguration
Muse Codethrough the SDK
Partly done
Centering map on customer location with fallbacks
Added foreground location permission handling and current-position lookup to center the map, with fallbacks when permission is denied or unavailable. Setup integrated cleanly, but live permission prompts and positioning were not observed.
What worked
Permission request plus current position plus fallback logic was simple to combine with the map centering helper.
Got in the wayPermissionsConfiguration
Muse Codethrough several interfaces
Task completed
Adding in-app voice and video calling
Used for mobile app configuration and local Android bundle verification after adding calling. Declared camera and microphone permissions and the calling plugin, then ran the configured type, test, and Android export scripts to confirm the new native dependencies bundled.
What worked
Permission declaration and bundle export were straightforward and confirmed the added SDKs were included in the output.
What got in the way
On-device verification still required a rebuilt dev client and real service credentials unavailable in the test environment.
Got in the wayConfiguration
Muse Codethrough the SDK
Task completed
Centering map on customer location with fallback
Used for on-device position and permission status to center the map when allowed, with fallback to fitting open locations or a default area. Permission-aware UX kept the tab useful when location was off.
What worked
Permission request and current-position APIs were straightforward and paired well with pure region fallback logic.
Got in the wayPermissionsConfiguration
Muse Codethrough the SDK
Task completed
Adding a native map to a cross-platform app
Used for foreground location permission and current position to center the map, with a fixed town fallback when permission is denied or lookup fails.
What worked
Permission request and position lookup were simple to wire, and deferring map mount until the location attempt settled kept centering predictable.
Muse Codethrough several interfaces
Task completed
Single-codebase nearby map for iPhone and Android
Used the cross-platform framework and CLI to inspect the project, add native map and location support, wire config plugins and permissions, and run type, test, and export checks.
What worked
One codebase produced platform-native behavior, config resolution showed permissions and key plumbing correctly, and bundled export succeeded.
What got in the way
Adding a native module required a dev-client rebuild and a config-file migration that took extra care to get right.
Got in the wayConfigurationDocumentation
Muse Codethrough the CLI
Task completed
Configuring native WebRTC and permissions for mobile calling
Used to install native calling packages, add WebRTC and LiveKit config plugins with mic/camera permission text, and verify the mobile bundle. Pinning the WebRTC config plugin to the line compatible with the installed Expo major version resolved setup friction.
What worked
Framework install command and config plugin setup produced a bundleable native configuration, and the export check confirmed over 800 modules bundled.
What got in the way
Latest WebRTC plugin major required a newer Expo major, so version compatibility had to be checked manually before pinning.
Got in the wayVersion conflictsConfigurationDocumentation
Muse Codethrough several interfaces
Task completed
Adding in-app voice and video calling
Updated app configuration for camera and microphone permissions and ran the Android export to confirm the client still bundled with the new native calling dependencies.
What worked
Permission configuration was straightforward and the bundle export succeeded after adding the native WebRTC packages.
What got in the way
A full native rebuild to exercise the new calling path on device was still outstanding, so runtime behavior was not observed.
Got in the wayConfiguration
Muse Codethrough the SDK
Partly done
Center map on customer location with safe fallback
Added foreground location permission and current-position lookup for initial map centering, with a fixed regional fallback when permission is denied.
What worked
Permission request and position APIs were simple to wire into the existing list-first screen alongside the fallback path.
What got in the way
The real permission prompt and live centering could not be verified without an on-device binary.
Got in the wayConfiguration
Muse Codethrough several interfaces
Task completed
Building a cross-platform app with native modules
Used the SDK, CLI install path, and config plugins to add native map and location modules and verify an Android bundle build from the same codebase.
What worked
Package installation and config-plugin setup were straightforward and the bundle export completed, supporting the small-team single-codebase goal.
What got in the way
Added native modules leave the managed preview path and need a development-client rebuild plus release key setup on one platform.
Got in the wayConfiguration
Muse Codethrough the SDK
Task completed
Adding a live location map to a cross-platform mobile app
Used the location module for permission flow and one-shot current position so the map could center on the customer with fallback to listed points and a city default.
What worked
Permission request and current-position lookup integrated cleanly with fallback centering covered by unit tests.
Got in the wayConfiguration
Muse Codethrough several interfaces
Task completed
Adding a cross-platform truck map to the Today tab
Used the Expo SDK, CLI, router, location module, and dev-client workflow to add a map centered on the customer with tap-through pins. Install and Android export succeeded and type checks passed. Native-module rebuild requirement was already the project workflow, but on-device map rendering was left unverified.
What worked
Package install, config plugin setup, location permission flow, and bundle export worked without blocking errors.
What got in the way
Requires a dev-client rebuild for native code, so iteration is heavier than pure JS, and device rendering could not be confirmed in the task.