Fix enumerations

Author: ThomasFarstrike

docs/frameworks/audioflinger.md

@@ -6,13 +6,13 @@ MicroPythonOS provides a centralized audio service called **AudioFlinger**, insp
 
 AudioFlinger provides:
 
-✅ **Priority-based audio focus** - Higher priority streams interrupt lower priority ones
-✅ **Multiple audio devices** - I2S digital audio, PWM buzzer, or both
-✅ **Background playback** - Runs in separate thread
-✅ **WAV file support** - 8/16/24/32-bit PCM, mono/stereo, auto-upsampling
-✅ **RTTTL ringtone support** - Full Ring Tone Text Transfer Language parser
-✅ **Thread-safe** - Safe for concurrent access
-✅ **Hardware-agnostic** - Apps work across all platforms without changes
+- **Priority-based audio focus** - Higher priority streams interrupt lower priority ones
+- **Multiple audio devices** - I2S digital audio, PWM buzzer, or both
+- **Background playback** - Runs in separate thread
+- **WAV file support** - 8/16/24/32-bit PCM, mono/stereo, auto-upsampling
+- **RTTTL ringtone support** - Full Ring Tone Text Transfer Language parser
+- **Thread-safe** - Safe for concurrent access
+- **Hardware-agnostic** - Apps work across all platforms without changes
 
 ## Supported Audio Devices
 

docs/frameworks/download-manager.md

@@ -6,13 +6,13 @@ MicroPythonOS provides a centralized HTTP download service called **DownloadMana
 
 DownloadManager provides:
 
-✅ **Three output modes** - Download to memory, file, or stream with callbacks
-✅ **Automatic session management** - Shared aiohttp session with connection reuse
-✅ **Thread-safe** - Safe for concurrent downloads across apps
-✅ **Progress tracking** - Real-time download progress callbacks
-✅ **Retry logic** - Automatic retry on chunk failures (3 attempts)
-✅ **Resume support** - HTTP Range headers for partial downloads
-✅ **Memory efficient** - Chunked downloads (1KB chunks)
+- **Three output modes** - Download to memory, file, or stream with callbacks
+- **Automatic session management** - Shared aiohttp session with connection reuse
+- **Thread-safe** - Safe for concurrent downloads across apps
+- **Progress tracking** - Real-time download progress callbacks
+- **Retry logic** - Automatic retry on chunk failures (3 attempts)
+- **Resume support** - HTTP Range headers for partial downloads
+- **Memory efficient** - Chunked downloads (1KB chunks)
 
 ## Quick Start
 

docs/frameworks/lights-manager.md

@@ -6,12 +6,12 @@ MicroPythonOS provides a simple LED control service called **LightsManager** for
 
 LightsManager provides:
 
-✅ **One-shot LED control** - Direct control of individual or all LEDs
-✅ **Buffered updates** - Set multiple LEDs then apply all changes at once
-✅ **Hardware abstraction** - Same API works across all boards
-✅ **Predefined colors** - Quick access to common notification colors
-✅ **Frame-based animations** - Integrate with TaskHandler for smooth animations
-✅ **Low overhead** - Lightweight singleton pattern
+- **One-shot LED control** - Direct control of individual or all LEDs
+- **Buffered updates** - Set multiple LEDs then apply all changes at once
+- **Hardware abstraction** - Same API works across all boards
+- **Predefined colors** - Quick access to common notification colors
+- **Frame-based animations** - Integrate with TaskHandler for smooth animations
+- **Low overhead** - Lightweight singleton pattern
 
 ⚠️ **Note**: LightsManager provides primitives for LED control, not built-in animations. Apps implement custom animations using the `update_frame()` pattern.
 

docs/frameworks/sensor-manager.md

@@ -12,11 +12,11 @@ SensorManager automatically detects available sensors on your device:
 
 The framework handles:
 
-✅ **Auto-detection** - Identifies which IMU is present
-✅ **Unit normalization** - Returns standard SI units (m/s², deg/s, °C)
-✅ **Persistent calibration** - Calibrate once, saved across reboots
-✅ **Thread-safe** - Safe for concurrent access
-✅ **Hardware-agnostic** - Apps work on all platforms without changes
+- **Auto-detection** - Identifies which IMU is present
+- **Unit normalization** - Returns standard SI units (m/s², deg/s, °C)
+- **Persistent calibration** - Calibrate once, saved across reboots
+- **Thread-safe** - Safe for concurrent access
+- **Hardware-agnostic** - Apps work on all platforms without changes
 
 ## Sensor Types
 

docs/frameworks/task-manager.md

@@ -6,12 +6,12 @@ MicroPythonOS provides a centralized task management service called **TaskManage
 
 TaskManager provides:
 
-✅ **Simplified async interface** - Easy wrappers around uasyncio primitives
-✅ **Task creation** - Launch background coroutines without boilerplate
-✅ **Sleep operations** - Async delays in seconds or milliseconds
-✅ **Timeouts** - Wait for operations with automatic timeout handling
-✅ **Event notifications** - Simple async event signaling
-✅ **Centralized management** - Single point of control for all async operations
+- **Simplified async interface** - Easy wrappers around uasyncio primitives
+- **Task creation** - Launch background coroutines without boilerplate
+- **Sleep operations** - Async delays in seconds or milliseconds
+- **Timeouts** - Wait for operations with automatic timeout handling
+- **Event notifications** - Simple async event signaling
+- **Centralized management** - Single point of control for all async operations
 
 ## Quick Start
 

docs/os-development/running-on-desktop.md

@@ -42,9 +42,9 @@
 
 When you run `./scripts/run_desktop.sh`, the OS runs **directly from `internal_filesystem/`**. This means:
 
-✅ **All changes to Python files are immediately active** - no build or install needed
-✅ **Instant testing** - edit a file, restart the app, see the changes
-✅ **Fast iteration cycle** - the recommended way to develop and test
+- **All changes to Python files are immediately active** - no build or install needed
+- **Instant testing** - edit a file, restart the app, see the changes
+- **Fast iteration cycle** - the recommended way to develop and test
 
 **DO NOT run `./scripts/install.sh` when testing on desktop!** That script is only for deploying to physical hardware.