Architecture Overview⌗

[Diagram showing system flow]:

Computer/Server → MQTT → Property PI → LED Strip (146 Strip)
                              ↓
                        5v External Power

Hardware Specifications⌗

  • AllOZ: Speed Run components
  • Dimensions: 10 x 12 grid configuration
  • Power: External 5v power supply required

Software Components⌗

EEPROM (LED Strip Simulator)⌗

  • Features:
    • Zone Handwriting
    • OIC → Upload Jobs
  • Intervals: “daily” / “hourly”
  • Package Name: [unclear]

App Playtime Tracking System⌗

  • AppPlayTimeScheduleWorker
  • AppPlayTimeTrackingWorker

Scheduled Worker System⌗

[Diagram showing worker flow]:

Scheduled Worker (runs every hour) 
↓
Pull tracking worker scheduling/config
↓
(if config interval changed)
↓
Cancel/Unqueue Work ("PR AppPlaytime Tracker") + Enqueue/MagicWork

Shared Preferences & Interval Management⌗

  • Interval: Set → Package → Interval
  • Config: If interval changed → get package name & interval
  • Tracking Worker: Manages scheduling updates

AppPlaytimeTrackingWorker Details⌗

  • Frequency: Every X minutes (run @interval hourly)
  • Query: “Only query for this every 8.1 day”
  • Questions tracked:
    • Query → Has it been 1 hour?
    • If daily → Has it been 75 1 day?

Implementation Notes⌗

  • Take CPF then spread it out
  • Feeling good about current progress
  • Corn Rate with Ham Interface integration planned

Diagram Explanations⌗

  1. System Architecture: Shows the flow from computer/server through MQTT to the LED strip setup
  2. Worker Scheduling Flow: Illustrates how the background workers manage app playtime tracking and scheduling
  3. Hardware Layout: Shows the physical configuration of the LED strip array (10x12 grid)