PiBox » Iron Man

h1. MVP Development Tasks

h1. +Monitor+

Note: Touch Display is already supported

h2. Hardware

* Pair Button support (GPIO pin)

** Needs to include LED so we know we're in that mode

* 2G/3G support based on Raspberry Pi phone build

** https://www.graphics-muse.org/wp/?p=5910

* Requires Backup Battery Circuit board

** This will handle power input from AC (wall socket) or battery.  Battery should only be backup power!

** http://redmine.graphics-muse.org/projects/ironman/wiki/Hardware_Links (Battery Backup section)

** Needs to set GPIO pin that can be read at boot.

** Needs LED that can be enabled from boot process (not connected to Pair Button) via GPIO to show we're in Pair Mode

* Requires PiDrive for external storage

** http://redmine.graphics-muse.org/projects/ironman/wiki/Hardware_Links (Monitor section)

* Needs WiFi + BLE HAT

** http://redmine.graphics-muse.org/projects/ironman/wiki/Hardware_Links (Monitor Section)

* Needs Enclosure

** PiDrive access door

** Battery access door

** SD card access

** open USB ports access

** Display on top

h2. Software

* Pair Button support on boot

* Write to work like ESP8266 where boot mode can set up AP to allow configuration via mobile device

<pre>

    Handles both Internet wifi setup and sensor network AP config.

    if (pair_button)

    {   

        enable ap only

        enable wifi config in web server

    }

    else

    {   

        enable ap

        enable internet wifi connection

        disable wifi config in web server

    }

</pre>

* New launcher supporting UI design.

* piboxd updates

** needs to support sensor messages (store to sensor location). overwrite with latest message in per-sensor file.

* Battery backup

** On AC power failure, send notifications and continue running.

** power down safely (signal all apps) when battery is low.

* Install

** must format hard drive on firstboot

*** partition 1: app data

*** partition 2: camera recordings

* New apps:

** Sensor config/browse

** Contacts (for notifications)

** Files (for cleanup, status viewing)

** Setup (admin pw, generate keys for sensors)

h1. +Sensors+

Fork "esp8266 project":https://gitlab.com/xarduino/iotdevice

h2. Hardware

* Add pair button + LED

* Add battery power w/ enclosure

* Add door/window sensor

** http://redmine.graphics-muse.org/projects/ironman/wiki/Hardware_Links (Door/Window Alarm section)

Software:

* Rework esp8266 code to handle new flow diagram.

* If necessary, simplify REST interface.

* Add AES encoding + hash for all messages (inbound and outbound from sensor).

h1. +Management+

* Android:

** Wifi config

*** connect to AP (monitor or sensor)

*** configure network

*** Set admin pw (part of initial setup)

** View sensor status

** Admin

*** Set admin pw (via sensor network only)

* Web UI:

** View sensor status

** Admin

*** Set admin pw

*** gen keys

** Files

*** List

*** Delete