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Develop a strategy to test and integrate I2C Temperature Sensor. Sketch a diagram which highlights software architecture of the driver.

DoD: A sketch about how the system calls interface with the driver

The completed gui (see this and this) should be added to (and built through) our Yocto build.

DoD: gui application added to Yocto build (and the build succeeds).

Blockers: Display/UI, Sensor integration (resolved)

Develop a display/UI to display sensor data. Include button(s) to send data to the cloud. This issue refers only to the creation of the gui - there is a separate issue to integrate this with the sensor and cloud.

DoD: Display has a button to get a temperature reading and a place to display the data. There is a button to send a message to the cloud, with fields for "message" and "data" and a place to indicate if the message was sent successfully.

Blockers: Learn how to use QT (resolved)

Update the basic gui to receive and display data from the sensor.

DoD: Gui displays data received from sensor

Blockers: Display/UI (resolved)

Application that uses the driver to periodically send sensor data to the cloud and receive data from the cloud.

DoD: Application periodically sends and receives data from the cloud

Blocker: Data transfer to/from cloud (resolved)

We will use QT to design a simple gui. This issue is to document the effort required to learn how to use QT. The goal is to become familiar enough with QT to be able to create a simple gui.

DoD: A simple example gui can be built and run

Investigate potential cloud servers (AWS, Azure, etc) and select one that works for our application (low cost, easy to use, two-way communication)

DoD: A single cloud server selected

Develop a driver to send data to the cloud and receive data from the cloud. Develop an API for use by a higher level application

DoD: Driver implemented, data transfer functional, and API provided

Develop a simple hello-world application for STM32MP1 board

DoD: application compiles and runs on the board as intended

Blocker: Yocto Build

Any setup or configuration that needs to be done to set up the remote cloud environment or configure our device before development can begin.

DoD: cloud environment is set up and device is configured as an IoT endpoint

Blocker: Select Cloud Server

Write source code for I2C Temperature Sensor Module as per the sketch.

DoD: Driver Module works as intended. Responding to commands as notified in the sketch submitted in #3.

Blocker: Yocto Build | Module Install | #3

Write and test code for TMP102 temperature readings.

DoD: Application runs successfully, and outputs temperature readings on stdin