bxm156 / eecs398 Goto Github PK

Support the following command line options:

1. Output 1 or multiple readings
2. Perform calibration.
3. Set time
4. Dump information to csv
5. Reset database

A dropdown or window should be used to allow the user to select a device that is either attached to the computer or found via MDNS networking.

May need to do the searching in separate threads so as not to kill the UI

Ethernet should be handled in the serial thread, using MDNS for discovery

Graphing features we may want:

Zoom, Pan, Hoover, Averages, Means?

There is a matplotlib toolbar that we could add on a per plot that may enable zooming. But then we would have to always be plotting data at the millisecond scale.

We should move some of the code into a library that we use, that way its easier to use a command line interface as well as a gui and still have the features accessible

The graph controller should setup a subview to store the figure and have the following features:

Support multiple subplots (max 4 per view?)
Support graphing per plot
Support setting title, axises, etc
Support for re-graphing on the same plot.

Data is to be stored in an SQLite database

The path the database can be stored in the pypreferences file

On startup, attempt to find a db, and if its not found, create one then create the tables.

Create a DB thread that can handle "tasks" which define db operations, such as selection and insertion.

The detail page should show up to date voltage, current, etc information. Also, we should be able to provide a nickname for each device that will show up

We should have a base SQLite task that all SQL tasks can inherit from. it should handle any common operations, and subclasses should only need to define the query to be excuted

The serial thread should handle the communication to the device.

The serial task should contain the command and parameters to send, as well as anyone who is listening for a response