abotelho23 / aacdnproject Goto Github PK

This repository has been archived on GitHub and moved to GitLab. Please see the project on GitLab.com: https://gitlab.com/ABotelho23/aacdnProject

License: GNU Lesser General Public License v3.0

Python 19.26% Shell 0.09% CSS 15.59% JavaScript 14.34% HTML 50.72%

aiocoap avahi coap iot python3 raspberry-pi raspberry-pi-3 raspberry-pi-zero smarthome

aacdnproject's People

Contributors

Stargazers

Watchers

Forkers

ashproject nathanthanakone connormoss

aacdnproject's Issues

Log all outputs from programs

We should try and have all our program print their outputs to a log file so we can read them easier.

-credits in app (own section)
-install camera in house
-install blinds in house
-make tri-fold board
-looks into mycroft
-install roof pieces
-add more multi devices commands? Rainbow?
-add fresh mobile and house pictures to GitHub page

Send ACK before performing long work

Need to look into this particularly for blinds and camera. Long tasks will spam retransmits.

Implement camera in GUI

Implement blinds in GUI

-Dan has ideas for using a slider 0-10

Implement voice controls

It looks like using Google Home might be not feasible for us behind Carleton's firewall.

I've started looking into Jasper, which is completely local. I was thinking maybe Ash's raspberry pi 3 could be the Jasper device?

https://jasperproject.github.io/

Fix temperature implementation in GUI

-fix the decimal for temperature (e.g. 12.34) not 12345

Implement multi-device controls via GUI/voice

Clean up code names

-create stable branch
-merge branches to clean stuff up and minimize how many we have
-ensure all nodes are using node.py template
-change hubCode.py to hub.py

Notification resource on Hub

-should popup a snack bar message on GUI for every notification
-camera should be able to notify of motion, and then perform a task (e.g. hub turns light red)

First voice command

async def createRequest(request_type, node_address, node_resource, userPayload):
    
	protocol = await Context.create_client_context()
	
	if (request_type == 'GET'):
        print("SENDING GET REQUEST")
        targetURI = 'coap://' + node_address + node_resource

        request = Message(code=GET, uri=targetURI)

        try:
            response = await protocol.request(request).response
        except Exception as e:
            return e
        else:
            return response.payload
    else:
        print("SENDING PUT REQUEST START")
        targetURI = 'coap://' + node_address + node_resource
        payloadEnc = userPayload.encode()
        
		request = Message(code=PUT, uri=targetURI, payload=payloadEnc)

        try:
            response = await protocol.request(request).response
        except Exception as e:
            return e
        else:
            return response.payload

Create queue and pass discovered nodes to it

We need to learn how to implement queues.

See, https://github.com/ABotelho23/aacdnProject/blob/hubCode-flask/hubAiocoap.py

At DiscoveryThread, need to pass a queue created in main(), and also when creating FlaskThread.

DiscoveryThread does queueName.put(...) of CoapNode object for every discovered node and FlaskThread does queueName.get(...). FlaskThread then displays a box with the information from the CoapNode objects from the queue.