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This adds documentation for using the automated install script
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.gitlab-ci.yml
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@ -34,3 +34,4 @@ build:
artifacts: artifacts:
paths: paths:
- tempgopher - tempgopher
- install.sh

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README.md
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# TempGopher # TempGopher
Temp Gopher is a thermostat application written in Go. It is written and tested using a Raspberry Pi, but any hardware platform meeting the requirements will probably work. TempGopher is a thermostat application written in Go. It turns a Raspberry Pi into a thermostat you can control with your web browser.
## Requirements ## Requirements
You will need a computer (e.g., Raspberry Pi) with the following components: You will need a Raspberry Pi with the following components:
* A network connection * A network connection
* DS18B120, 1-wire temperature sensors * DS18B120, 1-wire temperature sensors
* GPIO pins * GPIO pins
* Relays for powering on/off your equipment hooked up to the GPIO pins * Relays for powering on/off your equipment hooked up to the GPIO pins
## Installation ## Install
You can build on a Raspberry Pi, however, it can take a long time! I recommend building on a separate computer with a bit more processing power. You will need to setup your Raspberry Pi for this to work.
1. Setup your DS18B20 temperature sensor. [Adafruit has a good tutorial for getting them working](https://learn.adafruit.com/adafruits-raspberry-pi-lesson-11-ds18b20-temperature-sensing/hardware)
2. Connect your relay switches to the GPIO pins
3. [Download the install.sh script to your Raspberry Pi](https://gitlab.com/shouptech/tempgopher/-/jobs/artifacts/master/raw/install.sh?job=build)
4. Run the script! The script will download the latest binary and configure the thermostat with some initial values.
5. After configuration, point your web browser to the configured URL.
## Configuration Script
You will be asked some questions during the initial configuration of TempGopher. You also see some defaults in brackets. If the brackets look good, just hit enter.
* `Listen address?` - The address & port TempGopher should listen on. Omitting the address and just specifying the port means it listens on all addresses. Default is `:8080`.
* `Base URL?` - This is what you will type in to your web browser to access TempGopher. If you don't have DNS configured, should probably be `http://<ipaddress>:8080`
* `Display temperature in fahrenheit?` - Set to true if you want fahrenheit, otherwise defaults to celsius.
* `Configure sensor w/ ID: 28-xxxxx` - If you set up your DS18B20 sensors correctly, you should see it's ID listed. Enter `Y` and answer the prompts to configure it. If you have multiple sensors, you will be asked this question multiple times.
* `Sensor alias:` - Name to display in the web browser for this sensor.
* `High temperature:` - The high temperature to kick the cooling on.
* `Cooling minutes:` - The number of minutes to run the cooler once the temperature is below the High temperature threshold.
* `Cooling GPIO:` - The pin your cooling relay switch is hooked into.
* `Invert cooling switch` - If set to `true`, the cooling will be ON when the switch is LOW. This should usually be `false`, so that is the default
* `Low temperature:` - The low temperature to kick the heating on.
* `Heating minutes:` - The number of minutes to run the heater once the temperature is below the Low temperature threshold.
* `Heating GPIO:` - The pin your heating relay switch is hooked into.
* `Invert heating switch` - If set to `true`, the heating will be ON when the switch is LOW. This should usually be `false`, so that is the default
* `Enable verbose logging` - If set to `true`, TempGopher will display in the console every thermostat reading. This can be quite verbose, so the default is `false`.
## Example configuration script
``` ```
go get -u github.com/gobuffalo/packr/... $ bash install.sh
go get gitea.shoup.io/mike/tempgopher
cd $GOPATH/src/gitea.shoup.io/mike/tempgopher % Total % Received % Xferd Average Speed Time Time Time Current
GOOS=linux GOARCH=arm GOARM=6 packr build -a -ldflags '-w -s -extldflags "-static"' Dload Upload Total Spent Left Speed
scp tempgopher <raspberrypi>:~/somepath 100 147 100 147 0 0 357 0 --:--:-- --:--:-- --:--:-- 356
```
TempGopher v0.2.0
## Configuration You will now be asked a series of questions to help configure your thermostat.
Don't worry, it will all be over quickly.
Create a `config.yml` file like this:
Default values will be in brackets. Just press enter if they look good.
``` =====
listenaddr: ":8080" # Address:port to listen on. If not specified, defaults to ":8080" Listen address?
baseurl: http://<pihostname>:8080 # Base URL to find the app at. Usually your Pi's IP address or hostname, unless using a reverse proxy [:8080]:
sensors: Base URL? (This is what you type into your browser to get to the web UI)
- id: 28-000008083108 # Id of the DS18b120 sensor [http://beerpi:8080]: http://10.30.14.130:8080
alias: fermenter # An alias for the sensor Display temperatures in fahrenheit? (Otherwise uses celsius)
hightemp: 8 # Maximum temperature you want the sensor to read [true]:
lowtemp: 4 # Minimum tempearture you want the sensor to read Configure sensor w/ ID: 28-000008083108
heatgpio: 5 # GPIO pin the heater is hooked into [Y/n]:
heatinvert: false # Probably false. If true, will set pin to High to turn the heater off Sensor alias: fermenter
heatminutes: 1 # Number of minutes below the minimum before the heater turns on High temperature: 20
coolgpio: 17 # GPIO pin the cooler is hooked into Cooling minutes: 4
coolinvert: false # Probably false. If true, will set pin to High to turn the cooler off Cooling GPIO: 19
coolminutes: 10 # Number of minutes below the minimum before the cooler turns on Invert cooling switch [false]:
verbose: false # If true, outputs the current status at every read, approx once per second Low temperature: 19
``` Heating minutes: 0.5
Heating GPIO: 13
## Running Invert heating switch [false]:
Enable verbose logging [false]:
You can run it directly in the comment line like:
```
./tempgopher -c config.yml run
```
You can run it in the background using `nohup`:
```
nohup ./tempgopher -c config.yml run &
```
Or use `systemctl` or some other process supervisor to run it.
## REST API
There is a very simple REST API for viewing the current configuration and status. The application launches and binds to `:8080`.
To view the current status, query `http://<pi>:8080/api/status`:
```
$ curl -s http://localhost:8080/api/status | jq .
{
"fermenter": {
"alias": "fermenter",
"temp": 19.812,
"cooling": false,
"heating": false,
"reading": "2018-10-03T08:43:05.795870992-06:00",
"changed": "2999-01-01T00:00:00Z"
}
}
```
To view the current configuration, query `http://<pi>:8080/api/config`:
```
$ curl -s http://localhost:8080/api/config | jq .
{
"Sensors": [
{
"id": "28-000008083108",
"alias": "fermenter",
"hightemp": 30,
"lowtemp": 27,
"heatgpio": 13,
"heatinvert": false,
"heatminutes": 1,
"coolgpio": 19,
"coolinvert": false,
"coolminutes": 4,
"verbose": false
}
]
}
``` ```