ppetru/opensprinkler-weather
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Pete ba
2019-05-18 18:56:31 +01:00
parent 61f2606323
commit c488484539
1 changed files with 9 additions and 5 deletions
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README.md
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@@ -115,16 +115,14 @@ pi@OSPi:~/weather $ systemctl status weather.service
The final line above checks that the service has been started and you should see the service marked as running. The final line above checks that the service has been started and you should see the service marked as running.
**Step 7:** You can now test that the service is running correctly from a Web Browser. **Step 7:** You can now test that the service is running correctly from a Web Browser by navigating to the service (note: the default port was set to 3000 in the .env file):
Firstly, ensure that the Weather Service is up and running by navigating to the service (note: the default port was set to 3000 in the .env file):
``` ```
http://<Weather Service IP:PORT>/ http://<Weather Service IP:PORT>/
``` ```
You should see "OpenSprinkler Weather Service" in response. You should see "OpenSprinkler Weather Service" in response.
Secondly, you can use the following request to see the watering level that the Weather Service calculates. Note: to be consistent, change the values of h, t and r to the % weightings and bh (as a %), bt (in F), bp (in inches) to the offsets from the Zimmerman config page in App. You can use the following request to see the watering level that the Weather Service calculates. Note: to be consistent, change the values of h, t and r to the % weightings and bh (as a %), bt (in F), bp (in inches) to the offsets from the Zimmerman config page in App.
``` ```
http://<Weather Service IP>:3000/weather1.py?loc=50,1&wto="\"h\":100,\"t\":100,\"r\":100,\"bh\":70,\"bt\":59,\"br\":0" http://<Weather Service IP>:3000/weather1.py?loc=50,1&wto="\"h\":100,\"t\":100,\"r\":100,\"bh\":70,\"bt\":59,\"br\":0"
@@ -135,7 +133,13 @@ This will return a response similar to below with ```scale``` value equating to
&scale=20&rd=-1&tz=48&sunrise=268&sunset=1167&eip=3232235787&rawData={"h":47,"p":0,"t":54.4,"raining":0} &scale=20&rd=-1&tz=48&sunrise=268&sunset=1167&eip=3232235787&rawData={"h":47,"p":0,"t":54.4,"raining":0}
``` ```
**Step 8:** You will now need to configure your OpenSprinkler device to use the local version of the Weather Service rather than the Cloud version. On a web browser from your PC, go to `http://<your OSPi IP>:8080/su` and specify “localhost:3000” as the new location for the weather service. **Step 8:** You will now need to configure your OpenSprinkler device to use the local version of the Weather Service rather than the Cloud version.
- For OS users, go to `http://<your OS IP>/su` on your web browser
- For OSPi users, go to `http://<your OSPi IP>:8080/su` on your web browser
In the **Weather** text field, specify the IP of your Weather Service server and Port, e.g. for OSPi users this might be “localhost:3000” if the Weather Service is running on the same Raspberry Pi.
OpenSprinkler should now be connected to your local Weather Service for calculating rain delay and watering levels. OpenSprinkler should now be connected to your local Weather Service for calculating rain delay and watering levels.