semvec/pypi-packages huggingface dataset:
httpstreamproxy 0.1.6
A http stream proxy
License: MIT
Keywords: http,proxy,stream,server

# http streaming proxy
This project implements HTTP streaming proxy that can be used to proxy webcam streams.

To run this software you may use Docker or [PIP](https://realpython.com/what-is-pip/) package manager such as shown below

**Docker approach**
```
docker run -p 8080:8080 -e target_url="https://192.168.1.70/anonymous/jpeg/stream=0" -e verify="False" grro/httpstreamproxy:0.1.0
```

**PIP approach**
```
sudo pip install httpstreamproxy
```

After this installation you may start the proxy inside your python code or via command line using
```
sudo httpproxy --command listen --port 8080 --target_url https://192.168.1.70/anonymous/jpeg/stream=0 --verify False
```
Here, the proxy  will be bind to on port 8080. 

By running a *systemd-based Linux distribution* you may use the *register* command to register and start the proxy as systemd unit.
By doing this the proxy will be started automatically on boot. Starting the server manually using the *listen* command is no longer necessary.
```
sudo httpproxy --command register --port 8080 --target_url https://192.168.1.70/anonymous/jpeg/stream=0 --verify False
```
internet-monitor-webthing 1.0.1
A web connected local internet speed and connectivity monitor
License: MIT
Keywords: webthings,home automation,speedtest,connectivity,internet,local,raspberry,pi

# internet_monitor_webthing
A web connected local internet speed and connectivity monitor 

This project implements an internet monitor agent providing a speed monitor [webthing API](https://iot.mozilla.org/wot/) as well as a connectivity monitor [webthing API](https://iot.mozilla.org/wot/).

The internet_monitor_webthing package exposes an http webthing endpoint which supports reading the internet speed results 
as well as an endpoint to read the internet connectivity results via http 
E.g. 
```
# webthing has been started on host 192.168.0.23

# internet speed
curl http://192.168.0.23:8433/0/properties
{
   "test_period": 900,
   "downloadspeed": 215.2,
   "uploadspeed": 11,
   "ping": 17.763,
   "testdate": "2020-10-11T13:44:51.346706",
   "speedtest_server": "Mobile Breitbandnetze GmbH/Freisbach",
   "speedtest_report_uri": "http://www.speedtest.net/result/10231336474.png"
}

# connectivity 
curl http://192.168.0.23:8433/1/properties
{
   "test_url": "http://google.com",
   "test_period": 5,
   "connected": true,
   "ip_address": "95.88.57.72"
}
```

To run this software you may use Docker or [PIP](https://realpython.com/what-is-pip/) package manager such as shown below

**Docker approach**
```
sudo docker run -p 8433:8433 grro/internet-monitor
```

**PIP approach**
```
sudo pip install internet_monitor_webthing
```

After this installation you may start the webthing http endpoint inside your python code or via command line using
```
sudo netmonitor --command listen --port 8433 --speedtest_period 900 --connecttest_period 10
```
Here, the webthing API will be bind to on port 8433. The internet speed monitor as well as the connectivity monitor will be started by performing the *listen* command above.
The speed test will be executed each 15 min (900 sec), the connectivity test will be executed each 10 sec. THe WebThing server provides [mDNS](https://en.wikipedia.org/wiki/Multicast_DNS) to enable clients discovering the WebThing interfaces.   

By running a *systemd-based Linux distribution* you may use the *register* command to register and start the webthing service as systemd unit. 
By doing this the webthing service will be started automatically on boot. Starting the server manually using the *listen* command is no longer necessary. 
```
sudo netmonitor --command register --port 8433 --speedtest_period 900 --connecttest_period 10 
```  

To start the speedtest monitor only just omit the --connecttest_period parameter
```
sudo netmonitor --command listen --port 8433 --speedtest_period 900
```
pi-display-webthing 0.1.8
A web connected LCD display module
License: MIT
Keywords: webthing,LCD,display,home automation,raspberry,pi

# pi_display_webthing
A web connected LCD display module 

This project provides a [webthing API](https://iot.mozilla.org/wot/) to an I2C LCD module such as a [HD44780 1602 LCD Module](https://amzn.to/2TffbbL) on the Raspberry Pi. 
As a webthing, the LCD can be discovered and controlled by *home automation systems* or custom solutions supporting the webthing API.  

![example display](docs/display_small.jpg)

The pi_display_webthing exposes an http webthing endpoint which supports controlling the display via http. E.g. 
```
# webthing has been started on host 192.168.0.23

curl http://192.168.0.23:8070/properties 

{
    "text": "Hello\n\rraspi",
    "upper_layer_text": "Hello\n\rraspi",
    "upper_layer_text_ttl": -1,
    "middle_layer_text": "uploaded: 41",
    "middle_layer_text_ttl": -1,
    "lower_layer_text": "",
    "lower_layer_text_ttl": -1
}
```
Here, the text *Hello\n\rraspi* will be displayed. The text of the middle layer *uploaded: 41* will be covered by the upper layer. 
If the text of the upper layer will be cleaned, the displayed text is *uploaded: 41*. 
By setting the ttl of the layer, the text of the layer will be disappear after expiration of the ttl. Value -1 means that ttl is deactivated. 

The text of a dedicated layer can be updated as shown below 
```
curl -v -X PUT  -d "{\"upper_layer_text\": \"Hello world\"}" http://192.168.1.101:8088/properties/upper_layer_text
```

The RaspberryPi/LCD hardware setup and wiring may look like [HD44780 1602 LCD module](docs/layout.png). By default, 
Raspberry Pi OS disables I2C. Please refer [Configure I2C](docs/configure_i2c.md) to activate I2C and to 
detect the address of the LCD module.

To install pi_display_webthing you may use [Docker](https://phoenixnap.com/kb/docker-on-raspberry-pi) or [PIP](https://realpython.com/what-is-pip/) package manager such as shown below

**Docker approach**
```
sudo docker run -p 8070:8070 --device /dev/i2c-1:/dev/i2c-1 -e i2c_expander=PCF8574 -e i2c_address=0x27  grro/pi_display_webthing:0.1.0
```

**PIP approach**
```
sudo pip install pi_display_webthing
```

After this installation you may start the webthing http endpoint inside your python code or via command line using
```
sudo display --command listen --port 8070 --i2c_expander PCF8574 --i2c_address 0x27
```
Here, the webthing API will be bind on port 8070 using a 2/16 display layout on address 0x27. 
Further more the port I2C port expander name has to be set. The expander name should be written on the microchip. 
Supported port expanders are *PCF8574*, *MCP23008* and *MCP23017*

Alternatively to the *listen* command, you can use the *register* command to register and start the webthing service as systemd unit. 
By doing this the webthing service will be started automatically on boot. Starting the server manually using the *listen* command is no longer necessary. 
```
sudo display --command register --port 8070 --i2c_expander PCF8574 --i2c_address 0x27
```