semvec/pypi-packages huggingface dataset:
PyTechBrain 0.8.4
PyTechBrain to nowa platforma wprowadzająca uczniów w dziedzinę IoT - Internet of Things (Internet Rzeczy). Działa z Python 3.6
Requires Python: >=3.6
Keywords: Arduino PyFirmata Laboratoriaprzyszłości

PyTechBrain - innowacyjna nauka programowania

Chciałbym przedstawić inspirację dla nauczycieli, w pełni zgodną z nową podstawą programową. To innowacyjny projekt - wprowadzający do tematu IoT. 
Łączy elektronikę i programowanie w jednym pudełku, pozwala uczyć od klasy 4 szkoły podstawowej do końca liceum. 
Zaczynamy środowiskiem opartym o Scratch, po czym przechodzimy do Pythona. Wszystko z czujnikami i diodami w tle...

PyTechBrain to nowa platforma wprowadzająca uczniów w dziedzinę IoT - Internet of Things (Internet Rzeczy). 
Pozwala na nauczanie elektroniki i programowania w jednym. Jest w pełni zgodna z nową Podstawą Programową. 
Łaczy prostotę wykonania i olbrzymie mozliwości nauczania programowania. Możemy wykorzystywać ją do budowania stacji pogodowych, podstaw inteligentnego miasta.  Kompatybilny z Arduino UNO R3, obsługiwany przez Scratch 2.0 offline i Python 3

==============================================


Dla układów PyTechBrain z firmy ABIX Edukacja biblioteka samodzielnie znajduje port COM (ttyUSB) - nie ma potrzeby niczego sprawdzać.

Dla innych układów kompatybilnych z Arduino UNO R3 należy samodzielnie sprawdzić port COM (ttyUSB) i podac jako parametr, np.:



Aby zainicjować układ w programie, konieczne są polecenia:



```python

```python
print("This is sample of using PyTechBrain module.")
print("===========================================")

# creating board object with default debugging with no output
test_board = PyTechBrain()

# the same, but with full debugging during using module
# test_board = PyTechBrain(debug=True)

# Initializing board - first thing we need to do:
# automatic
# if test_board.board_init():
#     print("Super!")
# else:
#     print("Something went wrong... check output.")
#
# or manual
# if test_board.board_init("COM3"):
#     print("Super!")
# else:
#     print("Something went wrong... check output.")

# manual
if test_board.board_init():
    print("Super!")
    test_board.set_buzzer("beep")  # demo, on, off

    for _ in range(300):
        print(test_board.get_fotoresistor_raw())
        print(test_board.get_potentiometer_scale())
        print(test_board.get_temperature_celcius())
        print(test_board.get_volume_sensor_raw())
        s(0.1)

    test_board.set_rgb_red(255)
    s(0.2)
    test_board.set_rgb_red(0)
    test_board.set_rgb_green(255)
    s(0.2)
    test_board.set_rgb_green(0)
    test_board.set_rgb_blue(255)
    s(0.2)
    test_board.set_rgb_blue(0)
    s(0.2)
    test_board.set_pwm_diode(300)
    s(0.2)
    #
    test_board.set_signal_red("on")
    s(0.3)
    test_board.set_signal_yellow("on")
    s(0.3)
    test_board.set_signal_green("on")
    s(0.5)
    test_board.set_signal_red("off")
    s(0.3)
    test_board.set_signal_yellow("off")
    s(0.3)
    test_board.set_signal_green("off")
else:
    print("Something went wrong... check output.")

test_board.full_debug_output()
```

```
ior-research 2.0.2a1
A platform to control robots and electronic device over Internet
Keywords: ior,iot,network_robos,control_net

Repository for the python client

### Prerequisite

<ul>
<li>Docker</li>
<li>Python 3</li>
</ul>

## Server Setup (Quick Start)

    cd ~
    mkdir controlnet-docker
    cd controlnet-docker
    wget https://mayank31313.github.io/docker/socket_server/docker-compose.yml
    
    docker-compose up

## Client (Quick Start)

For this example no external configuration is needed, all the settings are predefined. The below example will only give a use case on the controlnet platform.

    git clone https://github.com/mayank31313/ior-python
    cd ior-python/examples
    python3 LatencyCheck.py ../config/from.json ../config/to.json
    
## Installation
Run the following command, use either command as per the need

    python3 setup.py install
    pip3 install git+https://github.com/mayank31313/ior-python.git
 
## Usage

    config = {
        "server": "localhost",
        "httpPort": 5001,
        "socketServer": "localhost",
        "tcpPort": 8000,
        #"useSSL": True    # Optional
    }
    
## Create Instance of IOT Client

    from ior_research.IOTClient import IOTClientWrapper
    iot = IOTClientWrpper(token=token, config = config) #Creating object for IOT Client

### Setting up Receive Function to do some Operation when a response is received.

    iot.set_on_receive(lambda x: print(x))

### Last but not the least start the IOTClient

    iot.start()
    iot.join() #Since IOTClient inherites Thread Class you can also use .join() function depending on your use case
    
    
### Quick Demo

[<img src="https://img.youtube.com/vi/RZJzZkTJpJQ/maxresdefault.jpg" width="50%">](https://youtu.be/RZJzZkTJpJQ)
boeygh 1.1.1
api test
Keywords: python,website,website report,report,website performance,website stats

# website_stats

## _generate website reports_

[![Build Status](https://wangchujiang.com/sb/status/stable.svg)](https://github.com/behind24proxies/web-stats)  [![Build Status](https://wangchujiang.com/sb/license/mit.svg)](https://en.wikipedia.org/wiki/MIT_License) [![Build Status](https://wangchujiang.com/sb/github/green.svg)](https://github.com/behind24proxies/web-stats)

Web-stats is a simple library that allows you to generate website reports in less than 60 seconds , by scraping data from _insites.com_

- only _10_ requests/ip are allowed
- you will have to use proxies
- only *60 seconds* to generate a report

## Requirements

```sh
pip install html_to_json
```

## Installation

```sh
pip install website_stats
```

## Usage

```py
from website_stats import generate_report 
generate_report('https://www.dafk.net/what/')
```

## Output example

```sh
[{'name': 'Overall', 'rating': 'good', 'value': '6.7'}, {'name': 'Accessibility', 'rating': 'better', 'value': '8.3'}, {'name': 'Experience', 'rating': 'good', 'value': '5.2'}, {'name': 'Marketing', 'rating': 'good', 'value': '5.1'}, {'name': 'Technology', 'rating': 'better', 'value': '8.1'}, {'name': 'Twitter', 'value': '0.0'}, {'name': 'Analytics', 'value': '0.0'}, {'name': 'Printability', 'value': '0.0'}, {'name': 'Freshness', 'value': '0.0'}, {'name': 'Meta tags', 'value': '1.0'}, {'name': 'Mobile', 'value': '3.0'}, {'name': 'Popularity', 'value': '5.6'}, {'name': 'Amount of content', 'value': '7.8'}, {'name': 'Server behavior', 'value': '10.0'}, {'name': 'Page titles', 'value': '10.0'}, {'name': 'Headings', 'value': '10.0'}, {'name': 'Incoming links', 'value': '10.0'}, {'name': 'Images', 'value': '10.0'}, {'name': 'Internal links', 'value': '10.0'}, {'name': 'URL format', 'value': '10.0'}, {'name': 'Domain age', 'value': 'i'}]
```

## License

MIT

**free stuff , hell yeah !**