semvec/pypi-packages huggingface dataset:
cipherText 1.0.0
encryption/decryption file for text files
License: MIT
Keywords: Encryp Decryp

'cipherText' is a package which helps to encrypt and decrypt text(.txt) files. It uses the 4-key combination to encrypt and decrypt particular file. It creates a encrypted or decrypted file near the original file location. It has two functions 'Encryp()' and 'Decryp()'. They both exactly take 5 arguements - path of file, number(key) between 1-25, number(key) between 1-25, number(key) between 1-29, number(key) between 1-9. The key used for encryption is required to decrypt that particular file.
chamberconnectlibrary 2.2.5
A library for interfacing with Espec North America chambers
License: MIT
Keywords: Espec P300 SCP220 F4T F4

# ChamberConnectLibrary
Python library for interfacing with Espec North America chambers with P300, SCP-220, Watlow F4T &amp; Watlow F4S/D controllers.

## Requirements
python 2.7.x

## Installation
```pip install chamberconnectlibrary```

## Updating
Do to some renaming to make the library pep8 compliant some files have been renamed from version 1.x to 2.0.0.
To ensure that the current version is used uninstall and then reinstall the library:
```pip uninstall chamberconnectlibrary```
```pip install chamberconnectlibrary```

## Testing

To test run chamberconnectlibrary-test.py(on windows using COM port #3, test script is located in Python2.7\Scripts directory)

P300: ```chamberconnectlibrary-test.py Espec Serial \\.\COM3 19200```

SCP-220: ```chamberconnectlibrary-test.py EspecSCP220 Serial \\.\COM3 9600```

Watlow F4T: ```chamberconnectlibrary-test.py WatlowF4T RTU \\.\COM3 38400```

Watlow F4: ```chamberconnectlibrary-test.py WatlowF4 RTU \\.\COM3 19200```

## Documentation
See [controllerinterface.md](controllerinterface.md)
contuino 0.0.5.dev0
Contuino client.
License: MIT
Requires Python: >=3.6.0


Contuino project: make arduino controlled games	
========================

---------------
Usage:
```
from contuino import *

board = MyBoard()
board.board_port = 'COM3'
board.baud_rate = 115200
board.server_address = 'x.x.x.x'
board.server_port = ''
board.wifi_ssid = ''
board.wifi_password = ''
board.username = 'testhash'
board.name = 'board name'
board.message = 'board message'

# assign action SHOOT to gpio pin 2
action_digital = GpioAction()
action_digital.event = Events.SHOOT
action_digital.pin = 2
action_digital.sensor = Sensors.TOUCH
action_digital.sensor_code = "XXXX1234"
board.add_action(action_digital)

# assign action SHOOT to analog pin 0
action_analog = GpioAction()
action_analog.event = Events.SHOOT
action_analog.pin = 0
action_analog.analog = True
action_analog.sensor = Sensors.TOUCH
action_analog.sensor_code = "XXXX1234"
board.add_action(action_analog)

# flash micropython
board.flash_micropython()

# deploy and initialize contuino script
board.init_contuino()

# start serial prompt
board.putty_serial_prompt()
```

---------------

features:

flashing micropython  
generating the boot.py script for a board running micropython  
deploying the boot script to the board running micropython  
reading analog and digital sensor input  
sending data to server  
opening putty serial prompt  

---------------

todo: