CCCheckmate - Bewerkingsoverzicht

Eloy op 28 nov 2018 om 14:12

2018-11-28T14:12:13Z

← Oudere versie		Versie van 28 nov 2018 14:12
Regel 12:		Regel 12:


	The payment terminals use an Arduino Nano with an MCP32017 I/O extender connected over the I²C bus, who send the keys pressed over a serial connection to a Raspberry Pi. The RPi uses a Python script that receives the serial bytes, processes them and prints it over serial to the USB PoS display. Using ~~the `~~python-escpos` and ~~the `~~python-chess` it should print the updated chess board. This is still WIP as the printer doesn't seem to print wide images.		The payment terminals use an Arduino Nano with an MCP32017 I/O extender connected over the I²C bus, who send the keys pressed over a serial connection to a Raspberry Pi. The RPi uses a Python script that receives the serial bytes, processes them and prints it over serial to the USB PoS display. Using <code>python-escpos</code> and <code>python-chess</code> it should print the updated chess board. This is still WIP as the printer doesn't seem to print wide images.

	First working PoC will be uploaded to the GitLab if it works: https://gitlab.com/cccheck-mate/cccheck-mate		First working PoC will be uploaded to the GitLab if it works: https://gitlab.com/cccheck-mate/cccheck-mate

Eloy op 28 nov 2018 om 14:10

2018-11-28T14:10:16Z

← Oudere versie		Versie van 28 nov 2018 14:10
Regel 10:		Regel 10:

	Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.		Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.


			The payment terminals use an Arduino Nano with an MCP32017 I/O extender connected over the I²C bus, who send the keys pressed over a serial connection to a Raspberry Pi. The RPi uses a Python script that receives the serial bytes, processes them and prints it over serial to the USB PoS display. Using the `python-escpos` and the `python-chess` it should print the updated chess board. This is still WIP as the printer doesn't seem to print wide images.

			First working PoC will be uploaded to the GitLab if it works: https://gitlab.com/cccheck-mate/cccheck-mate

Eloy: Changed to contact1

2018-10-09T20:41:51Z

Changed to contact1

← Oudere versie		Versie van 9 okt 2018 20:41
Regel 5:		Regel 5:
	\|Status=In progress		\|Status=In progress
	\|Contact=minicom		\|Contact=minicom
	\|~~Contact~~=h3x4d3c1m4l		\|Contact1=h3x4d3c1m4l
	}}		}}


	Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.		Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.

Eloy: Edited misformatted contact

2018-10-09T20:41:23Z

Edited misformatted contact

← Oudere versie		Versie van 9 okt 2018 20:41
Regel 4:		Regel 4:
	\|Omschrijving=Chess game based on PoS hardware, such as receipt printers and payment terminals		\|Omschrijving=Chess game based on PoS hardware, such as receipt printers and payment terminals
	\|Status=In progress		\|Status=In progress
	\|Contact=minicom, h3x4d3c1m4l		\|Contact=minicom
			\|Contact=h3x4d3c1m4l
	}}		}}


	Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.		Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.

Eloy: Added h3x4d3c1m4l as a contact

2018-10-09T20:40:13Z

Added h3x4d3c1m4l as a contact

← Oudere versie		Versie van 9 okt 2018 20:40
Regel 4:		Regel 4:
	\|Omschrijving=Chess game based on PoS hardware, such as receipt printers and payment terminals		\|Omschrijving=Chess game based on PoS hardware, such as receipt printers and payment terminals
	\|Status=In progress		\|Status=In progress
	\|Contact=minicom		\|Contact=minicom, h3x4d3c1m4l
	}}		}}


	Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.		Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.

Eloy: Initial page

2018-10-09T20:36:40Z

Initial page

Nieuwe pagina

{{Project
|Name=CCCheckmate
|Picture=ccheckmate.png
|Omschrijving=Chess game based on PoS hardware, such as receipt printers and payment terminals
|Status=In progress
|Contact=minicom
}}

Playing chess with PoS hardware! The player enters the coordinates in the payment terminal, then the LCD will display them. If the player agrees, he presses OK and the updated board will be printed by the opponent printer.