Pirates Facebook Hack V 1.2 Original Serial
Pirates Facebook Hack V 1.2 Original Serial >>> https://geags.com/2t9YeY
The bus pirate will automatically detect JTAG devices on the bus, and create a JTAG chain around them. The bus pirate will also detect JTAG devices in the JTAG chain. The bus pirate will attempt to perform JTAG operations on the JTAG devices. If it detects that the slave device is broken or stuck, it will fail the JTAG operations silently, but it will perform them (if possible) on the JTAG slave device.
The bus pirate can be configured as a JTAG device. This is not just a jtag probe, it's actually a jtag slave. You can operate this device on a JTAG bus and interpret the data on the bus as JTAG commands. In a human-speed environment, the bus pirate can act as a debugging tool; verify the JTAG chain, probe for broken or stuck wires, verify pin-outs, etc. This is not a complete JTAG tool, but it's a great way to verify a JTAG chain.
Here's the steps to add the JTAG capabilities to the Bus Pirate:
Plug the Bus Pirate into a USB port on your computer
Plug a serial cable into the Bus Pirate
Connect the Bus Pirate to a terminal or serial monitor
Run the buspirate compile command
You'll need:
The Bus Pirate (if you don't have one, check http://www.sparkfun.com/products/10495 , they offer a discount to Hack-a-day readers)
Python 2.7 or newer (2.6 is available but is very old)
http://www.python.org (if you're using a different compiler)
Here's where the Bus Pirate fits in. The package includes a numbered keychain. The number corresponds to the bus pirate's serial port (pins 0-3). Using the provided bus pirate serial cable (2-wire, open source), connect the cable to the serial port of the Arduino IDE. The bus pirate is open source, so you don't have to pay for the cable. Use pin 0 on the bus pirate to connect to the data pin (pin 2) on the Arduino. Use pin 1 on the bus pirate to connect to the clock pin (pin 1) on the Arduino. The bus pirate's built-in LED indicates the state of the serial port: 827ec27edc