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Created page with "The following is designed to demonstrate how to control the CW-Lite directly from MATLAB. == About MATLAB to Python Interface == This system relies on the Mathworks Python i..."
The following is designed to demonstrate how to control the CW-Lite directly from MATLAB.
== About MATLAB to Python Interface ==
This system relies on the Mathworks Python interface, which is built in as of R2014B. See [https://www.mathworks.com/help/matlab/examples/call-python-from-matlab.html MathWorks Reference Page] for more details.
The code is currently held in a separate repository at [https://github.com/newaetech/cw-apiexample1/tree/master/matlab]. You'll have to clone that repository (or use the download link inside of GITHub) to copy the files into your own local working directory.
== Python/ChipWhisperer Setup ==
You will need to first install Python 2.7 + ChipWhisperer. Note you'll need match the type of Python to your MATLAB install (i.e., 64-bit Python if using 64-bit MATLAB). Specific steps follow:
# Download [https://sourceforge.net/projects/winpython/files/WinPython_2.7/2.7.10.3/ WinPython 2.7.10.3], most likely you will require the 64-bit version (most recent MATLAB installs will be 64-bit).
# Run the installer - it will actually just extract this somewhere, I suggest to use a location such as c:\WinPython-64bit-2.7.10.3 rather than the default which will just install in a subdirectory of whereever you downloaded the installer to.
# Run the 'WinPython Command Prompt' - this will be in the directory you installed WinPython to.
# Run <code>pip install chipwhisperer</code> in the WinPython prompt which should install ChipWhisperer.
# Plug in CW-Lite, when prompted for drivers you'll have to download the [https://github.com/newaetech/chipwhisperer/raw/master/hardware/capture/chipwhisperer-lite/cwlite_usb_driver.zip driver zip-file] and extract that somewhere, then point the installer to this location.
# Once drivers are installed, you should be able to run the examples from the WinPython command prompt. To do run the command <code>python</code> to start Python interpreter, then run:
>>> import chipwhisperer
>>> chipwhisperer.capture_gui()
# This should open the capture GUI. From the 'Project' and 'Example Scripts' menu, select 'ChipWhisperer-Lite: AES SimpleSerial on XMEGA'.
# Hopefully you see some waveforms show up on the screen!
== MATLAB Setup ==
== About MATLAB to Python Interface ==
This system relies on the Mathworks Python interface, which is built in as of R2014B. See [https://www.mathworks.com/help/matlab/examples/call-python-from-matlab.html MathWorks Reference Page] for more details.
The code is currently held in a separate repository at [https://github.com/newaetech/cw-apiexample1/tree/master/matlab]. You'll have to clone that repository (or use the download link inside of GITHub) to copy the files into your own local working directory.
== Python/ChipWhisperer Setup ==
You will need to first install Python 2.7 + ChipWhisperer. Note you'll need match the type of Python to your MATLAB install (i.e., 64-bit Python if using 64-bit MATLAB). Specific steps follow:
# Download [https://sourceforge.net/projects/winpython/files/WinPython_2.7/2.7.10.3/ WinPython 2.7.10.3], most likely you will require the 64-bit version (most recent MATLAB installs will be 64-bit).
# Run the installer - it will actually just extract this somewhere, I suggest to use a location such as c:\WinPython-64bit-2.7.10.3 rather than the default which will just install in a subdirectory of whereever you downloaded the installer to.
# Run the 'WinPython Command Prompt' - this will be in the directory you installed WinPython to.
# Run <code>pip install chipwhisperer</code> in the WinPython prompt which should install ChipWhisperer.
# Plug in CW-Lite, when prompted for drivers you'll have to download the [https://github.com/newaetech/chipwhisperer/raw/master/hardware/capture/chipwhisperer-lite/cwlite_usb_driver.zip driver zip-file] and extract that somewhere, then point the installer to this location.
# Once drivers are installed, you should be able to run the examples from the WinPython command prompt. To do run the command <code>python</code> to start Python interpreter, then run:
>>> import chipwhisperer
>>> chipwhisperer.capture_gui()
# This should open the capture GUI. From the 'Project' and 'Example Scripts' menu, select 'ChipWhisperer-Lite: AES SimpleSerial on XMEGA'.
# Hopefully you see some waveforms show up on the screen!
== MATLAB Setup ==
