17 lines
1.4 KiB
Markdown
17 lines
1.4 KiB
Markdown
# Accelerated_Wireguard
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A hardware accelerated wireguard project using commercial FPGAs
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## How to use the VHDL portion of this codebase
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<p> While some of this might be being used in a synthesised image, much of the codebase *should* include the tools to simulate certain functionalities.<br>
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<br>
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To get the simulations up and running in linux please do the following:<br>
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1) Open up a terminal window<br>
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2) Label one of them "build window" and the other "results window"<br>
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3) In the "build window" type in "sudo docker run -it --rm -v /tmp:/tmp -v ${MY_GIT_LOCATION}:/mnt -e DISPLAY cocotb_test". For me I use "sudo docker run -it --rm -v /tmp:/tmp -v /home/xavi/projects:/mnt -e DISPLAY cocotb_test"<br>
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4) In the "build window" you will be prompted for your password. Please enter it<br>
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5) In the "build window" you will find the codebase tree in the /mnt directory. You can navigate to your test from there<br>
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6) In the "build window", once in your test folder, to run the test type in "make sim SIM_ARGS=--vcd=${OUTPUT_WAVE_FILE_NAME}.vcd". For me I use "make sim SIM_ARGS=--vcd=foo.vcd" often<br>
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7) In your "results window" navigate to the same test folder you are in in your "build window"<br>
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8) In your "results window" you will see a sub folder called "sim_build". Wnter that folder<br>
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9) In your "results window" type the following to open the gtkwave viewer for the output waveform "gtkwave ${OUTPUT_WAVE_FILE_NAME}.vcd". For me I use "gtkwave foo.vcd "<br> |