cathalmccabe

cathalmccabe

# Script to build vec_add.cpp 
open_project vec_add
set_top vec_add
add_files vec_add.cpp
open_solution "solution1"
set_part {xc7z020clg400-1} -tool vivado
create_clock -period 7 -name default
csynth_design
export_design -format ip_catalog -description "vec_add" -display_name "vec_add"
exit

cathalmccabe

#include <iostream>
#include <hls_stream.h>
#include <ap_axi_sdata.h>

using namespace std;

typedef ap_axis <32,1,1,1> AXI_T;
typedef hls::stream<AXI_T> STREAM_T;

void vec_add(STREAM_T &A, STREAM_T &B, STREAM_T &C, int LEN){

cathalmccabe

# Script to build vec_add.cpp HLS IP
open_project vec_add
set_top vec_add
add_files vec_add.cpp
open_solution "solution1"
set_part {xc7z020clg400-1} -tool vivado
create_clock -period 7 -name default
csynth_design
export_design -format ip_catalog -description "vec_add" -display_name "vec_add"
exit

cathalmccabe

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cathalmccabe

cathalmccabe

If the board is connected to the internet, a Python package can be installed with pip: 
pip install <github repo web address>
You can also download a zip of the repo to a computer (there is an option on the GitHub repo to download a zip). 
Extract the repo and copy to the board. You can then run a local pip install:
pip install ./path_to_repo

If the board is connected to the internet, you can run:
sudo apt-get install <package>

If the board is not connected to the internet, apt-get will usually fail when trying to access the .deb file for the package. 

cathalmccabe

Connect two boards directly via ethernet. Set appropriate static IP addresses.

Install iperf

On both boards install iperf: sudo apt-get install iperf

Setup server

On one board (server):

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