%% Binary Encoding/Decoding Resync Loopback Test (With Baseboard Blocks)
% 
% This model shows the ability of the FIFO Read BINARY block to handle 
% messages that are interrupted and only partially complete. This is a 
% worst case example where every message is interrupted.
% 
% The Segmented Message Constructor subsystem contains blocks that prepare 
% and send only parts of messages on each time step.
% 
% On the receive side, the FIFO read BINARY block is looking for two 
% different two-character headers. If it finds |[170,1]| it outputs 
% |[3,170,1,N]| on port 1. If it finds |[170,2]|, it outputs |[4,170,2,44,M]| 
% to port 2. N and M are numbers between 0 and 255 that are incrementing 
% and decrementing, respectively.
% 
% If a message header is not found in the FIFO on a given time step, 
% then that port will output 0. The outputs are padded to the maximum 
% vector size specified in the FIFO Read BINARY block. In this example 
% output vectors are 1024 in width. The count in the first element tells 
% how many elements are significant. The Demux blocks discard the 
% uninteresting parts of the signal.
% 
% Scope 1 displays the received message 1 data. Scope 2 displays the 
% received message 2 data.
% 
% To test this model:
% 
% # The target computer must have two legacy serial ports.
% # Connect legacy serial port 1 to legacy serial port 2 with a null modem cable.
% 
% This example is configured to use baseboard serial ports (legacy serial port 1 and legacy serial port 2). 
% You can also use legacy serial port 3 and legacy serial port 4 by changing the board setup in the 
% Baseboard blocks. Other serial blocks could be used in place of the 
% Baseboard blocks.
%% 
open_system(fullfile(matlabroot,'toolbox','slrealtime','examples','slrt_ex_serialbaseboardbinarysplit'));
%% 
% *See Also*
% 
% * <docid:slrealtime_io_ref#f8-6098>
% * <docid:slrealtime_io_ref#f8-6140>
% 
% Copyright 2020 The MathWorks, Inc.