Fix AMDC live stream so that it can live stream more than 4 variables

[elsevers]

@Known4225, can you update this description to provide an example Jupyter notebook and C file that illustrates the issue?

Steps to replicate the issue

Add this segment of code to task_blink.c

// Logging variables
float LOG_channel_1 = 0.0;
float LOG_channel_2 = 0.0;
float LOG_channel_3 = 0.0;
float LOG_channel_4 = 0.0;
float LOG_channel_5 = 0.0;
float LOG_channel_6 = 0.0;
float LOG_channel_7 = 0.0;
float LOG_channel_8 = 0.0;

And use this python script (replace the repo_dir variable with the path to your repository)

# configure path 
import os
import pathlib as pl
import sys
sys.path.append(fr'{os.getcwd()}\scripts')

# imports
from AMDC import AMDC
from AMDC_Logger1point4 import AMDC_Logger, find_mapfile
from AMDC_LivePlot import AMDC_LivePlot
import time
import random
import matplotlib.pyplot as plt 

amdc = AMDC()

amdc.setup_comm_defaults('eth')
# Init ethernet 
amdc.eth_init()

# Set up the default ASCII command socket
s0, s0_id = amdc.eth_new_socket('ascii_cmd')
amdc.eth_set_default_ascii_cmd_socket(s0)

amdc.connect()

##### CELL START #####
# logger = AMDC_Logger(amdc)
repo_dir = r'C:\Users\srich008\Information\gitMistakes\1.4RevF\sdk\app_cpu1\user\Debug'
repo_dir = pl.Path(repo_dir)
mapfile_path = find_mapfile(repo_dir)
logger = AMDC_Logger(AMDC = amdc, mapfile = mapfile_path)
logger.sync()

##### CELL START #####
logger.sync()
logger.info()

# ##### CELL START #####
logger.unregister_all()
interval_ticks = 100
logger.register('channel_1', var_type = 'float', samples_per_sec = interval_ticks)
logger.register('channel_2', var_type = 'float', samples_per_sec = interval_ticks)
logger.register('channel_3', var_type = 'float', samples_per_sec = interval_ticks)
logger.register('channel_4', var_type = 'float', samples_per_sec = interval_ticks)
logger.register('channel_5', var_type = 'float', samples_per_sec = interval_ticks)
logger.register('channel_6', var_type = 'float', samples_per_sec = interval_ticks)
logger.register('channel_7', var_type = 'float', samples_per_sec = interval_ticks)
logger.register('channel_8', var_type = 'float', samples_per_sec = interval_ticks)

p1 = AMDC_LivePlot(logger, 'LOG_channel_1', window_sec = 2)
p1.start_stream()
p2 = AMDC_LivePlot(logger, 'LOG_channel_2', window_sec = 2)
p2.start_stream()
p3 = AMDC_LivePlot(logger, 'LOG_channel_3', window_sec = 2)
p3.start_stream()
p4 = AMDC_LivePlot(logger, 'LOG_channel_4', window_sec = 2)
p4.start_stream()
p5 = AMDC_LivePlot(logger, 'LOG_channel_5', window_sec = 2)
p5.start_stream()
p6 = AMDC_LivePlot(logger, 'LOG_channel_6', window_sec = 2)
p6.start_stream()
p7 = AMDC_LivePlot(logger, 'LOG_channel_7', window_sec = 2)
p7.start_stream()
p8 = AMDC_LivePlot(logger, 'LOG_channel_8', window_sec = 2)
p8.start_stream()
plt.xlabel("Time (seconds)")
plt.ylabel("Channel output")
plt.title("Streaming Output")
plt.show()

p1.stop_stream()
p2.stop_stream()
p3.stop_stream()
p4.stop_stream()
p5.stop_stream()
p6.stop_stream()
p7.stop_stream()
p8.stop_stream()

amdc.disconnect()

plt.show()

When the plots show, there will be 0s for the first four plots, but the last four will be empty (no data).

You'll notice that 9 sockets are created, 8 log streaming sockets + 1 ascii command socket, however only the first four logging sockets actually transmit data