for i in range(0, Nosys_commands):
p = i * len_dchunk * 16
if count > len_dchunk:
new_count = len_dchunk
count = count - len_dchunk
else:
new_count = count
#new_count = len(string[p:p+(len_dchunk*16)])
print("new_count1: ", new_count)
new_count = gf.int_to_bin(
new_count,
(gf.SC_len - gf.DADDR_BITS - 9)) #How many words to load
print("new_count2: ", new_count)
start_add = gf.hydra_Daddr(i * len_dchunk)
row = gf.int_to_bin(start_add[0], gf.DADDR_BITS)
strip = gf.int_to_bin(start_add[1], 3)
tile = gf.int_to_bin(start_add[2], 3)
start = row + strip + tile
command = new_count + start + cmd
commandH = gf.bin_to_hex(command)
commandH = gf.formatH_for_roach(commandH)
LDprogram = LDprogram + commandH + string[p:p + (
len_dchunk * 16)] + ZERO_WORD_RH + ZERO_WORD_RH
else: #If it happens to fit within one packet executing this is shorter
start = gf.int_to_bin(0, gf.DADDR_BITS + 6)
count = gf.int_to_bin(count, gf.SC_len - gf.DADDR_BITS -
9) #How many words to load
print("nosys_command2: ", Nosys_commands)
for i in range (0,Nosys_commands):
p=i*len_dchunk*16
if count>len_dchunk:
new_count = len_dchunk
count = count-len_dchunk
else:
new_count = count
#new_count = len(string[p:p+(len_dchunk*16)])
print ("new_count1: ", new_count)
new_count= gf.int_to_bin(new_count,(gf.SC_len-gf.DADDR_BITS-9)) #How many words to load
print ("new_count2: ", new_count)
start_add = gf.hydra_Daddr(i*len_dchunk)
row= gf.int_to_bin(start_add[0],gf.DADDR_BITS)
strip= gf.int_to_bin(start_add[1],3)
tile= gf.int_to_bin(start_add[2],3)
start=row+strip+tile
command=new_count+start+cmd
commandH = gf.bin_to_hex(command)
commandH = gf.formatH_for_roach(commandH)
LDprogram=LDprogram+commandH+string[p:p+(len_dchunk*16)]+ZERO_WORD_RH+ZERO_WORD_RH
else: #If it happens to fit within one packet executing this is shorter
start= gf.int_to_bin(0,gf.DADDR_BITS+6)
count= gf.int_to_bin(count,gf.SC_len-gf.DADDR_BITS-9) #How many words to load