def showflags():
stat = raiden.flag_status()
print("Current flags: %d" % stat)
print(" Armed: %d" % raiden.is_armed())
print(" Trigger: %d" % raiden.is_triggered())
print(" Glitched: %d" % raiden.is_glitched())
print(" Finished: %d" % raiden.is_finished())
print(" Power: %d" % raiden.glitch_out())
# total test period is 2.04us so 2040 ns - one tick is 10 ns
for delay in range(205):
# for width in range(9):
for width in [8]:
raiden.arm(0)
raiden.reset_glitcher()
raiden.set_param(param="CMD_VSTART", value=1)
raiden.set_param(param="CMD_GLITCH_COUNT", value=1)
raiden.set_param(param="CMD_GLITCH_MAX", value=1)
raiden.set_param(param="CMD_GLITCH_DELAY", seconds=delay)
raiden.set_param(param="CMD_GLITCH_WIDTH", seconds=width)
raiden.set_param(param="CMD_GLITCH_GAP", seconds=width)
raiden.arm()
lpc.write(b'g')
while (not raiden.is_finished()):
pass
text = lpc.readline().decode("UTF-8").strip()
if (text == '!'):
print("")
print('got it!')
print('delay %d' % delay)
print('width %d' % width)
continue
print('\rnope! delay %d\twidth %d' % (delay, width), end='')
if (text != '.'):
print("")
print('something bad: %s' % text)
exit(True)
print("")
print("Exception", e)
resp = None
dev = None
continue
try:
resp = dev.ctrl_transfer(bmRequestType=0x81,
bRequest=0x6,
wValue=0x2100,
wIndex=0x0000,
data_or_wLength=0xfde8)
except Exception as e:
print("exception ctrl_transfer ", e)
dev = None
resp = None
continue
while not raiden.is_finished():
pass
print(resp)
count += 1
if resp and len(resp) > 10000:
print(resp)
print(
"Glitch work: delay: {0}, width: {1}, repeat: {2}\n".
format(delay, width, repeat))
print("Len of resp", len(resp))
f = open("results-success.bin", "wb")
f.write(bytearray(resp))
f.close()
sys.exit(0)
repeat += 1
width += 1