def read_mode():
global et312, i
try:
et312.read(0x407b)
print(i)
i += 1
except Exception:
print("Current mode read failed!")
def on_message(client, userdata, msg):
# TODO: automadom/et312/status { mode: "Waves", channel_a: 0, channel_b: 10, ma: 50 }
# TODO: automadom/et312/ramp { channel_a_level: 50, channel_a_ramptime: 4, channel_b_level: 50, channel_b_ramptime: 4 }
# TODO: automadom/et312/set { channel_a: 50, channel_b: 60 }
command = msg.topic.split('/')
if (command[2] == 'channel_a'):
base = 0x4000
level = int(msg.payload.decode("utf-8"))
print("Set channel_a to " + str(level))
et312.write(base + 0xac, [0]) # no select
et312.write(base + 0xa8, [0, 0]) # rate, direction
et312.write(base + 0xa5, [level])
if (command[2] == 'channel_b'):
base = 0x4100
level = int(msg.payload.decode("utf-8"))
print("Set channel_b to " + str(level))
et312.write(base + 0xac, [0]) # no select
et312.write(base + 0xa8, [0, 0]) # rate, direction
et312.write(base + 0xa5, [level])
if (command[2] == 'status'):
print("ADC4 (Level A knob) : {0:#x}".format(et312.read(0x4064)))
print("ADC5 (Level B knob) : {0:#x}".format(et312.read(0x4065)))
print("ADC3 (Battery voltage) : {0:#x}".format(
et312.read(0x4063)))
print("ADC1 (MA knob) : {0:#x}".format(et312.read(0x4061)))
print(" MA scaled value : %d (mode range %d-%d)" %
(et312.read(0x420d), et312.read(0x4086), et312.read(0x4087)))
def main():
parser = argparse.ArgumentParser()
parser.add_argument("-p",
"--port",
dest="serial_port",
help="Serial Port to use")
args = parser.parse_args()
if not args.serial_port:
print("Serial port argument is required!")
sys.exit(1)
with buttshock.et312.ET312SerialSync(args.serial_port) as et312:
print("Key is {0:#x} ({0})".format(et312.key, et312.key))
# Get the current mode
print("Current box key: {0:#x}".format(et312.read(0x4213)))
print("Current host key: {0:#x}".format(et312.read(0x4212)))
with open(args.input_file, "rb") as f:
input_file = bytearray(f.read())
program = int(args.program_number)
if (args.port):
import sys
sys.path.append("../../buttshock-py/")
import buttshock.et312
et312 = buttshock.et312.ET312SerialSync(args.port)
# try:
# et312.perform_handshake()
# except buttshock.ButtshockError as e:
# print("Handshake failed")
# exit
if (args.usermode):
program = et312.read(0x8017+int(args.usermode))
print ("user mode %d is module %d"%(int(args.usermode),program))
else:
program = int(args.program_number)
memory_definitions = {}
if args.definition_file:
import re
f = open(args.definition_file,"r")
for line in f:
definition = re.search('\|[^\$]+\$([0-9a-fA-F]+)[^\|]*\|\s+([^|]*)',line)
if definition:
memloc = int(definition.group(1),16)
if (memloc >= 0x4000 and memloc <= 0x4fff):
# print "%04x=%s"%(memloc-0x4000,definition.group(2))
def main():
parser = argparse.ArgumentParser()
parser.add_argument("-c","--channel",dest="channel",help="Channel a or b or empty for both")
parser.add_argument("-l","--level",dest="level",help="Set output to given level")
parser.add_argument("-p","--port",dest="port",help="Port for ET312 (default /dev/ttyUSB0)")
parser.add_argument("-r","--ramp",dest="ramp",help="Ramp down from given level")
args = parser.parse_args()
port = "/dev/ttyUSB0" # lazy default
if (args.port):
port = args.port
# Lock the serial port while we use it, wait a few seconds
connected = False
for _ in range(10):
try:
et312 = buttshock.et312.ET312SerialSync(port)
if et312.port.isOpen():
fcntl.flock(et312.port.fileno(), fcntl.LOCK_EX | fcntl.LOCK_NB)
connected = True
break
except Exception as e:
print(e)
sleep(.2)
if (not connected):
print ("Failed")
return
try:
et312.perform_handshake()
# this location gets written a 0 when any mode starts, but otherwise unused
arewerunning = et312.read(0x4093)
if (arewerunning != 42):
# so let's get it into a blank empty mode. easiest way is calltable 18
et312.write(0x4078, [0x90]) # mode 90 doesn't exist
et312.write(0x4070, [18]) # execute mode 90
while (et312.read(0x4070) != 0xff):
pass
# Overwrite name of current mode with spaces, then display "Game"
et312.write(0x4180, [0x64])
et312.write(0x4070, [0x15])
while (et312.read(0x4070) != 0xff):
pass
for pos, char in enumerate('Game'):
et312.write(0x4180, [ord(char),pos+9])
et312.write(0x4070, [0x13])
while (et312.read(0x4070) != 0xff):
pass
for base in [0x4000,0x4100]:
et312.write(base+0xa8, [0,0]) # don't increment channel A intensity
et312.write(base+0xa5, [128]) # A intensity mod value = min
et312.write(base+0xac, [0]) # no select
et312.write(base+0xb1, [0]) # rate
et312.write(base+0xae, [0x64]) # freq mod
et312.write(base+0xb5, [4]) # select normal parms
et312.write(base+0xb7, [0xc8]) # width mod value
et312.write(base+0xba, [0]) # width mod value
et312.write(base+0xbe, [4]) # select normal parms
et312.write(base+0x9c, [255]) # ramp off
#et312.write(0x4098,[5,5,1]) # gate it!
et312.write(0x4093,[42]) # we're provisioned
for base in [0x4000,0x4100]:
if ( (not args.channel) or (base == 0x4000 and args.channel == "a") or ( base == 0x4100 and args.channel == "b")):
et312.write(base+0xac, [0]) # no select
if (args.level):
level = int(args.level)
et312.write(base+0xa8, [0, 0]) # rate, direction
et312.write(base+0xa5, [level])
elif (args.ramp):
level = int(args.ramp)
# let it drop down to nothing
et312.write(base+0xa5, [level])
et312.write(base+0xa6, [128,level]) # Min, Max
et312.write(base+0xa8, [10, 255]) # rate, direction
et312.write(base+0xaa, [0xfc]) # at min? then stop!
et312.write(base+0xac, [1]) # use fast timer
except Exception as e:
print(e)
if (et312):
et312.reset_key() # reset cipher key so easy resync next time
et312.close()
with open(args.input_file, "rb") as f:
input_file = bytearray(f.read())
program = int(args.program_number)
if (args.port):
import sys
sys.path.append("../../buttshock-py/")
import buttshock.et312
et312 = buttshock.et312.ET312SerialSync(args.port)
# try:
# et312.perform_handshake()
# except buttshock.ButtshockError as e:
# print("Handshake failed")
# exit
if (args.usermode):
program = et312.read(0x8017 + int(args.usermode))
print("user mode %d is module %d" % (int(args.usermode), program))
else:
program = int(args.program_number)
memory_definitions = {}
if args.definition_file:
import re
f = open(args.definition_file, "r")
for line in f:
definition = re.search('\|[^\$]+\$([0-9a-fA-F]+)[^\|]*\|\s+([^|]*)',
line)
if definition:
memloc = int(definition.group(1), 16)
if (memloc >= 0x4000 and memloc <= 0x4fff):
def main():
modes = {
0x76: "Waves",
0x77: "Stroke",
0x78: "Climb",
0x79: "Combo",
0x7a: "Intense",
0x7b: "Rhythm",
0x7c: "Audio1",
0x7d: "Audio2",
0x7e: "Audio3",
0x80: "Random1",
0x81: "Random2",
0x82: "Toggle",
0x83: "O****m",
0x84: "Torment",
0x85: "Phase1",
0x86: "Phase2",
0x87: "Phase3",
0x88: "User1",
0x89: "User2",
0x8a: "User3",
0x8b: "User4",
0x8c: "User5",
0: "None",
0x7f: "Split"
}
powerlevels = {1: "Low (1)", 2: "Normal (2)", 3: "High (3)"}
parser = argparse.ArgumentParser()
parser.add_argument("-p",
"--port",
dest="port",
help="Port for ET312 (default /dev/ttyUSB0)")
args = parser.parse_args()
port = "/dev/ttyUSB0" # lazy default
if (args.port):
port = args.port
# Lock the serial port while we use it, wait a few seconds
connected = False
for _ in range(10):
try:
et312 = buttshock.et312.ET312SerialSync(port)
if et312.port.isOpen():
fcntl.flock(et312.port.fileno(), fcntl.LOCK_EX | fcntl.LOCK_NB)
connected = True
break
except Exception as e:
print(e)
sleep(.2)
if (not connected):
print("Failed")
return
try:
print("[+] connected")
# no need to do a handshake unless we want to poke
# print ("[+] trying handshake")
# et312.perform_handshake()
# print ("[+] handshake ok")
print("ADC0 (current sense)\t\t: {0:#x}".format(et312.read(0x4060)))
print("ADC1 (MA knob)\t\t\t: {0:#x}".format(et312.read(0x4061)))
print("\tMA scaled value\t\t: %d (mode range %d-%d)" %
(et312.read(0x420d), et312.read(0x4086), et312.read(0x4087)))
print("ADC2 (PSU voltage)\t\t: {0:#x}".format(et312.read(0x4062)))
print("ADC3 (Battery voltage)\t\t: {0:#x}".format(et312.read(0x4063)))
print("\tBattery at boot\t\t: {0:.1f}%".format(
(et312.read(0x4203)) * 100 / 256))
print("ADC4 (Level A knob)\t\t: {0:#x}".format(et312.read(0x4064)))
print("ADC5 (Level B knob)\t\t: {0:#x}".format(et312.read(0x4065)))
currentmode = et312.read(0x407b)
print("Power Level\t\t\t: " + powerlevels[et312.read(0x41f4)])
usermodes = et312.read(0x41f3) - 0x87
print("User programs loaded\t\t: {0:#d}".format(usermodes))
for i in range(0, usermodes):
startmodule = et312.read(0x8018 + i)
if (startmodule < 0xa0):
programlookup = et312.read(0x8000 + startmodule - 0x60)
programblockstart = 0x8040 + programlookup
else:
programlookup = et312.read(0x8000 + startmodule - 0xa0)
programblockstart = 0x8100 + programlookup
print("\tUser %d is module 0x%02x\t: 0x%04x (eeprom)" %
(i + 1, startmodule, programblockstart))
print("Current Mode\t\t\t: " + modes[currentmode])
if (currentmode == 0x7f):
print("\tSplit Mode A\t\t: " + modes[et312.read(0x41f5)])
print("\tSplit Mode B\t\t: " + modes[et312.read(0x41f6)])
if (currentmode == 0x80):
print("\tCurrent Random Mode\t: " + modes[et312.read(0x4074)])
timeleft = et312.read(0x4075) - et312.read(0x406a)
if (timeleft < 0):
timeleft += 256
print("\tTime until change mode\t: {0:#d} seconds ".format(
int(timeleft / 1.91)))
print("\tMode has been running\t: {0:#d} seconds".format(
int((et312.read(0x4089) + et312.read(0x408a) * 256) * 1.048)))
except Exception as e:
print(e)
if (et312):
print("[+] resetting key")
et312.reset_key() # reset cipher key so easy resync next time
et312.close()
def main():
global et312
signal(SIGINT, handler)
# Lock the serial port while we use it, wait a few seconds
connected = False
for _ in range(10):
try:
et312 = buttshock.et312.ET312SerialSync(
config['ET312']['serial_port'])
if et312.port.isOpen():
fcntl.flock(et312.port.fileno(), fcntl.LOCK_EX | fcntl.LOCK_NB)
connected = True
break
except Exception as e:
print(e)
sleep(.2)
if (not connected):
print("Failed to connect to ET312")
return
try:
et312.perform_handshake()
# this location gets written a 0 when any mode starts, but otherwise unused
arewerunning = et312.read(0x4093)
if (arewerunning != 42):
# so let's get it into a blank empty mode. easiest way is calltable 18
et312.write(0x4078, [0x90]) # mode 90 doesn't exist
et312.write(0x4070, [18]) # execute mode 90
while (et312.read(0x4070) != 0xff):
pass
# Overwrite name of current mode with spaces, then display "MQTT"
et312.write(0x4180, [0x64])
et312.write(0x4070, [0x15])
while (et312.read(0x4070) != 0xff):
pass
for pos, char in enumerate('MQTT'):
et312.write(0x4180, [ord(char), pos + 9])
et312.write(0x4070, [0x13])
while (et312.read(0x4070) != 0xff):
pass
for base in [0x4000, 0x4100]:
et312.write(base + 0xa8,
[0, 0]) # don't increment channel A intensity
et312.write(base + 0xa5, [128]) # A intensity mod value = min
et312.write(base + 0xac, [0]) # no select
et312.write(base + 0xb1, [0]) # rate
et312.write(base + 0xae, [0x64]) # freq mod
et312.write(base + 0xb5, [4]) # select normal parms
et312.write(base + 0xb7, [0xc8]) # width mod value
et312.write(base + 0xba, [0]) # width mod value
et312.write(base + 0xbe, [4]) # select normal parms
et312.write(base + 0x9c, [255]) # ramp off
#et312.write(0x4098,[5,5,1]) # gate it!
et312.write(0x4093, [42]) # we're provisioned
except Exception as e:
print(e)
client = mqtt.Client()
client.on_connect = on_connect
client.on_message = on_message
client.on_log = on_log
client.connect(config['MQTT']['broker_ip'],
int(config['MQTT']['broker_port']), 60)
client.loop_forever()