def specific_send(self, payload):
data = [i for i in bytes(payload)]
msg = J2534.ptTxMsg(ProtocolID.ISO15765, 32)
msg.setIDandData(SEND_ID, data)
ret = J2534.ptWtiteMsgs(self.channel, msg, 1, 100)
if ret == 0:
msg.show()
def open(self):
ret, self.deviceID = J2534.ptOpen()
ret, self.channel = J2534.ptConnect(self.deviceID, ProtocolID.ISO15765,
0, BaudRate.B500K)
if ret == 0:
self.dev_status = True
maskMsg = J2534.ptMskMsg(16)
maskMsg.setID(0xffffffff)
patternMsg = J2534.ptPatternMsg(16)
patternMsg.setID(SEND_ID)
flowcontrolMsg = J2534.ptPatternMsg(16)
flowcontrolMsg.setID(RECV_ID)
ret, fiterid = J2534.ptStartMsgFilter(self.channel,
FilterType.FLOW_CONTROL_FILTER,
maskMsg, patternMsg,
flowcontrolMsg)
def specific_wait_frame(self, timeout=2):
msg = J2534.ptRxMsg()
maskMsg = J2534.ptMskMsg(0)
maskMsg.setID(0xffffffff)
patternMsg = J2534.ptPatternMsg(0)
patternMsg.setID(RECV_ID)
flowcontrolMsg = J2534.ptPatternMsg(0)
flowcontrolMsg.setID(SEND_ID)
ret, fiterid = J2534.ptStartMsgFilter(self.channel,
FilterType.FLOW_CONTROL_FILTER,
maskMsg, patternMsg,
flowcontrolMsg)
ret = J2534.ptReadMsgs(self.channel, msg, 1, 100)
#if ret == 0:
# msg.show()
ret = J2534.ptReadMsgs(self.channel, msg, 1, 100)
if ret == 0:
msg.show()
return bytes(msg.Data[4:msg.DataSize])
return None
#coding:utf-8
import J2534
from J2534.Define import *
import sys
J2534.SetErrorLog(True)
devices = J2534.getDevices()
try:
index = int(sys.argv[1], base=10)
except:
index = 0
J2534.setDevice(index)
ret, deviceID = J2534.ptOpen()
# connect one channel of the device
# set the baudrate to 500K
ret, channelID = J2534.ptConnect(deviceID, ProtocolID.CAN, 0, BaudRate.B500K)
print(channelID)
ret = J2534.ptDisconnect(channelID)
ret = J2534.ptClose(deviceID)
#coding:utf-8
import J2534
from J2534.Define import *
import sys
J2534.SetErrorLog(False)
import time
BRODCAST_ID = 0x7df
SEND_ID = 0x7e0
RECV_ID = 0x7e8
try:
index = int(sys.argv[1], base=10)
except:
index = 0
J2534.setDevice(index)
ret, id1 = J2534.ptOpen()
ret, ch1 = J2534.ptConnect(id1, ProtocolID.ISO15765, 0, BaudRate.B500K)
msg = J2534.ptRxMsg()
maskMsg = J2534.ptMskMsg(0)
maskMsg.setID(0xffffffff)
patternMsg = J2534.ptPatternMsg(0)
patternMsg.setID(SEND_ID)
#coding:utf-8
import J2534
J2534.MethodErrorLog = True
devices = J2534.getDevices()
for id in devices:
print( id , devices[id])
#coding:utf-8
import J2534
import sys
J2534.SetErrorLog(True)
devices = J2534.getDevices()
#
try:
index = int(sys.argv[1], base=10)
except:
index = 0
# select index of j2534 device
# PS:
# 0 {'Name': 'Mongoose ISO', 'FunctionLibrary': 'C:\\WINDOWS\\SysWOW64\\MONGI432.DLL'}
# 1 {'Name': 'ES581.4', 'FunctionLibrary': 'D:\\Program Files (x86)\\Common Files\\ETAS\\J2534 Interface\\ETAS32.dll'}
# 2 {'Name': 'J2534 for Kvaser Hardware', 'FunctionLibrary': 'd:\\Program Files\\Kvaser\\Drivers\\32\\kvJ2534.dll'}
# index = 0 select Mongoose ISO
J2534.setDevice(index)
# open J2534 device
ret, deviceID = J2534.ptOpen()
# read the
ret, FirmwareVersion, DllVersion, ApiVersion = J2534.ptReadVersion(deviceID)
print("DLL :", devices[index])
print("deviceID :", deviceID)
print("FirmwareVersion : %s" % FirmwareVersion)
print("DllVersion : %s" % DllVersion)
print("ApiVersion : %s" % ApiVersion)
#coding:utf-8
import J2534
from J2534.Define import *
import sys
J2534.SetErrorLog(True)
import time
try:
index = int(sys.argv[1], base=10)
except:
index = 0
J2534.setDevice(index)
J2534.setDevice(key=index)
ret, id1 = J2534.ptOpen()
ret, ch1 = J2534.ptConnect(id1, ProtocolID.ISO15765, 0, 500000)
msg = J2534.ptTxMsg(ProtocolID.ISO15765, 32)
data = [2, 10, 3, 0, 0, 0, 0, 0, 0]
#data = data + [0]*padding(len(data))
msg.setIDandData(0x241, data)
maskMsg = J2534.ptMskMsg(16)
maskMsg.setID(0xffffffff)
patternMsg = J2534.ptPatternMsg(16)
patternMsg.setID(0x641)
flowcontrolMsg = J2534.ptPatternMsg(16)
#coding:utf-8
import J2534
from J2534.Define import *
import sys
J2534.SetErrorLog(True)
devices = J2534.getDevices()
try:
index = int(sys.argv[1], base=10)
except:
index = 0
J2534.setDevice(index)
ret, deviceID = J2534.ptOpen()
ret, channelID = J2534.ptConnect(deviceID, ProtocolID.CAN, 0, BaudRate.B500K)
msg = J2534.ptTxMsg(ProtocolID.CAN, 0)
msg.setIDandData(0x123, [0, 1, 2, 3, 4, 5, 6, 7])
J2534.ptWtiteMsgs(channelID, msg, 1, 100)
ret = J2534.ptDisconnect(channelID)
ret = J2534.ptClose(deviceID)
def close(self):
ret = J2534.ptDisconnect(self.channel)
ret = J2534.ptClose(self.deviceID)
import udsoncan
from udsoncan.connections import BaseConnection
from udsoncan.client import Client
from udsoncan.exceptions import *
from udsoncan.services import *
from abc import abstractmethod
BRODCAST_ID = 0x7df
SEND_ID = 0x7e0
RECV_ID = 0x7e8
import J2534
from J2534.Define import *
import sys
J2534.SetErrorLog(False)
try:
index = int(sys.argv[1], base=10)
except:
index = 0
J2534.setDevice(index)
class J2534Connect(BaseConnection):
def __init__(self, name=None):
self.dev_status = False
return super().__init__(name=name)
def open(self):
ret, self.deviceID = J2534.ptOpen()
ret, self.channel = J2534.ptConnect(self.deviceID, ProtocolID.ISO15765,
0, BaudRate.B500K)
#coding:utf-8
import J2534
from J2534.Define import *
import sys
J2534.SetErrorLog(True)
BRODCAST_ID = 0x7df
SEND_ID = 0x7e0
RECV_ID = 0x7e8
try:
index = int(sys.argv[1], base=10)
except:
index = 0
J2534.setDevice(index)
ret, id1 = J2534.ptOpen()
ret, ch1 = J2534.ptConnect(id1, ProtocolID.ISO15765, 0, BaudRate.B500K)
ret, vbat = J2534.ReadVbat(ch1)
ret = J2534.ClearTxBuf(ch1)
ret = J2534.ClearRxBuf(ch1)
ret = J2534.ptDisconnect(ch1)
ret = J2534.ptClose(id1)