bool J2534DiagInterface::disconnect()
{
if (_j2534)
{
long ret = 0;
// Remove filters:
for (unsigned char k=0; k<_numFilters; k++)
{
ret = _j2534->PassThruStopMsgFilter(_ChannelID, _FilterID[k]);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruStopMsgFilter() failed: ", ret);
#endif
}
_numFilters = 0;
// Disconnect channel:
ret = _j2534->PassThruDisconnect(_ChannelID);
if (STATUS_NOERROR != ret)
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruDisconnect() failed: ", ret);
#endif
return false;
}
_connected = false;
setProtocolType( protocol_NONE );
setProtocolBaudrate( 0 );
return true;
}
else
return false;
}
bool J2534DiagInterface::close()
{
if (_j2534)
{
long ret = 0;
if (_connected)
disconnect();
// Close interface (only 0404-API):
if (_j2534->libraryAPIversion() != J2534_API_version::v0202)
{
ret = _j2534->PassThruClose(_DeviceID);
if (STATUS_NOERROR != ret)
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruClose() failed: ", ret);
#endif
return false;
}
}
// Clean up:
delete _j2534;
_j2534 = NULL;
setName("J2534 Pass-Through");
setVersion("");
return true;
}
else
return false;
}
bool J2534DiagInterface::clearReceiveBuffer()
{
long ret = _j2534->PassThruIoctl(_ChannelID, CLEAR_RX_BUFFER, (void *)NULL, (void *)NULL);
if (STATUS_NOERROR != ret)
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruIoctl() for parameter CLEAR_RX_BUFFER failed: ", ret);
#endif
return false;
}
return true;
}
bool J2534DiagInterface::write(std::vector<char> buffer)
{
if (_j2534 && _connected)
{
long ret = 0;
// Setup message:
PASSTHRU_MSG tx_msg;
memset(&tx_msg, 0, sizeof(tx_msg));
if (protocolType() == AbstractDiagInterface::protocol_SSM2_ISO14230)
{
tx_msg.ProtocolID = ISO9141;
}
else if (protocolType() == AbstractDiagInterface::protocol_SSM2_ISO15765)
{
tx_msg.ProtocolID = ISO15765;
tx_msg.TxFlags = ISO15765_FRAME_PAD;
}
else
return false;
for (unsigned int k=0; k<buffer.size(); k++)
tx_msg.Data[k] = buffer[k];
tx_msg.DataSize = buffer.size();
unsigned long txNumMsgs = 1;
unsigned long timeout = 1000; // wait until message has been transmitted
// Send message:
ret = _j2534->PassThruWriteMsgs(_ChannelID, &tx_msg, &txNumMsgs, timeout);
if (STATUS_NOERROR == ret)
return true;
else
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruWriteMsgs() failed: ", ret);
#endif
return false;
}
}
else
return false;
}
bool J2534DiagInterface::write(std::vector<char> buffer)
{
if (_j2534 && _connected)
{
long ret = 0;
// Setup message:
PASSTHRU_MSG tx_msg;
memset(&tx_msg, 0, sizeof(tx_msg));
switch(protocolType()) {
case AbstractDiagInterface::protocol_SSM2_ISO14230:
tx_msg.ProtocolID = ISO9141;
break;
case AbstractDiagInterface::protocol_SSM2_ISO15765:
tx_msg.ProtocolID = ISO15765;
tx_msg.TxFlags = ISO15765_FRAME_PAD;
break;
default:
return false;
}
std::copy(buffer.begin(), buffer.end(), tx_msg.Data);
tx_msg.DataSize = buffer.size();
unsigned long txNumMsgs = 1;
unsigned long timeout = 1000; // wait until message has been transmitted
// Send message:
ret = _j2534->PassThruWriteMsgs(_ChannelID, &tx_msg, &txNumMsgs, timeout);
if (STATUS_NOERROR == ret)
return true;
else
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruWriteMsgs() failed: ", ret);
#endif
return false;
}
}
else
return false;
}
bool J2534DiagInterface::read(std::vector<char> *buffer)
{
if (_j2534 && _connected)
{
long ret = 0;
// Setup message-container:
PASSTHRU_MSG rx_msg;
memset(&rx_msg, 0, sizeof(rx_msg));
if (protocolType() == AbstractDiagInterface::protocol_SSM2_ISO14230)
{
rx_msg.ProtocolID = ISO9141;
}
else if (protocolType() == AbstractDiagInterface::protocol_SSM2_ISO15765)
{
rx_msg.ProtocolID = ISO15765;
}
else
return false;
unsigned long rxNumMsgs = 1;
unsigned long timeout = 0; // return immediately
// Read all available messages:
do
{
ret = _j2534->PassThruReadMsgs(_ChannelID, &rx_msg, &rxNumMsgs, timeout);
if ((STATUS_NOERROR == ret) && rxNumMsgs)
{
#ifdef __FSSM_DEBUG__
std::cout << "PassThruReadMsgs(): received J2534-message with protocol id 0x" << std::hex << rx_msg.ProtocolID
<< ", rx status 0x" << rx_msg.RxStatus << ", extra data index " << std::dec << rx_msg.ExtraDataIndex << ":\n"
<< libFSSM::StrToMultiLineHexstr(rx_msg.Data, rx_msg.DataSize);
#endif
if (rx_msg.RxStatus & TX_MSG_TYPE)
{
#ifdef __FSSM_DEBUG__
if (rx_msg.RxStatus & TX_DONE) // SAE J2534-1 (dec 2004): ISO-15765 only
{
std::cout << "=> message is transmit confirmation message\n";
continue;
}
else
std::cout << "=> message is loopback message\n";
#endif
}
else
{
if (rx_msg.RxStatus & START_OF_MESSAGE)
{
/* NOTE:
* - incoming (multi-frame) msg transfer has commenced (ISO-15765) /
* first byte of an incoming message has been received (ISO-9141 / ISO-14230)
* - ISO-15765: message contains CAN-ID only */
#ifdef __FSSM_DEBUG__
std::cout << "=> message indicates that an incoming message transfer has commenced.\n";
#endif
continue;
}
if ((protocolType() == protocol_SSM2_ISO15765) && (rx_msg.RxStatus & ISO15765_PADDING_ERROR))
{
// NOTE: ISO-15765 CAN frame was received with less than 8 data bytes
#ifdef __FSSM_DEBUG__
std::cout << "=> message indicates ISO15765 padding error.\n";
#endif
continue;
}
// NOTE: all other flags do not affect the transferred data or are not defined for the ISO-protocols
}
// Extract data:
if (rx_msg.DataSize > 0)
{
#ifdef __FSSM_DEBUG__
if ((rx_msg.ExtraDataIndex == 0) && (_j2534->libraryAPIversion() == J2534_API_version::v0404))
{
std::cout << "WARNING: ExtraDataIndex is 0, which should be the case only for pure status messages !\n";
}
else if (rx_msg.ExtraDataIndex < rx_msg.DataSize)
{
if ((_j2534->libraryAPIversion() == J2534_API_version::v0404) || (protocolType() != protocol_SSM2_ISO14230) ||
((protocolType() == protocol_SSM2_ISO14230) && (rx_msg.ExtraDataIndex < (rx_msg.DataSize - 1))))
std::cout << "WARNING: ExtraDataIndex is smaller than expected !\n";
/* NOTE:
* - 04.04-API: (SAE-J2534-1, dec 2004): ExtraDataIndex only used with J1850 PWM
* - 02.02-API: (SAE-J2534, feb 2002): ExtraDataIndex also used with J1850 VPW, ISO-9141, ISO-14230 */
}
#endif
buffer->reserve(rx_msg.DataSize);
buffer->assign(rx_msg.Data, rx_msg.Data + rx_msg.DataSize);
}
}
} while ((STATUS_NOERROR == ret) && rxNumMsgs);
if ((STATUS_NOERROR == ret) || (ERR_BUFFER_EMPTY == ret))
return true;
#ifdef __FSSM_DEBUG__
else
printErrorDescription("PassThruReadMsgs() failed: ", ret);
#endif
}
return false;
}
bool J2534DiagInterface::open( std::string name )
{
if (_j2534)
return false;
else
{
_j2534 = new J2534_API;
if (_j2534->selectLibrary(name))
{
char FirmwareVersion[80] = {0,};
char DllVersion[80] = {0,};
char ApiVersion[80] = {0,};
long ret = 0;
// Open interface (only 0404-API):
if (_j2534->libraryAPIversion() != J2534_API_version::v0202)
{
_DeviceID = 0;
ret = _j2534->PassThruOpen(NULL, &_DeviceID);
if (STATUS_NOERROR != ret)
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruOpen() failed: ", ret);
#endif
delete _j2534;
_j2534 = NULL;
return false;
}
}
// Read hardware/software information:
if (_j2534->libraryAPIversion() == J2534_API_version::v0202)
ret = _j2534->PassThruReadVersion(FirmwareVersion, DllVersion, ApiVersion);
else
ret = _j2534->PassThruReadVersion(_DeviceID, FirmwareVersion, DllVersion, ApiVersion);
if (STATUS_NOERROR == ret)
{
setVersion(std::string(FirmwareVersion) + " (DLL: " + std::string(DllVersion) + ", API: " + std::string(ApiVersion) +")");
#ifdef __FSSM_DEBUG__
std::cout << "Interface information:\n";
std::cout << " Firmware version: " << FirmwareVersion << '\n';
std::cout << " DLL version: " << DllVersion << '\n';
std::cout << " API version: " << ApiVersion << '\n';
#endif
}
#ifdef __FSSM_DEBUG__
else
printErrorDescription("PassThruReadVersion() failed: ", ret);
#endif
// Get and save library data:
for (const J2534Library& lib : J2534_API::getAvailableJ2534Libs())
{
if (lib.path == name)
{
// Interface name
setName(lib.name);
// Supported protocols
std::vector<protocol_type> supportedProtocols;
const J2534_protocol_flags p = lib.protocols;
if (bool(p & J2534_protocol_flags::iso9141) ||
bool(p & J2534_protocol_flags::iso14230))
supportedProtocols.push_back(protocol_SSM2_ISO14230);
if (bool(p & J2534_protocol_flags::iso15765))
supportedProtocols.push_back(protocol_SSM2_ISO15765);
setSupportedProtocols(supportedProtocols);
break;
}
}
return true;
}
else
{
#ifdef __FSSM_DEBUG__
std::cout << "Error: invalid library selected\n";
#endif
delete _j2534;
_j2534 = NULL;
return false;
}
}
}
bool J2534DiagInterface::connect(AbstractDiagInterface::protocol_type protocol)
{
if ((protocol != AbstractDiagInterface::protocol_SSM2_ISO14230) && (protocol != AbstractDiagInterface::protocol_SSM2_ISO15765))
{
#ifdef __FSSM_DEBUG__
std::cout << "Error: selected protocol is not supported\n";
#endif
return false;
}
if (_j2534)
{
unsigned long ProtocolID = 0;
unsigned long Flags = 0;
unsigned long BaudRate = 0;
long ret = 0;
if (protocol == AbstractDiagInterface::protocol_SSM2_ISO14230)
{
ProtocolID = ISO9141; // also: ISO14230
Flags = ISO9141_NO_CHECKSUM;
BaudRate = 4800;
}
else if (protocol == AbstractDiagInterface::protocol_SSM2_ISO15765)
{
ProtocolID = ISO15765;
Flags = 0;
BaudRate = 500000;
}
// CONNECT CHANNEL:
if (_j2534->libraryAPIversion() == J2534_API_version::v0202)
ret = _j2534->PassThruConnect(ProtocolID, Flags, &_ChannelID);
else
ret = _j2534->PassThruConnect(_DeviceID, ProtocolID, Flags, BaudRate, &_ChannelID);
if (STATUS_NOERROR != ret)
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruConnect() failed: ", ret);
#endif
return false;
}
/* ----- SET CONFIGURATION ----- */
SCONFIG_LIST Input;
SCONFIG CfgItems[1];
// Echo (MANDATORY):
CfgItems[0].Parameter = LOOPBACK; // Echo off/on
if (protocol == AbstractDiagInterface::protocol_SSM2_ISO14230)
CfgItems[0].Value = ON;
else
CfgItems[0].Value = OFF;
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
if (STATUS_NOERROR != ret)
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruIoctl() for parameter LOOPBACK failed: ", ret);
#endif
goto err_close;
}
// Baudrate (MANDATORY for 02.02-API only):
CfgItems[0].Parameter = DATA_RATE;
CfgItems[0].Value = BaudRate;
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
if (STATUS_NOERROR != ret)
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruIoctl() for parameter DATARATE failed: ", ret);
#endif
if (_j2534->libraryAPIversion() == J2534_API_version::v0202)
goto err_close;
}
if (protocol == AbstractDiagInterface::protocol_SSM2_ISO14230)
{
/* ----- SET CONFIGURATION (ISO-14230 specific) ----- */
// P1_MIN (min. ECU inter-byte time)
if (_j2534->libraryAPIversion() == J2534_API_version::v0202) // 04.04-API: not adjustable, always 0ms
{
CfgItems[0].Parameter = P1_MIN; // ISO-9141, ISO-14230 (normal timing paramter-set): min/def=0ms,
CfgItems[0].Value = 0; // [ms]
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for P1_MIN: ", ret);
#endif
}
// P1_MAX (max. ECU inter-byte time)
CfgItems[0].Parameter = P1_MAX; // ISO-9141, ISO-14230 (normal timing paramter-set): def/max=20ms,
if (_j2534->libraryAPIversion() == J2534_API_version::v0202)
CfgItems[0].Value = 5; // [02.02-API: ms]
else
CfgItems[0].Value = 10; // [04.04-API: *0.5ms]
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for P1_MAX: ", ret);
#endif
// P2_MIN (min. ECU response time [ms] to a tester request or between ECU responses)
if (_j2534->libraryAPIversion() == J2534_API_version::v0202) // 04.04-API: not adjustable, always 0ms
{
CfgItems[0].Parameter = P2_MIN; // ISO-9141, ISO-14230 (normal timing paramter-set): min=0ms, def=25ms
CfgItems[0].Value = 0; // [ms]
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for P1_MIN: ", ret);
#endif
}
// P2_MAX (max. ECU response time [ms] to a tester request or between ECU responses)
if (_j2534->libraryAPIversion() == J2534_API_version::v0202) // 04.04-API: not adjustable, value is ignored (all messages up to P3_min are accepted)
{
CfgItems[0].Parameter = P2_MAX; // ISO-9141, ISO-14230 (normal timing paramter set): def=50ms, max=inf
CfgItems[0].Value = 3000;
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for P2_MAX: ", ret);
#endif
}
// P3_MIN (min. time between end of ECU reponse and next tester request)
CfgItems[0].Parameter = P3_MIN; // ISO-9141, ISO-14230: min=0ms, def=55ms
CfgItems[0].Value = 0; // [02.02-API: ms, 04.04-API: *0.5ms]
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for P3_MIN: ", ret);
#endif
// P3_MAX (max. time between end of ECU reponse and next tester request)
if (_j2534->libraryAPIversion() == J2534_API_version::v0202) // 04.04-API: not adjustable, tester allows sending message at any time after P3_MIN
{
CfgItems[0].Parameter = P3_MAX; // ISO-9141, ISO-14230: def=5000ms, max=inf
CfgItems[0].Value = 0xffff; // [ms] => 65535ms = max. value
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for P3_MIN: ", ret);
#endif
}
// P4_MIN (min. tester inter-byte time)
CfgItems[0].Parameter = P4_MIN; // ISO-9141, ISO-14230: min=0ms, def=5ms
CfgItems[0].Value = 0; // [02.02-API: ms, 04.04-API: *0.5ms]
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for P4_MIN: ", ret);
#endif
// P4_MAX (max. tester inter-byte time)
if (_j2534->libraryAPIversion() == J2534_API_version::v0202) // 04.04-API: not adjustable, device always uses P4_MIN
{
CfgItems[0].Parameter = P4_MAX; // ISO-9141, ISO-14230: def/max=50ms
CfgItems[0].Value = 5; // [ms]
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for P4_MAX: ", ret);
#endif
}
// Data bits:
if (_j2534->libraryAPIversion() == J2534_API_version::v0404)
{
CfgItems[0].Parameter = DATA_BITS;
CfgItems[0].Value = DATA_BITS_8; // should be default
Input.NumOfParams = 1;
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for parameter DATA_BITS failed: ", ret);
#endif
}
// Parity:
CfgItems[0].Parameter = PARITY;
CfgItems[0].Value = NO_PARITY;
Input.NumOfParams = 1; // should be default
Input.ConfigPtr = CfgItems;
ret = _j2534->PassThruIoctl(_ChannelID, SET_CONFIG, (void *)&Input, (void *)NULL);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruIoctl() for parameter PARITY failed: ", ret);
#endif
/* APPLY MESSAGE FILTER (Receive all messages) */
PASSTHRU_MSG MaskMsg;
PASSTHRU_MSG PatternMsg;
memset(&MaskMsg, 0, sizeof(MaskMsg)); // .Data=0-array means "do not examine any bits"
memset(&PatternMsg, 0, sizeof(PatternMsg)); // .Data must be zero, if no Data bits are examined
MaskMsg.DataSize = 1;
MaskMsg.ProtocolID = ISO9141;
PatternMsg.DataSize = 1;
PatternMsg.ProtocolID = ISO9141;
if (STATUS_NOERROR != _j2534->PassThruStartMsgFilter(_ChannelID, PASS_FILTER, &MaskMsg, &PatternMsg, NULL, _FilterID))
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruStartMsgFilter() for ISO-14230 failed: ", ret);
#endif
goto err_close;
}
_numFilters = 1;
}
else if (protocol == AbstractDiagInterface::protocol_SSM2_ISO15765)
{
// NOTE: also tweak values of ISO15765_BS, ISO15765_STMIN ?
/* APPLY MESSAGE FILTERS */
PASSTHRU_MSG MaskMsg;
PASSTHRU_MSG PatternMsg;
PASSTHRU_MSG FlowCtrlMsg;
memset(&MaskMsg, 0, sizeof(MaskMsg));
memset(&PatternMsg, 0, sizeof(PatternMsg));
memset(&FlowCtrlMsg, 0, sizeof(FlowCtrlMsg));
// ECU:
MaskMsg.Data[0] = '\xFF';
MaskMsg.Data[1] = '\xFF';
MaskMsg.Data[2] = '\xFF';
MaskMsg.Data[3] = '\xFF';
MaskMsg.DataSize = 4;
MaskMsg.ProtocolID = ISO15765;
MaskMsg.TxFlags = ISO15765_FRAME_PAD;
PatternMsg.Data[0] = '\x00';
PatternMsg.Data[1] = '\x00';
PatternMsg.Data[2] = '\x07';
PatternMsg.Data[3] = '\xE8';
PatternMsg.DataSize = 4;
PatternMsg.ProtocolID = ISO15765;
PatternMsg.TxFlags = ISO15765_FRAME_PAD;
FlowCtrlMsg.Data[0] = '\x00';
FlowCtrlMsg.Data[1] = '\x00';
FlowCtrlMsg.Data[2] = '\x07';
FlowCtrlMsg.Data[3] = '\xE0';
FlowCtrlMsg.DataSize = 4;
FlowCtrlMsg.ProtocolID = ISO15765;
FlowCtrlMsg.TxFlags = ISO15765_FRAME_PAD;
if (STATUS_NOERROR != _j2534->PassThruStartMsgFilter(_ChannelID, FLOW_CONTROL_FILTER, &MaskMsg, &PatternMsg, &FlowCtrlMsg, _FilterID + _numFilters))
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruStartMsgFilter() #1 for ISO-15765 failed: ", ret);
#endif
goto err_close;
}
_numFilters = 1;
// TCU:
PatternMsg.Data[3] = '\xE9';
FlowCtrlMsg.Data[3] = '\xE1';
if (STATUS_NOERROR != _j2534->PassThruStartMsgFilter(_ChannelID, FLOW_CONTROL_FILTER, &MaskMsg, &PatternMsg, &FlowCtrlMsg, _FilterID + _numFilters))
{
#ifdef __FSSM_DEBUG__
printErrorDescription("PassThruStartMsgFilter() #2 for ISO-15765 failed: ", ret);
#endif
// Clean up configured message filter
ret = _j2534->PassThruStopMsgFilter(_ChannelID, _FilterID[0]);
#ifdef __FSSM_DEBUG__
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruStopMsgFilter() for ISO-15765 failed: ", ret);
#endif
_numFilters = 0;
goto err_close;
}
_numFilters = 2;
// TODO: add support for additional addresses (requires layer/API changes)
}
_connected = true;
setProtocolType( protocol );
setProtocolBaudrate( BaudRate );
return true;
}
else
return false;
err_close:
#ifdef __FSSM_DEBUG__
long ret = _j2534->PassThruDisconnect(_ChannelID);
if (STATUS_NOERROR != ret)
printErrorDescription("PassThruDisconnect() failed: ", ret);
#else
_j2534->PassThruDisconnect(_ChannelID);
#endif
return false;
}
