//---------------------------------------------------------------------------
// @function:
// CErrorContext::Record
//
// @doc:
// Grab error context and save it off and format error message
//
//---------------------------------------------------------------------------
void
CErrorContext::Record
(
CException &exc,
VA_LIST vl
)
{
if (m_fSerializing)
return;
#ifdef GPOS_DEBUG
if (m_fPending)
{
// reset pending flag so we can throw from here
m_fPending = false;
GPOS_ASSERT(!"Pending error unhandled when raising new error");
}
#endif // GPOS_DEBUG
m_fPending = true;
m_exc = exc;
// store stack, skipping current frame
m_sd.BackTrace(1);
ELocale eloc = ITask::PtskSelf()->Eloc();
CMessage *pmsg = CMessageRepository::Pmr()->PmsgLookup(exc, eloc);
pmsg->Format(&m_wss, vl);
m_ulSev = pmsg->UlSev();
if (GPOS_FTRACE(EtracePrintExceptionOnRaise))
{
std::wcerr << GPOS_WSZ_LIT("Exception: ") << m_wss.Wsz() << std::endl;
}
}
//---------------------------------------------------------------------------
// @function:
// CMessageTest::EresUnittest_Basic
//
// @doc:
//
//---------------------------------------------------------------------------
GPOS_RESULT
CMessageTest::EresUnittest_Basic
(
const void *pv,
...
)
{
const ULONG ulSize = 2048;
IMemoryPool *pmp = (IMemoryPool*)pv;
// take pre-defined assertion exc message
CMessage *pmsg = CMessage::Pmsg(CException::ExmiAssert);
GPOS_ASSERT(GPOS_MATCH_EX(pmsg->m_exc,
CException::ExmaSystem,
CException::ExmiAssert));
// target buffer for format test
WCHAR *wsz = GPOS_NEW_ARRAY(pmp, WCHAR, ulSize);
CWStringStatic wss(wsz, ulSize);
VA_LIST vl;
VA_START(vl, pv);
// manufacture an OOM message (no additional parameters)
pmsg->Format(&wss, vl);
VA_END(vl);
GPOS_TRACE(wsz);
GPOS_DELETE_ARRAY(wsz);
return GPOS_OK;
}
// generates the message list with signals and value descriptors
void CConverter::GenerateMessageList(fstream& fileInput)
{
char acLine[defCON_MAX_LINE_LEN]; // I don't expect one line to be more than this
// Flag to skip signal parsing of independent messages
BOOL bSkipSignalParsing = FALSE;
// parsing the input file
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN))
{
char* pcToken;
char* pcNextToken;
char* pcLine;
// avoid leading <spaces> before tokenising, so passing the
// starting point will be correct in each case, when calling
// msg.Format, sig.Format etc.
pcLine = acLine;
while(*pcLine && *pcLine == ' ')
{
*pcLine++;
}
pcToken = strtok_s(pcLine, " :", &pcNextToken);
if(pcToken)
{
//compare token to known types to interpret the line further
// new line - skip
if(strcmp(pcToken,"\n") == 0)
{
continue;
}
// message
else if(strcmp(pcToken,"BO_") == 0)
{
CMessage msg;
msg.Format(pcLine + strlen(pcToken)+1);
if( msg.m_uiMsgID != 0xc0000000 ) // Vector independent message
{
bSkipSignalParsing = FALSE;
// add the new message to the list
m_listMessages.AddTail(msg);
}
else
{
bSkipSignalParsing = TRUE;
}
}
// signal
else if(strcmp(pcToken,"SG_") == 0)
{
if( bSkipSignalParsing == FALSE )
{
CSignal sig;
sig.Format(pcLine + strlen(pcToken)+1);
POSITION pos = m_listMessages.GetTailPosition();
CMessage& msg = m_listMessages.GetAt(pos);
msg.m_listSignals.AddTail(sig);
// this signal should belong to the last message
msg.m_ucNumOfSignals++; // increment the signal count
}
}
// value descriptor
else if(strcmp(pcToken,"VAL_") == 0)
{
// <msgid><sp><signalName><sp><value1><sp><"desc1"><sp><value2><sp><"desc2"> ...;
// get MsgId, find the message from the messagelist.
// find the signal from the message, then add the value descritors
// to the respective signals
pcLine = pcLine + strlen(pcToken) + 1; // to get next token
pcToken = strtok_s(pcLine, " ", &pcNextToken); // msgid
unsigned int id = (unsigned int)atoi(pcToken);
POSITION posMsg = m_listMessages.GetHeadPosition();
while(posMsg != NULL)
{
CMessage& rMsg = m_listMessages.GetNext(posMsg);
// find matching message from list
if(rMsg.m_uiMsgID == id)
{
pcLine = pcLine + strlen(pcToken) + 1; // to get next token
pcToken = strtok_s(pcLine, " ", &pcNextToken); // Signal name
POSITION posSig = rMsg.m_listSignals.GetHeadPosition();
// find matching signal
while(posSig != NULL)
{
// char *pcToken1;
CSignal& rSig = rMsg.m_listSignals.GetNext(posSig);
if(strcmp(rSig.m_acName.c_str(),pcToken) == 0)
{
rSig.AddValueDescriptors(pcLine + strlen(pcToken) + 1);
break; // if we got the signal we wanted
}
}
break; // we got the message we wanted
}
}
}
// signal value qualifier
else if(strcmp(pcToken,"SIG_VALTYPE_") == 0)
{
// <msgID> <signal name> : 1 -- float
// <msgID> <signal name> : 2 -- double
// get MsgId, find the message from the messagelist.
// find the signal from the message, then update the
// signal type appropriately of the respective signal
pcToken = strtok_s(NULL, " :;", &pcNextToken); // msgid
unsigned int id = (unsigned int)atoi(pcToken);
POSITION posMsg = m_listMessages.GetHeadPosition();
while(posMsg != NULL)
{
CMessage& rMsg = m_listMessages.GetNext(posMsg);
// find matching message from list
if(rMsg.m_uiMsgID == id)
{
pcToken = strtok_s(NULL, " :;", &pcNextToken); // Signal name
POSITION posSig = rMsg.m_listSignals.GetHeadPosition();
// find matching signal
while(posSig != NULL)
{
CSignal& rSig = rMsg.m_listSignals.GetNext(posSig);
if(strcmp(rSig.m_acName.c_str(),pcToken) == 0)
{
if(pcToken = strtok_s(NULL, " :;", &pcNextToken)) // qualifier (1 or 2)
{
// update signal type based on qualifier
switch(*pcToken)
{
case '1':
rSig.m_ucType = CSignal::SIG_TYPE_FLOAT;
break;
case '2':
rSig.m_ucType = CSignal::SIG_TYPE_DOUBLE;
break;
default:
break;
}
}
break; // we got the signal we wanted
}
}
break; // we got the message we wanted
}
}
}
// anything else skip
else
{
continue;
}
}
}
}
/**
* \brief Generates the message list
*
* This function will parse the input file and line by line
* and generates a list of message,signal,value table,comments,etc
*/
void CDBFConverter::GenerateMessageList(fstream& fileInput)
{
char acLine[defCON_MAX_LINE_LEN]; // I don't expect one line to be more than this
string local_copy;
char* pcTok;
int flag=0;
int _flag_BS_= 0; //possible values 0,1,2// this flag is used to check if parsing is done in between NS_: and BS_: #git issue 174
// parsing the input file
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN))
{
char* pcToken=0, *pcLine=0;
for (;;)
{
pcLine = acLine;
pcLine += strlen(pcLine); // go to last position
pcLine --;
if (*pcLine == '\r')
{
fileInput.getline(pcLine, defCON_MAX_LINE_LEN);
}
else
{
break;
}
}
// avoid leading <spaces> before tokenising, so passing the
// starting point will be correct in each case, when calling
// msg.Format, sig.Format etc.
local_copy = acLine;
pcLine = acLine;
while(*pcLine && *pcLine == ' ')
{
*pcLine++;
}
pcToken = strtok_s(pcLine, " :", &pcTok);
if(pcToken)
{
//compare token to known types to interpret the line further
if(strstr(pcToken, "BS_") != NULL) // git issue #174
{
if (_flag_BS_ == 1 )
{
_flag_BS_ = 2; // this means just NS_ and BS_ are done.
}
}
if(strstr(pcToken, "NS_") != NULL)
{
if (_flag_BS_ == 0 )
{
_flag_BS_ = 1; // this means just NS_ is hit and BS_ is still due.
}
}
// new line - skip
else if(strcmp(pcToken, "\n") == 0)
{
continue;
}
// message
else if(strcmp(pcToken, "BO_") == 0)
{
CMessage msg;
msg.Format(pcLine + strlen(pcToken)+1);
// add the new message to the list
if((msg.m_acName != "VECTOR__INDEPENDENT_SIG_MSG") && !(msg.m_uiMsgID == 3221225472) )
{
if( CAN == m_eBus )
{
if( msg.m_ucLength <= 8 )
{
CDBFConverter::valid_msg = true;
m_listMessages.push_back(msg);
}
else
{
CDBFConverter::valid_msg = false;
m_unsupList.push_back(msg);
}
}
else
{
CDBFConverter::valid_msg = true;
m_listMessages.push_back(msg);
}
}
else
{
CDBFConverter::valid_msg = false;
}
}
// signal
else if(strcmp(pcToken, "SG_") == 0)
{
CSignal sig;
sig.Format(pcLine + strlen(pcToken) + 1);
//if signal associated with a msg add it to that perticular list
//elses add it to msg independent list
if(CDBFConverter::valid_msg == true)
{
//insert signals in sorted order
int flag = 0;
CMessage& msg = m_listMessages.back();
/* if (msg.m_listSignals.empty())
{
msg.m_listSignals.push_front(sig);
flag = 1;
continue;
}
int count = 0;
list<CSignal>::iterator sig1 = msg.m_listSignals.end();
while(sig1!=msg.m_listSignals.begin())
{
--sig1;
count++;
if(((sig1->m_ucWhichByte * 8) + sig1->m_ucStartBit) > ((sig.m_ucWhichByte * 8) + sig.m_ucStartBit))
{
++sig1;
msg.m_listSignals.insert(sig1, sig);
flag = 1;
break;
}
}
if (flag == 0)*/
{
msg.m_listSignals.push_back(sig);
}
// this signal should belong to the last message
msg.m_ucNumOfSignals++; // increment the signal count
}
else
{
sig.m_ucWhichByte = 1;
sig.m_ucStartBit = 0;
m_listSignal.push_back(sig);
}
}
// value descriptor
else if(strcmp(pcToken, "VAL_") == 0)
{
// <msgid><sp><signalName><sp><value1><sp><"desc1"><sp><value2><sp><"desc2"> ...;
// get MsgId, find the message from the messagelist.
// find the signal from the message, then add the value descritors
// to the respective signals
pcLine = pcLine + strlen(pcToken) + 1; // to get next token
pcToken = strtok_s(pcLine, " ", &pcTok); // msgid
unsigned int id = (unsigned int) strtoul(pcToken, NULL, 10);
if(id != 3221225472)
{
list<CMessage>::iterator rMsg;
for(rMsg=m_listMessages.begin(); rMsg!=m_listMessages.end(); ++rMsg)
{
// find matching message from list
if(rMsg->m_uiMsgID == id)
{
pcLine = pcLine + strlen(pcToken) + 1; // to get next token
pcToken = strtok_s(pcLine, " ", &pcTok); // Signal name
list<CSignal>::iterator rSig;
// find matching signal
for(rSig=rMsg->m_listSignals.begin(); rSig!=rMsg->m_listSignals.end(); ++rSig)
{
if(rSig->m_acName == pcToken)
{
rSig->AddValueDescriptors(pcLine + strlen(pcToken) + 1, fileInput);
break; // if we got the signal we wanted
}
}
break; // we got the message we wanted
}
}
}
else
{
pcLine = pcLine + strlen(pcToken) + 1; // to get next token
pcToken = strtok_s(pcLine, " ", &pcTok); // Signal name
list<CSignal>::iterator rSig;
// find matching signal
for(rSig=m_listSignal.begin(); rSig!=m_listSignal.end(); ++rSig)
{
if(rSig->m_acName == pcToken)
{
rSig->AddValueDescriptors(pcLine + strlen(pcToken) + 1, fileInput);
break; // if we got the signal we wanted
}
}
}
}
// signal value qualifier
else if(strcmp(pcToken, "SIG_VALTYPE_") == 0)
{
// <msgID> <signal name> : 1 -- float
// <msgID> <signal name> : 2 -- double
// get MsgId, find the message from the messagelist.
// find the signal from the message, then update the
// signal type appropriately of the respective signal
pcToken = strtok_s(NULL, " :;", &pcTok); // msgid
unsigned int id = (unsigned int)strtoul(pcToken, NULL, 10);
if(id != 3221225472)
{
list<CMessage>::iterator rMsg;
for(rMsg=m_listMessages.begin(); rMsg!=m_listMessages.end(); ++rMsg)
{
// find matching message from list
if(rMsg->m_uiMsgID == id)
{
pcToken = strtok_s(NULL, " :;", &pcTok); // Signal name
list<CSignal>::iterator rSig;
// find matching signal
for(rSig=rMsg->m_listSignals.begin(); rSig!=rMsg->m_listSignals.end(); ++rSig)
{
if(rSig->m_acName == pcToken)
{
if(pcToken = strtok_s(NULL, " :;", &pcTok)) // qualifier (1 or 2)
{
// update signal type based on qualifier
switch(*pcToken)
{
case '1':
rSig->m_ucType = CSignal::SIG_TYPE_FLOAT;
break;
case '2':
rSig->m_ucType = CSignal::SIG_TYPE_DOUBLE;
break;
default:
break;
}
}
break; // we got the signal we wanted
}
}
break; // we got the message we wanted
}
}
}
else
{
pcToken = strtok_s(NULL, " :;", &pcTok); // Signal name
// find matching signal
list<CSignal>::iterator rSig;
for(rSig=m_listSignal.begin(); rSig!=m_listSignal.end(); ++rSig)
{
if(rSig->m_acName == pcToken)
{
if(pcToken = strtok_s(NULL, " :;", &pcTok)) // qualifier (1 or 2)
{
// update signal type based on qualifier
switch(*pcToken)
{
case '1':
rSig->m_ucType = CSignal::SIG_TYPE_FLOAT;
break;
case '2':
rSig->m_ucType = CSignal::SIG_TYPE_DOUBLE;
break;
default:
break;
}
}
break; // we got the signal we wanted
}
}
}
}
//value table
else if(strcmp(pcToken, "VAL_TABLE_") == 0)
{
CValueTable tab;
pcToken = strtok_s(pcLine, " ", &pcTok);
tab.Format(pcLine + strlen(pcToken) + 1, fileInput);
m_vTab.push_back(tab);
}
//comments
else if(strcmp(pcToken, "CM_") == 0)
{
string comment = pcTok; // for network node - venkat
pcLine = pcLine + strlen(pcToken) + 1;
pcToken = strtok_s(pcLine, " ", &pcTok);
CComment cm;
//comments related to node
if(strcmp(pcToken, "BU_") == 0)
{
pcToken = strtok_s(NULL, " ", &pcTok);
cm.m_elementName= pcToken;
pcToken = strtok_s(NULL, "", &pcTok);
comment = pcToken;
while(strstr(pcToken, "\";") == NULL)
{
fileInput.getline(acLine, defCON_MAX_LINE_LEN);
pcToken = acLine;
comment = comment + pcToken;
}
cm.m_comment= comment;
m_cmNode.push_back(cm);
}
//comments related to messages
else if(strcmp(pcToken,"BO_") == 0)
{
pcToken = strtok_s(NULL, " ", &pcTok);
cm.m_msgID = strtoul(pcToken, NULL, 10);
// set the id and frame format
// canoe puts MSbit = 1 for extended ID
if(cm.m_msgID < 0x80000000UL)
{
cm.m_msgType= 'S';
}
else
{
cm.m_msgType= 'X';
cm.m_msgID &= 0x7FFFFFFF;
}
pcToken = strtok_s(NULL, "", &pcTok);
comment = pcToken;
while(strstr(pcToken, "\";") == NULL)
{
fileInput.getline(acLine, defCON_MAX_LINE_LEN);
pcToken = acLine;
comment = comment + pcToken;
}
cm.m_comment= comment;
m_cmMsg.push_back(cm);
}
//comments related to signals
else if(strcmp(pcToken, "SG_") == 0)
{
pcToken = strtok_s(NULL, " ", &pcTok);
cm.m_msgID = strtoul(pcToken, NULL, 10);
if(cm.m_msgID < 0x80000000UL)
{
cm.m_msgType = 'S';
}
else
{
cm.m_msgType = 'X';
cm.m_msgID &= 0x7FFFFFFF;
}
pcToken = strtok_s(NULL, " ", &pcTok);
cm.m_elementName = pcToken;
pcToken = strtok_s(NULL, "", &pcTok);
comment = pcToken;
while(strstr(pcToken, "\";") == NULL)
{
fileInput.getline(acLine, defCON_MAX_LINE_LEN);
pcToken = acLine;
comment = comment + pcToken;
}
cm.m_comment= comment;
m_cmSig.push_back(cm);
}
//comments related to network
else
{
//comment = pcToken;
int nRetVal = comment.find(";");
if( nRetVal < 0)
{
while(strstr(pcToken, "\";") == NULL)
{
fileInput.getline(acLine, defCON_MAX_LINE_LEN);
pcToken = acLine;
comment = comment + pcToken;
}
}
cm.m_comment= comment;
m_cmNet.push_back(cm);
}
}
// node
else if(strcmp(pcToken, "BU_") == 0)
{
create_Node_List(pcLine + strlen(pcToken)+1);
}
else if ( ( (strcmp(pcToken, "BA_DEF_")==0) || (strcmp(pcToken, "BA_DEF_REL_")==0)) && _flag_BS_ > 1)
{
CParameter pObj;
pObj.Format(pcLine + strlen(pcToken) + 1); // to get next token
m_listParameters.push_back(pObj);
}
//Param Initial Values
else if(strcmp(pcToken, "BA_DEF_DEF_")==0 && _flag_BS_ > 1 )
{
char acTemp[defCON_TEMP_LEN],*pcTemp;
pcTemp = acTemp;
pcToken = strtok_s(NULL, "\"", &pcTok);
pcToken = strtok_s(NULL, "\"", &pcTok);
flag=0;
while(*pcToken && *pcToken != '"')
{
*pcTemp++ = *pcToken++;
}
*pcTemp = '\0';
list<CParameter>::iterator rParam;
for(rParam=m_listParameters.begin(); rParam!=m_listParameters.end(); ++rParam)
{
// find matching Parameter from list
if(rParam->m_ParamName == acTemp)
{
pcTemp=acTemp;
pcToken = strtok_s(NULL, ";", &pcTok); // default val
rParam->ReadDefaultVal(pcToken);
flag=1;
break;
}
}
if(flag==0)
{
string errString = "BA_DEF_DEF_ \"";
errString += acTemp;
errString += "\" ";
errString += pcToken;
errString += _(" : Match not Found in Param List\n");
defList.push_back(errString);
}
}
//RX,Tx Parameter Definition
else if(strcmp(pcToken,"BA_DEF_DEF_REL_")==0 && _flag_BS_ > 1)
{
char acTemp[defCON_TEMP_LEN],*pcTemp;
pcTemp = acTemp;
flag = 0;
pcToken = strtok_s(NULL, "\"", &pcTok);
while(*pcToken && (*pcToken != '"'))
{
*pcTemp++ = *pcToken++; // copy SIG_NAME only, i.e. till first 'space'
}
*pcTemp = '\0';
list<CParameter>::iterator rParam;
for(rParam=m_listParameters.begin(); rParam!=m_listParameters.end(); ++rParam)
{
// find matching Parameter from list
if(rParam->m_ParamName == acTemp)
{
pcTemp = acTemp;
pcToken = strtok_s(NULL, ";", &pcTok); // default val
rParam->ReadDefaultVal(pcToken);
flag=1;
break;
}
}
if(flag==0)
{
string errString = "BA_DEF_DEF_REL \"";
errString += acTemp;
errString += "\" ";
errString += pcToken;
errString += _(" : Match not Found in Param List\n");
defList.push_back(errString);
}
}
// Parameter Other values //
else if(strcmp(pcToken, "BA_")==0)
{
char acTemp[defCON_TEMP_LEN],*pcTemp;
pcTemp = acTemp;
while(*pcLine && (*pcLine == ' '))
{
*pcLine++;
}
//get Param name
pcLine = pcLine + strlen(pcToken) + 1;
pcToken = strtok_s(pcLine, "\"", &pcTok);
while(*pcToken && (*pcToken != '"'))
{
*pcTemp++ = *pcToken++;
}
*pcTemp = '\0';
list<CParameter>::iterator rParam;
for(rParam=m_listParameters.begin(); rParam!=m_listParameters.end(); ++rParam)
{
// find matching Parameter from list
if(rParam->m_ParamName == acTemp)
{
rParam->FormatParamValue(pcLine + strlen(acTemp) + 3); // to get next token
pcTemp=acTemp;
if(rParam->m_ParamName == SIGNAL_LONG_NAME)
{
CParameterValues uParamVal = rParam->m_listParamValues[3].back();
vUpdateSignalNameFromParam(uParamVal);
int i = 0;
}
else if(rParam->m_ParamName == MESSAGE_LONG_NAME)
{
CParameterValues uParamVal = rParam->m_listParamValues[2].back();
vUpdateMessageNameFromParam(uParamVal);
int i = 0;
}
break;
}
}
}
//maintain a list of lines not processed
else
{
string str = local_copy;
m_notProcessed.push_back(str);
continue;
}
}
}
}
/**
* \brief Generate Message List
* \param[in] fileInput Input file
*
* This function will parse the input file and line by line
* and generates a list of message,signal,value table,comments,etc
*/
void CConverter::GenerateMessageList(fstream& fileInput)
{
char acLine[defCON_MAX_LINE_LEN]; // I don't expect one line to be more than this
bool valTab = false;
list<CMessage>::iterator posMsg;
list<CSignal>::iterator posSig;
// parsing the input file
while(fileInput.getline(acLine,defCON_MAX_LINE_LEN))
{
char* pcToken;
char* pcNextToken;
char* pcLine;
// avoid leading <spaces> before tokenising, so passing the
// starting point will be correct in each case, when calling
// msg.Format, sig.Format etc.
pcLine = acLine;
while(*pcLine && *pcLine == ' ')
{
*pcLine++;
}
pcToken = strtok_s(pcLine, " ", &pcNextToken);
if(pcToken)
{
//compare token to known types to interpret the line further
// new line - skip
if(strcmp(pcToken,"\n") == 0)
{
continue;
}
// message
else if(strcmp(pcToken,"[START_MSG]") == 0)
{
bool found = false;
CMessage msg;
msg.Format(pcLine + strlen(pcToken)+1);
// find the message
for(posMsg=m_listMessages.begin(); posMsg!=m_listMessages.end(); ++posMsg)
{
if((posMsg->m_uiMsgID == msg.m_uiMsgID) && (posMsg->m_cFrameFormat == msg.m_cFrameFormat))
{
found = true;
break;
}
}
if (!found)
{
m_listMessages.push_back(msg);
posMsg = m_listMessages.end();
--posMsg;
}
}
else if(strcmp(pcToken,"[START_SIG_LIST]") == 0)
{
CMessage msg;
msg.m_sName = "VECTOR__INDEPENDENT_SIG_MSG";
msg.m_sTxNode = "Vector__XXX";
msg.m_ucLength = 0;
msg.m_uiMsgID = 3221225472;
CConverter::ucMsg_DLC = 8;
m_listMessages.push_front(msg);
posMsg = m_listMessages.begin();
fileInput.getline(acLine,defCON_MAX_LINE_LEN);
pcToken = strtok_s(pcLine, " ", &pcNextToken);
while(strcmp(acLine,"[END_SIG_LIST]") != 0)
{
pcToken = strtok_s(pcLine, " ", &pcNextToken);
if(strcmp(pcToken,"[START_SIGNALS]") == 0)
{
CSignal sig;
sig.Format(pcLine + strlen(pcToken)+1);
sig.m_ucStartBit = 0;
posMsg->m_listSignals.push_front(sig);
posSig = posMsg->m_listSignals.begin();
}
else if(strcmp(pcToken,"[VALUE_DESCRIPTION]") == 0)
{
CValueDescriptor val;
val.Format(pcLine + strlen(pcToken)+1);
posSig->m_listValueDescriptor.push_front(val);
}
fileInput.getline(acLine,defCON_MAX_LINE_LEN);
}
}
else if(strcmp(pcToken,"[START_SIGNALS]") == 0)
{
CSignal sig;
sig.Format(pcLine + strlen(pcToken)+1);
posMsg->m_listSignals.push_front(sig);
posSig = posMsg->m_listSignals.begin();
}
else if(strcmp(pcToken,"[VALUE_DESCRIPTION]") == 0 && valTab == false)
{
CValueDescriptor val;
val.Format(pcLine + strlen(pcToken)+1);
posSig->m_listValueDescriptor.push_front(val);
}
else if(strcmp(pcToken,"[START_NOT_SUPPORTED]") == 0)
{
}
//nodes
else if(strcmp(pcToken,"[NODE]") == 0)
{
create_Node_List(pcLine + strlen(pcToken)+1);
}
else if(strcmp(pcToken,"[START_VALUE_TABLE]")==0)
{
while(fileInput.getline(acLine,defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_VALUE_TABLE]")!=0)
{
pcLine = acLine;
pcToken=strtok_s(pcLine, " ", &pcNextToken);
if(strcmp(pcToken,"[START_TABLE]")==0)
{
CValueTable vTab;
vTab.Format_ValueTable(pcLine + strlen(pcToken)+1,fileInput);
m_vTab.push_back(vTab);
}
}
}
else if(strcmp(pcToken,"[START_PARAM]")==0)
{
while(fileInput.getline(acLine,defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_PARAM]")!=0)
{
pcLine = acLine;
CParameter rParam;
if(strcmp(pcLine,"[START_PARAM_NET]")==0)
{
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_PARAM_NET]")!=0)
{
pcLine = acLine;
rParam.Format_ParamDef(pcLine,0);
m_listParameterArray[0].push_back(rParam);
}
}
else if(strcmp(pcToken,"[START_PARAM_NODE]")==0)
{
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_PARAM_NODE]")!=0)
{
pcLine = acLine;
rParam.Format_ParamDef(pcLine,1);
m_listParameterArray[1].push_back(rParam);
}
}
else if(strcmp(pcToken,"[START_PARAM_MSG]")==0)
{
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_PARAM_MSG]")!=0)
{
pcLine = acLine;
rParam.Format_ParamDef(pcLine,2);
m_listParameterArray[2].push_back(rParam);
}
}
else if(strcmp(pcToken,"[START_PARAM_SIG]")==0)
{
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_PARAM_SIG]")!=0)
{
pcLine = acLine;
rParam.Format_ParamDef(pcLine,3);
m_listParameterArray[3].push_back(rParam);
}
}
else if(strcmp(pcToken,"[START_PARAM_NODE_RX_SIG]")==0)
{
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_PARAM_NODE_RX_SIG]")!=0)
{
pcLine = acLine;
rParam.Format_ParamDef(pcLine,4);
m_listParameterArray[4].push_back(rParam);
}
}
else if(strcmp(pcToken,"[START_PARAM_NODE_TX_MSG]")==0)
{
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_PARAM_NODE_TX_MSG]")!=0)
{
pcLine = acLine;
rParam.Format_ParamDef(pcLine,5);
m_listParameterArray[5].push_back(rParam);
}
}
}
}
else if(strcmp(pcToken,"[START_PARAM_VAL]")==0)
{
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_PARAM_VAL]")!=0)
{
pcLine = acLine;
CParameter tParam;
if(strcmp(pcLine,"[START_PARAM_NET_VAL]")==0)
{
tParam.Format_NetParam_Value(fileInput,m_listParameterArray[0]);
}
else if(strcmp(pcLine,"[START_PARAM_NODE_VAL]")==0)
{
tParam.Format_NodeParam_Value(fileInput,m_listParameterArray[1]);
}
else if(strcmp(pcLine,"[START_PARAM_MSG_VAL]")==0)
{
tParam.Format_MesgParam_Value(fileInput,m_listParameterArray[2]);
}
else if(strcmp(pcLine,"[START_PARAM_SIG_VAL]")==0)
{
tParam.Format_SigParam_Value(fileInput,m_listParameterArray[3]);
}
}
}
else if(strcmp(pcToken,"[START_DESC]")==0)
{
while(fileInput.getline(acLine, defCON_MAX_LINE_LEN) && strcmp(acLine, "[END_DESC]")!=0)
{
pcLine = acLine;
CComment tCmt;
if(strcmp(pcLine,"[START_DESC_NET]")==0)
{
tCmt.Format_netComment(fileInput, m_listComments[0]);
}
else if(strcmp(pcLine,"[START_DESC_NODE]")==0)
{
tCmt.Format_nodeComment(fileInput, m_listComments[1]);
}
else if(strcmp(pcLine,"[START_DESC_MSG]")==0)
{
tCmt.Format_msgComment(fileInput, m_listComments[2]);
}
else if(strcmp(pcLine,"[START_DESC_SIG]")==0)
{
tCmt.Format_sigComment(fileInput, m_listComments[3]);
}
}
}
else if(strcmp(pcToken,"[START_NOT_PROCESSED]") == 0)
{
fileInput.getline(acLine,defCON_MAX_LINE_LEN);
while(strcmp(pcToken,"[END_NOT_PROCESSED]") != 0)
{
string str = acLine;
m_notProcessed.push_back(str);
fileInput.getline(acLine, defCON_MAX_LINE_LEN);
}
continue;
}
//if any other tag continue
else
{
continue;
}
}
}
return ;
}