void CBlockEvaluator::SetBleedCount(int N, bool MakeConnects)
{
if (N!=m_pBleeds.GetSize())
{
N=Range(0, N, MaxNdBleeds);
for (int a=N; a<m_pBleeds.GetSize(); a++)
{
m_pNd->DoDirectDisConnect(&m_pBleeds[a]->m_SnkIO);// m_pMakeups[a]->m_SrcIO.DoDisConnect();
RemBlk(m_pBleeds[a]);
delete m_pBleeds[a];
}
int NOld=m_pBleeds.GetSize();
m_pBleeds.SetSize(N);
for (int a=NOld; a<N; a++)
{
Strng Tg, Nm;
Tg.Set("%s%i", BleedIOTag, a+1);
m_pBleeds[a] = new CBleedBase(m_pNd, a, Tg());
m_pBleeds[a]->Open(1);
m_pBleeds[a]->SetEnable(true);
if (MakeConnects)
m_pNd->DoDirectConnect(&m_pBleeds[a]->m_SnkIO);// m_pMakeups[a]->m_SrcIO.DoDisConnect();
AddBlk(m_pBleeds[a], MaxNdMakeups*2+a);
}
SortBlocks();
}
}
void CBlockEvaluator::SetMakeupCount(int N, bool MakeConnects)
{
if (N!=m_pMakeups.GetSize())
{
N=Range(0, N, m_nMaxNdMakeups);
for (int a=N; a<m_pMakeups.GetSize(); a++)
{
//m_pMakeups[a]->SetEnable(false);
m_pNd->DoDirectDisConnect(&m_pMakeups[a]->m_SrcIO);// m_pMakeups[a]->m_SrcIO.DoDisConnect();
//m_pMakeups[a]->m_SrcIO.ManageNdDirectIOs(false);
RemBlk(m_pMakeups[a]);
delete m_pMakeups[a];
}
int NOld=m_pMakeups.GetSize();
m_pMakeups.SetSize(N);
for (int a=NOld; a<N; a++)
{
Strng Tg, Nm;
Tg.Set("%s%i", MakeupIOTag, a+1);
m_pMakeups[a] = new CMakeupBase(m_pNd, a, Tg());
m_pMakeups[a]->Open(1);
m_pMakeups[a]->SetEnable(true);
if (MakeConnects)
m_pNd->DoDirectConnect(&m_pMakeups[a]->m_SrcIO);// m_pMakeups[a]->m_SrcIO.DoDisConnect();
AddBlk(m_pMakeups[a], 1+a);
}
SortBlocks();
}
}
FP Flow::Tg(FP NewT) {
FP TestT;
if(t0 > NewT && NewT > 0.) {
TestT = NewT/t0;
Lambda = Test(TAUf, TestT);
return Tg();
} else {
return -1;
}
}
bool CMOOSSerialPort::CommsLoop()
{
char pTmp[DEFAULT_COMMS_SPACE];
char pAccumulator[2*DEFAULT_COMMS_SPACE];
int nInStore = 0;
double dfTimeOut = 0.1;
while(!m_bQuit)
{
int nRead = ReadNWithTimeOut(pTmp,DEFAULT_COMMS_SPACE,dfTimeOut);
if(nRead!=-1)
{
if((nInStore+nRead)>int(sizeof(pAccumulator)))
{
//oops...
MOOSTrace("Comms Loop Accumulator Overflow, reseting\n");
nInStore = 0;
continue;
}
//append to the accumulator
memcpy(pAccumulator+nInStore,pTmp,nRead);
//we have more in the cupboard!
nInStore+=nRead;
//lock
m_InBoxLock.Lock();
char * pTelegramEnd = NULL;
do
{
//A device will by default use the termination character <CR>
//But we now allow for setting of a termination character
//to allow for flexibility in a reply.
pTelegramEnd = (char*)memchr(pAccumulator,GetTermCharacter(),nInStore);
if(pTelegramEnd!=NULL)
{
//how long is the telegram?
int nTelegramLength = pTelegramEnd - pAccumulator + 1;
//make a buffer that is one larger to preserve the last character
//in case we are interested in it.
char bBiggerBuff[2*DEFAULT_COMMS_SPACE+1];
//copy the telegram to a buffer size that is 1 larger
memcpy(bBiggerBuff, pAccumulator, nTelegramLength);
//terminate it as a string
//*pTelegramEnd = '\0';
bBiggerBuff[nTelegramLength] = '\0';
//copy it
//std::string sTelegram((char*)pAccumulator);
std::string sTelegram((char*)bBiggerBuff);
MOOSRemoveChars(sTelegram,"\r\n");
if(IsVerbose())
{
MOOSTrace("Telegram = %s\n",sTelegram.c_str());
}
//shuffle accumulator
memmove(pAccumulator,
pAccumulator+nTelegramLength,
sizeof(pAccumulator)-nTelegramLength);
//we have less in our store now!
nInStore-=nTelegramLength;
//make a telegram
CMOOSSerialTelegram Tg(sTelegram,MOOSTime());
//stuff it
m_InBox.push_front(Tg);
}
}while(pTelegramEnd !=NULL);
//whatch we don't exhibit disgraceful behaviour!
while(m_InBox.size()>MOOS_SERIAL_INBOX_MAX_SIZE)
{
m_InBox.pop_back();
}
//and unlock
m_InBoxLock.UnLock();
}
else
{
}
}
return true;
}
