void MTConnectStreamsParser::DumpData(DataDictionary data)
{
for(DataDictionary::iterator it = data.begin(); it!=data.end(); it++)
{
AtlTrace("%s = %s\n", (*it).first.c_str(), (*it).second.c_str());
}
}
// Replace into data with newer from data
static DataDictionary Merge(DataDictionary &into, DataDictionary &from)
{
DataDictionary newdata = into;
for(DataDictionary::iterator it=from.begin(); it!=from.end(); it++)
{
into[(*it).first]=(*it).second;
}
return newdata;
}
std::string MTConnectStreamsParser::CreateHtmlTable(DataDictionary data)
{
std::string updatetable;
std::string style;
updatetable += "<TABLE>\n";
updatetable += "<TR>";
std::string skip( "estop,controllermode,PartCountActual,avail,PartCountBad,power,probed,ProbeNumber,probe,path_feedratefrt" );
for(DataDictionary::iterator it = data.begin(); it!=data.end(); it++)
{
if(skip.find((*it).first) != std::string::npos)
continue;
updatetable += "<TH> " + (*it).first + "</TH> ";
}
updatetable += "</TR>\n";
updatetable += "<TR>\n";
for(DataDictionary::iterator it = data.begin(); it!=data.end(); it++)
{
style.clear();
if(skip.find((*it).first) != std::string::npos)
continue;
if((*it).first == "Outtol")
{
}
if((*it).first == "execution")
{
if((*it).second == "READY")
style = "style=\"background-color:lightblue;\"";
if((*it).second == "ACTIVE")
style = "style=\"background-color:lightgreen;\"";
}
updatetable += "<TD " + style + "> "+ (*it).second + "</TD>" ;
}
updatetable += "</TR>\n";
updatetable += "</TABLE>\n";
return updatetable;
}
std::string CAlarmHandler::CheckFault(DataDictionary datum)
{
_lastfault=_currentfault;
_currentfault.clear();
// what if multiple faults?
for(int i=0; i< _faults.size(); i++)
{
if(datum.find(_faults[i]) == datum.end())
continue;
int npos = datum[_faults[i]].find('.');
std::string level = datum[_faults[i]];
std::string msg = datum[_faults[i]];
if(npos!= std::string::npos) level = Trim(datum[_faults[i]].substr(0,npos));
if(npos!= std::string::npos) msg = Trim(datum[_faults[i]].substr(npos+1));
// FIXME: just grabs the first fault and leaves.
if( (level != "Normal") && (stricmp(level.c_str(), "Unavailable")!=0))
{
_currentfault=_faults[i]+ " " + datum[_faults[i]];
if(_currentfault != _lastfault)
{
// cant continually reset
_alarmdatum.clear();
_alarmdatum["RaisedAt"] = datum["Timestamp"];
_alarmdatum["Shift"] = datum["Shift"];
_alarmdatum["RaisedBy"] = datum["Machine"];
_alarmdatum["Severity"] = level;
_alarmdatum["Description"] =_faults[i] + "-" + msg;
_alarmdatum["ResolvedAt"] = datum["Timestamp"];
_alarmdatum["Program"] = datum["program"];
double dTBF = _tbftimer.elapsed();
_tbftimer.restart();
WriteRegistryTimeFailure(0);
_alarmdatum["TBF"]=DataDictionary::HrMinSecFormat((double)dTBF);
}
return _currentfault;
}
}
if(!_lastfault.empty() && _currentfault.empty())
{
_alarmdatum["ResolvedAt"] = datum["Timestamp"];
ptime start = GetDateTime(_alarmdatum["RaisedAt"]);
ptime done = GetDateTime(_alarmdatum["ResolvedAt"]);
time_duration duration = done - start;
_alarmdatum["TTR"] = DataDictionary::HrMinSecFormat((double)duration.total_seconds());
// FIXME: there can be multiple alarms simulataneously ...
_allfaultdatum.push_back(_alarmdatum);
_myfaultdatum.push_back(_alarmdatum);
LogFault(_alarmdatum);
if(_alarmdatum["Severity"] == "Fault")
{
}
}
return _currentfault;
}