bool FEMemoryMetaData::parseMetaData(QString json)
{
QJson::Parser parser;
QVariant top = parser.parse(json.toStdString().c_str());
if (!top.isValid())
{
QString errormsg = QString("Error parsing JSON from config file on line number: ") + QString::number(parser.errorLine()) + " error text: " + parser.errorString();
//QMessageBox::information(0,"Error",errormsg);
qDebug() << "Error parsing JSON";
qDebug() << "Line number:" << parser.errorLine() << "error text:" << parser.errorString();
qDebug() << "Start Json";
qDebug() << "Json:" << json;
qDebug() << "End Json";
return false;
}
QVariantMap topmap = top.toMap();
QVariantMap errormap = topmap["errormap"].toMap();
QVariantMap::iterator i = errormap.begin();
while (i != errormap.end())
{
bool ok = false;
m_errorMap[i.value().toString().mid(2).toInt(&ok,16)] = i.key();
i++;
}
QVariantMap ramvars = topmap["ramvars"].toMap();
i = ramvars.begin();
while (i != ramvars.end())
{
bool ok = false;
unsigned short locid = i.key().mid(2).toInt(&ok,16);
m_readOnlyMetaDataMap[locid] = ReadOnlyRamBlock();
QVariantMap locidlist = i.value().toMap();
QString title = locidlist["title"].toString();
m_readOnlyMetaDataMap[locid].title = title;
QVariantList locidmap = locidlist["vars"].toList();
int offset = 0;
for (int j=0;j<locidmap.size();j++)
{
QVariantMap newlocidmap = locidmap[j].toMap();
ReadOnlyRamData rdata;
rdata.dataTitle = newlocidmap["name"].toString();
rdata.dataDescription = newlocidmap["title"].toString();
rdata.locationId = locid;
rdata.offset = offset;
rdata.size = newlocidmap["size"].toInt();
offset += rdata.size;
m_readOnlyMetaDataMap[locid].m_ramData.append(rdata);
m_readOnlyMetaData.append(rdata);
//m_readOnlyMetaDataMap[locid].append(rdata);
}
/*QVariantMap::iterator j = locidmap.begin();
while (j != locidmap.end())
{
if (j.key() == "title")
{
QString title = j.value().toString();
qDebug() << "Location title:" << title;
}
else
{
qDebug() << j.key();
QVariantMap valuemap = j.value().toMap();
if (valuemap.contains("type"))
{
ConfigData cdata;
cdata.configDescription = valuemap["title"].toString();
cdata.configTitle = j.key();
cdata.elementSize = valuemap["size"].toInt();
cdata.locationId = locid;
cdata.offset = valuemap["offset"].toInt();
cdata.type = valuemap["type"].toString();
QVariantMap calcmap = valuemap["calc"].toMap();
QList<QPair<QString,double> > calclist;
QVariantMap::iterator k = calcmap.begin();
while (k != calcmap.end())
{
calclist.append(QPair<QString,double>(k.key(),k.value().toDouble()));
k++;
}
cdata.elementCalc = calclist;
if (valuemap["type"] == "value")
{
}
else if (valuemap["type"] == "array")
{
cdata.arraySize = valuemap["arraysize"].toInt();
}
m_configMetaData.append(cdata);
}
}
j++;
}*/
i++;
}
/*"lookuptables" : {
"0x8000" : {
"title": "IAT Transfer Table",
"size" : "1024",
"editable" : "false"
},
"0x8001" : {
"title" : "CHT Transfer Table",
"size" : "1024",
"editable" : "false"
}
}*/
QVariantMap lookups = topmap["lookuptables"].toMap();
i = lookups.begin();
while (i != lookups.end())
{
QVariantMap lookupmap = i.value().toMap();
QString keystr = i.key();
bool ok = false;
unsigned short keyint = keystr.mid(2).toInt(&ok,16);
LookupMetaData meta;
meta.locationid = keyint;
meta.title = lookupmap["title"].toString();
if (lookupmap["editable"].toString().toLower() == "true")
{
meta.editable = true;
}
else
{
meta.editable = false;
}
m_lookupMetaData[keyint] = meta;
i++;
}
qDebug() << m_readOnlyMetaData.size() << "Ram entries found";
QVariantMap tables = topmap["tables"].toMap();
i = tables.begin();
while (i != tables.end())
{
QVariantMap tabledata = i.value().toMap();
if (tabledata["type"] == "3D")
{
Table3DMetaData meta;
QString id = tabledata["locationid"].toString();
QString xtitle = tabledata["xtitle"].toString();
QVariantList xcalc = tabledata["xcalc"].toList();
QString xdp = tabledata["xdp"].toString();
unsigned int size = tabledata["size"].toInt();
QString ytitle = tabledata["ytitle"].toString();
QVariantList ycalc = tabledata["ycalc"].toList();
QString ydp = tabledata["ydp"].toString();
QString ztitle = tabledata["ztitle"].toString();
QVariantList zcalc = tabledata["zcalc"].toList();
QString zdp = tabledata["zdp"].toString();
QString xhighlight = tabledata["xhighlight"].toString();
QString yhighlight = tabledata["yhighlight"].toString();
//QVariantMap::iterator calci = xcalc.begin();
QList<QPair<QString,double> > xcalclist;
QList<QPair<QString,double> > ycalclist;
QList<QPair<QString,double> > zcalclist;
for (int j=0;j<xcalc.size();j++)
{
qDebug() << "XCalc:" << xcalc[j].toMap()["type"].toString() << xcalc[j].toMap()["value"].toDouble();
xcalclist.append(QPair<QString,double>(xcalc[j].toMap()["type"].toString(),xcalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<ycalc.size();j++)
{
ycalclist.append(QPair<QString,double>(ycalc[j].toMap()["type"].toString(),ycalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<zcalc.size();j++)
{
zcalclist.append(QPair<QString,double>(zcalc[j].toMap()["type"].toString(),zcalc[j].toMap()["value"].toDouble()));
}
bool ok = false;
meta.locationId = id.mid(2).toInt(&ok,16);
meta.tableTitle = i.key();
meta.xAxisCalc = xcalclist;
meta.xAxisTitle = xtitle;
meta.xDp = xdp.toInt();
meta.yAxisCalc = ycalclist;
meta.yAxisTitle = ytitle;
meta.yDp = ydp.toInt();
meta.zAxisCalc = zcalclist;
meta.zAxisTitle = ztitle;
meta.zDp = zdp.toInt();
meta.size = size;
meta.valid = true;
meta.xHighlight = xhighlight;
meta.yHighlight = yhighlight;
m_table3DMetaData.append(meta);
}
else if (tabledata["type"] == "2D")
{
Table2DMetaData meta;
QString id = tabledata["locationid"].toString();
QString xtitle = tabledata["xtitle"].toString();
QVariantList xcalc = tabledata["xcalc"].toList();
QString xdp = tabledata["xdp"].toString();
QString ytitle = tabledata["ytitle"].toString();
QVariantList ycalc = tabledata["ycalc"].toList();
QString ydp = tabledata["ydp"].toString();
unsigned int size = tabledata["size"].toInt();
QString xhighlight = tabledata["xhighlight"].toString();
QList<QPair<QString,double> > xcalclist;
QList<QPair<QString,double> > ycalclist;
for (int j=0;j<xcalc.size();j++)
{
qDebug() << "XCalc:" << xcalc[j].toMap()["type"].toString() << xcalc[j].toMap()["value"].toDouble();
xcalclist.append(QPair<QString,double>(xcalc[j].toMap()["type"].toString(),xcalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<ycalc.size();j++)
{
ycalclist.append(QPair<QString,double>(ycalc[j].toMap()["type"].toString(),ycalc[j].toMap()["value"].toDouble()));
}
bool ok = false;
meta.locationId = id.mid(2).toInt(&ok,16);
meta.tableTitle = i.key();
meta.xAxisCalc = xcalclist;
meta.xAxisTitle = xtitle;
meta.xDp = xdp.toInt();
meta.yAxisCalc = ycalclist;
meta.yAxisTitle = ytitle;
meta.yDp = ydp.toInt();
meta.size = size;
meta.valid = true;
meta.xHighlight = xhighlight;
m_table2DMetaData.append(meta);
}
i++;
}
return true;
}
bool FEMemoryMetaData::parseMetaData(QString json)
{
QJson::Parser parser;
QVariant top = parser.parse(json.toStdString().c_str());
if (!top.isValid())
{
QString errormsg = QString("Error parsing JSON from config file on line number: ") + QString::number(parser.errorLine()) + " error text: " + parser.errorString();
qDebug() << "Error parsing JSON";
qDebug() << "Line number:" << parser.errorLine() << "error text:" << parser.errorString();
qDebug() << "Start Json";
qDebug() << "Json:" << json;
qDebug() << "End Json";
return false;
}
QVariantMap topmap = top.toMap();
QVariantMap errormap = topmap["errormap"].toMap();
QVariantMap::iterator i = errormap.begin();
while (i != errormap.end())
{
bool ok = false;
m_errorMap[i.value().toString().mid(2).toInt(&ok,16)] = i.key();
i++;
}
QVariantMap ramvars = topmap["ramvars"].toMap();
i = ramvars.begin();
while (i != ramvars.end())
{
bool ok = false;
unsigned short locid = i.key().mid(2).toInt(&ok,16);
m_readOnlyMetaDataMap[locid] = ReadOnlyRamBlock();
QVariantMap locidlist = i.value().toMap();
QString title = locidlist["title"].toString();
m_readOnlyMetaDataMap[locid].title = title;
QVariantList locidmap = locidlist["vars"].toList();
int offset = 0;
for (int j=0;j<locidmap.size();j++)
{
QVariantMap newlocidmap = locidmap[j].toMap();
ReadOnlyRamData rdata;
rdata.dataTitle = newlocidmap["name"].toString();
rdata.dataDescription = newlocidmap["title"].toString();
rdata.locationId = locid;
rdata.offset = offset;
rdata.size = newlocidmap["size"].toInt();
offset += rdata.size;
m_readOnlyMetaDataMap[locid].m_ramData.append(rdata);
m_readOnlyMetaData.append(rdata);
}
i++;
}
QVariantMap lookups = topmap["lookuptables"].toMap();
i = lookups.begin();
while (i != lookups.end())
{
QVariantMap lookupmap = i.value().toMap();
QString keystr = i.key();
bool ok = false;
unsigned short keyint = keystr.mid(2).toInt(&ok,16);
LookupMetaData meta;
meta.locationid = keyint;
meta.title = lookupmap["title"].toString();
if (lookupmap["editable"].toString().toLower() == "true")
{
meta.editable = true;
}
else
{
meta.editable = false;
}
m_lookupMetaData[keyint] = meta;
i++;
}
qDebug() << m_readOnlyMetaData.size() << "Ram entries found";
QVariantMap tables = topmap["tables"].toMap();
i = tables.begin();
while (i != tables.end())
{
QVariantMap tabledata = i.value().toMap();
if (tabledata["type"] == "3D")
{
Table3DMetaData meta;
QString id = tabledata["locationid"].toString();
QString xtitle = tabledata["xtitle"].toString();
QVariantList xcalc = tabledata["xcalc"].toList();
QString xdp = tabledata["xdp"].toString();
unsigned int size = tabledata["size"].toInt();
QString ytitle = tabledata["ytitle"].toString();
QVariantList ycalc = tabledata["ycalc"].toList();
QString ydp = tabledata["ydp"].toString();
QString ztitle = tabledata["ztitle"].toString();
QVariantList zcalc = tabledata["zcalc"].toList();
QString zdp = tabledata["zdp"].toString();
QString xhighlight = tabledata["xhighlight"].toString();
QString yhighlight = tabledata["yhighlight"].toString();
QList<QPair<QString,double> > xcalclist;
QList<QPair<QString,double> > ycalclist;
QList<QPair<QString,double> > zcalclist;
for (int j=0;j<xcalc.size();j++)
{
qDebug() << "XCalc:" << xcalc[j].toMap()["type"].toString() << xcalc[j].toMap()["value"].toDouble();
xcalclist.append(QPair<QString,double>(xcalc[j].toMap()["type"].toString(),xcalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<ycalc.size();j++)
{
ycalclist.append(QPair<QString,double>(ycalc[j].toMap()["type"].toString(),ycalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<zcalc.size();j++)
{
zcalclist.append(QPair<QString,double>(zcalc[j].toMap()["type"].toString(),zcalc[j].toMap()["value"].toDouble()));
}
bool ok = false;
meta.locationId = id.mid(2).toInt(&ok,16);
meta.tableTitle = i.key();
meta.xAxisCalc = xcalclist;
meta.xAxisTitle = xtitle;
meta.xDp = xdp.toInt();
meta.yAxisCalc = ycalclist;
meta.yAxisTitle = ytitle;
meta.yDp = ydp.toInt();
meta.zAxisCalc = zcalclist;
meta.zAxisTitle = ztitle;
meta.zDp = zdp.toInt();
meta.size = size;
meta.valid = true;
meta.xHighlight = xhighlight;
meta.yHighlight = yhighlight;
for (int i=0;i<m_table3DMetaData.size();i++)
{
if (m_table3DMetaData[i].locationId == meta.locationId)
{
//Error, already exists;
qDebug() << "Error: Location ID 0x" + QString::number(meta.locationId,16).toUpper() + " is defined twice in the metadata file";
return false;
}
}
m_table3DMetaData.append(meta);
}
else if (tabledata["type"] == "2D")
{
Table2DMetaData meta;
QString id = tabledata["locationid"].toString();
QString xtitle = tabledata["xtitle"].toString();
QVariantList xcalc = tabledata["xcalc"].toList();
QString xdp = tabledata["xdp"].toString();
QString ytitle = tabledata["ytitle"].toString();
QVariantList ycalc = tabledata["ycalc"].toList();
QString ydp = tabledata["ydp"].toString();
unsigned int size = tabledata["size"].toInt();
QString xhighlight = tabledata["xhighlight"].toString();
QList<QPair<QString,double> > xcalclist;
QList<QPair<QString,double> > ycalclist;
for (int j=0;j<xcalc.size();j++)
{
qDebug() << "XCalc:" << xcalc[j].toMap()["type"].toString() << xcalc[j].toMap()["value"].toDouble();
xcalclist.append(QPair<QString,double>(xcalc[j].toMap()["type"].toString(),xcalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<ycalc.size();j++)
{
ycalclist.append(QPair<QString,double>(ycalc[j].toMap()["type"].toString(),ycalc[j].toMap()["value"].toDouble()));
}
bool ok = false;
meta.locationId = id.mid(2).toInt(&ok,16);
meta.tableTitle = i.key();
meta.xAxisCalc = xcalclist;
meta.xAxisTitle = xtitle;
meta.xDp = xdp.toInt();
meta.yAxisCalc = ycalclist;
meta.yAxisTitle = ytitle;
meta.yDp = ydp.toInt();
meta.size = size;
meta.valid = true;
meta.xHighlight = xhighlight;
for (int i=0;i<m_table2DMetaData.size();i++)
{
if (m_table2DMetaData[i].locationId == meta.locationId)
{
//Error, already exists;
qDebug() << "Error: Location ID 0x" + QString::number(meta.locationId,16).toUpper() + " is defined twice in the metadata file";
return false;
}
}
m_table2DMetaData.append(meta);
}
i++;
}
return true;
}
void MemoryMetaData::loadMetaDataFromFile(QString filestr)
{
qDebug() << "Loading config file from:" << filestr;
QFile file(filestr);
file.open(QIODevice::ReadOnly);
QByteArray filebytes = file.readAll();
file.close();
QJson::Parser parser;
QVariant top = parser.parse(filebytes);
if (!top.isValid())
{
QString errormsg = QString("Error parsing JSON from config file on line number: ") + QString::number(parser.errorLine()) + " error text: " + parser.errorString();
//QMessageBox::information(0,"Error",errormsg);
qDebug() << "Error parsing JSON";
qDebug() << "Line number:" << parser.errorLine() << "error text:" << parser.errorString();
return;
}
QVariantMap topmap = top.toMap();
QVariantMap errormap = topmap["errormap"].toMap();
QVariantMap::iterator i = errormap.begin();
while (i != errormap.end())
{
bool ok = false;
m_errorMap[i.value().toString().mid(2).toInt(&ok,16)] = i.key();
i++;
}
QVariantMap ramvars = topmap["ramvars"].toMap();
i = ramvars.begin();
while (i != ramvars.end())
{
bool ok = false;
unsigned short locid = i.key().mid(2).toInt(&ok,16);
m_readOnlyMetaDataMap[locid] = ReadOnlyRamBlock();
QVariantMap locidlist = i.value().toMap();
QString title = locidlist["title"].toString();
m_readOnlyMetaDataMap[locid].title = title;
QVariantList locidmap = locidlist["vars"].toList();
int offset = 0;
for (int j=0;j<locidmap.size();j++)
{
QVariantMap newlocidmap = locidmap[j].toMap();
ReadOnlyRamData rdata;
rdata.dataTitle = newlocidmap["name"].toString();
rdata.dataDescription = newlocidmap["title"].toString();
rdata.locationId = locid;
rdata.offset = offset;
rdata.size = newlocidmap["size"].toInt();
offset += rdata.size;
m_readOnlyMetaDataMap[locid].m_ramData.append(rdata);
m_readOnlyMetaData.append(rdata);
//m_readOnlyMetaDataMap[locid].append(rdata);
}
/*QVariantMap::iterator j = locidmap.begin();
while (j != locidmap.end())
{
if (j.key() == "title")
{
QString title = j.value().toString();
qDebug() << "Location title:" << title;
}
else
{
qDebug() << j.key();
QVariantMap valuemap = j.value().toMap();
if (valuemap.contains("type"))
{
ConfigData cdata;
cdata.configDescription = valuemap["title"].toString();
cdata.configTitle = j.key();
cdata.elementSize = valuemap["size"].toInt();
cdata.locationId = locid;
cdata.offset = valuemap["offset"].toInt();
cdata.type = valuemap["type"].toString();
QVariantMap calcmap = valuemap["calc"].toMap();
QList<QPair<QString,double> > calclist;
QVariantMap::iterator k = calcmap.begin();
while (k != calcmap.end())
{
calclist.append(QPair<QString,double>(k.key(),k.value().toDouble()));
k++;
}
cdata.elementCalc = calclist;
if (valuemap["type"] == "value")
{
}
else if (valuemap["type"] == "array")
{
cdata.arraySize = valuemap["arraysize"].toInt();
}
m_configMetaData.append(cdata);
}
}
j++;
}*/
i++;
}
qDebug() << m_readOnlyMetaData.size() << "Ram entries found";
QVariantMap tables = topmap["tables"].toMap();
i = tables.begin();
while (i != tables.end())
{
QVariantMap tabledata = i.value().toMap();
if (tabledata["type"] == "3D")
{
Table3DMetaData meta;
QString id = tabledata["locationid"].toString();
QString xtitle = tabledata["xtitle"].toString();
QVariantList xcalc = tabledata["xcalc"].toList();
QString xdp = tabledata["xdp"].toString();
unsigned int size = tabledata["size"].toInt();
QString ytitle = tabledata["ytitle"].toString();
QVariantList ycalc = tabledata["ycalc"].toList();
QString ydp = tabledata["ydp"].toString();
QString ztitle = tabledata["ztitle"].toString();
QVariantList zcalc = tabledata["zcalc"].toList();
QString zdp = tabledata["zdp"].toString();
//QVariantMap::iterator calci = xcalc.begin();
QList<QPair<QString,double> > xcalclist;
QList<QPair<QString,double> > ycalclist;
QList<QPair<QString,double> > zcalclist;
for (int j=0;j<xcalc.size();j++)
{
qDebug() << "XCalc:" << xcalc[j].toMap()["type"].toString() << xcalc[j].toMap()["value"].toDouble();
xcalclist.append(QPair<QString,double>(xcalc[j].toMap()["type"].toString(),xcalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<ycalc.size();j++)
{
ycalclist.append(QPair<QString,double>(ycalc[j].toMap()["type"].toString(),ycalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<zcalc.size();j++)
{
zcalclist.append(QPair<QString,double>(zcalc[j].toMap()["type"].toString(),zcalc[j].toMap()["value"].toDouble()));
}
bool ok = false;
meta.locationId = id.mid(2).toInt(&ok,16);
meta.tableTitle = i.key();
meta.xAxisCalc = xcalclist;
meta.xAxisTitle = xtitle;
meta.xDp = xdp.toInt();
meta.yAxisCalc = ycalclist;
meta.yAxisTitle = ytitle;
meta.yDp = ydp.toInt();
meta.zAxisCalc = zcalclist;
meta.zAxisTitle = ztitle;
meta.zDp = zdp.toInt();
meta.size = size;
meta.valid = true;
m_table3DMetaData.append(meta);
}
else if (tabledata["type"] == "2D")
{
Table2DMetaData meta;
QString id = tabledata["locationid"].toString();
QString xtitle = tabledata["xtitle"].toString();
QVariantList xcalc = tabledata["xcalc"].toList();
QString xdp = tabledata["xdp"].toString();
QString ytitle = tabledata["ytitle"].toString();
QVariantList ycalc = tabledata["ycalc"].toList();
QString ydp = tabledata["ydp"].toString();
unsigned int size = tabledata["size"].toInt();
QList<QPair<QString,double> > xcalclist;
QList<QPair<QString,double> > ycalclist;
for (int j=0;j<xcalc.size();j++)
{
qDebug() << "XCalc:" << xcalc[j].toMap()["type"].toString() << xcalc[j].toMap()["value"].toDouble();
xcalclist.append(QPair<QString,double>(xcalc[j].toMap()["type"].toString(),xcalc[j].toMap()["value"].toDouble()));
}
for (int j=0;j<ycalc.size();j++)
{
ycalclist.append(QPair<QString,double>(ycalc[j].toMap()["type"].toString(),ycalc[j].toMap()["value"].toDouble()));
}
bool ok = false;
meta.locationId = id.mid(2).toInt(&ok,16);
meta.tableTitle = i.key();
meta.xAxisCalc = xcalclist;
meta.xAxisTitle = xtitle;
meta.xDp = xdp.toInt();
meta.yAxisCalc = ycalclist;
meta.yAxisTitle = ytitle;
meta.yDp = ydp.toInt();
meta.size = size;
meta.valid = true;
m_table2DMetaData.append(meta);
}
i++;
}
}
