/*----------------------------------------------------------------------
QueryRemoveCurrentAttribute
params:
returns:
----------------------------------------------------------------------*/
void AmayaAttributeToolPanel::QueryRemoveCurrentAttribute()
{
if (!IsMandatory())
RemoveCurrentAttribute();
else
/* this attribut is mandatory, user is not allowed to remove it ! */
TtaDisplaySimpleMessage (INFO, LIB, TMSG_ATTR_MANDATORY);
}
bool NetworkPNL::Save(const char *filename, IXmlWriterExtension *externalExtension,
const LegacyDslFileInfo *gnet)
{
MarkCallFunction("Save", true);
static const char fname[] = "Save";
pnl::CContextPersistence saver;
pnl::CXMLWriterStd writer;
pnl::CGroupObj pnlhGroup;
bool bWriteNodeProperty = false;
if(!writer.OpenFile(filename))
{
ThrowUsingError("can't open file", fname);
}
if(!m_pWNet->Net().SaveNet(&saver, &pnlhGroup))
{
ThrowInternalError("Can't save file", fname);
}
saver.Put(&pnlhGroup, "WrapperInfo", false);
pnl::CGroupObj propertyGroup, propertyNodes, propDiagInfo;
propertyGroup.Put(new pnl::CCover<PropertyRealMap >(&m_NetProperty),
"NetProperty", true);
Vector<String> aNodeName = Graph().Names();
String name;
int i, j, k;
std::vector<NodeDiagInfo> diagInfo;
diagInfo.resize(aNodeName.size());
for(i = 0; i < aNodeName.size(); ++i)
{
switch (GetDiagType(i))
{
case 1:
diagInfo[i].m_diagType = "Target";
break;
case 2:
diagInfo[i].m_diagType = "Observation";
break;
case 3:
diagInfo[i].m_diagType = "Auxiliary";
break;
}
diagInfo[i].m_isMandatory = IsMandatory(i);
diagInfo[i].m_isRanked = IsRanked(i);
diagInfo[i].m_isDefault = GetDefaultOutcome(i);
std::vector<bool> targetStates;
diagInfo[i].m_isTarget.resize(GetOutcomeCount(i));
for (k = 0; k < GetOutcomeCount(i); ++k)
{
diagInfo[i].m_isTarget[k] = IsFaultOutcome(i,k);
}
std::vector<double> costs;
costs.resize(0);
GetCost(i, costs);
diagInfo[i].cost = costs[0];
name = aNodeName[i];
propDiagInfo.Put(new pnl::CCover<NodeDiagInfo >(&diagInfo[i]),
name.c_str(), true);
j = Graph().INode(aNodeName[i]);
if(!m_aNodeProperty[j].size())
{
continue;
}
bWriteNodeProperty = true;
name = aNodeName[i];
name << ".property";
propertyNodes.Put(new pnl::CCover<PropertyRealMap >(&m_aNodeProperty[j]),
name.c_str(), true);
}
if(bWriteNodeProperty)
{
propertyGroup.Put(&propertyNodes, "Nodes", false);
}
saver.Put(&propertyGroup, "Bridge_PNL_to_GeNIe", false);
saver.Put(&propDiagInfo, "DiagnosisInfo", false);
if(!saver.SaveViaWriter(&writer))
{
ThrowInternalError("Can't save file", fname);
}
XmlWriterPNLH genieWriter(&writer);
externalExtension->WriteExtension(&genieWriter);
if(!writer.CloseFile())
{
ThrowInternalError("Can't close file", fname);
}
return true;
}
