public NdfMap(MapValueHolder key, MapValueHolder value, NdfBinary mgr)
: base(NdfType.Map, value)
{
Key = key;
Manager = mgr;
_typeSelection.AddRange(NdfTypeManager.GetTypeSelection());
}
public NdfMap(MapValueHolder key, MapValueHolder value, NdfBinary mgr)
: base(NdfType.Map, value)
{
Key = key;
Manager = mgr;
_typeSelection.AddRange(NdfTypeManager.GetTypeSelection());
}
public NdfValueWrapper GetValueFromQuery(string query)
{
string rest = string.Empty;
string next = NdfQueryReader.ParseNextStep(query, out rest);
long index = -1;
if (long.TryParse(next, out index)) // can be a list of map so we need to find a way to use "next" as a key and (even worst, sometimes a long is a key map)
{
NdfValueWrapper val = this.InnerList[(int)index].Value;
switch (val.Type)
{
case NdfType.ObjectReference:
NdfObjectReference reference = val as NdfObjectReference;
return(reference.Instance.GetValueFromQuery(rest));
case NdfType.MapList:
NdfMapList mapList = val as NdfMapList;
return(mapList.GetValueFromQuery(rest));
case NdfType.List:
NdfCollection list = val as NdfCollection;
return(list.GetValueFromQuery(rest));
case NdfType.Map:
NdfMap map = val as NdfMap;
return((map.Value as MapValueHolder).Value);
default:
return(val);
}
}
else
{
// do a list from the maps of the inner list
List <CollectionItemValueHolder> maps = _innerList.FindAll(x => x.Value.Type == NdfType.Map);
try
{
NdfValueWrapper selectedmap = maps.Find(x => (x.Value as NdfMap).Key.Value.ToString() == next).Value; // wat
NdfMap mapVal = selectedmap as NdfMap;
MapValueHolder valholder = mapVal.Value as MapValueHolder;
return(valholder.Value);
}
catch { }
}
throw (new Exception("Something went wrong with this path: " + query != string.Empty ? query : "empty path"));
}
private NdfObject GetUnit(NdfMap map)
{
MapValueHolder valueHolder = (MapValueHolder)map.Value;
NdfObjectReference unitReference = (NdfObjectReference)valueHolder.Value;
ObservableCollection <NdfObject> instances;
if (unitReference.Class.Name == "TUniteAuSolDescriptor")
{
instances = tUniteAuSolDescriptor.Instances;
}
else
{
instances = tUniteDescriptor.Instances;
}
return(instances.Where(i => i.Id == unitReference.InstanceId).First());
}
private void GetValueForType(bool keyOrValue)
{
if (keyOrValue)
{
Key =
new MapValueHolder(
NdfTypeManager.GetValue(new byte[NdfTypeManager.SizeofType(KeyType)], KeyType, Manager), Manager);
}
else
{
Value =
new MapValueHolder(
NdfTypeManager.GetValue(new byte[NdfTypeManager.SizeofType(ValueType)], ValueType, Manager), Manager);
}
OnPropertyChanged("IsKeyNull");
OnPropertyChanged("IsValueNull");
}
public NdfMap(MapValueHolder key, MapValueHolder value, long offset)
: base(NdfType.Map, value, offset)
{
Key = key;
}
public MapChangeEntry(NdfPropertyValue affectedPropertyValue, MapValueHolder newKey, MapValueHolder newValue)
: base(affectedPropertyValue)
{
NewKey = newKey;
NewValue = newValue;
}
public MapChangeEntry(NdfPropertyValue affectedPropertyValue, MapValueHolder newKey, MapValueHolder newValue)
: base(affectedPropertyValue)
{
NewKey = newKey;
NewValue = newValue;
}
private void GetValueForType(bool keyOrValue)
{
if (keyOrValue)
Key =
new MapValueHolder(
NdfTypeManager.GetValue(new byte[NdfTypeManager.SizeofType(KeyType)], KeyType, Manager), Manager);
else
Value =
new MapValueHolder(
NdfTypeManager.GetValue(new byte[NdfTypeManager.SizeofType(ValueType)], ValueType, Manager), Manager);
OnPropertyChanged("IsKeyNull");
OnPropertyChanged("IsValueNull");
}
public bool TryGetValueFromQuery(string query, out NdfValueWrapper value)
{
string rest = string.Empty;
string next = NdfQueryReader.ParseNextStep(query, out rest);
// verify next is in the from "[ i ]"
bool isIndex = false;
string[] parts = next.Split(new string[] { "[", "]" }, StringSplitOptions.None);
if (parts.Length == 3)
{
isIndex = true;
}
long index = -1;
if (isIndex && long.TryParse(parts[1], out index))
{
NdfValueWrapper val = null;
try { val = this.InnerList[(int)index].Value; }
catch { value = null; return(false); }
switch (val.Type)
{
case NdfType.ObjectReference:
NdfObjectReference reference = val as NdfObjectReference;
return(reference.Instance.TryGetValueFromQuery(rest, out value));
case NdfType.MapList:
NdfMapList mapList = val as NdfMapList;
return(mapList.TryGetValueFromQuery(rest, out value));
case NdfType.List:
NdfCollection list = val as NdfCollection;
return(list.TryGetValueFromQuery(rest, out value));
case NdfType.Map:
NdfMap map = val as NdfMap;
return(map.TryGetValueFromQuery(rest, out value));
case Types.NdfType.Unknown:
break;
case Types.NdfType.Unset:
break;
default:
value = val;
return(true);
}
}
else
{
// do a list from the maps of the inner list
List <CollectionItemValueHolder> maps = _innerList.FindAll(x => x.Value.Type == NdfType.Map);
try
{
NdfValueWrapper selectedmap = maps.Find(x => (x.Value as NdfMap).Key.Value.ToString() == next).Value; // wat
NdfMap mapVal = selectedmap as NdfMap;
MapValueHolder valholder = mapVal.Value as MapValueHolder;
NdfValueWrapper val = valholder.Value;
switch (val.Type)
{
case NdfType.ObjectReference:
NdfObjectReference reference = val as NdfObjectReference;
return(reference.Instance.TryGetValueFromQuery(rest, out value));
case NdfType.MapList:
NdfMapList mapList = val as NdfMapList;
return(mapList.TryGetValueFromQuery(rest, out value));
case NdfType.List:
NdfCollection list = val as NdfCollection;
return(list.TryGetValueFromQuery(rest, out value));
case NdfType.Map:
NdfMap map = val as NdfMap;
return(map.TryGetValueFromQuery(rest, out value));
case Types.NdfType.Unknown:
break;
case Types.NdfType.Unset:
break;
default:
value = val;
return(true);
}
}
catch { value = null; return(false); }
}
value = null;
return(false);
//throw (new Exception("Something went wrong with this path: " + propertyPath != string.Empty ? propertyPath : "empty path"));
}
