public void DictionaryRoundTripTest1()
{
// dictionary with DICTIONARYVAR values
var dict = new DxfDictionary();
dict["key-1"] = new DxfDictionaryVariable()
{
Value = "value-1"
};
dict["key-2"] = new DxfDictionaryVariable()
{
Value = "value-2"
};
var file = new DxfFile();
file.Clear();
file.Header.Version = DxfAcadVersion.R2000;
file.Objects.Add(dict);
var text = ToString(file);
var parsedFile = Parse(text);
var roundTrippedDict = parsedFile.Objects.OfType <DxfDictionary>().Single(d => d.Keys.Count == 2);
Assert.Equal("value-1", ((DxfDictionaryVariable)roundTrippedDict["key-1"]).Value);
Assert.Equal("value-2", ((DxfDictionaryVariable)roundTrippedDict["key-2"]).Value);
}
internal static DxfAnnotationScaleObjectContextData smethod_5(
DxfHandledObject obj,
bool returnAny = false)
{
if (obj.ExtensionDictionary == null)
{
return((DxfAnnotationScaleObjectContextData)null);
}
DxfDictionary valueByName1 = obj.ExtensionDictionary.GetValueByName("AcDbContextDataManager") as DxfDictionary;
if (valueByName1 == null)
{
return((DxfAnnotationScaleObjectContextData)null);
}
DxfDictionary valueByName2 = valueByName1.GetValueByName("ACDB_ANNOTATIONSCALES") as DxfDictionary;
if (valueByName2 == null)
{
return((DxfAnnotationScaleObjectContextData)null);
}
DxfAnnotationScaleObjectContextData objectContextData = valueByName2.Entries.Select <IDictionaryEntry, DxfAnnotationScaleObjectContextData>((Func <IDictionaryEntry, DxfAnnotationScaleObjectContextData>)(ctxDataEntry => (DxfAnnotationScaleObjectContextData)ctxDataEntry.Value)).FirstOrDefault <DxfAnnotationScaleObjectContextData>((Func <DxfAnnotationScaleObjectContextData, bool>)(ctx => ctx.IsDefault));
if (objectContextData == null && returnAny && valueByName2.Entries.Count != 0)
{
return((DxfAnnotationScaleObjectContextData)valueByName2.Entries[0].Value);
}
return(objectContextData);
}
public void DictionaryRoundTripTest2()
{
// dictionary with sub-dictionary wit DICTIONARYVAR value
var dict1 = new DxfDictionary();
var dict2 = new DxfDictionary();
dict1["key-1"] = dict2;
dict2["key-2"] = new DxfDictionaryVariable()
{
Value = "value-2"
};
var file = new DxfFile();
file.Clear();
file.Header.Version = DxfAcadVersion.R2000;
file.Objects.Add(dict1);
var text = ToString(file);
var parsedFile = Parse(text);
var roundTrippedDict1 = parsedFile.Objects.OfType <DxfDictionary>().First(d => d.ContainsKey("key-1"));
var roundTrippedDict2 = (DxfDictionary)roundTrippedDict1["key-1"];
Assert.Equal("value-2", ((DxfDictionaryVariable)roundTrippedDict2["key-2"]).Value);
}
public virtual void ResolveReferences(Class374 modelBuilder)
{
if (this.ulong_0 != 0UL && this.dxfHandledObject_0.OwnerObjectSoftReference == null)
{
DxfHandledObject dxfHandledObject = modelBuilder.method_3(this.ulong_0);
if (dxfHandledObject != null)
{
this.dxfHandledObject_0.vmethod_2((IDxfHandledObject)dxfHandledObject);
}
}
if (this.ulong_1 != 0UL)
{
DxfDictionary dxfDictionary = modelBuilder.method_4 <DxfDictionary>(this.ulong_1);
if (dxfDictionary != null)
{
this.dxfHandledObject_0.ExtensionDictionary = dxfDictionary;
}
}
modelBuilder.ResolveReferences((ICollection <Interface10>) this.linkedList_0);
if (this.list_0 == null)
{
return;
}
foreach (ulong handle in this.list_0)
{
DxfHandledObject reactor = modelBuilder.method_3(handle);
if (reactor != null)
{
this.dxfHandledObject_0.AddPersistentReactor(reactor);
}
}
}
public void WriteDictionaryTest1()
{
// dictionary with simple DICTIONARYVAR values
var dict = new DxfDictionary();
dict["key-1"] = new DxfDictionaryVariable()
{
Value = "value-1"
};
dict["key-2"] = new DxfDictionaryVariable()
{
Value = "value-2"
};
EnsureFileContainsObject(dict, @"
0
DICTIONARY
5
#
100
AcDbDictionary
281
0
3
key-1
350
#
3
key-2
350
#
0
DICTIONARYVAR
5
#
330
#
100
DictionaryVariables
280
0
1
value-1
0
DICTIONARYVAR
5
#
330
#
100
DictionaryVariables
280
0
1
value-2
", DxfAcadVersion.R2000);
}
public void WriteDictionaryWithNullValueTest()
{
var dict = new DxfDictionary();
dict["key"] = null;
var file = new DxfFile();
file.Header.Version = DxfAcadVersion.R2000;
file.Objects.Add(dict);
var _text = ToString(file);
}
public void WriteDictionaryTest2()
{
// dictionary with sub-dictionary with DICTIONARYVAR value
var dict1 = new DxfDictionary();
var dict2 = new DxfDictionary();
dict1["key-1"] = dict2;
dict2["key-2"] = new DxfDictionaryVariable()
{
Value = "value-2"
};
EnsureFileContainsObject(dict1, @"
0
DICTIONARY
5
#
100
AcDbDictionary
281
0
3
key-1
350
#
0
DICTIONARY
5
#
330
#
100
AcDbDictionary
281
0
3
key-2
350
#
0
DICTIONARYVAR
5
#
330
#
100
DictionaryVariables
280
0
1
value-2
", DxfAcadVersion.R2000);
}
internal void Normalize()
{
if (Objects.FirstOrDefault()?.ObjectType != DxfObjectType.Dictionary)
{
// first object must be a dictionary
Objects.Insert(0, new DxfDictionary());
}
// now ensure that dictionary contains the expected values
var dict = (DxfDictionary)Objects.First();
if (!dict.ContainsKey("ACAD_GROUP") || !(dict["ACAD_GROUP"] is DxfDictionary))
{
dict["ACAD_GROUP"] = new DxfDictionary();
}
}
internal override void vmethod_10(DxfModel model)
{
base.vmethod_10(model);
DxfAnnotationScaleObjectContextData.smethod_8((DxfEntity)this);
this.bool_2 = Class1064.smethod_0((DxfHandledObject)this.Block, model);
if (!this.bool_2 || DxfAnnotationScaleObjectContextData.smethod_5((DxfHandledObject)this, true) != null)
{
return;
}
DxfScale currentAnnotationScale = model.Header.CurrentAnnotationScale;
DxfInsert dxfInsert = this;
dxfInsert.scaleFactor = dxfInsert.scaleFactor / currentAnnotationScale.ScaleFactor;
DxfDictionary dxfDictionary = DxfAnnotationScaleObjectContextData.smethod_6((DxfHandledObject)this);
DxfAnnotationScaleObjectContextData contextData = this.CreateContextData(currentAnnotationScale);
contextData.IsDefault = true;
dxfDictionary.Entries.Add((IDictionaryEntry) new DxfDictionaryEntry("*A", (DxfObject)contextData));
}
public void WriteSelfReferencingObjectRoundTripTest()
{
var dict = new DxfDictionary();
dict["key"] = dict;
var file = new DxfFile();
file.Clear();
file.Header.Version = DxfAcadVersion.R14;
file.Objects.Add(dict);
var text = ToString(file);
file = Parse(text);
dict = file.Objects.OfType <DxfDictionary>().Single(d => d.ContainsKey("key"));
Assert.Equal(((IDxfItemInternal)dict).Handle, ((IDxfItemInternal)dict).OwnerHandle);
Assert.Equal(((IDxfItemInternal)dict).Handle, ((IDxfItemInternal)dict["key"]).OwnerHandle);
}
internal static void smethod_8(DxfEntity obj)
{
if (DxfScale.smethod_2(obj.Layer) == null)
{
return;
}
DxfLayer oldLayer;
DxfScale scale = DxfScale.smethod_4(obj.Layer, out oldLayer);
if (scale == null)
{
return;
}
DxfAnnotationScaleObjectContextData contextData = ((IAnnotative)obj).CreateContextData(scale);
obj.Layer = oldLayer;
DxfDictionary dxfDictionary = DxfAnnotationScaleObjectContextData.smethod_6((DxfHandledObject)obj);
dxfDictionary.Entries.Clear();
dxfDictionary.Entries.Add((IDictionaryEntry) new DxfDictionaryEntry("*A", (DxfObject)contextData));
}
internal static double smethod_9(DxfEntity obj, DxfScale scale)
{
// ISSUE: object of a compiler-generated type is created
// ISSUE: variable of a compiler-generated type
DxfAnnotationScaleObjectContextData.Class357 class357 = new DxfAnnotationScaleObjectContextData.Class357();
// ISSUE: reference to a compiler-generated field
class357.dxfScale_0 = scale;
if (obj.ExtensionDictionary == null)
{
return(1.0);
}
DxfDictionary valueByName1 = obj.ExtensionDictionary.GetValueByName("AcDbContextDataManager") as DxfDictionary;
if (valueByName1 == null)
{
return(1.0);
}
DxfDictionary valueByName2 = valueByName1.GetValueByName("ACDB_ANNOTATIONSCALES") as DxfDictionary;
if (valueByName2 == null)
{
return(1.0);
}
// ISSUE: reference to a compiler-generated method
DxfAnnotationScaleObjectContextData objectContextData1 = valueByName2.Entries.Select <IDictionaryEntry, DxfAnnotationScaleObjectContextData>((Func <IDictionaryEntry, DxfAnnotationScaleObjectContextData>)(ctxDataEntry => (DxfAnnotationScaleObjectContextData)ctxDataEntry.Value)).FirstOrDefault <DxfAnnotationScaleObjectContextData>(new Func <DxfAnnotationScaleObjectContextData, bool>(class357.method_0));
if (objectContextData1 == null || objectContextData1.IsDefault)
{
return(1.0);
}
DxfAnnotationScaleObjectContextData objectContextData2 = valueByName2.Entries.Select <IDictionaryEntry, DxfAnnotationScaleObjectContextData>((Func <IDictionaryEntry, DxfAnnotationScaleObjectContextData>)(ctxDataEntry => (DxfAnnotationScaleObjectContextData)ctxDataEntry.Value)).FirstOrDefault <DxfAnnotationScaleObjectContextData>((Func <DxfAnnotationScaleObjectContextData, bool>)(ctx => ctx.IsDefault));
if (objectContextData2 == null)
{
return(1.0);
}
return(objectContextData1.Scale.ScaleFactor / objectContextData2.Scale.ScaleFactor);
}
internal static DxfAnnotationScaleObjectContextData smethod_4(
DxfHandledObject obj,
DxfScale scale,
bool ignoreDefault)
{
// ISSUE: object of a compiler-generated type is created
// ISSUE: variable of a compiler-generated type
DxfAnnotationScaleObjectContextData.Class356 class356 = new DxfAnnotationScaleObjectContextData.Class356();
// ISSUE: reference to a compiler-generated field
class356.dxfScale_0 = scale;
// ISSUE: reference to a compiler-generated field
if (obj.ExtensionDictionary == null || class356.dxfScale_0 == null)
{
return((DxfAnnotationScaleObjectContextData)null);
}
DxfDictionary valueByName1 = obj.ExtensionDictionary.GetValueByName("AcDbContextDataManager") as DxfDictionary;
if (valueByName1 == null)
{
return((DxfAnnotationScaleObjectContextData)null);
}
DxfDictionary valueByName2 = valueByName1.GetValueByName("ACDB_ANNOTATIONSCALES") as DxfDictionary;
if (valueByName2 == null)
{
return((DxfAnnotationScaleObjectContextData)null);
}
// ISSUE: reference to a compiler-generated method
DxfAnnotationScaleObjectContextData objectContextData = valueByName2.Entries.Select <IDictionaryEntry, DxfAnnotationScaleObjectContextData>((Func <IDictionaryEntry, DxfAnnotationScaleObjectContextData>)(ctxDataEntry => (DxfAnnotationScaleObjectContextData)ctxDataEntry.Value)).FirstOrDefault <DxfAnnotationScaleObjectContextData>(new Func <DxfAnnotationScaleObjectContextData, bool>(class356.method_0));
if (ignoreDefault && objectContextData != null && objectContextData.IsDefault)
{
return((DxfAnnotationScaleObjectContextData)null);
}
return(objectContextData);
}
internal static DxfDictionary smethod_7(
DxfHandledObject obj,
bool createIfNotFound)
{
if (obj.ExtensionDictionary == null)
{
if (!createIfNotFound)
{
return((DxfDictionary)null);
}
obj.ExtensionDictionary = new DxfDictionary();
}
DxfDictionary dxfDictionary1 = obj.ExtensionDictionary.GetValueByName("AcDbContextDataManager") as DxfDictionary;
if (dxfDictionary1 == null)
{
if (!createIfNotFound)
{
return((DxfDictionary)null);
}
dxfDictionary1 = new DxfDictionary();
obj.ExtensionDictionary.Entries.Add((IDictionaryEntry) new DxfDictionaryEntry("AcDbContextDataManager", (DxfObject)dxfDictionary1));
}
DxfDictionary dxfDictionary2 = dxfDictionary1.GetValueByName("ACDB_ANNOTATIONSCALES") as DxfDictionary;
if (dxfDictionary2 == null)
{
if (!createIfNotFound)
{
return((DxfDictionary)null);
}
dxfDictionary2 = new DxfDictionary();
dxfDictionary1.Entries.Add((IDictionaryEntry) new DxfDictionaryEntry("ACDB_ANNOTATIONSCALES", (DxfObject)dxfDictionary2));
}
return(dxfDictionary2);
}
public override void ResolveReferences(Class374 modelBuilder)
{
base.ResolveReferences(modelBuilder);
foreach (Class567 class567 in this.list_1)
{
class567.ResolveReferences(modelBuilder);
}
bool flag = false;
DxfDictionary extensionDictionary = this.dxfTableStyle_0.ExtensionDictionary;
if (extensionDictionary != null && extensionDictionary.Entries.Count > 0)
{
IDictionaryEntry first = extensionDictionary.Entries.GetFirst("ACAD_ROUNDTRIP_2008_TABLESTYLE_CELLSTYLEMAP");
if (first != null)
{
DxfCellStyleMap key = first.Value as DxfCellStyleMap;
Class264 class264;
if (key != null && modelBuilder.CellStyleMapBuilders.TryGetValue(key, out class264))
{
class264.ResolveReferences(modelBuilder, this.dxfTableStyle_0);
flag = true;
}
}
}
if (flag)
{
return;
}
if (this.dxfTableStyle_0.DataCellStyle == null && this.list_1.Count > 0)
{
DxfTableCellStyle cellStyle = this.list_1[0].CellStyle;
if (string.IsNullOrEmpty(cellStyle.Name))
{
cellStyle.Name = "_DATA";
}
this.dxfTableStyle_0.method_8(cellStyle);
}
if (this.dxfTableStyle_0.TitleCellStyle == null && this.list_1.Count > 1)
{
DxfTableCellStyle cellStyle = this.list_1[1].CellStyle;
if (string.IsNullOrEmpty(cellStyle.Name))
{
cellStyle.Name = "_TITLE";
}
this.dxfTableStyle_0.method_10(cellStyle);
}
if (this.dxfTableStyle_0.HeaderCellStyle == null && this.list_1.Count > 2)
{
DxfTableCellStyle cellStyle = this.list_1[2].CellStyle;
if (string.IsNullOrEmpty(cellStyle.Name))
{
cellStyle.Name = "_HEADER";
}
this.dxfTableStyle_0.method_9(cellStyle);
}
foreach (Class567 class567 in this.list_1)
{
if (class567.CellStyle != this.dxfTableStyle_0.TableCellStyle)
{
DxfTableCellStyle cellStyle = class567.CellStyle;
DxfTableCellStyle dxfTableCellStyle;
if (this.dxfTableStyle_0.CellStyles.TryGetValue(cellStyle.Name, out dxfTableCellStyle))
{
this.dxfTableStyle_0.CellStyles[this.dxfTableStyle_0.CellStyles.IndexOf(dxfTableCellStyle)] = cellStyle;
}
else
{
this.dxfTableStyle_0.CellStyles.Add(cellStyle);
}
}
}
}
internal DxfMText method_21()
{
if (this.ExtensionDictionary != null)
{
DxfObject valueByName = this.ExtensionDictionary.GetValueByName("ACAD_MLATT");
if (valueByName is DxfXRecord)
{
DxfXRecord dxfXrecord = (DxfXRecord)valueByName;
int num = 0;
DxfXRecordValueCollection values = dxfXrecord.Values;
while (num < values.Count)
{
DxfXRecordValue dxfXrecordValue = values[num++];
if (dxfXrecordValue.Code == (short)1 && "Embedded Object".Equals(dxfXrecordValue.Value.ToString()))
{
break;
}
}
if (num < values.Count)
{
DxfXRecordValueCollection xrecordValueCollection = new DxfXRecordValueCollection();
xrecordValueCollection.AddRange((IEnumerable <DxfXRecordValue>) new DxfXRecordValue[5]
{
new DxfXRecordValue((short)0, (object)"MTEXT"),
new DxfXRecordValue((short)100, (object)"AcDbEntity"),
new DxfXRecordValue((short)8, (object)this.Layer.Name),
new DxfXRecordValue((short)67, (object)(short)(this.PaperSpace ? 1 : 0)),
new DxfXRecordValue((short)100, (object)"AcDbMText")
});
while (num < values.Count)
{
xrecordValueCollection.Add(values[num++]);
}
Struct18 endGroup = new Struct18(0, (object)"ENDSIM");
DxfModel model = this.Model;
if (model == null)
{
throw new Exception("Cannot get MTEXT substitute when attribute has no parent object.");
}
DxfMText dxfMtext = DxfReader.smethod_1(model, (Interface33) new Class720(endGroup, (IEnumerable <DxfXRecordValue>)xrecordValueCollection), endGroup) as DxfMText;
if (dxfMtext != null)
{
dxfMtext.method_12((DxfEntity)this);
dxfMtext.Style = this.Style;
if (this.IsAnnotative)
{
dxfMtext.IsAnnotative = true;
dxfMtext.vmethod_2((IDxfHandledObject)this);
DxfDictionary dxfDictionary1 = DxfAnnotationScaleObjectContextData.smethod_7((DxfHandledObject)this, true);
DxfDictionary dxfDictionary2 = DxfAnnotationScaleObjectContextData.smethod_7((DxfHandledObject)dxfMtext, true);
foreach (IDictionaryEntry entry in (ActiveList <IDictionaryEntry>)dxfDictionary1.Entries)
{
dxfDictionary2.Entries.Add((IDictionaryEntry) new DxfDictionaryEntry("*A", (DxfObject)((DxfAttributeObjectContextData)entry.Value).Mtext));
}
}
return(dxfMtext);
}
}
}
}
return((DxfMText)null);
}
public Class332(DxfDictionary dictionary, DxfDictionaryEntry dictionaryEntry, ulong itemHandle)
{
this.dxfDictionary_0 = dictionary;
this.dxfDictionaryEntry_0 = dictionaryEntry;
this.ulong_0 = itemHandle;
}
public Class332(DxfDictionary dictionary, DxfDictionaryEntry dictionaryEntry)
{
this.dxfDictionary_0 = dictionary;
this.dxfDictionaryEntry_0 = dictionaryEntry;
}
public void Visit(DxfDictionary dictionary)
{
}
public Class262(DxfDictionary dictionary)
: base((DxfObject)dictionary)
{
}
public void Visit(DxfDictionary dictionary)
{
this.bool_0 = true;
}
