private void WriteProperty(NativeStorePropertyDefinition property, object value)
{
value = ExTimeZoneHelperForMigrationOnly.ToLegacyUtcIfDateTime(value);
switch (property.SpecifiedWith)
{
case PropertyTypeSpecifier.PropertyTag:
{
PropertyTagPropertyDefinition propertyTagPropertyDefinition = (PropertyTagPropertyDefinition)property;
TnefPropertyTag propertyTag = (int)propertyTagPropertyDefinition.PropertyTag;
this.PropertyWriter.WriteProperty(propertyTag, value);
return;
}
case PropertyTypeSpecifier.GuidString:
{
GuidNamePropertyDefinition guidNamePropertyDefinition = (GuidNamePropertyDefinition)property;
TnefPropertyType propertyType = (TnefPropertyType)guidNamePropertyDefinition.MapiPropertyType;
this.PropertyWriter.WriteProperty(guidNamePropertyDefinition.Guid, guidNamePropertyDefinition.PropertyName, propertyType, value);
return;
}
case PropertyTypeSpecifier.GuidId:
{
GuidIdPropertyDefinition guidIdPropertyDefinition = (GuidIdPropertyDefinition)property;
TnefPropertyType propertyType2 = (TnefPropertyType)guidIdPropertyDefinition.MapiPropertyType;
this.PropertyWriter.WriteProperty(guidIdPropertyDefinition.Guid, guidIdPropertyDefinition.Id, propertyType2, value);
return;
}
default:
throw new InvalidOperationException(string.Format("Invalid native property specifier: {0}", property.SpecifiedWith));
}
}
private static BlobRecipient ReadRecipient(ExTimeZone timeZone, BinaryReader reader)
{
BlobRecipient blobRecipient = null;
uint num = reader.ReadUInt32();
reader.ReadUInt32();
if (num > 0U)
{
blobRecipient = new BlobRecipient(timeZone);
for (uint num2 = 0U; num2 < num; num2 += 1U)
{
PropTag propTag;
object value;
if (!BlobRecipientParser.ReadPropValue(reader, out propTag, out value))
{
ExTraceGlobals.StorageTracer.TraceError(0L, "BlobRecipientParser::ReadRecipient. Failed reading property.");
return(null);
}
if (propTag.ValueType() != PropType.Error && !propTag.IsNamedProperty())
{
try
{
PropertyTagPropertyDefinition propertyDefinition = PropertyTagPropertyDefinition.CreateCustom(propTag.ToString(), (uint)propTag);
blobRecipient[propertyDefinition] = value;
}
catch (InvalidPropertyTypeException ex)
{
ExTraceGlobals.StorageTracer.TraceError <PropTag, string>(0L, "BlobRecipientParser::ReadRecipient. Failed creating custom property definition for ptag={0}; exception message={1}", propTag, ex.Message);
return(null);
}
}
}
}
return(blobRecipient);
}
protected NativeStorePropertyDefinition CreatePropertyDefinition(TnefPropertyTag propertyTag, TnefNameId?namedProperty)
{
PropType tnefType = (PropType)propertyTag.TnefType;
if (tnefType == PropType.Error || tnefType == PropType.Null || tnefType == PropType.ObjectArray || tnefType == PropType.Unspecified)
{
return(null);
}
if (tnefType == PropType.Object && propertyTag != TnefPropertyTag.AttachDataObj)
{
return(null);
}
if (namedProperty == null)
{
return(PropertyTagPropertyDefinition.InternalCreateCustom(string.Empty, (PropTag)propertyTag, PropertyFlags.None, NativeStorePropertyDefinition.TypeCheckingFlag.DoNotCreateInvalidType));
}
Guid propertySetGuid = namedProperty.Value.PropertySetGuid;
if (namedProperty.Value.Kind == TnefNameIdKind.Id)
{
return(GuidIdPropertyDefinition.InternalCreateCustom(string.Empty, tnefType, propertySetGuid, namedProperty.Value.Id, PropertyFlags.None, NativeStorePropertyDefinition.TypeCheckingFlag.DoNotCreateInvalidType, new PropertyDefinitionConstraint[0]));
}
string name = namedProperty.Value.Name;
if (!GuidNamePropertyDefinition.IsValidName(propertySetGuid, name))
{
return(null);
}
return(GuidNamePropertyDefinition.InternalCreateCustom(string.Empty, tnefType, propertySetGuid, name, PropertyFlags.None, NativeStorePropertyDefinition.TypeCheckingFlag.DoNotCreateInvalidType, new PropertyDefinitionConstraint[0]));
}
private static bool TryReadEntry(BinaryReader reader, out ExternalUser user)
{
if (reader.ReadUInt32() == ExternalUserCollection.ptagLocalDirectoryEntryId)
{
uint num = reader.ReadUInt32();
MemoryPropertyBag memoryPropertyBag = new MemoryPropertyBag();
int num2 = 0;
while ((long)num2 < (long)((ulong)num))
{
uint num3 = reader.ReadUInt32();
object obj = ExternalUserCollection.ReadPropValue(reader, ((PropTag)num3).ValueType(), reader.ReadUInt32());
if (obj != null)
{
PropertyTagPropertyDefinition prop = PropertyTagPropertyDefinition.CreateCustom(string.Empty, num3);
memoryPropertyBag.PreLoadStoreProperty(prop, obj, (int)num);
}
num2++;
}
memoryPropertyBag.SetAllPropertiesLoaded();
IDirectPropertyBag directPropertyBag = memoryPropertyBag;
if (directPropertyBag.IsLoaded(InternalSchema.MemberSIDLocalDirectory) && directPropertyBag.IsLoaded(InternalSchema.MemberExternalIdLocalDirectory) && directPropertyBag.IsLoaded(InternalSchema.MemberEmailLocalDirectory))
{
if (!directPropertyBag.IsLoaded(InternalSchema.MemberName))
{
memoryPropertyBag[InternalSchema.MemberName] = directPropertyBag.GetValue(InternalSchema.MemberEmailLocalDirectory);
}
user = new ExternalUser(memoryPropertyBag);
return(true);
}
}
user = null;
return(false);
}
internal ConversationIdProperty(PropertyTagPropertyDefinition conversationIdPropertyDefinition, string propertyName) : base(propertyName, typeof(ConversationId), PropertyFlags.ReadOnly, PropertyDefinitionConstraint.None, new PropertyDependency[]
{
new PropertyDependency(conversationIdPropertyDefinition, PropertyDependencyType.NeedForRead)
})
{
this.conversationIdPropertyDefinition = conversationIdPropertyDefinition;
}
internal static bool IsPropertyTransmittable(NativeStorePropertyDefinition property)
{
if (property is NamedPropertyDefinition)
{
return(true);
}
PropertyTagPropertyDefinition propertyTagPropertyDefinition = (PropertyTagPropertyDefinition)property;
return(propertyTagPropertyDefinition.IsTransmittable);
}
public override bool Equals(object obj)
{
if (object.ReferenceEquals(obj, this))
{
return(true);
}
PropertyTagPropertyDefinition propertyTagPropertyDefinition = obj as PropertyTagPropertyDefinition;
return(propertyTagPropertyDefinition != null && this.propertyTag == propertyTagPropertyDefinition.propertyTag);
}
internal PropTag PropTagFromPropertyDefinition(MapiProp mapiProp, StoreSession storeSession, bool allowUnresolvedHeaders, bool allowCreate, NativeStorePropertyDefinition propertyDefinition)
{
PropertyTagPropertyDefinition propertyTagPropertyDefinition = propertyDefinition as PropertyTagPropertyDefinition;
if (propertyTagPropertyDefinition != null)
{
return((PropTag)propertyTagPropertyDefinition.PropertyTag);
}
ICollection <PropTag> source = this.PropTagsFromPropertyDefinitions(mapiProp, storeSession, allowUnresolvedHeaders, allowCreate, true, new NativeStorePropertyDefinition[]
{
propertyDefinition
});
return(source.First <PropTag>());
}
private static void WritePropValue(BinaryWriter writer, PropertyDefinition prop, MemoryPropertyBag propertyBag)
{
PropertyTagPropertyDefinition propertyTagPropertyDefinition = (PropertyTagPropertyDefinition)prop;
writer.Write(propertyTagPropertyDefinition.PropertyTag);
object obj = propertyBag.TryGetProperty(propertyTagPropertyDefinition);
PropType propType = ((PropTag)propertyTagPropertyDefinition.PropertyTag).ValueType();
PropType propType2 = propType;
if (propType2 <= PropType.Binary)
{
if (propType2 == PropType.Int)
{
ExternalUserCollection.WriteIntValue(writer, (int)obj);
return;
}
if (propType2 == PropType.String)
{
ExternalUserCollection.WriteStringValue(writer, (string)obj);
return;
}
if (propType2 == PropType.Binary)
{
ExternalUserCollection.WriteByteValue(writer, (byte[])obj);
return;
}
}
else
{
if (propType2 == PropType.IntArray)
{
ExternalUserCollection.WriteArrayValue <int>(writer, (int[])obj, new ExternalUserCollection.WriteValue <int>(ExternalUserCollection.WriteIntValue));
return;
}
if (propType2 == PropType.StringArray)
{
ExternalUserCollection.WriteArrayValue <string>(writer, (string[])obj, new ExternalUserCollection.WriteValue <string>(ExternalUserCollection.WriteStringValue));
return;
}
if (propType2 == PropType.BinaryArray)
{
ExternalUserCollection.WriteArrayValue <byte[]>(writer, (byte[][])obj, new ExternalUserCollection.WriteValue <byte[]>(ExternalUserCollection.WriteByteValue));
return;
}
}
writer.Write(0U);
}
private void StreamProperty(NativeStorePropertyDefinition property, Stream propertyStream)
{
Stream stream = null;
try
{
switch (property.SpecifiedWith)
{
case PropertyTypeSpecifier.PropertyTag:
{
PropertyTagPropertyDefinition propertyTagPropertyDefinition = (PropertyTagPropertyDefinition)property;
TnefPropertyTag propertyTag = (int)propertyTagPropertyDefinition.PropertyTag;
stream = this.PropertyWriter.OpenPropertyStream(propertyTag);
break;
}
case PropertyTypeSpecifier.GuidString:
{
GuidNamePropertyDefinition guidNamePropertyDefinition = (GuidNamePropertyDefinition)property;
TnefPropertyType propertyType = (TnefPropertyType)guidNamePropertyDefinition.MapiPropertyType;
stream = this.PropertyWriter.OpenPropertyStream(guidNamePropertyDefinition.Guid, guidNamePropertyDefinition.PropertyName, propertyType);
break;
}
case PropertyTypeSpecifier.GuidId:
{
GuidIdPropertyDefinition guidIdPropertyDefinition = (GuidIdPropertyDefinition)property;
TnefPropertyType propertyType2 = (TnefPropertyType)guidIdPropertyDefinition.MapiPropertyType;
stream = this.PropertyWriter.OpenPropertyStream(guidIdPropertyDefinition.Guid, guidIdPropertyDefinition.Id, propertyType2);
break;
}
default:
throw new InvalidOperationException(string.Format("Invalid native property specifier: {0}", property.SpecifiedWith));
}
Util.StreamHandler.CopyStreamData(propertyStream, stream);
}
finally
{
if (stream != null)
{
stream.Close();
}
}
}
private static void WriteRecipient(BinaryWriter writer, BlobRecipient recipient)
{
List <PropValue> list = new List <PropValue>(recipient.PropertyValues.Count);
foreach (PropValue item in PropValue.ConvertEnumerator <PropertyDefinition>(recipient.PropertyValues))
{
if (!PropertyError.IsPropertyError(item.Value) && !((PropTag)((PropertyTagPropertyDefinition)item.Property).PropertyTag).IsNamedProperty())
{
list.Add(item);
}
}
uint count = (uint)list.Count;
uint value = 0U;
writer.Write(count);
writer.Write(value);
foreach (PropValue propValue in list)
{
PropertyTagPropertyDefinition propertyTagPropertyDefinition = (PropertyTagPropertyDefinition)propValue.Property;
object value2 = ExTimeZoneHelperForMigrationOnly.ToUtcIfDateTime(propValue.Value);
BlobRecipientParser.WritePropValue(writer, (PropTag)propertyTagPropertyDefinition.PropertyTag, value2);
}
}
private static PropertyTagPropertyDefinition InternalCreate(string displayName, PropTag propertyTag, PropertyFlags flags, NativeStorePropertyDefinition.TypeCheckingFlag typeCheckingFlag, bool isCustom, PropertyDefinitionConstraint[] constraints)
{
if (!propertyTag.IsValid())
{
throw new ArgumentException("Invalid property tag", "propertyTag");
}
PropType propType = propertyTag.ValueType();
if (propType == PropType.AnsiString || propType == PropType.AnsiStringArray)
{
propertyTag = ((propertyTag & (PropTag)4294967265U) | (PropTag)31U);
propType = propertyTag.ValueType();
}
PropertyTagPropertyDefinition.PropTagKey propTagKey = new PropertyTagPropertyDefinition.PropTagKey(propertyTag);
PropertyTagPropertyDefinition result;
bool flag;
if (PropertyTagPropertyDefinition.TryFindEquivalentDefinition(propTagKey, isCustom, propType, typeCheckingFlag, out result, out flag))
{
return(result);
}
if (flag)
{
try
{
return(new PropertyTagPropertyDefinition(displayName, propertyTag, propTagKey, flags, isCustom, constraints));
}
catch (InvalidPropertyTypeException)
{
if (typeCheckingFlag == NativeStorePropertyDefinition.TypeCheckingFlag.ThrowOnInvalidType)
{
throw;
}
}
}
return(null);
}
internal static PropertyTagPropertyDefinition InternalCreateCustom(string displayName, PropTag propertyTag, PropertyFlags flags, NativeStorePropertyDefinition.TypeCheckingFlag typeCheckingFlag, PropertyDefinitionConstraint[] constraints)
{
return(PropertyTagPropertyDefinition.InternalCreate(displayName, propertyTag, flags | PropertyFlags.Custom, typeCheckingFlag, true, constraints));
}
internal static PropertyTagPropertyDefinition InternalCreateCustom(string displayName, PropTag propertyTag, PropertyFlags flags, NativeStorePropertyDefinition.TypeCheckingFlag typeCheckingFlag)
{
return(PropertyTagPropertyDefinition.InternalCreateCustom(displayName, propertyTag, flags, typeCheckingFlag, PropertyDefinitionConstraint.None));
}
internal static PropertyTagPropertyDefinition InternalCreate(string displayName, PropTag propertyTag, PropertyFlags propertyFlags)
{
return(PropertyTagPropertyDefinition.InternalCreate(displayName, propertyTag, propertyFlags, NativeStorePropertyDefinition.TypeCheckingFlag.DisableTypeCheck, false, PropertyDefinitionConstraint.None));
}
internal static PropertyTagPropertyDefinition InternalCreate(string displayName, PropTag propertyTag)
{
return(PropertyTagPropertyDefinition.InternalCreate(displayName, propertyTag, PropertyFlags.None));
}
private PropertyTagPropertyDefinition(string displayName, PropTag propertyTag, PropertyTagPropertyDefinition.PropTagKey key, PropertyFlags flags, bool isCustom, PropertyDefinitionConstraint[] constraints) : base(PropertyTypeSpecifier.PropertyTag, displayName, InternalSchema.ClrTypeFromPropTag(propertyTag), propertyTag.ValueType(), PropertyTagPropertyDefinition.CalculatePropertyTagPropertyFlags(propertyTag, flags), constraints)
{
if (propertyTag.IsNamedProperty() || !propertyTag.IsValid())
{
throw new ArgumentException("Invalid property tag", "propertyTag");
}
this.InternalKey = key;
this.propertyTag = propertyTag;
}
internal static ExDateTime?GetNormalizedTime(PropertyBag.BasicPropertyStore propertyBag, GuidIdPropertyDefinition utcTimeProperty, PropertyTagPropertyDefinition legacyUtcTimeProperty)
{
ExDateTime?valueAsNullable = propertyBag.GetValueAsNullable <ExDateTime>(utcTimeProperty);
if (valueAsNullable == null)
{
if (legacyUtcTimeProperty != null)
{
valueAsNullable = propertyBag.GetValueAsNullable <ExDateTime>(legacyUtcTimeProperty);
}
if (valueAsNullable == null)
{
return(null);
}
}
ExDateTime exDateTime = ExTimeZone.UtcTimeZone.ConvertDateTime(valueAsNullable.Value);
byte[] valueOrDefault = propertyBag.GetValueOrDefault <byte[]>(InternalSchema.TimeZoneDefinitionStart);
ExTimeZone legacyTimeZone;
if (O12TimeZoneFormatter.TryParseTimeZoneBlob(valueOrDefault, string.Empty, out legacyTimeZone))
{
exDateTime = TimeZoneHelper.NormalizeUtcTime(exDateTime, legacyTimeZone);
}
exDateTime = StartTimeProperty.DynamicAdjustForAllDayEvent(propertyBag, exDateTime, utcTimeProperty == InternalSchema.MapiEndTime);
return(new ExDateTime?(propertyBag.TimeZone.ConvertDateTime(exDateTime)));
}
public static PropertyTagPropertyDefinition CreateCustom(string displayName, uint propertyTag, params PropertyDefinitionConstraint[] constraints)
{
return(PropertyTagPropertyDefinition.CreateCustom(displayName, propertyTag, PropertyFlags.None, constraints));
}
internal static ExDateTime?GetWallClockTime(PropertyBag.BasicPropertyStore propertyBag, GuidIdPropertyDefinition utcTimeProperty, PropertyTagPropertyDefinition legacyUtcTimeProperty, NativeStorePropertyDefinition[] timeZoneBlobPropertyDefinitions)
{
ExDateTime?normalizedTime = StartTimeProperty.GetNormalizedTime(propertyBag, utcTimeProperty, legacyUtcTimeProperty);
if (normalizedTime == null)
{
return(null);
}
byte[] array = null;
foreach (NativeStorePropertyDefinition propertyDefinition in timeZoneBlobPropertyDefinitions)
{
array = propertyBag.GetValueOrDefault <byte[]>(propertyDefinition);
if (array != null)
{
break;
}
}
if (array == null)
{
ExTraceGlobals.StorageTracer.TraceWarning(0L, "Could not determine suitable time zone");
}
ExTimeZone exTimeZone = StartWallClockProperty.FindBestMatchingTimeZone(array);
if (exTimeZone != null)
{
return(new ExDateTime?(exTimeZone.ConvertDateTime(normalizedTime.Value)));
}
return(new ExDateTime?(normalizedTime.Value));
}
internal NativeStorePropertyDefinition[] InternalPropertyDefinitionsFromPropTags(NativeStorePropertyDefinition.TypeCheckingFlag propertyTypeCheckingFlag, MapiProp mapiProp, StoreSession storeSession, PropTag[] propTags, out int resolvedPropertyCount)
{
EnumValidator.ThrowIfInvalid <NativeStorePropertyDefinition.TypeCheckingFlag>(propertyTypeCheckingFlag, "propertyTypeCheckingFlag");
resolvedPropertyCount = 0;
NativeStorePropertyDefinition[] array = new NativeStorePropertyDefinition[propTags.Length];
List <PropertyTagCache.NamedPropertyToResolve> list = null;
PropTag[] array2 = null;
for (int i = 0; i < propTags.Length; i++)
{
PropTag propTag = propTags[i];
if (!PropertyTagCache.TryFixPropTagWithErrorType(storeSession, mapiProp, ref array2, ref propTag))
{
ExTraceGlobals.PropertyMappingTracer.TraceError <PropTag>((long)storeSession.GetHashCode(), "Failed to infer the property type for PropertyTag {0:X}", propTag);
}
else
{
PropertyTagCache.ChangeStringPropTagTypeToUnicode(ref propTag);
int num = propTag.Id();
if (num < 32768)
{
NativeStorePropertyDefinition nativeStorePropertyDefinition = PropertyTagPropertyDefinition.InternalCreateCustom(string.Empty, propTag, PropertyFlags.None, propertyTypeCheckingFlag);
array[i] = nativeStorePropertyDefinition;
if (nativeStorePropertyDefinition != null)
{
resolvedPropertyCount++;
}
}
else
{
if (list == null)
{
list = new List <PropertyTagCache.NamedPropertyToResolve>();
}
list.Add(new PropertyTagCache.NamedPropertyToResolve((ushort)num, propTag.ValueType(), i));
}
}
}
if (list != null)
{
NamedProp[] namedPropsFromIds = NamedPropConverter.GetNamedPropsFromIds(storeSession, mapiProp, from namedPropertyToResolve in list
select namedPropertyToResolve.PropId);
int num2 = 0;
foreach (PropertyTagCache.NamedPropertyToResolve namedPropertyToResolve2 in list)
{
NativeStorePropertyDefinition propDefByMapiNamedProp = PropertyTagCache.GetPropDefByMapiNamedProp(namedPropsFromIds[num2++], namedPropertyToResolve2.PropType, propertyTypeCheckingFlag);
array[namedPropertyToResolve2.Index] = propDefByMapiNamedProp;
if (propDefByMapiNamedProp != null)
{
resolvedPropertyCount++;
}
else
{
ExTraceGlobals.PropertyMappingTracer.TraceDebug <ushort, PropType>((long)storeSession.GetHashCode(), "Failed to resolve a named property from PropertyId {0:X} [{1:X}]", namedPropertyToResolve2.PropId, namedPropertyToResolve2.PropType);
}
}
}
return(array);
}
internal static ExDateTime?GetNormalizedTime(PropertyBag propertyBag, GuidIdPropertyDefinition utcTimeProperty, PropertyTagPropertyDefinition legacyUtcTimeProperty)
{
return(StartTimeProperty.GetNormalizedTime((PropertyBag.BasicPropertyStore)propertyBag, utcTimeProperty, legacyUtcTimeProperty));
}
public static PropertyTagPropertyDefinition CreateCustom(string displayName, uint propertyTag)
{
return(PropertyTagPropertyDefinition.CreateCustom(displayName, propertyTag, PropertyDefinitionConstraint.None));
}
internal static object InternalTryGetDateTimeValue(PropertyBag.BasicPropertyStore propertyBag, StorePropertyDefinition property, GuidIdPropertyDefinition mapiUtcTimeProperty, PropertyTagPropertyDefinition mapiLegacyUtcTimeProperty)
{
ExDateTime?normalizedTime = StartTimeProperty.GetNormalizedTime(propertyBag, mapiUtcTimeProperty, mapiLegacyUtcTimeProperty);
if (normalizedTime != null)
{
return(normalizedTime.Value);
}
return(new PropertyError(property, PropertyErrorCode.NotFound));
}
public static PropertyTagPropertyDefinition CreateCustom(string displayName, uint propertyTag, PropertyFlags flags, params PropertyDefinitionConstraint[] constraints)
{
return(PropertyTagPropertyDefinition.InternalCreateCustom(displayName, (PropTag)propertyTag, flags, NativeStorePropertyDefinition.TypeCheckingFlag.ThrowOnInvalidType, constraints));
}
private static TnefPropertyTag GetTnefPropertyTag(PropertyTagPropertyDefinition property)
{
return((int)property.PropertyTag);
}
internal static bool TryFindEquivalentDefinition(PropertyTagPropertyDefinition.PropTagKey key, bool isCustom, PropType type, NativeStorePropertyDefinition.TypeCheckingFlag typeCheckingFlag, out PropertyTagPropertyDefinition definition, out bool createNewDefinition)
{
createNewDefinition = true;
if (!isCustom)
{
definition = null;
return(false);
}
switch (NativeStorePropertyDefinitionDictionary.TryFindInstance(key, type, out definition))
{
case PropertyMatchResult.Found:
createNewDefinition = false;
return(true);
case PropertyMatchResult.TypeMismatch:
NativeStorePropertyDefinition.OnFailedPropertyTypeCheck(key, type, typeCheckingFlag, out createNewDefinition);
break;
}
return(false);
}
internal static void RecalculateNormalizedTimeProperty(PropertyBag.BasicPropertyStore propertyBag, GuidIdPropertyDefinition utcTimeProperty, PropertyTagPropertyDefinition legacyUtcTimeProperty, ExTimeZone newTimeZone)
{
if (newTimeZone == null || newTimeZone == ExTimeZone.UtcTimeZone || newTimeZone == ExTimeZone.UnspecifiedTimeZone)
{
return;
}
ExDateTime?normalizedTime = StartTimeProperty.GetNormalizedTime(propertyBag, utcTimeProperty, legacyUtcTimeProperty);
if (normalizedTime != null)
{
ExDateTime exDateTime = newTimeZone.ConvertDateTime(normalizedTime.Value);
propertyBag.SetValueWithFixup(utcTimeProperty, exDateTime.ToUtc());
if (legacyUtcTimeProperty != null)
{
propertyBag.SetValueWithFixup(legacyUtcTimeProperty, exDateTime.ToUtc());
}
}
}
internal static void DenormalizeTimeProperty(PropertyBag propertyBag, ExDateTime newTime, GuidIdPropertyDefinition utcTimeProperty, PropertyTagPropertyDefinition legacyUtcTimeProperty)
{
byte[] valueOrDefault = propertyBag.GetValueOrDefault <byte[]>(InternalSchema.TimeZoneDefinitionStart);
ExTimeZone legacyTimeZone;
if (O12TimeZoneFormatter.TryParseTimeZoneBlob(valueOrDefault, string.Empty, out legacyTimeZone))
{
ExDateTime exDateTime = TimeZoneHelper.DeNormalizeToUtcTime(newTime, legacyTimeZone);
propertyBag.SetProperty(utcTimeProperty, exDateTime);
if (legacyUtcTimeProperty != null)
{
propertyBag.SetProperty(legacyUtcTimeProperty, exDateTime);
}
}
}
internal static void SetCalendarTime(PropertyBag.BasicPropertyStore propertyBag, GuidIdPropertyDefinition utcTimeProperty, PropertyTagPropertyDefinition legacyUtcTimeProperty, GuidIdPropertyDefinition timeZoneDefinition, bool isEndTime, object value)
{
StoreObject storeObject = propertyBag.Context.StoreObject;
CalendarItemBase calendarItemBase = storeObject as CalendarItemBase;
if (calendarItemBase != null && calendarItemBase.PropertyBag.ExTimeZone != null && calendarItemBase.IsAllDayEventCache == null)
{
object obj = IsAllDayEventProperty.CalculateIsAllDayEvent(propertyBag);
if (obj is bool)
{
calendarItemBase.IsAllDayEventCache = new bool?((bool)obj);
}
}
propertyBag.SetValueWithFixup(utcTimeProperty, value);
propertyBag.SetValueWithFixup(legacyUtcTimeProperty, value);
ExTimeZone timeZone = propertyBag.TimeZone;
if (value is ExDateTime && ((ExDateTime)value).TimeZone != null && ((ExDateTime)value).TimeZone != ExTimeZone.UnspecifiedTimeZone)
{
timeZone = ((ExDateTime)value).TimeZone;
}
if (timeZone == ExTimeZone.UtcTimeZone)
{
if (!(storeObject is CalendarItemOccurrence))
{
propertyBag.Delete(timeZoneDefinition);
}
}
else if (value is ExDateTime && timeZone != ExTimeZone.UnspecifiedTimeZone)
{
if (timeZoneDefinition == InternalSchema.TimeZoneDefinitionStart)
{
byte[] timeZoneBlob = O12TimeZoneFormatter.GetTimeZoneBlob(timeZone);
StartTimeZoneProperty.RecalculateNormalizedTimeProperty(propertyBag, InternalSchema.MapiEndTime, InternalSchema.MapiPREndDate, timeZone);
StartTimeZoneProperty.RecalculateNormalizedTimeProperty(propertyBag, InternalSchema.ReminderNextTime, null, timeZone);
StartTimeZoneProperty.SyncRecurringTimeZoneProperties(propertyBag, timeZone, timeZoneBlob);
propertyBag.SetValueWithFixup(timeZoneDefinition, timeZoneBlob);
}
else
{
byte[] timeZoneBlob2 = O12TimeZoneFormatter.GetTimeZoneBlob(timeZone, (ExDateTime)value);
propertyBag.SetValueWithFixup(timeZoneDefinition, timeZoneBlob2);
}
}
if (!isEndTime)
{
propertyBag.SetValueWithFixup(InternalSchema.ReminderDueByInternal, value);
}
if (storeObject != null)
{
Reminder.Adjust(storeObject);
}
}
