void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgList);
Clear();
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgList_Count:
var c = StreamUtils.ReadInt32(reader);
break;
case Tags.tgList_Item:
var l = new CubeLevel(FHierarchy);
StreamUtils.ReadStreamedObject(reader, l);
Add(l);
break;
case Tags.tgList_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgList);
Clear();
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgList_Count:
var c = StreamUtils.ReadInt32(reader);
break;
case Tags.tgList_Item:
var item = new InfoAttribute();
StreamUtils.ReadStreamedObject(reader, item);
// AfterRead
Add(item);
break;
case Tags.tgList_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgList);
Clear();
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgList_Count:
var c = StreamUtils.ReadInt32(reader);
break;
case Tags.tgList_Item:
var measure = new CubeMeasure();
// BeforeRead
measure.FCube = FCube;
StreamUtils.ReadStreamedObject(reader, measure);
// AfterRead
Add(measure);
break;
case Tags.tgList_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgList);
Clear();
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgList_Count:
var c = StreamUtils.ReadInt32(reader);
break;
case Tags.tgList_Item:
var h = new Hierarchy(Dimension);
// BeforeRead
StreamUtils.ReadStreamedObject(reader, h);
// AfterRead
Add(h);
break;
case Tags.tgList_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
public void ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgHierarchyEditorStyle);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgHierarchyEditorStyle_Resizable:
Resizable = false;
break;
case Tags.tgHierarchyEditorStyle_ItemsInPage:
ItemsInPage = StreamUtils.ReadInt32(reader);
break;
case Tags.tgHierarchyEditorStyle_TreeHeight:
TreeHeight = StreamUtils.ReadInt32(reader);
break;
case Tags.tgHierarchyEditorStyle_Width:
Width = StreamUtils.ReadInt32(reader);
break;
case Tags.tgHierarchyEditorStyle_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgASPGridSessionState);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgASPGridSessionState_Stream:
ms = new MemoryStream();
StreamUtils.ReadStream(reader, ms);
break;
case Tags.tgASPGridSessionState_CubeId:
CubeID = StreamUtils.ReadString(reader);
break;
case Tags.tgASPGridSessionState_Length:
length = StreamUtils.ReadInt32(reader);
break;
case Tags.tgASPGridSessionState_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
public void ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgList);
Clear();
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgList_Count:
var c = StreamUtils.ReadInt32(reader);
break;
case Tags.tgList_Item:
var b = new CustomToolboxButton();
// BeforeRead
StreamUtils.ReadStreamedObject(reader, b);
// AfterRead
Add(b);
break;
case Tags.tgList_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
fM = (MetaLine)options;
StreamUtils.CheckTag(reader, Tags.tgLine);
for (var exit = false; !exit;)
{
int c;
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgLine_CacheKey:
fCacheKey = StreamUtils.ReadString(reader);
break;
case Tags.tgLine_Depthes:
c = StreamUtils.ReadInt32(reader);
fDepthes = new List <int>(c);
for (var i = 0; i < c; i++)
{
fDepthes.Add(StreamUtils.ReadInt32(reader));
}
break;
case Tags.tgLine_ID:
fID = StreamUtils.ReadString(reader);
break;
case Tags.tgLine_HierID:
fHierId = StreamUtils.ReadInt32(reader);
break;
case Tags.tgLine_Measure:
fMeasureID = StreamUtils.ReadString(reader);
break;
case Tags.tgLine_Mode:
fMode = Measure.ShowModes.ShowModeById(StreamUtils.ReadGuid(reader));
break;
case Tags.tgLine_CurrentMap:
StreamUtils.ReadStreamedObject(reader, CurrentMap, fM.FGrid);
break;
case Tags.tgLine_EOT:
exit = true;
break;
default:
DoReadStream(reader, tag);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
var editor = (HierarchyEditor)options;
StreamUtils.CheckTag(reader, Tags.tgASPHierNode);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgASPHierNode_MemberName:
fMemberName = StreamUtils.ReadString(reader);
editor.allnodes.Add(fMemberName, this);
break;
case Tags.tgASPHierNode_HasCustomMembers:
hasCustomMembers = true;
break;
case Tags.tgASPHierNode_IsCustomMember:
IsCustomMember = true;
break;
case Tags.tgASPHierNode_Checked:
fChecked = StreamUtils.ReadBoolean(reader);
break;
case Tags.tgASPHierNode_Expanded:
fExpanded = true;
break;
case Tags.tgASPHierNode_ParentName:
editor.allnodes.TryGetValue(StreamUtils.ReadString(reader), out fParent);
break;
case Tags.tgASPHierNode_Children:
StreamUtils.ReadStreamedObject(reader, fChildren, editor);
break;
case Tags.tgASPHierNode_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
FGrid = (OlapControl)options;
StreamUtils.CheckTag(reader, Tags.tgEngine);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
int c;
switch (tag)
{
case Tags.tgEngine_Levels:
c = StreamUtils.ReadInt32(reader);
FLevelsList = new List <Level>(c);
for (var i = 0; i < c; i++)
{
var l = FGrid.Dimensions.FindLevel(StreamUtils.ReadString(reader));
FLevelsList.Add(l);
}
break;
case Tags.tgEngine_Metalines:
c = StreamUtils.ReadInt32(reader);
FMetaLines = new SortedList <string, MetaLine>(c);
for (var i = 0; i < c; i++)
{
var s = StreamUtils.ReadString(reader);
StreamUtils.ReadTag(reader); // skip Tags.tgMetaLine
var m = (MetaLine)StreamUtils.ReadTypedStreamedObject(reader, FGrid);
FMetaLines.Add(s, m);
}
break;
case Tags.tgEngine_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgMeasureShowMode);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgMeasureShowMode_BitmapUrl:
BitmapURL = StreamUtils.ReadString(reader);
break;
case Tags.tgMeasureShowMode_Caption:
Caption = StreamUtils.ReadString(reader);
break;
case Tags.tgMeasureShowMode_Mode:
Mode = (MeasureShowModeType)StreamUtils.ReadInt32(reader);
break;
case Tags.tgMeasureShowMode_Visible:
fVisible = true;
break;
case Tags.tgMeasureShowMode_UniqueName:
fUniqueName = StreamUtils.ReadGuid(reader);
_UniqueName = fUniqueName.ToString();
_DotUniqueName = "." + fUniqueName;
break;
case Tags.tgMeasureShowMode_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgList);
Clear();
ClearCache();
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgMeasures_MembersStream:
ReadStream(reader);
break;
case Tags.tgList_Count:
var c = StreamUtils.ReadInt32(reader);
break;
case Tags.tgList_Item:
var m = new Measure(FGrid);
m.ShowModes.Clear();
// BeforeRead
StreamUtils.ReadStreamedObject(reader, m);
// AfterRead
Add(m);
break;
case Tags.tgList_EOT:
break;
case Tags.tgMeasures_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgASPHierEditor);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgASPHierEditor_FilterString:
FFilterString = StreamUtils.ReadString(reader);
break;
case Tags.tgASPHierEditor_HierarchyName:
fHierarchyName = StreamUtils.ReadString(reader);
break;
case Tags.tgASPHierEditor_ContextLevelName:
fContextLevelName = StreamUtils.ReadString(reader);
break;
case Tags.tgASPHierEditor_Root:
if (root == null)
{
root = new Node(fGrid.fHierarchyEditorStyle.ItemsInPage);
}
StreamUtils.ReadStreamedObject(reader, root, this);
break;
case Tags.tgASPHierEditor_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
public void ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgToolbox);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgToolbox_CustomButtons:
StreamUtils.ReadStreamedObject(reader, CustomButtons);
break;
case Tags.tgToolbox_ConnectButton:
StreamUtils.ReadStreamedObject(reader, ConnectButton);
break;
case Tags.tgToolbox_SaveLayoutButton:
StreamUtils.ReadStreamedObject(reader, SaveLayoutButton);
break;
case Tags.tgToolbox_LoadLayoutButton:
StreamUtils.ReadStreamedObject(reader, LoadLayoutButton);
break;
case Tags.tgToolbox_MDXQueryButton:
StreamUtils.ReadStreamedObject(reader, MDXQueryButton);
break;
case Tags.tgToolbox_AddCalculatedMeasureButton:
StreamUtils.ReadStreamedObject(reader, AddCalculatedMeasureButton);
break;
case Tags.tgToolbox_AllAreasButton:
StreamUtils.ReadStreamedObject(reader, AllAreasButton);
break;
case Tags.tgToolbox_ClearLayoutButton:
StreamUtils.ReadStreamedObject(reader, ClearLayoutButton);
break;
case Tags.tgToolbox_DataAreaButton:
StreamUtils.ReadStreamedObject(reader, DataAreaButton);
break;
case Tags.tgToolbox_PivotAreaButton:
StreamUtils.ReadStreamedObject(reader, PivotAreaButton);
break;
case Tags.tgToolbox_ZoomOutButton:
StreamUtils.ReadStreamedObject(reader, ZoomOutButton);
break;
case Tags.tgToolbox_ZoomInButton:
StreamUtils.ReadStreamedObject(reader, ZoomInButton);
break;
case Tags.tgToolbox_ResetZoomButton:
StreamUtils.ReadStreamedObject(reader, ResetZoomButton);
break;
case Tags.tgToolbox_ModeButton:
StreamUtils.ReadStreamedObject(reader, ModeButton);
break;
case Tags.tgToolbox_DelayPivotingButton:
StreamUtils.ReadStreamedObject(reader, DelayPivotingButton);
break;
case Tags.tgToolbox_ResizingButton:
StreamUtils.ReadStreamedObject(reader, ResizingButton);
break;
case Tags.tgToolbox_MeasurePlaceButton:
StreamUtils.ReadStreamedObject(reader, MeasurePlaceButton);
break;
case Tags.tgToolbox_ButtonsOrder:
var count = StreamUtils.ReadInt32(reader);
var buttonsOrder = new string[count];
for (var i = 0; i < buttonsOrder.Length; i++)
{
buttonsOrder[i] = StreamUtils.ReadString(reader);
}
SortToolItems(buttonsOrder);
break;
case Tags.tgToolbox_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
var editor = (HierarchyEditor)options;
StreamUtils.CheckTag(reader, Tags.tgASPHierNodes);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgASPHierNodes_Count:
var c = StreamUtils.ReadInt32(reader);
for (var i = 0; i < c; i++)
{
var n = new Node(fItemsInPage);
Add(n);
(n as IStreamedObject).ReadStream(reader, editor);
}
break;
case Tags.tgASPHierNodes_Frame1:
c = StreamUtils.ReadInt32(reader);
for (var i = 0; i < c; i++)
{
Node n;
editor.allnodes.TryGetValue(StreamUtils.ReadString(reader), out n);
frame.Add(n);
}
break;
case Tags.tgASPHierNodes_Frame2:
c = StreamUtils.ReadInt32(reader);
for (var i = 0; i < c; i++)
{
Node n;
editor.allnodes.TryGetValue(StreamUtils.ReadString(reader), out n);
frame2.Add(n);
}
break;
case Tags.tgASPHierNodes_CurrentPage:
fCurrentPage = StreamUtils.ReadInt32(reader);
break;
case Tags.tgASPHierNodes_ItemsInPage:
fItemsInPage = StreamUtils.ReadInt32(reader);
break;
case Tags.tgASPHierNodes_TotalCount:
FTotalCount = StreamUtils.ReadInt32(reader);
break;
case Tags.tgASPHierNodes_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
public void ReadStream(BinaryReader reader, object options)
{
StreamUtils.CheckTag(reader, Tags.tgToolboxButton);
IsPressed = false;
Visible = true;
NeedSeparator = false;
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgToolboxButton_Text:
Text = StreamUtils.ReadString(reader);
break;
case Tags.tgToolboxButton_ButtonID:
ButtonID = StreamUtils.ReadString(reader);
break;
case Tags.tgToolboxButton_PressedImage:
PressedImage = StreamUtils.ReadString(reader);
break;
case Tags.tgToolboxButton_PressedText:
PressedText = StreamUtils.ReadString(reader);
break;
case Tags.tgToolboxButton_Tooltip:
Tooltip = StreamUtils.ReadString(reader);
break;
case Tags.tgToolboxButton_Image:
Image = StreamUtils.ReadString(reader);
break;
case Tags.tgToolboxButton_IsPressed:
IsPressed = true;
break;
case Tags.tgToolboxButton_Visible:
Visible = false;
break;
case Tags.tgToolboxButton_NeedSeparator:
NeedSeparator = true;
break;
case Tags.tgToolboxButton_ClientScript:
ClientScript = StreamUtils.ReadString(reader);
break;
case Tags.tgToolboxButton_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
var g = (OlapControl)options;
if (map == null)
{
map = new Dictionary <Level, HashSet <Member> >();
}
else
{
map.Clear();
}
StreamUtils.CheckTag(reader, Tags.tgLineMap);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
switch (tag)
{
case Tags.tgLineMap_Map:
var lcnt = StreamUtils.ReadInt32(reader);
for (var j = 0; j < lcnt; j++)
{
var uniqName = StreamUtils.ReadString(reader);
var l = g.Dimensions.FindLevel(uniqName);
var mcnt = StreamUtils.ReadInt32(reader);
if (mcnt >= 0)
{
var mm = new HashSet <Member>();
for (var k = 0; k < mcnt; k++)
{
var mname = StreamUtils.ReadString(reader);
if (l != null)
{
var m = l.FindMember(mname);
if (m != null)
{
mm.Add(m);
}
}
}
if (l != null)
{
map.Add(l, mm);
}
}
else if (l != null)
{
map.Add(l, null);
}
}
break;
case Tags.tgLineMap_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}
void IStreamedObject.ReadStream(BinaryReader reader, object options)
{
FGrid = (OlapControl)options;
StreamUtils.CheckTag(reader, Tags.tgMetaLine);
for (var exit = false; !exit;)
{
var tag = StreamUtils.ReadTag(reader);
int c;
switch (tag)
{
case Tags.tgMetaline_HierArray:
c = StreamUtils.ReadInt32(reader);
fHierArray = new List <int>(c);
for (var i = 0; i < c; i++)
{
fHierArray.Add(StreamUtils.ReadInt32(reader));
}
break;
case Tags.tgMetaline_Levels:
c = StreamUtils.ReadInt32(reader);
fLevels = new List <Level>(c);
for (var i = 0; i < c; i++)
{
fLevels.Add(FGrid.Dimensions.FindLevel(StreamUtils.ReadString(reader)));
}
break;
case Tags.tgMetaline_IdxArray:
c = StreamUtils.ReadInt32(reader);
fIdxArray = new List <long>(c);
for (var i = 0; i < c; i++)
{
fIdxArray.Add(StreamUtils.ReadInt64(reader));
}
break;
case Tags.tgMetaline_Lines:
c = StreamUtils.ReadInt32(reader);
fLines = new SortedList <string, Line>(c);
for (var i = 0; i < c; i++)
{
StreamUtils.ReadTag(reader); // skip Tags.tgLine
var l = (Line)StreamUtils.ReadTypedStreamedObject(reader, this);
if (l.fMode != null)
{
fLines.Add(l.fID, l);
}
}
break;
case Tags.tgMetaline_ID:
fID = StreamUtils.ReadString(reader);
break;
case Tags.tgMetaline_Limit:
FLimit = StreamUtils.ReadInt64(reader);
break;
case Tags.tgMetaLine_EOT:
exit = true;
break;
default:
StreamUtils.SkipValue(reader);
break;
}
}
}