C# Class SIL.FieldWorks.Common.Framework.DetailControls.Slice.Slice

Inheritance: System.Windows.Forms.UserControl, IxCoreColleague, IFWDisposable
Afficher le fichier Open project: sillsdev/FieldWorks

Protected Properties

Свойство Type Description
m_cache FdoCache
m_callerNode XmlNode
m_configurationNode XmlNode
m_expansion DataTree.TreeItemState
m_fontLabel Font
m_indent int
m_isHighlighted bool
m_key object[]
m_location Point
m_mediator Mediator
m_obj ICmObject
m_parentSlice Slice
m_persistenceProvider IPersistenceProvider
m_smallImages ImageCollection
m_strAbbr string
m_strLabel string
m_stringTable StringTable
m_weight ObjectWeight
m_widthHasBeenSetByDataTree bool

Private Properties

Свойство Type Description
CheckVisibilityItem void
Collapse void
ExtraIndent int
FocusSliceOrChild Slice
GenerateHelpTopicId string
GetAtomicContext bool
GetCloseSlices List
GetGeneratedHelpTopicId string
GetHelpTopicID String
GetObjectForMenusToOperateOn ICmObject
GetSeqContext bool
InsertObject int
InsertObjectIfPossible bool
InsertObjectIntoVirtualBackref int
IsDescendant bool
IsOrInheritsFrom bool
LayoutSplitter void
PartRef XmlNode
SetCurrentState void
SetSplitPosition void
SetViewStylesheet void
Slice System
StartsWith bool
getAlphaNumeric string
helpTopicIsValid bool
mySplitterMoved void
treeNode_MouseEnter void
treeNode_MouseLeave void

Méthodes publiques

Méthode Description
AboutToDiscard ( ) : void

This is called when clearing the slice collection, or otherwise about to remove a slice from its parent and discard it. It allows us to put views into a state where they won't waste time if they get an OnLoad message somewhere in the course of clearing them from the collection. (LT-3118 is one problem this helped with.)

BecomeReal ( int index ) : Slice

In some contexts we insert into the slice array

BecomeRealInPlace ( ) : bool

Some 'unreal' slices can become 'real' (ready to actually display) without actually replacing themselves with a different object. Such slices override this method to do whatever is needed and then answer true. If a slice answers false to IsRealSlice, this is tried, and if it returns false, then BecomeReal is called.

CanDeleteReferenceNow ( Command cmd ) : bool

Check whether a "Delete Reference" command can be executed. Currently implemented only for the VariantEntryBackRefs / LexEntry/EntryRefs/ComponentLexemes references.

CheckDisposed ( ) : void

Collapse ( ) : void

CreateIndentedNodes ( XmlNode caller, ICmObject obj, int indent, int &insPos, ArrayList path, ObjSeqHashMap reuseMap, XmlNode node ) : void

DrawLabel ( int y, Graphics gr, int clipWidth ) : void

Draws the label in the containing SilTreeControl's Graphics object at the specified position. Override if you have a more complex type of label, e.g., if the field contains interlinear data and you want to label each line.

DrawLabel ( int x, int y, Graphics gr, int clipWidth ) : void

Expand ( ) : void

Expand ( int iSlice ) : void

Expand this node, which is at position iSlice in its parent.

I (JH) don't know why this was written to take the index of the slice. It's just as easy for this class to find its own index. JohnT: for performance; finding its own index is a linear search, and the caller often has the info already, especially in loops expanding many children.

ExpandSubItem ( int hvo ) : Slice

Find a slice nested below this one whose object is hvo and expand it if it is collapsed.

FinishInit ( ) : void

This method should be called once the various properties of the slice have been set, particularly the Cache, Object, Key, and Spec. The slice may create its Control in this method, so don't assume it exists before this is called. It should be called before installing the slice.

GenerateChildren ( XmlNode node, XmlNode caller, ICmObject obj, int indent, int &insPos, ArrayList path, ObjSeqHashMap reuseMap, bool fUsePersistentExpansion ) : void

GetBranchHeight ( ) : int

Returns the height, from the top of the item, at which to draw the line across towards it. Typically this is the center of where DrawLabel will draw the label, but it might not be (e.g., if DrawLabel actually draws two labels and a bit of tree diagram).

GetCanDeleteNow ( ) : bool

is it possible to do a deletion menu command on this slice right now?

GetCanEditNow ( ) : bool

GetCanMergeNow ( ) : bool

Is it possible to do a merge menu command on this slice right now?

GetCanSplitNow ( ) : bool

Is it possible to do a split menu command on this slice right now?

GetChooserHelpTopicID ( ) : String

GetChooserHelpTopicID ( string ChooserDlgHelpTopicID ) : String
GetMessageTargets ( ) : IxCoreColleague[]

GetSliceHelpTopicID ( ) : String

HandleCopyCommand ( Slice newSlice, string label ) : void

HandleDeleteCommand ( Command cmd ) : bool

Main work of deleting an object; answer true if it was actually deleted.

HandleDeleteReferenceCommand ( Command cmd ) : void

Handle a "Delete Reference" command. Currently implemented only for the VariantEntryBackRefs / LexEntry/EntryRefs/ComponentLexemes references.

HandleEditCommand ( ) : void

HandleInsertCommand ( string fieldName, string className ) : void

do an insertion

called by the containing environment in response to a user command.

HandleInsertCommand ( string fieldName, string className, string ownerClassName, string recomputeVirtual ) : void

do an insertion

called by the containing environment in response to a user command.

HandleLaunchChooser ( ) : void

This was added for Lexical Relation slices which now have the Add/Replace Reference menu item in the dropdown menu.

HandleMergeCommand ( bool fLoseNoTextData ) : void

HandleMouseDown ( Point p ) : bool

HandleSplitCommand ( ) : void

Init ( Mediator mediator, XmlNode configurationParameters ) : void

Install ( DataTree parent ) : void

LabelIndent ( ) : int

OnDisplayShowFieldAlwaysVisible ( object commandObject, UIItemDisplayProperties &display ) : bool

OnDisplayShowFieldIfData ( object commandObject, UIItemDisplayProperties &display ) : bool

OnDisplayShowFieldNormallyHidden ( object commandObject, UIItemDisplayProperties &display ) : bool

OnShowFieldAlwaysVisible ( object args ) : bool

OnShowFieldIfData ( object args ) : bool

OnShowFieldNormallyHidden ( object args ) : bool

OnTreeNodeClick ( object sender, EventArgs args ) : void

OverrideBackColor ( String backColorName ) : void

This is passed the color that the XDE specified, if any, otherwise null. The default is to use the normal window color for editable text. Subclasses which know they should have a different default should override this method, but normally should use the specified color if not null.

RegisterWithContextHelper ( ) : void

RetrieveContextMenuForHotlinks ( ) : ContextMenu

ShowContextMenuIconInTreeNode ( ) : bool

ShowSubControls ( ) : void

We tend to get a visual stuttering effect if sub-controls are made visible before the main slice is correctly positioned. This method is called after the slice is positioned to give it a chance to make embedded controls visible. This default implementation does nothing.

Slice ( Control ctrlT ) : System

TakeFocus ( bool fOkToFocusTreeNode ) : bool

The slice should become the focus slice (and return true). If the fOkToFocusTreeNode argument is false, this should happen iff it has a control which is appropriate to focus. Note: JohnT: recently I noticed that trying to focus the tree node doesn't seem to do anything; I'm not sure passing true is useful.

TakeFocus ( ) : void

Méthodes protégées

Méthode Description
Dispose ( bool disposing ) : void

Executes in two distinct scenarios. 1. If disposing is true, the method has been called directly or indirectly by a user's code via the Dispose method. Both managed and unmanaged resources can be disposed. 2. If disposing is false, the method has been called by the runtime from inside the finalizer and you should not reference (access) other managed objects, as they already have been garbage collected. Only unmanaged resources can be disposed.

If any exceptions are thrown, that is fine. If the method is being done in a finalizer, it will be ignored. If it is thrown by client code calling Dispose, it needs to be handled by fixing the bug. If subclasses override this method, they should call the base implementation.

GetFieldType ( int flid ) : int
GetFlid ( string fieldName ) : int

Get the flid for the specified field name of this slice's object. May return zero if the object does not have that field.

IsVisibilityItemChecked ( string visibility ) : bool
OnEnter ( EventArgs e ) : void
OnGotFocus ( EventArgs e ) : void

Focus the main child control, if possible.

OnLayout ( LayoutEventArgs levent ) : void

If we don't have a splitter (because no label), set the width of the tree node directly; the other node's size is set by being docked 'fill'.

OnSizeChanged ( EventArgs e ) : void
OnValidating ( System e ) : void
PartRef ( ) : XmlNode

extract the "part ref" node from the slice.Key

ReplacePartWithNewAttribute ( string attr, string attrValueNew ) : void
SetFieldVisibility ( string visibility ) : void
SetWidthForDataTreeLayout ( int width ) : void

This is used to control the width of the slice when the data tree is being laid out. Any earlier width set is meaningless. Some slices can avoid doing a lot of work by ignoring earlier OnSizeChanged messages.

UpdateDisplayIfNeeded ( int hvo, int tag ) : bool

Updates the display of a slice, if an hvo and tag it cares about has changed in some way.

Private Methods

Méthode Description
CheckVisibilityItem ( XCore.UIItemDisplayProperties display, string visibility ) : void
Collapse ( int iSlice ) : void
ExtraIndent ( XmlNode indentNode ) : int

This method determines how much we should indent nodes produced from "part ref" elements embedded inside an "indent" element in another "part ref" element. Currently, by default we in fact do NOT add any indent, unless there is also an attribute indent="true".

FocusSliceOrChild ( ) : Slice
GenerateHelpTopicId ( string helpTopicPrefix ) : string
GetAtomicContext ( int &hvoOwner, int &flid ) : bool
GetCloseSlices ( ) : List
GetGeneratedHelpTopicId ( string helpTopicPrefix, String fieldName ) : string
GetHelpTopicID ( String xmlHelpTopicID, String generatedIDPrefix ) : String
GetObjectForMenusToOperateOn ( ) : ICmObject
GetSeqContext ( int &hvoOwner, int &flid, int &ihvoPosition ) : bool
InsertObject ( int flid, int newObjectClassId ) : int

Insert a new object of the specified class into the specified property of your object.

InsertObjectIfPossible ( int newObjectClassId, int ownerClassId, string fieldName, Slice slice, string recomputeVirtual ) : bool
InsertObjectIntoVirtualBackref ( FdoCache cache, Mediator mediator, int hvoSlice, int clidNewObj, int flid ) : int
IsDescendant ( Slice slice ) : bool
IsOrInheritsFrom ( int clidTest, int clidSig ) : bool

Answer whether clidTest is, or is a subclass of, clidSig. That is, either clidTest is the same as clidSig, or one of the base classes of clidTest is clidSig. As a special case, if clidSig is 0, all classes are considered to match

LayoutSplitter ( object sender, EventArgs e ) : void
PartRef ( int &indexInKey ) : XmlNode
SetCurrentState ( bool isCurrent ) : void
SetSplitPosition ( ) : void

Attempt to set the split position, but do NOT modify the global setting for the data tree if unsuccessful. This occurs during window initialization, since (I think) slices are created before the proper width is set for the containing data pane, and the constraints on the width of the splitter may not allow it to take on the persisted position.

SetViewStylesheet ( Control control, DataTree tc ) : void
Slice ( ) : System
StartsWith ( object target, object match ) : bool

Return true if the target array starts with the objects in the match array.

getAlphaNumeric ( string fromStr ) : string

Generates a possible help topic id from the field name, but does NOT check it for validity!

helpTopicIsValid ( String helpStr ) : bool

Is m_helpTopic a valid help topic?

mySplitterMoved ( object sender, SplitterEventArgs e ) : void

Note: There are two SplitterDistance event handlers on a Slice. This one handles the side effects of redrawing the tree node, when needed. Another one on DataTree takes care of updating the SplitterDisance on all the other slices.

treeNode_MouseEnter ( object sender, EventArgs e ) : void
treeNode_MouseLeave ( object sender, EventArgs e ) : void

Method Details

AboutToDiscard() public méthode

This is called when clearing the slice collection, or otherwise about to remove a slice from its parent and discard it. It allows us to put views into a state where they won't waste time if they get an OnLoad message somewhere in the course of clearing them from the collection. (LT-3118 is one problem this helped with.)
public AboutToDiscard ( ) : void
Résultat void

BecomeReal() public méthode

In some contexts we insert into the slice array
public BecomeReal ( int index ) : Slice
index int
Résultat Slice

BecomeRealInPlace() public méthode

Some 'unreal' slices can become 'real' (ready to actually display) without actually replacing themselves with a different object. Such slices override this method to do whatever is needed and then answer true. If a slice answers false to IsRealSlice, this is tried, and if it returns false, then BecomeReal is called.
public BecomeRealInPlace ( ) : bool
Résultat bool

CanDeleteReferenceNow() public méthode

Check whether a "Delete Reference" command can be executed. Currently implemented only for the VariantEntryBackRefs / LexEntry/EntryRefs/ComponentLexemes references.
public CanDeleteReferenceNow ( Command cmd ) : bool
cmd Command
Résultat bool

CheckDisposed() public méthode

public CheckDisposed ( ) : void
Résultat void

Collapse() public méthode

public Collapse ( ) : void
Résultat void

CreateIndentedNodes() public méthode

public CreateIndentedNodes ( XmlNode caller, ICmObject obj, int indent, int &insPos, ArrayList path, ObjSeqHashMap reuseMap, XmlNode node ) : void
caller System.Xml.XmlNode
obj ICmObject
indent int
insPos int
path System.Collections.ArrayList
reuseMap ObjSeqHashMap
node System.Xml.XmlNode
Résultat void

Dispose() protected méthode

Executes in two distinct scenarios. 1. If disposing is true, the method has been called directly or indirectly by a user's code via the Dispose method. Both managed and unmanaged resources can be disposed. 2. If disposing is false, the method has been called by the runtime from inside the finalizer and you should not reference (access) other managed objects, as they already have been garbage collected. Only unmanaged resources can be disposed.
If any exceptions are thrown, that is fine. If the method is being done in a finalizer, it will be ignored. If it is thrown by client code calling Dispose, it needs to be handled by fixing the bug. If subclasses override this method, they should call the base implementation.
protected Dispose ( bool disposing ) : void
disposing bool
Résultat void

DrawLabel() public méthode

Draws the label in the containing SilTreeControl's Graphics object at the specified position. Override if you have a more complex type of label, e.g., if the field contains interlinear data and you want to label each line.
public DrawLabel ( int y, Graphics gr, int clipWidth ) : void
y int
gr System.Drawing.Graphics
clipWidth int
Résultat void

DrawLabel() public méthode

public DrawLabel ( int x, int y, Graphics gr, int clipWidth ) : void
x int
y int
gr System.Drawing.Graphics
clipWidth int
Résultat void

Expand() public méthode

public Expand ( ) : void
Résultat void

Expand() public méthode

Expand this node, which is at position iSlice in its parent.
I (JH) don't know why this was written to take the index of the slice. It's just as easy for this class to find its own index. JohnT: for performance; finding its own index is a linear search, and the caller often has the info already, especially in loops expanding many children.
public Expand ( int iSlice ) : void
iSlice int
Résultat void

ExpandSubItem() public méthode

Find a slice nested below this one whose object is hvo and expand it if it is collapsed.
public ExpandSubItem ( int hvo ) : Slice
hvo int
Résultat Slice

FinishInit() public méthode

This method should be called once the various properties of the slice have been set, particularly the Cache, Object, Key, and Spec. The slice may create its Control in this method, so don't assume it exists before this is called. It should be called before installing the slice.
public FinishInit ( ) : void
Résultat void

GenerateChildren() public méthode

public GenerateChildren ( XmlNode node, XmlNode caller, ICmObject obj, int indent, int &insPos, ArrayList path, ObjSeqHashMap reuseMap, bool fUsePersistentExpansion ) : void
node System.Xml.XmlNode
caller System.Xml.XmlNode
obj ICmObject
indent int
insPos int
path System.Collections.ArrayList
reuseMap ObjSeqHashMap
fUsePersistentExpansion bool
Résultat void

GetBranchHeight() public méthode

Returns the height, from the top of the item, at which to draw the line across towards it. Typically this is the center of where DrawLabel will draw the label, but it might not be (e.g., if DrawLabel actually draws two labels and a bit of tree diagram).
public GetBranchHeight ( ) : int
Résultat int

GetCanDeleteNow() public méthode

is it possible to do a deletion menu command on this slice right now?
public GetCanDeleteNow ( ) : bool
Résultat bool

GetCanEditNow() public méthode

public GetCanEditNow ( ) : bool
Résultat bool

GetCanMergeNow() public méthode

Is it possible to do a merge menu command on this slice right now?
public GetCanMergeNow ( ) : bool
Résultat bool

GetCanSplitNow() public méthode

Is it possible to do a split menu command on this slice right now?
public GetCanSplitNow ( ) : bool
Résultat bool

GetChooserHelpTopicID() public méthode

public GetChooserHelpTopicID ( ) : String
Résultat String

GetChooserHelpTopicID() public méthode

public GetChooserHelpTopicID ( string ChooserDlgHelpTopicID ) : String
ChooserDlgHelpTopicID string
Résultat String

GetFieldType() protected méthode

protected GetFieldType ( int flid ) : int
flid int
Résultat int

GetFlid() protected méthode

Get the flid for the specified field name of this slice's object. May return zero if the object does not have that field.
protected GetFlid ( string fieldName ) : int
fieldName string
Résultat int

GetMessageTargets() public méthode

public GetMessageTargets ( ) : IxCoreColleague[]
Résultat IxCoreColleague[]

GetSliceHelpTopicID() public méthode

public GetSliceHelpTopicID ( ) : String
Résultat String

HandleCopyCommand() public méthode

public HandleCopyCommand ( Slice newSlice, string label ) : void
newSlice Slice
label string
Résultat void

HandleDeleteCommand() public méthode

Main work of deleting an object; answer true if it was actually deleted.
public HandleDeleteCommand ( Command cmd ) : bool
cmd Command
Résultat bool

HandleDeleteReferenceCommand() public méthode

Handle a "Delete Reference" command. Currently implemented only for the VariantEntryBackRefs / LexEntry/EntryRefs/ComponentLexemes references.
public HandleDeleteReferenceCommand ( Command cmd ) : void
cmd Command
Résultat void

HandleEditCommand() public méthode

public HandleEditCommand ( ) : void
Résultat void

HandleInsertCommand() public méthode

do an insertion
called by the containing environment in response to a user command.
public HandleInsertCommand ( string fieldName, string className ) : void
fieldName string
className string
Résultat void

HandleInsertCommand() public méthode

do an insertion
called by the containing environment in response to a user command.
public HandleInsertCommand ( string fieldName, string className, string ownerClassName, string recomputeVirtual ) : void
fieldName string name of field to create in
className string class of object to create
ownerClassName string class of expected owner. If the current slice's object is not /// this class (or a subclass), look for a containing object that is.
recomputeVirtual string if non-null, this is a virtual property that should be updated for all /// moved objects and their descendents of the specified class (string has form class.property)
Résultat void

HandleLaunchChooser() public méthode

This was added for Lexical Relation slices which now have the Add/Replace Reference menu item in the dropdown menu.
public HandleLaunchChooser ( ) : void
Résultat void

HandleMergeCommand() public méthode

public HandleMergeCommand ( bool fLoseNoTextData ) : void
fLoseNoTextData bool
Résultat void

HandleMouseDown() public méthode

public HandleMouseDown ( Point p ) : bool
p Point
Résultat bool

HandleSplitCommand() public méthode

public HandleSplitCommand ( ) : void
Résultat void

Init() public méthode

public Init ( Mediator mediator, XmlNode configurationParameters ) : void
mediator Mediator
configurationParameters XmlNode
Résultat void

Install() public méthode

public Install ( DataTree parent ) : void
parent DataTree
Résultat void

IsVisibilityItemChecked() protected méthode

protected IsVisibilityItemChecked ( string visibility ) : bool
visibility string
Résultat bool

LabelIndent() public méthode

public LabelIndent ( ) : int
Résultat int

OnDisplayShowFieldAlwaysVisible() public méthode

public OnDisplayShowFieldAlwaysVisible ( object commandObject, UIItemDisplayProperties &display ) : bool
commandObject object
display UIItemDisplayProperties
Résultat bool

OnDisplayShowFieldIfData() public méthode

public OnDisplayShowFieldIfData ( object commandObject, UIItemDisplayProperties &display ) : bool
commandObject object
display UIItemDisplayProperties
Résultat bool

OnDisplayShowFieldNormallyHidden() public méthode

public OnDisplayShowFieldNormallyHidden ( object commandObject, UIItemDisplayProperties &display ) : bool
commandObject object
display UIItemDisplayProperties
Résultat bool

OnEnter() protected méthode

protected OnEnter ( EventArgs e ) : void
e EventArgs
Résultat void

OnGotFocus() protected méthode

Focus the main child control, if possible.
protected OnGotFocus ( EventArgs e ) : void
e EventArgs
Résultat void

OnLayout() protected méthode

If we don't have a splitter (because no label), set the width of the tree node directly; the other node's size is set by being docked 'fill'.
protected OnLayout ( LayoutEventArgs levent ) : void
levent LayoutEventArgs
Résultat void

OnShowFieldAlwaysVisible() public méthode

public OnShowFieldAlwaysVisible ( object args ) : bool
args object
Résultat bool

OnShowFieldIfData() public méthode

public OnShowFieldIfData ( object args ) : bool
args object
Résultat bool

OnShowFieldNormallyHidden() public méthode

public OnShowFieldNormallyHidden ( object args ) : bool
args object
Résultat bool

OnSizeChanged() protected méthode

protected OnSizeChanged ( EventArgs e ) : void
e EventArgs
Résultat void

OnTreeNodeClick() public méthode

public OnTreeNodeClick ( object sender, EventArgs args ) : void
sender object
args EventArgs
Résultat void

OnValidating() protected méthode

protected OnValidating ( System e ) : void
e System
Résultat void

OverrideBackColor() public méthode

This is passed the color that the XDE specified, if any, otherwise null. The default is to use the normal window color for editable text. Subclasses which know they should have a different default should override this method, but normally should use the specified color if not null.
public OverrideBackColor ( String backColorName ) : void
backColorName String Name of the back color.
Résultat void

PartRef() protected méthode

extract the "part ref" node from the slice.Key
protected PartRef ( ) : XmlNode
Résultat XmlNode

RegisterWithContextHelper() public méthode

public RegisterWithContextHelper ( ) : void
Résultat void

ReplacePartWithNewAttribute() protected méthode

protected ReplacePartWithNewAttribute ( string attr, string attrValueNew ) : void
attr string
attrValueNew string
Résultat void

RetrieveContextMenuForHotlinks() public méthode

public RetrieveContextMenuForHotlinks ( ) : ContextMenu
Résultat ContextMenu

SetFieldVisibility() protected méthode

protected SetFieldVisibility ( string visibility ) : void
visibility string
Résultat void

SetWidthForDataTreeLayout() protected méthode

This is used to control the width of the slice when the data tree is being laid out. Any earlier width set is meaningless. Some slices can avoid doing a lot of work by ignoring earlier OnSizeChanged messages.
protected SetWidthForDataTreeLayout ( int width ) : void
width int
Résultat void

ShowContextMenuIconInTreeNode() public méthode

public ShowContextMenuIconInTreeNode ( ) : bool
Résultat bool

ShowSubControls() public méthode

We tend to get a visual stuttering effect if sub-controls are made visible before the main slice is correctly positioned. This method is called after the slice is positioned to give it a chance to make embedded controls visible. This default implementation does nothing.
public ShowSubControls ( ) : void
Résultat void

Slice() public méthode

public Slice ( Control ctrlT ) : System
ctrlT Control
Résultat System

TakeFocus() public méthode

The slice should become the focus slice (and return true). If the fOkToFocusTreeNode argument is false, this should happen iff it has a control which is appropriate to focus. Note: JohnT: recently I noticed that trying to focus the tree node doesn't seem to do anything; I'm not sure passing true is useful.
public TakeFocus ( bool fOkToFocusTreeNode ) : bool
fOkToFocusTreeNode bool
Résultat bool

TakeFocus() public méthode

public TakeFocus ( ) : void
Résultat void

UpdateDisplayIfNeeded() protected méthode

Updates the display of a slice, if an hvo and tag it cares about has changed in some way.
protected UpdateDisplayIfNeeded ( int hvo, int tag ) : bool
hvo int
tag int
Résultat bool

Property Details

m_cache protected_oe property

protected FdoCache m_cache
Résultat FdoCache

m_callerNode protected_oe property

protected XmlNode m_callerNode
Résultat XmlNode

m_configurationNode protected_oe property

protected XmlNode m_configurationNode
Résultat XmlNode

m_expansion protected_oe property

protected DataTree.TreeItemState m_expansion
Résultat DataTree.TreeItemState

m_fontLabel protected_oe property

protected Font m_fontLabel
Résultat Font

m_indent protected_oe property

protected int m_indent
Résultat int

m_isHighlighted protected_oe property

protected bool m_isHighlighted
Résultat bool

m_key protected_oe property

protected object[] m_key
Résultat object[]

m_location protected_oe property

protected Point m_location
Résultat Point

m_mediator protected_oe property

protected Mediator m_mediator
Résultat Mediator

m_obj protected_oe property

protected ICmObject m_obj
Résultat ICmObject

m_parentSlice protected_oe property

protected Slice m_parentSlice
Résultat Slice

m_persistenceProvider protected_oe property

protected IPersistenceProvider m_persistenceProvider
Résultat IPersistenceProvider

m_smallImages protected_oe property

protected ImageCollection m_smallImages
Résultat ImageCollection

m_strAbbr protected_oe property

protected string m_strAbbr
Résultat string

m_strLabel protected_oe property

protected string m_strLabel
Résultat string

m_stringTable protected_oe property

protected StringTable m_stringTable
Résultat StringTable

m_weight protected_oe property

protected ObjectWeight m_weight
Résultat ObjectWeight

m_widthHasBeenSetByDataTree protected_oe property

protected bool m_widthHasBeenSetByDataTree
Résultat bool