/**
 * enum module defines the public enumerations
 */
/**
 * Defines how to handle the text when it exceeds the element bounds
 * Wrap - Wraps the text to next line, when it exceeds its bounds
 * Ellipsis - It truncates the overflown text and represents the clipping with an ellipsis
 * Clip - It clips the overflow text
 */
export declare type TextOverflow = 
/** Wrap - Wraps the text to next line, when it exceeds its bounds */
'Wrap' | 
/** Ellipsis - It truncates the overflown text and represents the clipping with an ellipsis */
'Ellipsis' | 
/** Clip - It clips the overflow text */
'Clip';
/**
 * Defines how to decorate the text
 * Overline - Decorates the text with a line above the text
 * Underline - Decorates the text with an underline
 * LineThrough - Decorates the text by striking it with a line
 * None - Text will not have any specific decoration
 */
export declare type TextDecoration = 
/** Underline LineThrough - Decorates the text with an underline and strikeout */
'Underline LineThrough' | 
/** Overline - Decorates the text with a line above the text */
'Overline' | 
/** Underline - Decorates the text with an underline */
'Underline' | 
/** LineThrough - Decorates the text by striking it with a line */
'LineThrough' | 
/** None - Text will not have any specific decoration */
'None';
/**
 * Defines how the text has to be aligned
 * Left - Aligns the text at the left of the text bounds
 * Right - Aligns the text at the right of the text bounds
 * Center - Aligns the text at the center of the text bounds
 * Justify - Aligns the text in a justified manner
 */
export declare type TextAlign = 
/** Left - Aligns the text at the left of the text bounds */
'Left' | 
/** Right - Aligns the text at the right of the text bounds */
'Right' | 
/** Center - Aligns the text at the center of the text bounds */
'Center' | 
/** Justify - Aligns the text in a justified manner */
'Justify';
/**
 * Defines how to wrap the text when it exceeds the element bounds
 * WrapWithOverflow - Wraps the text so that no word is broken
 * Wrap - Wraps the text and breaks the word, if necessary
 * NoWrap - Text will no be wrapped
 */
export declare type TextWrap = 
/** WrapWithOverflow - Wraps the text so that no word is broken */
'WrapWithOverflow' | 
/** Wrap - Wraps the text and breaks the word, if necessary */
'Wrap' | 
/** NoWrap - Text will no be wrapped */
'NoWrap';
/**
 * Defines how the diagram elements have to be aligned with respect to its immediate parent
 * * Stretch - Stretches the diagram element throughout its immediate parent
 * * Top - Aligns the diagram element at the top of its immediate parent
 * * Bottom - Aligns the diagram element at the bottom of its immediate parent
 * * Center - Aligns the diagram element at the center of its immediate parent
 * * Auto - Aligns the diagram element based on the characteristics of its immediate parent
 */
export declare type VerticalAlignment = 
/**
 * Stretch - Stretches the diagram element throughout its immediate parent
 */
'Stretch' | 
/**
 * Top - Aligns the diagram element at the top of its immediate parent
 */
'Top' | 
/**
 * Bottom - Aligns the diagram element at the bottom of its immediate parent
 */
'Bottom' | 
/**
 * Center - Aligns the diagram element at the center of its immediate parent
 */
'Center' | 
/**
 * Auto - Aligns the diagram element based on the characteristics of its immediate parent
 */
'Auto';
/**
 * Defines how the diagram elements have to be aligned with respect to its immediate parent
 * * Stretch - Stretches the diagram element throughout its immediate parent
 * * Left - Aligns the diagram element at the left of its immediate parent
 * * Right - Aligns the diagram element at the right of its immediate parent
 * * Center - Aligns the diagram element at the center of its immediate parent
 * * Auto - Aligns the diagram element based on the characteristics of its immediate parent
 */
export declare type HorizontalAlignment = 
/**
 * Stretch - Stretches the diagram element throughout its immediate parent
 */
'Stretch' | 
/**
 * Left - Aligns the diagram element at the left of its immediate parent
 */
'Left' | 
/**
 * Right - Aligns the diagram element at the right of its immediate parent
 */
'Right' | 
/**
 * Center - Aligns the diagram element at the center of its immediate parent
 */
'Center' | 
/**
 * Auto - Aligns the diagram element based on the characteristics of its immediate parent
 */
'Auto';
/**
 * Defines the reference with respect to which the diagram elements have to be aligned
 * Point - Diagram elements will be aligned with respect to a point
 * Object - Diagram elements will be aligned with respect to its immediate parent
 */
export declare type RelativeMode = 
/** Point - Diagram elements will be aligned with respect to a point */
'Point' | 
/** Object - Diagram elements will be aligned with respect to its immediate parent */
'Object';
/**
 * Defines the type of the gradient
 * Linear - Sets the type of the gradient as Linear
 * Radial - Sets the type of the gradient as Radial
 */
export declare type GradientType = 
/** None - Sets the type of the gradient as None */
'None' | 
/** Linear - Sets the type of the gradient as Linear */
'Linear' | 
/** Radial - Sets the type of the gradient as Radial */
'Radial';
/**
 * Defines the unit mode
 * Absolute - Sets the unit mode type as Absolute
 * Fraction - Sets the unit mode type as Fraction
 */
export declare type UnitMode = 
/** Absolute - Sets the unit mode type as Absolute */
'Absolute' | 
/** Fraction - Sets the unit mode type as Fraction */
'Fraction';
/**
 * Defines the container/canvas transform
 * Self - Sets the transform type as Self
 * Parent - Sets the transform type as Parent
 */
export declare enum RotateTransform {
    /** Self - Sets the transform type as Self */
    Self = 1,
    /** Parent - Sets the transform type as Parent */
    Parent = 2
}
/** Enables/Disables The element actions
 * None - Diables all element actions are none
 * ElementIsPort - Enable element action is port
 * ElementIsGroup - Enable element action as Group
 * @private
 */
export declare enum ElementAction {
    /** Disables all element actions are none  */
    None = 0,
    /** Enable the element action is Port  */
    ElementIsPort = 2,
    /** Enable the element action as Group  */
    ElementIsGroup = 4
}
/**
 * Defines how the annotations have to be aligned with respect to its immediate parent
 * Center - Aligns the annotation at the center of a connector segment
 * Before - Aligns the annotation before a connector segment
 * After - Aligns the annotation after a connector segment
 */
export declare type AnnotationAlignment = 
/**
 * Center - Aligns the annotation at the center of a connector segment
 */
'Center' | 
/**
 * Before - Aligns the annotation before a connector segment
 */
'Before' | 
/**
 * After - Aligns the annotation after a connector segment
 */
'After';
/**
 * Defines the type of the annotation
 * Shape - Sets the annotation type as Shape
 * Path - Sets the annotation type as Path
 */
export declare type AnnotationTypes = 
/**
 * Shape - Sets the annotation type as Shape
 */
'Shape' | 
/**
 * Path - Sets the annotation type as Path
 */
'Path';
/**
 * Defines the decorator shape of the connector
 * None - Sets the decorator shape as None
 * Arrow - Sets the decorator shape as Arrow
 * Diamond - Sets the decorator shape as Diamond
 * Butt - Sets the decorator shape as Butt
 * Path - Sets the decorator shape as Path
 * OpenArrow - Sets the decorator shape as OpenArrow
 * Circle - Sets the decorator shape as Circle
 * Square - Sets the decorator shape as Square
 * Fletch - Sets the decorator shape as Fletch
 * OpenFetch - Sets the decorator shape as OpenFetch
 * IndentedArrow - Sets the decorator shape as Indented Arrow
 * OutdentedArrow - Sets the decorator shape as Outdented Arrow
 * DoubleArrow - Sets the decorator shape as DoubleArrow
 */
export declare type DecoratorShapes = 
/** None - Sets the decorator shape as None */
'None' | 
/** Arrow - Sets the decorator shape as Arrow */
'Arrow' | 
/** Diamond - Sets the decorator shape as Diamond */
'Diamond' | 
/** Butt - Sets the decorator shape as Butt */
'Butt' | 
/** OpenArrow - Sets the decorator shape as OpenArrow */
'OpenArrow' | 
/** Circle - Sets the decorator shape as Circle */
'Circle' | 
/** Square - Sets the decorator shape as Square */
'Square' | 
/** Fletch - Sets the decorator shape as Fletch */
'Fletch' | 
/** OpenFetch - Sets the decorator shape as OpenFetch */
'OpenFetch' | 
/** IndentedArrow - Sets the decorator shape as Indented Arrow */
'IndentedArrow' | 
/** OutdentedArrow - Sets the decorator shape as Outdented Arrow */
'OutdentedArrow' | 
/** DoubleArrow - Sets the decorator shape as DoubleArrow */
'DoubleArrow' | 
/** Custom - Sets the decorator shape as Custom */
'Custom';
/**
 * Enables/Disables shape of the uml classifier shapes
 * * Package - Indicates the scope is public.
 * * Class - Indicates the scope is protected.
 * * Interface - Indicates the scope is private.
 * * Enumeration - Indicates the scope is package.
 * * CollapsedPackage - Indicates the scope is public.
 * * Inheritance - Indicates the scope is protected.
 * * Association - Indicates the scope is private.
 * * Aggregation - Indicates the scope is package.
 * * Composition - Indicates the scope is public.
 * * Realization - Indicates the scope is protected.
 * * DirectedAssociation - Indicates the scope is private.
 * * Dependency - Indicates the scope is package.
 */
export declare type ClassifierShape = 'Class' | 'Interface' | 'Enumeration' | 'Inheritance' | 'Association' | 'Aggregation' | 'Composition' | 'Realization' | 'Dependency';
/**
 * Defines the direction the uml connectors
 * * Default - Indicates the direction is Default.
 * * Directional - Indicates the direction is single Directional.
 * * BiDirectional - Indicates the direction is BiDirectional.
 */
export declare type AssociationFlow = 'Default' | 'Directional' | 'BiDirectional';
/**
 * Define the Multiplicity of uml connector shapes
 * * OneToOne - Indicates the connector multiplicity is OneToOne.
 * * OneToMany - Indicates the connector multiplicity is OneToMany.
 * * ManyToOne - Indicates the connector multiplicity is ManyToOne.
 * * ManyToOne - Indicates the connector multiplicity is ManyToOne.
 */
export declare type Multiplicity = 'OneToOne' | 'OneToMany' | 'ManyToOne' | 'ManyToOne';
/**
 * Defines the segment type of the connector
 * Straight - Sets the segment type as Straight
 */
export declare type Segments = 
/** Straight - Sets the segment type as Straight */
'Straight';
/**
 * Defines the constraints to enable/disable certain features of connector.
 * * None - Interaction of the connectors cannot be done.
 * * Select - Selects the connector.
 * * Delete - Delete the connector.
 * * Drag - Drag the connector.
 * * DragSourceEnd - Drag the source end of the connector.
 * * DragTargetEnd - Drag the target end of the connector.
 * * DragSegmentThump - Drag the segment thumb of the connector.
 * * AllowDrop - Allow to drop a node.
 * * Bridging - Creates bridge  on intersection of two connectors.
 * * BridgeObstacle -
 * * InheritBridging - Creates bridge  on intersection of two connectors.
 * * PointerEvents - Sets the pointer events.
 * * Tooltip - Displays a tooltip for the connectors.
 * * InheritToolTip - Displays a tooltip for the connectors.
 * * Interaction - Features of the connector used for interaction.
 * * ReadOnly - Enables ReadOnly
 * * Default - Default features of the connector.
 * @aspNumberEnum
 * @IgnoreSingular
 */
export declare enum ConnectorConstraints {
    /** Disable all connector Constraints. */
    None = 1,
    /** Enables connector to be selected. */
    Select = 2,
    /** Enables connector to be Deleted. */
    Delete = 4,
    /** Enables connector to be Dragged. */
    Drag = 8,
    /** Enables connectors source end to be selected. */
    DragSourceEnd = 16,
    /** Enables connectors target end to be selected. */
    DragTargetEnd = 32,
    /** Enables control point and end point of every segment in a connector for editing. */
    DragSegmentThumb = 64,
    /** Enables AllowDrop constraints to the  connector. */
    AllowDrop = 128,
    /** Enables bridging to the connector. */
    Bridging = 256,
    /** Enables or Disables Bridge Obstacles with overlapping of connectors. */
    BridgeObstacle = 512,
    /** Enables bridging to the connector. */
    InheritBridging = 1024,
    /** Used to set the pointer events. */
    PointerEvents = 2048,
    /** Enables or disables tool tip for the connectors */
    Tooltip = 4096,
    /** Enables or disables tool tip for the connectors */
    InheritTooltip = 8192,
    /** Enables Interaction. */
    Interaction = 4218,
    /** Enables ReadOnly */
    ReadOnly = 16384,
    /** Enables all constraints. */
    Default = 11838
}
/**
 * Defines the objects direction
 * Left - Sets the direction type as Left
 * Right - Sets the direction type as Right
 * Top - Sets the direction type as Top
 * Bottom - Sets the direction type as Bottom
 */
export declare type Direction = 
/** Left - Sets the direction type as Left */
'Left' | 
/** Right - Sets the direction type as Right */
'Right' | 
/** Top - Sets the direction type as Top */
'Top' | 
/** Bottom - Sets the direction type as Bottom */
'Bottom';
/**
 * Defines the orientation of the layout
 * * TopToBottom - Renders the layout from top to bottom
 * * BottomToTop - Renders the layout from bottom to top
 * * LeftToRight - Renders the layout from left to right
 * * RightToLeft - Renders the layout from right to left
 */
export declare type LayoutOrientation = 
/**
 * TopToBottom - Renders the layout from top to bottom
 */
'TopToBottom' | 
/**
 * BottomToTop - Renders the layout from bottom to top
 */
'BottomToTop' | 
/**
 * LeftToRight - Renders the layout from left to right
 */
'LeftToRight' | 
/**
 * RightToLeft - Renders the layout from right to left
 */
'RightToLeft';
/**
 * Detect the status of Crud operation performed in the diagram
 */
export declare type Status = 'None' | 'New' | 'Update';
/** Enables/Disables the handles of the selector
 * Rotate - Enable Rotate Thumb
 * ConnectorSource - Enable Connector source point
 * ConnectorTarget - Enable Connector target point
 * ResizeNorthEast - Enable ResizeNorthEast Resize
 * ResizeEast - Enable ResizeEast Resize
 * ResizeSouthEast - Enable ResizeSouthEast Resize
 * ResizeSouth - Enable ResizeSouth Resize
 * ResizeSouthWest - Enable ResizeSouthWest Resize
 * ResizeWest - Enable ResizeWest Resize
 * ResizeNorthWest - Enable ResizeNorthWest Resize
 * ResizeNorth - Enable ResizeNorth Resize
 * Default - Enables all constraints
 * @private
 */
export declare enum ThumbsConstraints {
    /** Enable Rotate Thumb  */
    Rotate = 2,
    /** Enable Connector source point  */
    ConnectorSource = 4,
    /** Enable Connector target point  */
    ConnectorTarget = 8,
    /** Enable ResizeNorthEast Resize  */
    ResizeNorthEast = 16,
    /** Enable ResizeEast Resize  */
    ResizeEast = 32,
    /** Enable ResizeSouthEast Resize */
    ResizeSouthEast = 64,
    /** Enable ResizeSouth Resize */
    ResizeSouth = 128,
    /** Enable ResizeSouthWest Resize */
    ResizeSouthWest = 256,
    /** Enable ResizeWest Resize */
    ResizeWest = 512,
    /** Enable ResizeNorthWest Resize */
    ResizeNorthWest = 1024,
    /** Enable ResizeNorth Resize */
    ResizeNorth = 2048,
    /** Enables all constraints */
    Default = 4094
}
/**
 * Defines the visibility of the selector handles
 * None - Hides all the selector elements
 * ConnectorSourceThumb - Shows/hides the source thumb of the connector
 * ConnectorTargetThumb - Shows/hides the target thumb of the connector
 * ResizeSouthEast - Shows/hides the bottom right resize handle of the selector
 * ResizeSouthWest - Shows/hides the bottom left resize handle of the selector
 * ResizeNorthEast - Shows/hides the top right resize handle of the selector
 * ResizeNorthWest - Shows/hides the top left resize handle of the selector
 * ResizeEast - Shows/hides the middle right resize handle of the selector
 * ResizeWest - Shows/hides the middle left resize handle of the selector
 * ResizeSouth - Shows/hides the bottom center resize handle of the selector
 * ResizeNorth - Shows/hides the top center resize handle of the selector
 * Rotate - Shows/hides the rotate handle of the selector
 * UserHandles - Shows/hides the user handles of the selector
 * Resize - Shows/hides all resize handles of the selector
 * @aspNumberEnum
 * @IgnoreSingular
 */
export declare enum SelectorConstraints {
    /** Hides all the selector elements */
    None = 1,
    /** Shows/hides the source thumb of the connector */
    ConnectorSourceThumb = 2,
    /** Shows/hides the target thumb of the connector */
    ConnectorTargetThumb = 4,
    /** Shows/hides the bottom right resize handle of the selector */
    ResizeSouthEast = 8,
    /** Shows/hides the bottom left resize handle of the selector */
    ResizeSouthWest = 16,
    /** Shows/hides the top right resize handle of the selector */
    ResizeNorthEast = 32,
    /** Shows/hides the top left resize handle of the selector */
    ResizeNorthWest = 64,
    /** Shows/hides the middle right resize handle of the selector  */
    ResizeEast = 128,
    /** Shows/hides the middle left resize handle of the selector */
    ResizeWest = 256,
    /** Shows/hides the bottom center resize handle of the selector */
    ResizeSouth = 512,
    /** Shows/hides the top center resize handle of the selector */
    ResizeNorth = 1024,
    /**  Shows/hides the rotate handle of the selector */
    Rotate = 2048,
    /** Shows/hides the user handles of the selector */
    UserHandle = 4096,
    /** Shows/hides the default tooltip of nodes and connectors */
    ToolTip = 8192,
    /** Shows/hides all resize handles of the selector */
    ResizeAll = 2046,
    /** Shows all handles of the selector  */
    All = 16382
}
/**
 * Defines how to handle the empty space and empty lines of a text
 * PreserveAll - Preserves all empty spaces and empty lines
 * CollapseSpace - Collapses the consequent spaces into one
 * CollapseAll - Collapses all consequent empty spaces and empty lines
 */
export declare type WhiteSpace = 
/** PreserveAll - Preserves all empty spaces and empty lines */
'PreserveAll' | 
/** CollapseSpace - Collapses the consequent spaces into one */
'CollapseSpace' | 
/** CollapseAll - Collapses all consequent empty spaces and empty lines */
'CollapseAll';
/** @private */
export declare enum NoOfSegments {
    Zero = 0,
    One = 1,
    Two = 2,
    Three = 3,
    Four = 4,
    Five = 5
}
/**
 * None - Alignment value will be set as none
 * XMinYMin - smallest X value of the view port and  smallest Y value of the view port
 * XMidYMin - midpoint X value of the view port and  smallest Y value of the view port
 * XMaxYMin - maximum X value of the view port and  smallest Y value of the view port
 * XMinYMid - smallest X value of the view port and midpoint Y value of the view port
 * XMidYMid - midpoint X value of the view port and midpoint Y value of the view port
 * XMaxYMid - maximum X value of the view port and midpoint Y value of the view port
 * XMinYMax - smallest X value of the view port and maximum Y value of the view port
 * XMidYMax - midpoint X value of the view port and maximum Y value of the view port
 * XMaxYMax - maximum X value of the view port and maximum Y value of the view port
 */
export declare type ImageAlignment = 
/** None - Alignment value will be set as none */
'None' | 
/** XMinYMin - smallest X value of the view port and  smallest Y value of the view port */
'XMinYMin' | 
/** XMidYMin - midpoint X value of the view port and  smallest Y value of the view port */
'XMidYMin' | 
/** XMaxYMin - maximum X value of the view port and  smallest Y value of the view port */
'XMaxYMin' | 
/** XMinYMid - smallest X value of the view port and midpoint Y value of the view port */
'XMinYMid' | 
/** XMidYMid - midpoint X value of the view port and midpoint Y value of the view port */
'XMidYMid' | 
/** XMaxYMid - maximum X value of the view port and midpoint Y value of the view port */
'XMaxYMid' | 
/** XMinYMax - smallest X value of the view port and maximum Y value of the view port */
'XMinYMax' | 
/** XMidYMax - midpoint X value of the view port and maximum Y value of the view port */
'XMidYMax' | 
/** XMaxYMax - maximum X value of the view port and maximum Y value of the view port */
'XMaxYMax';
/**
 * Defines the diagrams stretch
 * None - Sets the stretch type for diagram as None
 * Stretch - Sets the stretch type for diagram as Stretch
 * Meet - Sets the stretch type for diagram as Meet
 * Slice - Sets the stretch type for diagram as Slice
 */
export declare type Stretch = 
/** None - Sets the stretch type for diagram as None */
'None' | 
/** Stretch - Sets the stretch type for diagram as Stretch */
'Stretch' | 
/** Meet - Sets the stretch type for diagram as Meet */
'Meet' | 
/** Slice - Sets the stretch type for diagram as Slice */
'Slice';
/**
 * None - Scale value will be set as None for the image
 * Meet - Scale value Meet will be set for the image
 * Slice - Scale value Slice will be set for the image
 */
export declare type Scale = 
/** None - Scale value will be set as None for the image */
'None' | 
/** Meet - Scale value Meet will be set for the image */
'Meet' | 
/** Slice - Scale value Slice will be set for the image */
'Slice';