A B G I L M N P R S T V

G

GPWData - class net.goui.util.GPWData.

GPWData() - Constructor for class net.goui.util.GPWData

GoLayout - class net.goui.awt.GoLayout.

GoLayout(String, int, int) - Constructor for class net.goui.awt.GoLayout

This constructs a GoLayout instance given a layout string, default weight and default vertical alignment.

GoLayout(String) - Constructor for class net.goui.awt.GoLayout

This constructs a GoLayout instance using the given layout string and with a default weight of 1 and a default vertical alignment of VALIGN_FILLED.

GoLayout.Cell - class net.goui.awt.GoLayout.Cell.

GoLayout.Row - class net.goui.awt.GoLayout.Row.

GoSecure - class net.goui.util.GoSecure.

GoSecure(String, String, String, int) - Constructor for class net.goui.util.GoSecure

Initialise an instance of GoSecure using the given key and hashing scheme.

GraphLayout - class net.goui.util.GraphLayout.

GraphLayout() - Constructor for class net.goui.util.GraphLayout

Construct an empty GraphLayout instance.

GraphLayout.Edge - class net.goui.util.GraphLayout.Edge.

GraphLayout.Edge() - Constructor for class net.goui.util.GraphLayout.Edge

This constructor creates a basic Edge instance with no specific constraint information.

GraphLayout.Edge(GraphLayout.EdgeConstraint) - Constructor for class net.goui.util.GraphLayout.Edge

This constructor creates an edge instance using the given constraint.

GraphLayout.EdgeConstraint - interface net.goui.util.GraphLayout.EdgeConstraint.

GraphLayout.Path - class net.goui.util.GraphLayout.Path.

GraphLayout.Path() - Constructor for class net.goui.util.GraphLayout.Path

Construct an empty path instance.

GraphLayout.Vertex - class net.goui.util.GraphLayout.Vertex.

GraphLayout.Vertex() - Constructor for class net.goui.util.GraphLayout.Vertex

Create a Vertex which will initially have no set position.

generate(byte[], Random) - Static method in class net.goui.util.GPWData

This methid simply fills a given byte array with numerical values corresponding to characters in order to form a pronounceable password.

getActive() - Method in class net.goui.awt.GoLayout.Cell

Return the active status of this Cell.

getAlignment() - Method in class net.goui.awt.GoLayout.Cell

This method returns the vertical alignment constant for this Cell.

getCell(int) - Method in class net.goui.awt.GoLayout.Row

This method returns the Cell instance corresponding to the specified index within this Row.

getCellCount() - Method in class net.goui.awt.GoLayout.Row

This method returns the number of Cells in this Row.

getCellSize() - Method in class net.goui.awt.GoLayout.Cell

Returns the current explicitly set size for this Cell.

getComponentIndex() - Method in class net.goui.awt.GoLayout.Cell

This method returns the Component index for this Cell.

getEdge(int) - Method in class net.goui.util.GraphLayout.Path

The method returns the Edge at the specified index from this Path.

getEdgeCount() - Method in class net.goui.util.GraphLayout.Path

This method obtains the number of Edges in this Path.

getEdgeSize() - Method in class net.goui.awt.GoLayout

This method returns the current Edge width and height.

getMaxSize() - Method in class net.goui.awt.GoLayout.Cell

This method exists as part of the internal implementation of the GoLayout classes and should not be called directly.

getMaxSize() - Method in class net.goui.awt.GoLayout.Row

This method exists as part of the internal implementation of the GoLayout classes and should not be called directly.

getMaxSize() - Method in class net.goui.util.GraphLayout.Edge

This is a simple default implementation of the getMaxSize() method of EdgeConstraint.

getMaxSize() - Method in interface net.goui.util.GraphLayout.EdgeConstraint

An implementation of this method must return a non-negative integer representing the minimum size of the associated edge.

getMinSize() - Method in class net.goui.awt.GoLayout.Cell

This method exists as part of the internal implementation of the GoLayout classes and should not be called directly.

getMinSize() - Method in class net.goui.awt.GoLayout.Row

This method exists as part of the internal implementation of the GoLayout classes and should not be called directly.

getMinSize() - Method in class net.goui.util.GraphLayout.Edge

This is a simple default implementation of the getMinSize() method of EdgeConstraint.

getMinSize() - Method in interface net.goui.util.GraphLayout.EdgeConstraint

An implementation of this method must return a non-negative integer representing the minimum size of the associated edge.

getPassword(int, int, int) - Method in class net.goui.util.GoSecure

Get the next available password conforming to the given constraints.

getPosition() - Method in class net.goui.util.GraphLayout.Vertex

This method returns the current position of this Vertex if it has been uniquely determined.

getRow(int) - Method in class net.goui.awt.GoLayout

This method returns the Row instance corresponding to the specified index within the layout.

getRowCount() - Method in class net.goui.awt.GoLayout

This method returns the number of Rows in this layout.

getSalt() - Method in class net.goui.util.GoSecure

Returns the salt string constructed from the private key information.

getSize() - Method in class net.goui.util.GraphLayout.Edge

This method returns the current size of this Edge as determined by the layout process.

getVertexNeg() - Method in class net.goui.util.GraphLayout.Edge

This method returns the negative (preceeding) Vertex for this edge.

getVertexPos() - Method in class net.goui.util.GraphLayout.Edge

This method returns the positive (following) Vertex for this edge.

getWeight() - Method in class net.goui.awt.GoLayout.Cell

This method returns the horizontal layout weight for this Cell.

getWeight() - Method in class net.goui.awt.GoLayout.Row

This method returns the vertical layout weight for this Row.

getWeight() - Method in class net.goui.util.GraphLayout.Edge

This is a simple default implementation of the getWeight() method of EdgeConstraint.

getWeight() - Method in interface net.goui.util.GraphLayout.EdgeConstraint

An implementation of this method must return a non-negative integer representing the weight of the associated edge.