IGraphAccessible<'V, 'E> (B2R2)

IGraphAccessible<'V, 'E> Type

Namespace: B2R2.MiddleEnd.BinGraph
Assembly: B2R2.MiddleEnd.BinGraph.dll
Base Type: obj
All Interfaces: IGraphAccessible<'V, 'E>

Read-only graph information accessor. This interface provides a way to access the information of a graph without modifying it.

Instance members

Instance member	Description
`this.Edges` Full Usage: `this.Edges` Returns: `Edge<'V, 'E>[]` Modifiers: abstract	Get an array of all edges in the graph. Returns: `Edge<'V, 'E>[]`
`this.FindEdge` Full Usage: `this.FindEdge` Parameters: src : `IVertex<'V>` dst : `IVertex<'V>` Returns: `Edge<'V, 'E>` Modifiers: abstract	Find the edge between src and dst. If this is a directed graph, find the edge from src to dst. If this is an undirected graph, find the edge that spans between src and dst. src : `IVertex<'V>` dst : `IVertex<'V>` Returns: `Edge<'V, 'E>`
`this.FindVertexBy` Full Usage: `this.FindVertexBy` Parameters: arg0 : `IVertex<'V> -> bool` Returns: `IVertex<'V>` Modifiers: abstract	Find a vertex by the given function. This function returns the first element, in which the function returns true. When there is no such an element, the function raises an exception. arg0 : `IVertex<'V> -> bool` Returns: `IVertex<'V>`
`this.FindVertexByData` Full Usage: `this.FindVertexByData` Parameters: arg0 : `'V` Returns: `IVertex<'V>` Modifiers: abstract	Find a vertex that has the given data value from the graph. It will raise an exception if such a vertex does not exist. Note that this function should be used only when one knows each vertex in the graph has a unique data value. arg0 : `'V` Returns: `IVertex<'V>`
`this.FindVertexByID` Full Usage: `this.FindVertexByID` Parameters: arg0 : `VertexID` Returns: `IVertex<'V>` Modifiers: abstract	Find a vertex by its VertexID. This function raises an exception when there is no such a vertex. arg0 : `VertexID` Returns: `IVertex<'V>`
`this.FoldEdge` Full Usage: `this.FoldEdge` Parameters: arg0 : `'a -> Edge<'V, 'E> -> 'a` arg1 : `'a` Returns: `'a` Modifiers: abstract	Fold every edge in the graph (the order can be arbitrary). arg0 : `'a -> Edge<'V, 'E> -> 'a` arg1 : `'a` Returns: `'a`
`this.FoldVertex` Full Usage: `this.FoldVertex` Parameters: arg0 : `'a -> IVertex<'V> -> 'a` arg1 : `'a` Returns: `'a` Modifiers: abstract	Fold every vertex (the order can be arbitrary). arg0 : `'a -> IVertex<'V> -> 'a` arg1 : `'a` Returns: `'a`
`this.HasVertex` Full Usage: `this.HasVertex` Parameters: arg0 : `VertexID` Returns: `bool` Modifiers: abstract	Check the existence of the given vertex from the graph. arg0 : `VertexID` Returns: `bool`
`this.ImplementationType` Full Usage: `this.ImplementationType` Returns: `ImplementationType` Modifiers: abstract	Get the implementation type of this graph. Returns: `ImplementationType`
`this.IsEmpty` Full Usage: `this.IsEmpty` Returns: `bool` Modifiers: abstract	Is this empty? A graph is empty when there is no vertex in the graph. Returns: `bool`
`this.IterEdge` Full Usage: `this.IterEdge` Parameters: arg0 : `Edge<'V, 'E> -> unit` Modifiers: abstract	Fold every edge in the graph (the order can be arbitrary). arg0 : `Edge<'V, 'E> -> unit`
`this.IterVertex` Full Usage: `this.IterVertex` Parameters: arg0 : `IVertex<'V> -> unit` Modifiers: abstract	Iterate every vertex (the order can be arbitrary). arg0 : `IVertex<'V> -> unit`
`this.SingleRoot` Full Usage: `this.SingleRoot` Returns: `IVertex<'V>` Modifiers: abstract	Get exactly one root vertex of this graph. If there are multiple root vertices, this will raise an exception. Returns: `IVertex<'V>`
`this.Size` Full Usage: `this.Size` Returns: `int` Modifiers: abstract	Number of vertices. Returns: `int`
`this.TryFindEdge` Full Usage: `this.TryFindEdge` Parameters: src : `IVertex<'V>` dst : `IVertex<'V>` Returns: `Edge<'V, 'E> option` Modifiers: abstract	Find the edge between src and dst. If this is a directed graph, find the edge from src to dst. If this is an undirected graph, find the edge that spans between src and dst. src : `IVertex<'V>` dst : `IVertex<'V>` Returns: `Edge<'V, 'E> option`
`this.TryFindVertexBy` Full Usage: `this.TryFindVertexBy` Parameters: arg0 : `IVertex<'V> -> bool` Returns: `IVertex<'V> option` Modifiers: abstract	Find a vertex by the given function without raising an exception. arg0 : `IVertex<'V> -> bool` Returns: `IVertex<'V> option`
`this.TryFindVertexByData` Full Usage: `this.TryFindVertexByData` Parameters: arg0 : `'V` Returns: `IVertex<'V> option` Modifiers: abstract	Find a vertex that has the given VertexData from the graph. This function does not raise an exception unlike FindVertexByData. arg0 : `'V` Returns: `IVertex<'V> option`
`this.TryFindVertexByID` Full Usage: `this.TryFindVertexByID` Parameters: arg0 : `VertexID` Returns: `IVertex<'V> option` Modifiers: abstract	Find a vertex by its VertexID. This function returns an Option type. arg0 : `VertexID` Returns: `IVertex<'V> option`
`this.Unreachables` Full Usage: `this.Unreachables` Returns: `IVertex<'V>[]` Modifiers: abstract	Get a collection of unreachable vertices in the graph. Returns: `IVertex<'V>[]`
`this.Vertices` Full Usage: `this.Vertices` Returns: `IVertex<'V>[]` Modifiers: abstract	Get an array of all vertices in the graph. Returns: `IVertex<'V>[]`