Ingress object assigning edges using randoming hash function. More...

Public Types
typedef distributed_graph < VertexData, EdgeData >	graph_type
typedef VertexData	vertex_data_type
	The type of the vertex data stored in the graph.
typedef EdgeData	edge_data_type
	The type of the edge data stored in the graph.
typedef distributed_ingress_base < VertexData, EdgeData >	base_type
typedef graph_type::vertex_record	vertex_record
typedef graph_type::mirror_type	mirror_type

Public Member Functions
	distributed_constrained_random_ingress (distributed_control &dc, graph_type &graph, const std::string &method)
void	add_edge (vertex_id_type source, vertex_id_type target, const EdgeData &edata)
virtual void	add_vertex (vertex_id_type vid, const VertexData &vdata)
	Add an vertex to the ingress object.
virtual void	finalize ()
	Finalize completes the local graph data structure and the vertex record information.
void	exchange_global_info ()

Public Attributes
sharding_constraint *	constraint
boost::hash< vertex_id_type >	hashvid
dc_dist_object < distributed_ingress_base >	rpc
	The rpc interface for this object.
graph_type &	graph
	The underlying distributed graph object that is being loaded.
buffered_exchange < vertex_buffer_record >	vertex_exchange
buffered_exchange < edge_buffer_record >	edge_exchange
ingress_edge_decision < VertexData, EdgeData >	edge_decision
	Ingress decision object for computing the edge destination.

Protected Member Functions
procid_t	vertex_to_proc (const vertex_id_type vid) const
	Returns the random hashed pid of a vertex.

Detailed Description

Ingress object assigning edges using randoming hash function.

Member Function Documentation

template<typename VertexData , typename EdgeData >

void graphlab::distributed_constrained_random_ingress< VertexData, EdgeData >::add_edge	(	vertex_id_type	source,
		vertex_id_type	target,
		const EdgeData &	edata
	)

inlinevirtual

Add an edge to the ingress object using random assignment.

The documentation for this class was generated from the following file: