Encapsulates a topology like torus, fat tree, butterfly which has a regular, well-defined structure. More...

#include <structured_topology.h>

Inheritance diagram for sstmac::hw::structured_topology:

Collaboration diagram for sstmac::hw::structured_topology:

Public Member Functions
virtual	~structured_topology ()

virtual int	num_leaf_switches () const =0
	Structured topologies can be direct (torus) or indirect (fat tree). More...

virtual void	connect_objects (internal_connectable_map &objects)=0
	Given a set of connectables, connect them appropriately. More...

virtual void	build_internal_connectables (internal_connectable_map &connectables, sprockit::factory< connectable > factory, partition part, int my_rank, sprockit::sim_parameters params, connectable dummy)

virtual void	build_endpoint_connectables (end_point_connectable_map &connectables, sprockit::factory< connectable > factory, partition part, int my_rank, sprockit::sim_parameters *params)

virtual void	build_interface_connectables (int conc, end_point_connectable_map &connectables, sprockit::factory2< connectable > nic_factory, partition part, int my_rank, sprockit::sim_parameters params, sprockit::factory_type interconnect)

virtual void	minimal_route_to_coords (const coordinates &src_coords, const coordinates &dest_coords, structured_routable::path &path) const =0
	Workhorse function for implementing minimal_route_to_switch and #minimal_route_to_node. More...

virtual void	minimal_routes_to_coords (const coordinates &src_coords, const coordinates &dest_coords, structured_routable::path &current_path, structured_routable::path_set &paths) const

virtual int	minimal_distance (const coordinates &src_coords, const coordinates &dest_coords) const =0
	The function accepts either source or node coordinates. More...

virtual int	ndimensions () const =0
	The number of distinct 'dimensions' in the topology. More...

virtual int	diameter () const =0

virtual switch_id	switch_number (const coordinates &coords) const =0

virtual void	productive_path (int dim, const coordinates &src, const coordinates &dst, structured_routable::path &path) const =0

virtual void	init_factory_params (sprockit::sim_parameters *params)

virtual int	endpoints_per_switch (switch_id addr) const
	Given a switch address, return number of nodes connected to it. More...

virtual int	num_nodes () const

virtual int	num_endpoints () const

coordinates	switch_coords (switch_id swid) const
	Compute coordinates (e.g. More...

virtual coordinates	node_coords (node_id nid) const
	Compute coordinates (e.g. More...

coordinates	endpoint_coords (node_id nid) const

virtual switch_id	endpoint_to_ejection_switch (node_id nodeaddr, int &switch_port) const

virtual switch_id	endpoint_to_injection_switch (node_id nodeaddr, int &switch_port) const

virtual int	endpoint_to_ejection_port (node_id addr) const

virtual int	endpoint_to_injection_port (node_id addr) const

virtual int	endpoint_to_switch_port (node_id nid) const

void	finalize_init ()

virtual void	productive_paths (structured_routable::path_set &paths, const coordinates &current, const coordinates &dst)

std::string	label (node_id nid) const

std::string	label (switch_id sid) const

virtual void	minimal_route_to_switch (switch_id current_sw_addr, switch_id dest_sw_addr, structured_routable::path &path) const
	Implementation of topology::minimal_route_to_switch. More...

virtual void	minimal_routes_to_switch (switch_id current_sw_addr, switch_id dest_sw_addr, structured_routable::path &current_path, structured_routable::path_set &paths) const

virtual void	eject_paths_on_switch (node_id dest_addr, switch_id sw_addr, structured_routable::path_set &paths) const

virtual int	num_hops_to_node (node_id src, node_id dst) const

virtual std::vector< node_id >	nodes_connected_to_injection_switch (switch_id swaddr) const

virtual std::vector< node_id >	nodes_connected_to_ejection_switch (switch_id swid) const

virtual coordinates	neighbor_at_port (switch_id sid, int port) const

virtual node_id	node_addr (const coordinates &coords) const

virtual node_id	node_addr (const coordinates &sw_coords, int port) const

virtual void	send_partners (traffic_pattern::type_t ty, node_id src_node, std::vector< node_id > &partners) const

virtual void	recv_partners (traffic_pattern::type_t ty, node_id src_node, std::vector< node_id > &partners) const

virtual void	compute_switch_coords (switch_id swid, coordinates &coords) const =0
	Compute coordinates (e.g. More...

Protected Member Functions
void	configure_injection_geometry (std::vector< int > &redundancies)

virtual std::vector< node_id >	nodes_connected_to_switch (switch_id swaddr) const

	structured_topology ()

void	partners (bool get_send_partner, traffic_pattern::type_t ty, node_id src, std::vector< node_id > &partner_list) const

virtual void	nearest_neighbor_partners (const coordinates &src_sw_coords, int port, std::vector< node_id > &partners) const

virtual void	tornado_recv_partners (const coordinates &src_sw_coords, int port, std::vector< node_id > &partners) const

virtual void	tornado_send_partners (const coordinates &src_sw_coords, int port, std::vector< node_id > &partners) const

virtual void	bit_complement_partners (const coordinates &src_sw_coords, int port, std::vector< node_id > &partners) const

Protected Attributes
int	eject_geometric_id_

int	injection_redundancy_

bool	outputgraph_

Detailed Description

Encapsulates a topology like torus, fat tree, butterfly which has a regular, well-defined structure.

Routing on these topologies is regular enough to be done with simple math computations without resorting to a large routing table. This contrasts with unstructured topologies like #top_from_file where there is no regular structure and routing must be done via lookup table.

The major defining characteristic of a structured topology is being able to define a coordinate system. Each switch in the topology has a unique number and that number can be mapped to a unique set of coordinates. A torus has an obvious mapping of index to X,Y,Z coordinates. A butterfly or fat tree also has a well-defined coordinate system, but is slightly less intuitive.

Definition at line 36 of file structured_topology.h.

Constructor & Destructor Documentation

virtual sstmac::hw::structured_topology::~structured_topology ( )

inlinevirtual

Definition at line 40 of file structured_topology.h.

References build_endpoint_connectables(), build_interface_connectables(), build_internal_connectables(), connect_objects(), minimal_route_to_coords(), and num_leaf_switches().

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sstmac::hw::structured_topology::structured_topology ( )

protected

Referenced by nodes_connected_to_ejection_switch().

Member Function Documentation

virtual void sstmac::hw::structured_topology::bit_complement_partners	(	const coordinates &	src_sw_coords,
		int	port,
		std::vector< node_id > &	partners
	)		const

protectedvirtual

Reimplemented in sstmac::hw::dragonfly, and sstmac::hw::hdtorus.

Referenced by nodes_connected_to_ejection_switch().

virtual void sstmac::hw::structured_topology::build_endpoint_connectables	(	end_point_connectable_map &	connectables,
		sprockit::factory< connectable > *	factory,
		partition *	part,
		int	my_rank,
		sprockit::sim_parameters *	params
	)

virtual

Referenced by ~structured_topology().

virtual void sstmac::hw::structured_topology::build_interface_connectables	(	int	conc,
		end_point_connectable_map &	connectables,
		sprockit::factory2< connectable > *	nic_factory,
		partition *	part,
		int	my_rank,
		sprockit::sim_parameters *	params,
		sprockit::factory_type *	interconnect
	)

virtual

Referenced by ~structured_topology().

virtual void sstmac::hw::structured_topology::build_internal_connectables	(	internal_connectable_map &	connectables,
		sprockit::factory< connectable > *	factory,
		partition *	part,
		int	my_rank,
		sprockit::sim_parameters *	params,
		connectable *	dummy
	)

virtual

Referenced by ~structured_topology().

virtual void sstmac::hw::structured_topology::compute_switch_coords	(	switch_id	swid,
		coordinates &	coords
	)		const

pure virtual

Compute coordinates (e.g.

X,Y,Z for 3D torus)

Parameters

swid	The unique index defining a switch location
coords	[inout] The unique coordinates of the switch

Implemented in sstmac::hw::simple_fat_tree, sstmac::hw::dragonfly, sstmac::hw::fat_tree, sstmac::hw::butterfly, sstmac::hw::xpress_ring, sstmac::hw::fake_topology, sstmac::hw::hdtorus, sstmac::hw::crossbar, sstmac::hw::abstract_butterfly, sstmac::hw::flattened_butterfly, and sstmac::hw::simple_topology.

Referenced by nodes_connected_to_ejection_switch(), sstmac::hw::simple_fat_tree::num_switches(), and sstmac::hw::fat_tree::switch_at_row_col().

void sstmac::hw::structured_topology::configure_injection_geometry ( std::vector< int > & redundancies )

protected

Referenced by nodes_connected_to_ejection_switch().

virtual void sstmac::hw::structured_topology::connect_objects ( internal_connectable_map & objects )

pure virtual

Given a set of connectables, connect them appropriately.

Parameters

objects	The set of objects to connect
cloner	If in parallel mode, not all objects may exist. The factory creates missing objects.

Exceptions

value_error If invalid switchid is passed to cloner

Implemented in sstmac::hw::simple_fat_tree, sstmac::hw::butterfly, sstmac::hw::dragonfly, sstmac::hw::fat_tree, sstmac::hw::hdtorus, sstmac::hw::simple_topology, sstmac::hw::tiled_dragonfly, sstmac::hw::flattened_butterfly, sstmac::hw::crossbar, sstmac::hw::fake_topology, sstmac::hw::hypercube, and sstmac::hw::xpress_ring.

Referenced by sstmac::hw::butterfly::num_switches(), sstmac::hw::fat_tree::~fat_tree(), sstmac::hw::simple_fat_tree::~simple_fat_tree(), and ~structured_topology().

virtual int sstmac::hw::structured_topology::diameter ( ) const

pure virtual

Implemented in sstmac::hw::xpress_ring, sstmac::hw::dragonfly, sstmac::hw::simple_topology, sstmac::hw::abstract_butterfly, sstmac::hw::fake_topology, sstmac::hw::abstract_fat_tree, sstmac::hw::hdtorus, and sstmac::hw::crossbar.

Referenced by minimal_routes_to_coords().

virtual void sstmac::hw::structured_topology::eject_paths_on_switch	(	node_id	dest_addr,
		switch_id	sw_addr,
		structured_routable::path_set &	paths
	)		const

virtual

Reimplemented in sstmac::hw::tiled_dragonfly, and sstmac::hw::tiled_torus.

Referenced by minimal_routes_to_switch().

coordinates sstmac::hw::structured_topology::endpoint_coords ( node_id nid ) const

Referenced by num_endpoints().

virtual int sstmac::hw::structured_topology::endpoint_to_ejection_port ( node_id addr ) const

virtual

Referenced by num_endpoints().

virtual switch_id sstmac::hw::structured_topology::endpoint_to_ejection_switch	(	node_id	nodeaddr,
		int &	switch_port
	)		const

virtual

Reimplemented in sstmac::hw::butterfly, and sstmac::hw::simple_topology.

Referenced by num_endpoints(), and sstmac::hw::butterfly::num_switches().

virtual int sstmac::hw::structured_topology::endpoint_to_injection_port ( node_id addr ) const

virtual

Referenced by num_endpoints().

virtual switch_id sstmac::hw::structured_topology::endpoint_to_injection_switch	(	node_id	nodeaddr,
		int &	switch_port
	)		const

virtual

Reimplemented in sstmac::hw::simple_topology.

Referenced by num_endpoints().

virtual int sstmac::hw::structured_topology::endpoint_to_switch_port ( node_id nid ) const

inlinevirtual

Definition at line 222 of file structured_topology.h.

References finalize_init(), label(), minimal_route_to_switch(), and productive_paths().

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virtual int sstmac::hw::structured_topology::endpoints_per_switch ( switch_id addr ) const

inlinevirtual

Given a switch address, return number of nodes connected to it.

Definition at line 168 of file structured_topology.h.

void sstmac::hw::structured_topology::finalize_init ( )

Referenced by endpoint_to_switch_port().

virtual void sstmac::hw::structured_topology::init_factory_params ( sprockit::sim_parameters * params )

virtual

Reimplemented in sstmac::hw::simple_fat_tree, sstmac::hw::butterfly, sstmac::hw::fat_tree, sstmac::hw::tiled_dragonfly, sstmac::hw::dragonfly, sstmac::hw::simple_topology, sstmac::hw::hdtorus, sstmac::hw::abstract_fat_tree, sstmac::hw::flattened_butterfly, sstmac::hw::abstract_butterfly, sstmac::hw::cartesian_topology, sstmac::hw::crossbar, sstmac::hw::hypercube, sstmac::hw::xpress_ring, and sstmac::hw::tiled_torus.

Referenced by minimal_routes_to_coords().

std::string sstmac::hw::structured_topology::label ( node_id nid ) const

Referenced by endpoint_to_switch_port().

std::string sstmac::hw::structured_topology::label ( switch_id sid ) const

virtual int sstmac::hw::structured_topology::minimal_distance	(	const coordinates &	src_coords,
		const coordinates &	dest_coords
	)		const

pure virtual

The function accepts either source or node coordinates.

This gives the minimal distance counting the number of hops between switches. If node coordinates are given, the last coordinate is just ignored.

Parameters

src_coords.	The source coordinates. This can be either switch or node coordinates.
dest_coords.	The destination coordinates. This can be either switch or node coordinates.

Returns: The number of hops to final destination

Implemented in sstmac::hw::simple_fat_tree, sstmac::hw::fat_tree, sstmac::hw::butterfly, sstmac::hw::dragonfly, sstmac::hw::hdtorus, sstmac::hw::simple_topology, sstmac::hw::crossbar, sstmac::hw::xpress_ring, sstmac::hw::fake_topology, sstmac::hw::flattened_butterfly, and sstmac::hw::hypercube.

Referenced by sstmac::hw::fat_tree::default_router(), minimal_routes_to_coords(), sstmac::hw::butterfly::num_switches(), and sstmac::hw::simple_fat_tree::num_switches().

virtual void sstmac::hw::structured_topology::minimal_route_to_coords	(	const coordinates &	src_coords,
		const coordinates &	dest_coords,
		structured_routable::path &	path
	)		const

pure virtual

Workhorse function for implementing minimal_route_to_switch and #minimal_route_to_node.

Given source/dest coordinates, find the minimal path.

Parameters

current_sw_addr	The addr of the current switch
dest_sw_addr	The addr of the destination switch
path	[inout] A complete path descriptor to the destination switch

Implemented in sstmac::hw::simple_fat_tree, sstmac::hw::fat_tree, sstmac::hw::butterfly, sstmac::hw::dragonfly, sstmac::hw::tiled_dragonfly, sstmac::hw::hdtorus, sstmac::hw::simple_topology, sstmac::hw::crossbar, sstmac::hw::xpress_ring, sstmac::hw::flattened_butterfly, sstmac::hw::fake_topology, and sstmac::hw::hypercube.

Referenced by sstmac::hw::fat_tree::default_router(), minimal_routes_to_coords(), sstmac::hw::butterfly::num_switches(), sstmac::hw::simple_fat_tree::num_switches(), and ~structured_topology().

virtual void sstmac::hw::structured_topology::minimal_route_to_switch	(	switch_id	current_sw_addr,
		switch_id	dest_sw_addr,
		structured_routable::path &	path
	)		const

virtual

Implementation of topology::minimal_route_to_switch.

For structured topologies, this basically just computes the coordinates of source, dest switch and calls minimal_route_to_coords.

Parameters

current_sw_addr	The addr of the current switch
dest_sw_addr	The addr of the destination switch
path	[inout] A complete path descriptor to the destination switch

Reimplemented in sstmac::hw::simple_fat_tree, sstmac::hw::fat_tree, and sstmac::hw::crossbar.

Referenced by sstmac::hw::fat_tree::default_router(), endpoint_to_switch_port(), minimal_routes_to_switch(), and sstmac::hw::simple_fat_tree::num_switches().

virtual void sstmac::hw::structured_topology::minimal_routes_to_coords	(	const coordinates &	src_coords,
		const coordinates &	dest_coords,
		structured_routable::path &	current_path,
		structured_routable::path_set &	paths
	)		const

inlinevirtual

Reimplemented in sstmac::hw::tiled_dragonfly, and sstmac::hw::tiled_torus.

Definition at line 106 of file structured_topology.h.

References diameter(), init_factory_params(), minimal_distance(), minimal_route_to_coords(), ndimensions(), productive_path(), sstmac::hw::structured_routable::path_set::resize(), and switch_number().

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virtual void sstmac::hw::structured_topology::minimal_routes_to_switch	(	switch_id	current_sw_addr,
		switch_id	dest_sw_addr,
		structured_routable::path &	current_path,
		structured_routable::path_set &	paths
	)		const

inlinevirtual

Reimplemented in sstmac::hw::tiled_dragonfly, and sstmac::hw::cartesian_topology.

Definition at line 258 of file structured_topology.h.

References eject_paths_on_switch(), minimal_route_to_switch(), num_hops_to_node(), and sstmac::hw::structured_routable::path_set::resize().

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virtual int sstmac::hw::structured_topology::ndimensions ( ) const

pure virtual

The number of distinct 'dimensions' in the topology.

This can correspond directly to standard X,Y,Z dimensions or the the number of levels in a fat tree. The keyword topology_redundant vector should have this many entries.

Implemented in sstmac::hw::butterfly, sstmac::hw::simple_topology, sstmac::hw::xpress_ring, sstmac::hw::hdtorus, sstmac::hw::fake_topology, sstmac::hw::dragonfly, sstmac::hw::flattened_butterfly, sstmac::hw::abstract_fat_tree, and sstmac::hw::crossbar.

Referenced by minimal_routes_to_coords().

virtual void sstmac::hw::structured_topology::nearest_neighbor_partners	(	const coordinates &	src_sw_coords,
		int	port,
		std::vector< node_id > &	partners
	)		const

protectedvirtual

Reimplemented in sstmac::hw::dragonfly, and sstmac::hw::hdtorus.

Referenced by nodes_connected_to_ejection_switch().

virtual coordinates sstmac::hw::structured_topology::neighbor_at_port	(	switch_id	sid,
		int	port
	)		const

virtual

Reimplemented in sstmac::hw::simple_fat_tree, sstmac::hw::fat_tree, sstmac::hw::dragonfly, and sstmac::hw::hdtorus.

Referenced by sstmac::hw::fat_tree::default_router(), nodes_connected_to_ejection_switch(), and sstmac::hw::simple_fat_tree::num_switches().

virtual node_id sstmac::hw::structured_topology::node_addr ( const coordinates & coords ) const

virtual

Referenced by nodes_connected_to_ejection_switch().

virtual node_id sstmac::hw::structured_topology::node_addr	(	const coordinates &	sw_coords,
		int	port
	)		const

virtual

virtual coordinates sstmac::hw::structured_topology::node_coords ( node_id nid ) const

virtual

Compute coordinates (e.g.

X,Y,Z for 3D torus). In many cases, this will just be the switch coordinates if #nps_ = 1, one node per switch. If there are multiple nodes per switch, this will usually be the coordinates of the connected injection switch PLUS an extra index describing if it is the 0th, 1st, 2nd node on that switch. e.g. nps = 1, inj_sw = <0,2,1>, node = <0,2,1> e.g. nps = 3, inj_sw = <0,2,1>, node = <0,2,1,1>

Parameters

nid	The unique index defining a node location

Returns: The unique coordinates of the node

Reimplemented in sstmac::hw::simple_topology.

Referenced by num_endpoints().

virtual std::vector<node_id> sstmac::hw::structured_topology::nodes_connected_to_ejection_switch ( switch_id swid ) const

inlinevirtual

Reimplemented in sstmac::hw::butterfly, and sstmac::hw::abstract_fat_tree.

Definition at line 282 of file structured_topology.h.

References bit_complement_partners(), compute_switch_coords(), configure_injection_geometry(), nearest_neighbor_partners(), neighbor_at_port(), node_addr(), nodes_connected_to_switch(), partners(), recv_partners(), send_partners(), structured_topology(), tornado_recv_partners(), and tornado_send_partners().

Referenced by sstmac::hw::butterfly::ndimensions().

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virtual std::vector<node_id> sstmac::hw::structured_topology::nodes_connected_to_injection_switch ( switch_id swaddr ) const

inlinevirtual

Reimplemented in sstmac::hw::butterfly, and sstmac::hw::abstract_fat_tree.

Definition at line 277 of file structured_topology.h.

References nodes_connected_to_switch().

Referenced by sstmac::hw::butterfly::ndimensions().

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virtual std::vector<node_id> sstmac::hw::structured_topology::nodes_connected_to_switch ( switch_id swaddr ) const

protectedvirtual

Reimplemented in sstmac::hw::simple_topology, and sstmac::hw::abstract_fat_tree.

Referenced by nodes_connected_to_ejection_switch(), and nodes_connected_to_injection_switch().

virtual int sstmac::hw::structured_topology::num_endpoints ( ) const

inlinevirtual

Reimplemented in sstmac::hw::simple_topology.

Definition at line 178 of file structured_topology.h.

References endpoint_coords(), endpoint_to_ejection_port(), endpoint_to_ejection_switch(), endpoint_to_injection_port(), endpoint_to_injection_switch(), node_coords(), num_leaf_switches(), and switch_coords().

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virtual int sstmac::hw::structured_topology::num_hops_to_node	(	node_id	src,
		node_id	dst
	)		const

virtual

Reimplemented in sstmac::hw::simple_fat_tree, and sstmac::hw::simple_topology.

Referenced by minimal_routes_to_switch(), and sstmac::hw::simple_fat_tree::num_switches().

virtual int sstmac::hw::structured_topology::num_leaf_switches ( ) const

pure virtual

Structured topologies can be direct (torus) or indirect (fat tree).

We therefore need to distinguish the total number of switches and the number of leaf switches - i.e. those directly connected to nodes. For direct topologies, num_switches and num_leaf_switches are the same. For indirect, num_leaf_switches < num_switches.

Returns: The number of leaf switches directly connected to compute nodes

Implemented in sstmac::hw::dragonfly, sstmac::hw::fake_topology, sstmac::hw::abstract_butterfly, sstmac::hw::hdtorus, sstmac::hw::abstract_fat_tree, sstmac::hw::simple_topology, sstmac::hw::crossbar, and sstmac::hw::xpress_ring.

Referenced by num_endpoints(), num_nodes(), and ~structured_topology().

virtual int sstmac::hw::structured_topology::num_nodes ( ) const

inlinevirtual

Reimplemented in sstmac::hw::fake_topology, and sstmac::hw::simple_topology.

Definition at line 173 of file structured_topology.h.

References num_leaf_switches().

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void sstmac::hw::structured_topology::partners	(	bool	get_send_partner,
		traffic_pattern::type_t	ty,
		node_id	src,
		std::vector< node_id > &	partner_list
	)		const

protected

Referenced by sstmac::hw::dragonfly::diameter(), and nodes_connected_to_ejection_switch().

virtual void sstmac::hw::structured_topology::productive_path	(	int	dim,
		const coordinates &	src,
		const coordinates &	dst,
		structured_routable::path &	path
	)		const

pure virtual

Parameters

dim	The dimension you want to move in. You might need to traverse other dimensions FIRST before you make progress on this dimension.
src	The coordinates of the source switch
dst	The coordinates of the dest switch
path	[inout] The path configuration for making progress on dim

Implemented in sstmac::hw::simple_fat_tree, sstmac::hw::fat_tree, sstmac::hw::dragonfly, sstmac::hw::simple_topology, sstmac::hw::xpress_ring, sstmac::hw::abstract_butterfly, sstmac::hw::crossbar, sstmac::hw::flattened_butterfly, sstmac::hw::hdtorus, sstmac::hw::fake_topology, and sstmac::hw::hypercube.

Referenced by sstmac::hw::fat_tree::default_router(), minimal_routes_to_coords(), and sstmac::hw::simple_fat_tree::num_switches().

virtual void sstmac::hw::structured_topology::productive_paths	(	structured_routable::path_set &	paths,
		const coordinates &	current,
		const coordinates &	dst
	)

virtual

Reimplemented in sstmac::hw::butterfly.

Referenced by endpoint_to_switch_port(), and sstmac::hw::butterfly::ndimensions().

virtual void sstmac::hw::structured_topology::recv_partners	(	traffic_pattern::type_t	ty,
		node_id	src_node,
		std::vector< node_id > &	partners
	)		const

virtual

Referenced by nodes_connected_to_ejection_switch().

virtual void sstmac::hw::structured_topology::send_partners	(	traffic_pattern::type_t	ty,
		node_id	src_node,
		std::vector< node_id > &	partners
	)		const

virtual

Referenced by nodes_connected_to_ejection_switch().

coordinates sstmac::hw::structured_topology::switch_coords ( switch_id swid ) const

Compute coordinates (e.g.

X,Y,Z for 3D torus)

Parameters

swid	The unique index defining a switch location

Returns: The unique coordinates of the switch

Referenced by num_endpoints().

virtual switch_id sstmac::hw::structured_topology::switch_number ( const coordinates & coords ) const

pure virtual

Implemented in sstmac::hw::simple_fat_tree, sstmac::hw::butterfly, sstmac::hw::fat_tree, sstmac::hw::simple_topology, sstmac::hw::abstract_butterfly, sstmac::hw::dragonfly, sstmac::hw::crossbar, sstmac::hw::xpress_ring, sstmac::hw::flattened_butterfly, sstmac::hw::hdtorus, and sstmac::hw::fake_topology.

Referenced by sstmac::hw::fat_tree::default_router(), minimal_routes_to_coords(), and sstmac::hw::simple_fat_tree::num_switches().

virtual void sstmac::hw::structured_topology::tornado_recv_partners	(	const coordinates &	src_sw_coords,
		int	port,
		std::vector< node_id > &	partners
	)		const

protectedvirtual

Reimplemented in sstmac::hw::dragonfly, and sstmac::hw::hdtorus.

Referenced by nodes_connected_to_ejection_switch().

virtual void sstmac::hw::structured_topology::tornado_send_partners	(	const coordinates &	src_sw_coords,
		int	port,
		std::vector< node_id > &	partners
	)		const

protectedvirtual

Reimplemented in sstmac::hw::dragonfly, and sstmac::hw::hdtorus.

Referenced by nodes_connected_to_ejection_switch().

Member Data Documentation

int sstmac::hw::structured_topology::eject_geometric_id_

protected

Definition at line 358 of file structured_topology.h.

int sstmac::hw::structured_topology::injection_redundancy_

protected

Definition at line 359 of file structured_topology.h.

bool sstmac::hw::structured_topology::outputgraph_

protected

Definition at line 360 of file structured_topology.h.

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

sstmac/hardware/topology/structured_topology.h

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation