Inheritance diagram for sstmac::sw::dumpi_task_mapper:

Collaboration diagram for sstmac::sw::dumpi_task_mapper:

Public Member Functions
	dumpi_task_mapper (parallel_runtime *rt)

void	set_topology (hw::topology *top)

virtual void	init_factory_params (sprockit::sim_parameters *params)

virtual	~dumpi_task_mapper () throw ()

void	map_ranks (const app_id &aid, const ordered_node_set &nodes, int ppn, std::vector< node_id > &result, int nproc)
	Assign processes to nodes. More...

Public Member Functions inherited from sstmac::sw::task_mapper
virtual std::string	to_string () const

virtual	~task_mapper () throw ()

Public Member Functions inherited from sprockit::factory_type
virtual void	init_factory_params (sim_parameters *params)

virtual void	finalize_init ()

Protected Member Functions
node_id	node_id_from_hostname (const std::string &hostname)

node_id	node_id_from_coordinates (int ncoord, int *coordinates)

Protected Member Functions inherited from sstmac::sw::task_mapper
	task_mapper (parallel_runtime *rt)

int	validate_nproc (int ppn, int num_nodes, int nproc, const char *name) const

Protected Attributes
std::string	metaname_

hw::structured_topology *	regtop_

Protected Attributes inherited from sstmac::sw::task_mapper
hw::topology *	topology_

parallel_runtime *	rt_

Detailed Description

Definition at line 22 of file dumpi_task_mapper.h.

Constructor & Destructor Documentation

sstmac::sw::dumpi_task_mapper::dumpi_task_mapper ( parallel_runtime * rt )

inline

Definition at line 26 of file dumpi_task_mapper.h.

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virtual sstmac::sw::dumpi_task_mapper::~dumpi_task_mapper	(	)
throw	(
	)

inlinevirtual

Definition at line 35 of file dumpi_task_mapper.h.

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virtual void sstmac::sw::dumpi_task_mapper::init_factory_params ( sprockit::sim_parameters * params )

virtual

void sstmac::sw::dumpi_task_mapper::map_ranks	(	const app_id &	aid,
		const ordered_node_set &	allocation,
		int	ppn,
		std::vector< node_id > &	result,
		int	nproc
	)

virtual

Assign processes to nodes.

Parameters

aid	The application ID for the application whose processes are being indexed
nodes	is the set of unique nodes to be used for the allocation
ppn	is the nominal number of processes allocated on each node.
result	is the resulting vector of length nodes (size nproc)
nproc	the total number of processes to allocate