lci Namespace Reference

All LCI API functions and classes are defined in this namespace. More...

Classes
class	allgather_x
	The actual implementation for allgather. More...
class	alloc_cq_x
	The actual implementation for alloc_cq. More...
class	alloc_device_x
	The actual implementation for alloc_device. More...
class	alloc_endpoint_x
	The actual implementation for alloc_endpoint. More...
class	alloc_graph_x
	The actual implementation for alloc_graph. More...
class	alloc_handler_x
	The actual implementation for alloc_handler. More...
class	alloc_matching_engine_x
	The actual implementation for alloc_matching_engine. More...
class	alloc_net_context_x
	The actual implementation for alloc_net_context. More...
class	alloc_packet_pool_x
	The actual implementation for alloc_packet_pool. More...
class	alloc_runtime_x
	The actual implementation for alloc_runtime. More...
class	alloc_sync_x
	The actual implementation for alloc_sync. More...
struct	allocator_base_t
	The user-defined allocator type. More...
class	allreduce_x
	The actual implementation for allreduce. More...
class	alltoall_x
	The actual implementation for alltoall. More...
class	barrier_x
	The actual implementation for barrier. More...
class	broadcast_x
	The actual implementation for broadcast. More...
struct	buffer_t
	The type of a local buffer descriptor. More...
struct	comp_attr_t
class	comp_impl_t
	Completion object implementation base type. More...
class	comp_signal_x
	The actual implementation for comp_signal. More...
class	comp_t
	The actual implementation for RESOURCE comp. More...
class	cq_pop_x
	The actual implementation for cq_pop. More...
struct	data_t
	A generic type for describing or holding data. More...
class	deregister_memory_x
	The actual implementation for deregister_memory. More...
class	deregister_packet_pool_x
	The actual implementation for deregister_packet_pool. More...
class	deregister_rcomp_x
	The actual implementation for deregister_rcomp. More...
struct	device_attr_t
class	device_t
	The actual implementation for RESOURCE device. More...
struct	endpoint_attr_t
class	endpoint_t
	The actual implementation for RESOURCE endpoint. More...
struct	error_t
	Wrapper class for error code. More...
class	free_comp_x
	The actual implementation for free_comp. More...
class	free_device_x
	The actual implementation for free_device. More...
class	free_endpoint_x
	The actual implementation for free_endpoint. More...
class	free_matching_engine_x
	The actual implementation for free_matching_engine. More...
class	free_net_context_x
	The actual implementation for free_net_context. More...
class	free_packet_pool_x
	The actual implementation for free_packet_pool. More...
class	free_runtime_x
	The actual implementation for free_runtime. More...
class	g_runtime_fina_x
	The actual implementation for g_runtime_fina. More...
class	g_runtime_init_x
	The actual implementation for g_runtime_init. More...
class	get_allocator_x
	The actual implementation for get_allocator. More...
class	get_default_device_x
	The actual implementation for get_default_device. More...
class	get_default_endpoint_x
	The actual implementation for get_default_endpoint. More...
class	get_default_matching_engine_x
	The actual implementation for get_default_matching_engine. More...
class	get_default_net_context_x
	The actual implementation for get_default_net_context. More...
class	get_default_packet_pool_x
	The actual implementation for get_default_packet_pool. More...
class	get_g_runtime_x
	The actual implementation for get_g_runtime. More...
class	get_max_bcopy_size_x
	The actual implementation for get_max_bcopy_size. More...
class	get_rank_me_x
	The actual implementation for get_rank_me. More...
class	get_rank_n_x
	The actual implementation for get_rank_n. More...
class	get_rmr_x
	The actual implementation for get_rmr. More...
class	get_upacket_x
	The actual implementation for get_upacket. More...
struct	global_attr_t
class	graph_add_edge_x
	The actual implementation for graph_add_edge. More...
class	graph_add_node_x
	The actual implementation for graph_add_node. More...
class	graph_node_mark_complete_x
	The actual implementation for graph_node_mark_complete. More...
class	graph_start_x
	The actual implementation for graph_start. More...
class	graph_test_x
	The actual implementation for graph_test. More...
struct	matching_engine_attr_t
class	matching_engine_insert_x
	The actual implementation for matching_engine_insert. More...
class	matching_engine_t
	The actual implementation for RESOURCE matching_engine. More...
struct	mr_attr_t
class	mr_t
	The actual implementation for RESOURCE mr. More...
struct	net_context_attr_t
class	net_context_t
	The actual implementation for RESOURCE net_context. More...
class	net_poll_cq_x
	The actual implementation for net_poll_cq. More...
class	net_post_get_x
	The actual implementation for net_post_get. More...
class	net_post_put_x
	The actual implementation for net_post_put. More...
class	net_post_putImm_x
	The actual implementation for net_post_putImm. More...
class	net_post_putImms_x
	The actual implementation for net_post_putImms. More...
class	net_post_puts_x
	The actual implementation for net_post_puts. More...
class	net_post_recv_x
	The actual implementation for net_post_recv. More...
class	net_post_send_x
	The actual implementation for net_post_send. More...
class	net_post_sends_x
	The actual implementation for net_post_sends. More...
struct	net_status_t
	The struct for network status. More...
struct	option_t
struct	packet_pool_attr_t
class	packet_pool_t
	The actual implementation for RESOURCE packet_pool. More...
class	post_am_x
	The actual implementation for post_am. More...
class	post_comm_x
	The actual implementation for post_comm. More...
class	post_get_x
	The actual implementation for post_get. More...
class	post_put_x
	The actual implementation for post_put. More...
class	post_recv_x
	The actual implementation for post_recv. More...
class	post_send_x
	The actual implementation for post_send. More...
class	progress_x
	The actual implementation for progress. More...
class	put_upacket_x
	The actual implementation for put_upacket. More...
struct	rbuffer_t
	The type of a remote buffer descriptor. More...
class	reduce_scatter_x
	The actual implementation for reduce_scatter. More...
class	reduce_x
	The actual implementation for reduce. More...
class	register_memory_x
	The actual implementation for register_memory. More...
class	register_packet_pool_x
	The actual implementation for register_packet_pool. More...
class	register_rcomp_x
	The actual implementation for register_rcomp. More...
class	reserve_rcomps_x
	The actual implementation for reserve_rcomps. More...
struct	rmr_t
	The type of remote memory region. More...
struct	runtime_attr_t
class	runtime_t
	The actual implementation for RESOURCE runtime. More...
class	set_allocator_x
	The actual implementation for set_allocator. More...
struct	status_t
	The type of the completion desciptor for a posted communication. More...
class	sync_test_x
	The actual implementation for sync_test. More...
class	sync_wait_x
	The actual implementation for sync_wait. More...

Typedefs
using	net_imm_data_t = uint32_t
	The type of network-layer immediate data field.
using	tag_t = uint64_t
	The type of tag.
using	rcomp_t = uint32_t
	The type of remote completion handler.
using	matching_entry_key_t = uint64_t
	The type of matching engine entry key.
using	matching_entry_val_t = void*
	The type of matching engine entry value.
using	buffers_t = std::vector<buffer_t>
using	rbuffers_t = std::vector<rbuffer_t>
using	comp_handler_t = void (*)(status_t status)
	Function Signature for completion handler.
using	reduce_op_t
	The user-defined reduction operation.
using	graph_node_t = void*
	The node type for the completion graph.
using	graph_node_run_cb_t = status_t (*)(void* value)
	The function signature for a node function in the completion graph.
using	graph_node_free_cb_t = void (*)(void* value)
	The function signature for a callback that will be triggered when the node was freed.
using	graph_edge_run_cb_t
	The function signature for a edge funciton in the completion graph.

Enumerations
enum class	attr_backend_t { none , ibv , ofi , ucx }
enum	attr_net_lock_mode_t { LCI_NET_TRYLOCK_SEND = 1 , LCI_NET_TRYLOCK_RECV = 1 << 1 , LCI_NET_TRYLOCK_POLL = 1 << 2 , LCI_NET_TRYLOCK_MAX = 1 << 3 }
enum class	errorcode_t {   errorcode_t::done_min , errorcode_t::done , errorcode_t::done_backlog , errorcode_t::done_max ,   errorcode_t::posted_min , errorcode_t::posted , errorcode_t::posted_backlog , errorcode_t::posted_max ,   errorcode_t::retry_min , errorcode_t::retry , errorcode_t::retry_init , errorcode_t::retry_lock ,   errorcode_t::retry_nopacket , errorcode_t::retry_nomem , errorcode_t::retry_backlog , errorcode_t::retry_max ,   errorcode_t::fatal }
	The actual error code for LCI API functions. More...
enum class	net_opcode_t {   net_opcode_t::SEND , net_opcode_t::RECV , net_opcode_t::WRITE , net_opcode_t::REMOTE_WRITE ,   net_opcode_t::READ }
	The Type of network communication operation codes. More...
enum class	broadcast_algorithm_t { broadcast_algorithm_t::none , broadcast_algorithm_t::direct , broadcast_algorithm_t::tree , broadcast_algorithm_t::ring }
	The type of broadcast algorithm. More...
enum class	reduce_scatter_algorithm_t { reduce_scatter_algorithm_t::none , reduce_scatter_algorithm_t::direct , reduce_scatter_algorithm_t::tree , reduce_scatter_algorithm_t::ring }
	The type of reduce scatter algorithm. More...
enum class	allreduce_algorithm_t { allreduce_algorithm_t::none , allreduce_algorithm_t::direct , allreduce_algorithm_t::tree , allreduce_algorithm_t::ring }
	The type of allreduce algorithm. More...
enum class	direction_t { direction_t::OUT , direction_t::IN }
	The enum class of comunication direction. More...
enum class	matching_entry_type_t : unsigned { matching_entry_type_t::send = 0 , matching_entry_type_t::recv = 1 }
	The type of matching entry. More...
enum class	matching_policy_t : unsigned {   matching_policy_t::none = 0 , matching_policy_t::rank_only = 1 , matching_policy_t::tag_only = 2 , matching_policy_t::rank_tag = 3 ,   matching_policy_t::max = 4 }
	Enum class for matching policy. More...
enum class	comp_semantic_t { comp_semantic_t::buffer , comp_semantic_t::network }
	The enum class of completion semantic. More...
enum class	attr_comp_type_t { sync , cq , handler , graph }
enum class	attr_cq_type_t { array_atomic , lcrq }
enum class	attr_ibv_odp_strategy_t { none , explicit_odp , implicit_odp }
enum class	attr_ibv_prefetch_strategy_t { none , prefetch , prefetch_write , prefetch_no_fault }
enum class	attr_ibv_td_strategy_t { none , all_qp , per_qp }
enum class	attr_rdv_protocol_t { write }
enum class	attr_matching_engine_type_t { queue , map }

Functions
const char *	get_errorcode_str (errorcode_t errorcode)
	Get the string representation of an error code.
const char *	get_net_opcode_str (net_opcode_t opcode)
	Get the string representation of a network operation code.
const char *	get_broadcast_algorithm_str (broadcast_algorithm_t algorithm)
	Get the string representation of a collective algorithm.
const char *	get_reduce_scatter_algorithm_str (broadcast_algorithm_t algorithm)
	Get the string representation of a collective algorithm.
const char *	get_allreduce_algorithm_str (broadcast_algorithm_t algorithm)
	Get the string representation of a collective algorithm.
template<typename T>
std::enable_if< std::is_same< typenamestd::result_of< T()>::type, status_t >::value, status_t >::type	graph_execute_op_fn (void *value)
template<typename T>
std::enable_if< std::is_same< typenamestd::result_of< T()>::type, errorcode_t >::value, status_t >::type	graph_execute_op_fn (void *value)
template<typename T>
std::enable_if<!std::is_same< typenamestd::result_of< T()>::type, status_t >::value &&!std::is_same< typenamestd::result_of< T()>::type, errorcode_t >::value, status_t >::type	graph_execute_op_fn (void *value)
template<typename T>
void	graph_free_op_fn (void *value)
template<typename T>
graph_node_t	graph_add_node_op (comp_t graph, const T &op)
	Add a functor as a node to the completion graph.
void	swap (data_t &first, data_t &second)
void	init_global_attr ()
void	free_comp (comp_t *comp_in)
void	comp_signal (comp_t comp_in, status_t status_in)
rcomp_t	reserve_rcomps (rcomp_t n_in)
rcomp_t	register_rcomp (comp_t comp_in)
void	deregister_rcomp (rcomp_t rcomp_in)
comp_t	alloc_sync ()
bool	sync_test (comp_t comp_in, status_t *p_out_in)
void	sync_wait (comp_t comp_in, status_t *p_out_in)
comp_t	alloc_cq ()
status_t	cq_pop (comp_t comp_in)
comp_t	alloc_handler (comp_handler_t handler_in)
comp_t	alloc_graph ()
graph_node_t	graph_add_node (comp_t comp_in, graph_node_run_cb_t fn_in)
void	graph_add_edge (comp_t comp_in, graph_node_t src_in, graph_node_t dst_in)
void	graph_node_mark_complete (graph_node_t node_in)
void	graph_start (comp_t comp_in)
status_t	graph_test (comp_t comp_in)
net_context_t	alloc_net_context ()
void	free_net_context (net_context_t *net_context_in)
device_t	alloc_device ()
void	free_device (device_t *device_in)
mr_t	register_memory (void *address_in, size_t size_in)
void	deregister_memory (mr_t *mr_in)
rmr_t	get_rmr (mr_t mr_in)
endpoint_t	alloc_endpoint ()
void	free_endpoint (endpoint_t *endpoint_in)
size_t	net_poll_cq (size_t max_polls_in, net_status_t *statuses_in)
error_t	net_post_recv (void *buffer_in, size_t size_in, mr_t mr_in)
error_t	net_post_sends (int rank_in, void *buffer_in, size_t size_in)
error_t	net_post_send (int rank_in, void *buffer_in, size_t size_in, mr_t mr_in)
error_t	net_post_puts (int rank_in, void *buffer_in, size_t size_in, uint64_t offset_in, rmr_t rmr_in)
error_t	net_post_put (int rank_in, void *buffer_in, size_t size_in, mr_t mr_in, uint64_t offset_in, rmr_t rmr_in)
error_t	net_post_putImms (int rank_in, void *buffer_in, size_t size_in, uint64_t offset_in, rmr_t rmr_in)
error_t	net_post_putImm (int rank_in, void *buffer_in, size_t size_in, mr_t mr_in, uint64_t offset_in, rmr_t rmr_in)
error_t	net_post_get (int rank_in, void *buffer_in, size_t size_in, mr_t mr_in, uint64_t offset_in, rmr_t rmr_in)
status_t	post_comm (direction_t direction_in, int rank_in, void *local_buffer_in, size_t size_in, comp_t local_comp_in)
status_t	post_am (int rank_in, void *local_buffer_in, size_t size_in, comp_t local_comp_in, rcomp_t remote_comp_in)
status_t	post_send (int rank_in, void *local_buffer_in, size_t size_in, tag_t tag_in, comp_t local_comp_in)
status_t	post_recv (int rank_in, void *local_buffer_in, size_t size_in, tag_t tag_in, comp_t local_comp_in)
status_t	post_put (int rank_in, void *local_buffer_in, size_t size_in, comp_t local_comp_in, uintptr_t remote_disp_in, rmr_t rmr_in)
status_t	post_get (int rank_in, void *local_buffer_in, size_t size_in, comp_t local_comp_in, uintptr_t remote_disp_in, rmr_t rmr_in)
error_t	progress ()
int	get_rank_me ()
int	get_rank_n ()
runtime_t	alloc_runtime ()
void	free_runtime (runtime_t *runtime_in)
void	g_runtime_init ()
void	g_runtime_fina ()
runtime_t	get_g_runtime ()
packet_pool_t	alloc_packet_pool ()
void	free_packet_pool (packet_pool_t *packet_pool_in)
void	register_packet_pool (packet_pool_t packet_pool_in, device_t device_in)
void	deregister_packet_pool (packet_pool_t packet_pool_in, device_t device_in)
void *	get_upacket ()
void	put_upacket (void *packet_in)
matching_engine_t	alloc_matching_engine ()
void	free_matching_engine (matching_engine_t *matching_engine_in)
matching_entry_val_t	matching_engine_insert (matching_engine_t matching_engine_in, matching_entry_key_t key_in, matching_entry_val_t value_in, matching_entry_type_t entry_type_in)
void	set_allocator (allocator_base_t *allocator_in)
allocator_base_t *	get_allocator ()
net_context_t	get_default_net_context ()
device_t	get_default_device ()
endpoint_t	get_default_endpoint ()
packet_pool_t	get_default_packet_pool ()
matching_engine_t	get_default_matching_engine ()
size_t	get_max_bcopy_size ()
void	barrier ()
void	broadcast (void *buffer_in, size_t size_in, int root_in)
void	reduce (const void *sendbuf_in, void *recvbuf_in, size_t count_in, size_t item_size_in, reduce_op_t op_in, int root_in)
void	reduce_scatter (const void *sendbuf_in, void *recvbuf_in, size_t recvcount_in, size_t item_size_in, reduce_op_t op_in)
void	allreduce (const void *sendbuf_in, void *recvbuf_in, size_t count_in, size_t item_size_in, reduce_op_t op_in)
void	allgather (const void *sendbuf_in, void *recvbuf_in, size_t size_in)
void	alltoall (const void *sendbuf_in, void *recvbuf_in, size_t size_in)

Variables
const mr_t	MR_HOST = mr_t()
	A special mr_t value for host memory.
const mr_t	MR_DEVICE = mr_t(reinterpret_cast<void*>(0x1))
	A special mr_t value for device memory.
const mr_t	MR_UNKNOWN = mr_t(reinterpret_cast<void*>(0x2))
	A special mr_t value for unknown memory. LCI will detect the memory type automatically.
const rmr_t	RMR_NULL = rmr_t()
	The NULL value of rkey_t.
const int	ANY_SOURCE = -1
	Special rank value for any-source receive.
const tag_t	ANY_TAG = static_cast<tag_t>(-1)
	Special tag value for any-tag receive.
const comp_t	COMP_NULL = comp_t(reinterpret_cast<comp_impl_t*>(0x0))
	Special completion object setting allow_posted to false.
const comp_t	COMP_NULL_EXPECT_DONE
	Deprecated. Same as COMP_NULL.
const comp_t	COMP_NULL_RETRY = comp_t(reinterpret_cast<comp_impl_t*>(0x1))
	Special completion object setting allow_posted and allow_retry to false.
const comp_t	COMP_NULL_EXPECT_DONE_OR_RETRY
	Deprecated. Same as COMP_NULL_RETRY.
const graph_node_t	GRAPH_START = reinterpret_cast<graph_node_t>(0x1)
	The start node of the completion graph.
const graph_node_t	GRAPH_END = reinterpret_cast<graph_node_t>(0x2)
const graph_node_run_cb_t	GRAPH_NODE_DUMMY_CB = nullptr
	A dummy callback function for a graph node.
global_attr_t	g_default_attr

Detailed Description

All LCI API functions and classes are defined in this namespace.

Typedef Documentation

buffers_t

using lci::buffers_t = std::vector<buffer_t>

rbuffers_t

using lci::rbuffers_t = std::vector<rbuffer_t>

Enumeration Type Documentation

attr_backend_t

enum class lci::attr_backend_t

strong

Enumerator
none
ibv
ofi
ucx

attr_comp_type_t

enum class lci::attr_comp_type_t

strong

Enumerator
sync
cq
handler
graph

attr_cq_type_t

enum class lci::attr_cq_type_t

strong

Enumerator
array_atomic
lcrq

attr_ibv_odp_strategy_t

enum class lci::attr_ibv_odp_strategy_t

strong

Enumerator
none
explicit_odp
implicit_odp

attr_ibv_prefetch_strategy_t

enum class lci::attr_ibv_prefetch_strategy_t

strong

Enumerator
none
prefetch
prefetch_write
prefetch_no_fault

attr_ibv_td_strategy_t

enum class lci::attr_ibv_td_strategy_t

strong

Enumerator
none
all_qp
per_qp

attr_matching_engine_type_t

enum class lci::attr_matching_engine_type_t

strong

Enumerator
queue
map

attr_net_lock_mode_t

enum lci::attr_net_lock_mode_t

Enumerator
LCI_NET_TRYLOCK_SEND
LCI_NET_TRYLOCK_RECV
LCI_NET_TRYLOCK_POLL
LCI_NET_TRYLOCK_MAX

attr_rdv_protocol_t

enum class lci::attr_rdv_protocol_t

strong

Enumerator
write

Function Documentation

allgather()

void lci::allgather ( const void * sendbuf_in, void * recvbuf_in, size_t size_in )

inline

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alloc_cq()

comp_t lci::alloc_cq ( )

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alloc_device()

device_t lci::alloc_device ( )

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alloc_endpoint()

endpoint_t lci::alloc_endpoint ( )

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alloc_graph()

comp_t lci::alloc_graph ( )

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alloc_handler()

comp_t lci::alloc_handler ( comp_handler_t handler_in )

inline

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alloc_matching_engine()

matching_engine_t lci::alloc_matching_engine ( )

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alloc_net_context()

net_context_t lci::alloc_net_context ( )

inline

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alloc_packet_pool()

packet_pool_t lci::alloc_packet_pool ( )

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alloc_runtime()

runtime_t lci::alloc_runtime ( )

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alloc_sync()

comp_t lci::alloc_sync ( )

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allreduce()

void lci::allreduce ( const void * sendbuf_in, void * recvbuf_in, size_t count_in, size_t item_size_in, reduce_op_t op_in )

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alltoall()

void lci::alltoall ( const void * sendbuf_in, void * recvbuf_in, size_t size_in )

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barrier()

void lci::barrier ( )

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broadcast()

void lci::broadcast ( void * buffer_in, size_t size_in, int root_in )

inline

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comp_signal()

void lci::comp_signal ( comp_t comp_in, status_t status_in )

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cq_pop()

status_t lci::cq_pop ( comp_t comp_in )

inline

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deregister_memory()

void lci::deregister_memory ( mr_t * mr_in )

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deregister_packet_pool()

void lci::deregister_packet_pool ( packet_pool_t packet_pool_in, device_t device_in )

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deregister_rcomp()

void lci::deregister_rcomp ( rcomp_t rcomp_in )

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free_comp()

void lci::free_comp ( comp_t * comp_in )

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free_device()

void lci::free_device ( device_t * device_in )

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free_endpoint()

void lci::free_endpoint ( endpoint_t * endpoint_in )

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free_matching_engine()

void lci::free_matching_engine ( matching_engine_t * matching_engine_in )

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free_net_context()

void lci::free_net_context ( net_context_t * net_context_in )

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free_packet_pool()

void lci::free_packet_pool ( packet_pool_t * packet_pool_in )

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free_runtime()

void lci::free_runtime ( runtime_t * runtime_in )

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g_runtime_fina()

void lci::g_runtime_fina ( )

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g_runtime_init()

void lci::g_runtime_init ( )

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get_allocator()

allocator_base_t * lci::get_allocator ( )

inline

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get_allreduce_algorithm_str()

const char * lci::get_allreduce_algorithm_str

(

broadcast_algorithm_t

algorithm

)

Get the string representation of a collective algorithm.

Parameters

opcode

The collective algorithm.

Returns

The string representation of the collective algorithm.

get_broadcast_algorithm_str()

const char * lci::get_broadcast_algorithm_str

(

broadcast_algorithm_t

algorithm

)

Get the string representation of a collective algorithm.

Parameters

opcode

The collective algorithm.

Returns

The string representation of the collective algorithm.

get_default_device()

device_t lci::get_default_device ( )

inline

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get_default_endpoint()

endpoint_t lci::get_default_endpoint ( )

inline

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get_default_matching_engine()

matching_engine_t lci::get_default_matching_engine ( )

inline

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get_default_net_context()

net_context_t lci::get_default_net_context ( )

inline

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get_default_packet_pool()

packet_pool_t lci::get_default_packet_pool ( )

inline

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get_errorcode_str()

const char * lci::get_errorcode_str

(

errorcode_t

errorcode

)

Get the string representation of an error code.

Parameters

errorcode

The error code to be converted to string.

Returns

The string representation of the error code.

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get_g_runtime()

runtime_t lci::get_g_runtime ( )

inline

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get_max_bcopy_size()

size_t lci::get_max_bcopy_size ( )

inline

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get_net_opcode_str()

const char * lci::get_net_opcode_str

(

net_opcode_t

opcode

)

Get the string representation of a network operation code.

Parameters

opcode

The network operation code.

Returns

The string representation of the network operation code.

get_rank_me()

int lci::get_rank_me ( )

inline

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get_rank_n()

int lci::get_rank_n ( )

inline

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get_reduce_scatter_algorithm_str()

const char * lci::get_reduce_scatter_algorithm_str

(

broadcast_algorithm_t

algorithm

)

Get the string representation of a collective algorithm.

Parameters

opcode

The collective algorithm.

Returns

The string representation of the collective algorithm.

get_rmr()

rmr_t lci::get_rmr ( mr_t mr_in )

inline

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get_upacket()

void * lci::get_upacket ( )

inline

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graph_add_edge()

void lci::graph_add_edge ( comp_t comp_in, graph_node_t src_in, graph_node_t dst_in )

inline

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graph_add_node()

graph_node_t lci::graph_add_node ( comp_t comp_in, graph_node_run_cb_t fn_in )

inline

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graph_execute_op_fn() [1/3]

template<typename T>

std::enable_if< std::is_same< typenamestd::result_of< T()>::type, status_t >::value, status_t >::type lci::graph_execute_op_fn

(

void *

value

)

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graph_execute_op_fn() [2/3]

template<typename T>

std::enable_if< std::is_same< typenamestd::result_of< T()>::type, errorcode_t >::value, status_t >::type lci::graph_execute_op_fn

(

void *

value

)

graph_execute_op_fn() [3/3]

template<typename T>

std::enable_if<!std::is_same< typenamestd::result_of< T()>::type, status_t >::value &&!std::is_same< typenamestd::result_of< T()>::type, errorcode_t >::value, status_t >::type lci::graph_execute_op_fn

(

void *

value

)

graph_free_op_fn()

template<typename T>

void lci::graph_free_op_fn

(

void *

value

)

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graph_node_mark_complete()

void lci::graph_node_mark_complete ( graph_node_t node_in )

inline

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graph_start()

void lci::graph_start ( comp_t comp_in )

inline

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graph_test()

status_t lci::graph_test ( comp_t comp_in )

inline

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init_global_attr()

void lci::init_global_attr

(

)

matching_engine_insert()

matching_entry_val_t lci::matching_engine_insert ( matching_engine_t matching_engine_in, matching_entry_key_t key_in, matching_entry_val_t value_in, matching_entry_type_t entry_type_in )

inline

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net_poll_cq()

size_t lci::net_poll_cq ( size_t max_polls_in, net_status_t * statuses_in )

inline

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net_post_get()

error_t lci::net_post_get ( int rank_in, void * buffer_in, size_t size_in, mr_t mr_in, uint64_t offset_in, rmr_t rmr_in )

inline

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net_post_put()

error_t lci::net_post_put ( int rank_in, void * buffer_in, size_t size_in, mr_t mr_in, uint64_t offset_in, rmr_t rmr_in )

inline

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net_post_putImm()

error_t lci::net_post_putImm ( int rank_in, void * buffer_in, size_t size_in, mr_t mr_in, uint64_t offset_in, rmr_t rmr_in )

inline

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net_post_putImms()

error_t lci::net_post_putImms ( int rank_in, void * buffer_in, size_t size_in, uint64_t offset_in, rmr_t rmr_in )

inline

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net_post_puts()

error_t lci::net_post_puts ( int rank_in, void * buffer_in, size_t size_in, uint64_t offset_in, rmr_t rmr_in )

inline

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net_post_recv()

error_t lci::net_post_recv ( void * buffer_in, size_t size_in, mr_t mr_in )

inline

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net_post_send()

error_t lci::net_post_send ( int rank_in, void * buffer_in, size_t size_in, mr_t mr_in )

inline

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net_post_sends()

error_t lci::net_post_sends ( int rank_in, void * buffer_in, size_t size_in )

inline

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post_am()

status_t lci::post_am ( int rank_in, void * local_buffer_in, size_t size_in, comp_t local_comp_in, rcomp_t remote_comp_in )

inline

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post_comm()

status_t lci::post_comm ( direction_t direction_in, int rank_in, void * local_buffer_in, size_t size_in, comp_t local_comp_in )

inline

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post_get()

status_t lci::post_get ( int rank_in, void * local_buffer_in, size_t size_in, comp_t local_comp_in, uintptr_t remote_disp_in, rmr_t rmr_in )

inline

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post_put()

status_t lci::post_put ( int rank_in, void * local_buffer_in, size_t size_in, comp_t local_comp_in, uintptr_t remote_disp_in, rmr_t rmr_in )

inline

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post_recv()

status_t lci::post_recv ( int rank_in, void * local_buffer_in, size_t size_in, tag_t tag_in, comp_t local_comp_in )

inline

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post_send()

status_t lci::post_send ( int rank_in, void * local_buffer_in, size_t size_in, tag_t tag_in, comp_t local_comp_in )

inline

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progress()

error_t lci::progress ( )

inline

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put_upacket()

void lci::put_upacket ( void * packet_in )

inline

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reduce()

void lci::reduce ( const void * sendbuf_in, void * recvbuf_in, size_t count_in, size_t item_size_in, reduce_op_t op_in, int root_in )

inline

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reduce_scatter()

void lci::reduce_scatter ( const void * sendbuf_in, void * recvbuf_in, size_t recvcount_in, size_t item_size_in, reduce_op_t op_in )

inline

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register_memory()

mr_t lci::register_memory ( void * address_in, size_t size_in )

inline

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register_packet_pool()

void lci::register_packet_pool ( packet_pool_t packet_pool_in, device_t device_in )

inline

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register_rcomp()

rcomp_t lci::register_rcomp ( comp_t comp_in )

inline

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reserve_rcomps()

rcomp_t lci::reserve_rcomps ( rcomp_t n_in )

inline

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set_allocator()

void lci::set_allocator ( allocator_base_t * allocator_in )

inline

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swap()

void lci::swap ( data_t & first, data_t & second )

inline

sync_test()

bool lci::sync_test ( comp_t comp_in, status_t * p_out_in )

inline

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sync_wait()

void lci::sync_wait ( comp_t comp_in, status_t * p_out_in )

inline

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Variable Documentation

g_default_attr

global_attr_t lci::g_default_attr

GRAPH_END

const graph_node_t lci::GRAPH_END = reinterpret_cast<graph_node_t>(0x2)