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_counter_x
	The actual implementation for alloc_counter. 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...
struct	allocator_default_t
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	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	counter_get_x
	The actual implementation for counter_get. More...
class	counter_set_x
	The actual implementation for counter_set. More...
class	cq_pop_x
	The actual implementation for cq_pop. 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_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...
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...
class	test_drained_x
	The actual implementation for test_drained. More...
class	wait_drained_x
	The actual implementation for wait_drained. 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	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::memory , comp_semantic_t::network }
	The enum class of completion semantic. More...
enum class	attr_rdv_protocol_t { auto_select , write , writeimm }
enum class	attr_matching_engine_type_t { queue , map }
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_comp_type_t {   sync , counter , cq , handler ,   graph , custom }
enum class	attr_cq_type_t { array_atomic , lcrq }

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.
void	global_initialize ()
	Global initialization for LCI, including rank_me, rank_n, and g_default_attr.
void	global_finalize ()
	Global finalization for LCI.
int	get_rank_me ()
	Get the rank of the current process.
int	get_rank_n ()
	Get the number of ranks in the current application/job.
global_attr_t	get_g_default_attr ()
	Get the default global attributes for LCI. The default global attributes contain the default attributes for all resources. It is initialized by global_initialize based on compilation and environment variables.
void	set_g_default_attr (const global_attr_t &attr)
	Set the default global attributes for LCI.
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	init_global_attr ()
runtime_t	alloc_runtime ()
void	free_runtime (runtime_t *runtime_in)
runtime_t	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 ()
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)
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_counter ()
int64_t	counter_get (comp_t comp_in)
void	counter_set (comp_t comp_in, int64_t value_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)
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)
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 ()
error_t	test_drained ()
void	wait_drained ()

Variables
const char *	DEFAULT_NAME
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.
allocator_default_t	g_allocator_default
const comp_t	COMP_NULL = comp_t(reinterpret_cast<comp_impl_t*>(0x0))
	Special completion object setting allow_posted and allow_retry 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 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.

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
counter
cq
handler
graph
custom

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
auto_select
write
writeimm

Function Documentation

allgather()

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

inline

Here is the call graph for this function:

alloc_counter()

comp_t lci::alloc_counter ( )

inline

Here is the call graph for this function:

alloc_cq()

comp_t lci::alloc_cq ( )

inline

Here is the call graph for this function:

alloc_device()

device_t lci::alloc_device ( )

inline

Here is the call graph for this function:

alloc_endpoint()

endpoint_t lci::alloc_endpoint ( )

inline

Here is the call graph for this function:

alloc_graph()

comp_t lci::alloc_graph ( )

inline

Here is the call graph for this function:

alloc_handler()

comp_t lci::alloc_handler ( comp_handler_t handler_in )

inline

Here is the call graph for this function:

alloc_matching_engine()

matching_engine_t lci::alloc_matching_engine ( )

inline

Here is the call graph for this function:

alloc_net_context()

net_context_t lci::alloc_net_context ( )

inline

Here is the call graph for this function:

alloc_packet_pool()

packet_pool_t lci::alloc_packet_pool ( )

inline

Here is the call graph for this function:

alloc_runtime()

runtime_t lci::alloc_runtime ( )

inline

Here is the call graph for this function:

alloc_sync()

comp_t lci::alloc_sync ( )

inline

Here is the call graph for this function:

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 )

inline

Here is the call graph for this function:

alltoall()

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

inline

Here is the call graph for this function:

barrier()

void lci::barrier ( )

inline

Here is the call graph for this function:

broadcast()

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

inline

Here is the call graph for this function:

comp_signal()

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

inline

Here is the call graph for this function:

counter_get()

int64_t lci::counter_get ( comp_t comp_in )

inline

Here is the call graph for this function:

counter_set()

void lci::counter_set ( comp_t comp_in, int64_t value_in )

inline

Here is the call graph for this function:

cq_pop()

status_t lci::cq_pop ( comp_t comp_in )

inline

Here is the call graph for this function:

deregister_memory()

void lci::deregister_memory ( mr_t * mr_in )

inline

Here is the call graph for this function:

deregister_packet_pool()

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

inline

Here is the call graph for this function:

deregister_rcomp()

void lci::deregister_rcomp ( rcomp_t rcomp_in )

inline

Here is the call graph for this function:

free_comp()

void lci::free_comp ( comp_t * comp_in )

inline

Here is the call graph for this function:

free_device()

void lci::free_device ( device_t * device_in )

inline

Here is the call graph for this function:

free_endpoint()

void lci::free_endpoint ( endpoint_t * endpoint_in )

inline

Here is the call graph for this function:

free_matching_engine()

void lci::free_matching_engine ( matching_engine_t * matching_engine_in )

inline

Here is the call graph for this function:

free_net_context()

void lci::free_net_context ( net_context_t * net_context_in )

inline

Here is the call graph for this function:

free_packet_pool()

void lci::free_packet_pool ( packet_pool_t * packet_pool_in )

inline

Here is the call graph for this function:

free_runtime()

void lci::free_runtime ( runtime_t * runtime_in )

inline

Here is the call graph for this function:

g_runtime_fina()

void lci::g_runtime_fina ( )

inline

Here is the call graph for this function:

g_runtime_init()

runtime_t lci::g_runtime_init ( )

inline

Here is the call graph for this function:

get_allocator()

allocator_base_t * lci::get_allocator ( )

inline

Here is the call graph for this function:

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

Here is the call graph for this function:

get_default_endpoint()

endpoint_t lci::get_default_endpoint ( )

inline

Here is the call graph for this function:

get_default_matching_engine()

matching_engine_t lci::get_default_matching_engine ( )

inline

Here is the call graph for this function:

get_default_net_context()

net_context_t lci::get_default_net_context ( )

inline

Here is the call graph for this function:

get_default_packet_pool()

packet_pool_t lci::get_default_packet_pool ( )

inline

Here is the call graph for this function:

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.

Here is the caller graph for this function:

get_g_runtime()

runtime_t lci::get_g_runtime ( )

inline

Here is the call graph for this function:

get_max_bcopy_size()

size_t lci::get_max_bcopy_size ( )

inline

Here is the call graph for this function:

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_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

Here is the call graph for this function:

get_upacket()

void * lci::get_upacket ( )

inline

Here is the call graph for this function:

graph_add_edge()

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

inline

Here is the call graph for this function:

graph_add_node()

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

inline

Here is the call graph for this function:

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

)

Here is the caller graph for this function:

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

)

Here is the caller graph for this function:

graph_node_mark_complete()

void lci::graph_node_mark_complete ( graph_node_t node_in )

inline

Here is the call graph for this function:

graph_start()

void lci::graph_start ( comp_t comp_in )

inline

Here is the call graph for this function:

graph_test()

status_t lci::graph_test ( comp_t comp_in )

inline

Here is the call graph for this function:

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

Here is the call graph for this function:

net_poll_cq()

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

inline

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

net_post_recv()

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

inline

Here is the call graph for this function:

net_post_send()

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

inline

Here is the call graph for this function:

net_post_sends()

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

inline

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

progress()

error_t lci::progress ( )

inline

Here is the call graph for this function:

put_upacket()

void lci::put_upacket ( void * packet_in )

inline

Here is the call graph for this function:

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

Here is the call graph for this function:

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

Here is the call graph for this function:

register_memory()

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

inline

Here is the call graph for this function:

register_packet_pool()

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

inline

Here is the call graph for this function:

register_rcomp()

rcomp_t lci::register_rcomp ( comp_t comp_in )

inline

Here is the call graph for this function:

reserve_rcomps()

rcomp_t lci::reserve_rcomps ( rcomp_t n_in )

inline

Here is the call graph for this function:

set_allocator()

void lci::set_allocator ( allocator_base_t * allocator_in )

inline

Here is the call graph for this function:

sync_test()

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

inline

Here is the call graph for this function:

sync_wait()

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

inline

Here is the call graph for this function:

test_drained()

error_t lci::test_drained ( )

inline

Here is the call graph for this function:

wait_drained()

void lci::wait_drained ( )

inline

Here is the call graph for this function:

Variable Documentation

DEFAULT_NAME

const char* lci::DEFAULT_NAME

extern

g_allocator_default

allocator_default_t lci::g_allocator_default

extern

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)