#include <ross.h>
#include <inttypes.h>

Go to the source code of this file.

Data Structures
struct	st_stats_buffer

struct	sample_metadata

struct	st_pe_stats

struct	st_kp_stats

struct	st_lp_stats

struct	st_event_data

struct	st_model_types

struct	model_metadata

Macros
#define	INST_MAX_LENGTH 4096

#define	st_buffer_free_space(buf) (buf->size - buf->count)

#define	st_buffer_write_ptr(buf) (buf->buffer + buf->write_pos)

#define	st_buffer_read_ptr(buf) (buf->buffer + buf->read_pos)

Typedefs
typedef struct sample_metadata	sample_metadata

typedef struct st_pe_stats	st_pe_stats

typedef struct st_kp_stats	st_kp_stats

typedef struct st_lp_stats	st_lp_stats

typedef void(*	ev_trace_f )(void msg, tw_lp lp, char buffer, int collect_flag)

typedef void(*	sample_event_f )(void state, tw_bf b, tw_lp lp, void sample)

typedef void(*	sample_revent_f )(void state, tw_bf b, tw_lp lp, void sample)

typedef void(*	model_stat_f )(void sv, tw_lp lp, char *buffer)

typedef struct st_model_types	st_model_types

Enumerations
enum	collection_types { GVT_COL, RT_COL, ANALYSIS_LP, EV_TRACE, MODEL_COL, NUM_COL_TYPES }

enum	inst_data_types { PE_TYPE, KP_TYPE, LP_TYPE, MODEL_TYPE }

enum	granularity_types { GRAN_PE, GRAN_KP, GRAN_LP, GRAN_ALL }

enum	traces_enum { NO_TRACE, FULL_TRACE, RB_TRACE, COMMIT_TRACE }

enum	stats_types_enum { NO_STATS, GVT_STATS, RT_STATS, VT_STATS, ALL_STATS }

Functions
void	st_buffer_allocate ()

void	st_buffer_init (int type)

void	st_buffer_push (int type, char *data, int size)

void	st_buffer_write (int end_of_sim, int type)

void	st_buffer_finalize (int type)

const tw_optdef *	st_inst_opts ()

void	st_inst_init (void)

void	st_inst_dump ()

void	st_inst_finalize (tw_pe *me)

void	st_collect_engine_data (tw_pe *me, int col_type)

void	st_collect_engine_data_pes (tw_pe pe, sample_metadata sample_md, tw_statistics *s, int col_type)

void	st_collect_engine_data_kps (tw_pe me, tw_kp kp, sample_metadata *sample_md, int col_type)

void	st_collect_engine_data_lps (tw_lp lp, sample_metadata sample_md, int col_type)

void	st_collect_event_data (tw_event *cev, double recv_rt)

void	specialized_lp_setup ()

void	specialized_lp_init_mapping ()

void	specialized_lp_run ()

const tw_optdef *	st_special_lp_opts (void)

void	st_model_setup_types (tw_lp *lp)

void	st_model_settype (tw_lpid i, st_model_types *model_types)

void	st_collect_model_data (tw_pe *pe, double current_rt, int stats_type)

Variables
char	stats_directory [4096]

int	g_st_buffer_size

int	g_st_buffer_free_percent

FILE *	seq_ev_trace

FILE *	seq_model

FILE *	seq_analysis

char	g_st_stats_out [4096]

char	g_st_stats_path [4096]

int	g_st_pe_data

int	g_st_kp_data

int	g_st_lp_data

int	g_st_disable_out

int	g_st_model_stats

int	g_st_engine_stats

int	g_st_gvt_sampling

int	g_st_num_gvt

int	g_st_rt_sampling

tw_clock	g_st_rt_interval

tw_clock	g_st_rt_samp_start_cycles

int	g_st_ev_trace

int	g_st_use_analysis_lps

tw_lpid	g_st_analysis_nlp

double	g_st_vt_interval

double	g_st_sampling_end

tw_lpid	g_st_total_model_lps

int	g_st_sample_count

st_model_types *	g_st_model_types

Macro Definition Documentation

#define INST_MAX_LENGTH 4096

Definition at line 11 of file st-instrumentation.h.

Referenced by st_buffer_allocate(), and st_buffer_init().

#define st_buffer_free_space ( buf ) (buf->size - buf->count)

Definition at line 14 of file st-instrumentation.h.

Referenced by st_buffer_push().

#define st_buffer_read_ptr ( buf ) (buf->buffer + buf->read_pos)

Definition at line 16 of file st-instrumentation.h.

Referenced by st_buffer_write().

#define st_buffer_write_ptr ( buf ) (buf->buffer + buf->write_pos)

Definition at line 15 of file st-instrumentation.h.

Referenced by st_buffer_push().

Typedef Documentation

typedef void(* ev_trace_f)(void *msg, tw_lp *lp, char *buffer, int *collect_flag)

Definition at line 188 of file st-instrumentation.h.

typedef void(* model_stat_f)(void *sv, tw_lp *lp, char *buffer)

Definition at line 214 of file st-instrumentation.h.

typedef void(* sample_event_f)(void *state, tw_bf *b, tw_lp *lp, void *sample)

Definition at line 197 of file st-instrumentation.h.

typedef struct sample_metadata sample_metadata

Definition at line 38 of file st-instrumentation.h.

typedef void(* sample_revent_f)(void *state, tw_bf *b, tw_lp *lp, void *sample)

Definition at line 198 of file st-instrumentation.h.

typedef struct st_kp_stats st_kp_stats

Definition at line 98 of file st-instrumentation.h.

typedef struct st_lp_stats st_lp_stats

Definition at line 99 of file st-instrumentation.h.

typedef struct st_model_types st_model_types

Definition at line 215 of file st-instrumentation.h.

typedef struct st_pe_stats st_pe_stats

Definition at line 97 of file st-instrumentation.h.

Enumeration Type Documentation

enum collection_types

Enumerator
GVT_COL
RT_COL
ANALYSIS_LP
EV_TRACE
MODEL_COL
NUM_COL_TYPES

Definition at line 40 of file st-instrumentation.h.

enum granularity_types

Enumerator
GRAN_PE
GRAN_KP
GRAN_LP
GRAN_ALL

Definition at line 56 of file st-instrumentation.h.

enum inst_data_types

Enumerator
PE_TYPE
KP_TYPE
LP_TYPE
MODEL_TYPE

Definition at line 49 of file st-instrumentation.h.

enum stats_types_enum

Enumerator
NO_STATS
GVT_STATS
RT_STATS
VT_STATS
ALL_STATS

Definition at line 230 of file st-instrumentation.h.

enum traces_enum

Enumerator
NO_TRACE
FULL_TRACE
RB_TRACE
COMMIT_TRACE

Definition at line 171 of file st-instrumentation.h.

Function Documentation

void specialized_lp_init_mapping ( )

Definition at line 41 of file specialized-lps.c.

References analysis_start_gid, g_st_analysis_nlp, g_tw_kp, g_tw_lp, g_tw_mynode, g_tw_nlp, g_tw_pe, st_analysis_lp_settype(), tw_lp_onkp(), and tw_lp_onpe().

Referenced by tw_define_lps().

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void specialized_lp_run ( )

Definition at line 52 of file specialized-lps.c.

References g_st_sampling_end, and g_tw_ts_end.

Referenced by st_inst_init().

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void specialized_lp_setup ( )

Definition at line 18 of file specialized-lps.c.

References ALL_STATS, ANALYSIS_LP, analysis_start_gid, g_st_analysis_nlp, g_st_engine_stats, g_st_model_stats, g_st_total_model_lps, g_st_use_analysis_lps, g_tw_nkp, g_tw_nlp, g_tw_synchronization_protocol, MPI_COMM_ROSS, SEQUENTIAL, st_buffer_init(), and VT_STATS.

Referenced by tw_define_lps().

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void st_buffer_allocate ( )

Definition at line 16 of file st-stats-buffer.c.

References buffer_fh, g_st_engine_stats, g_st_ev_trace, g_st_model_stats, g_st_stats_path, g_st_use_analysis_lps, g_tw_masternode, g_tw_mynode, INST_MAX_LENGTH, MPI_COMM_ROSS, NUM_COL_TYPES, prev_offsets, stats_directory, tw_calloc(), and TW_LOC.

Referenced by tw_define_lps().

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void st_buffer_finalize ( int type )

Definition at line 188 of file st-stats-buffer.c.

References buffer_fh, g_st_disable_out, g_tw_mynode, missed_bytes, and st_buffer_write().

Referenced by st_inst_finalize().

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void st_buffer_init ( int type )

Definition at line 62 of file st-stats-buffer.c.

References ANALYSIS_LP, st_stats_buffer::buffer, buffer_fh, st_stats_buffer::count, file_suffix, g_st_buffer_size, g_st_disable_out, g_st_stats_out, g_tw_synchronization_protocol, INST_MAX_LENGTH, MPI_COMM_ROSS, st_stats_buffer::read_pos, seq_analysis, seq_ev_trace, seq_model, SEQUENTIAL, st_stats_buffer::size, stats_directory, tw_calloc(), TW_LOC, and st_stats_buffer::write_pos.

Referenced by specialized_lp_setup(), and st_inst_init().

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void st_buffer_push	(	int	type,
		char *	data,
		int	size
	)

Definition at line 100 of file st-stats-buffer.c.

References buffer_overflow_warned, st_stats_buffer::count, g_st_disable_out, g_tw_lp, g_tw_mynode, missed_bytes, st_buffer_free_space, st_buffer_write_ptr, tw_now(), TW_STIME_DBL, and st_stats_buffer::write_pos.

Referenced by analysis_commit(), st_collect_engine_data_kps(), st_collect_engine_data_lps(), st_collect_engine_data_pes(), st_collect_event_data(), and st_collect_model_data().

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void st_buffer_write	(	int	end_of_sim,
		int	type
	)

Definition at line 137 of file st-stats-buffer.c.

References buffer_fh, buffer_overflow_warned, st_stats_buffer::count, g_st_buffer_free_percent, g_st_buffer_size, g_tw_mynode, g_tw_pe, MPI_COMM_ROSS, prev_offsets, st_stats_buffer::read_pos, tw_statistics::s_stat_comp, tw_statistics::s_stat_write, st_buffer_read_ptr, tw_pe::stats, tw_clock_read(), tw_nnodes(), and st_stats_buffer::write_pos.

Referenced by st_buffer_finalize(), and st_inst_dump().

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void st_collect_engine_data	(	tw_pe *	me,
		int	col_type
	)

Definition at line 10 of file st-sim-engine.c.

References g_st_kp_data, g_st_lp_data, g_st_pe_data, g_tw_clock_rate, g_tw_nkp, g_tw_nlp, tw_pe::GVT, sample_metadata::real_time, tw_statistics::s_stat_comp, st_collect_engine_data_kps(), st_collect_engine_data_lps(), st_collect_engine_data_pes(), tw_pe::stats, sample_metadata::ts, tw_clock_read(), tw_get_stats(), tw_getkp(), and tw_getlp().

Referenced by analysis_event(), st_inst_finalize(), tw_gvt_step2(), tw_sched_batch(), tw_sched_batch_realtime(), and tw_scheduler_conservative().

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void st_collect_engine_data_kps	(	tw_pe *	me,
		tw_kp *	kp,
		sample_metadata *	sample_md,
		int	col_type
	)

Definition at line 102 of file st-sim-engine.c.

References st_kp_stats::efficiency, sample_metadata::flag, g_tw_mynode, tw_pe::GVT, tw_kp::id, tw_kp::kp_stats, KP_TYPE, st_kp_stats::kpid, tw_kp::last_stats, tw_kp::last_time, st_kp_stats::peid, st_kp_stats::s_e_rbs, st_kp_stats::s_nevent_abort, st_kp_stats::s_nevent_processed, st_kp_stats::s_nread_network, st_kp_stats::s_nsend_network, st_kp_stats::s_rb_secondary, st_kp_stats::s_rb_total, sample_metadata::sample_sz, st_buffer_push(), st_kp_stats::time_ahead_gvt, tw_error(), TW_LOC, and TW_STIME_DBL.

Referenced by st_collect_engine_data().

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void st_collect_engine_data_lps	(	tw_lp *	lp,
		sample_metadata *	sample_md,
		int	col_type
	)

Definition at line 145 of file st-sim-engine.c.

References st_lp_stats::efficiency, sample_metadata::flag, g_tw_mynode, tw_lp::gid, tw_kp::id, tw_lp::kp, st_lp_stats::kpid, tw_lp::last_stats, tw_lp::lp_stats, LP_TYPE, st_lp_stats::lpid, st_lp_stats::peid, st_lp_stats::s_e_rbs, st_lp_stats::s_nevent_abort, st_lp_stats::s_nevent_processed, st_lp_stats::s_nread_network, st_lp_stats::s_nsend_network, sample_metadata::sample_sz, st_buffer_push(), tw_error(), and TW_LOC.

Referenced by st_collect_engine_data().

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void st_collect_engine_data_pes	(	tw_pe *	pe,
		sample_metadata *	sample_md,
		tw_statistics *	s,
		int	col_type
	)

Definition at line 45 of file st-sim-engine.c.

References all_reduce_cnt, st_pe_stats::all_reduce_count, st_pe_stats::efficiency, sample_metadata::flag, g_tw_clock_rate, g_tw_gvt_done, g_tw_mynode, last_all_reduce_cnt, PE_TYPE, st_pe_stats::peid, tw_pe::pq, st_pe_stats::s_avl, tw_statistics::s_avl, st_pe_stats::s_buddy, tw_statistics::s_buddy, st_pe_stats::s_cancel_q, tw_statistics::s_cancel_q, st_pe_stats::s_e_rbs, tw_statistics::s_e_rbs, st_pe_stats::s_event_abort, tw_statistics::s_event_abort, st_pe_stats::s_event_process, tw_statistics::s_event_process, st_pe_stats::s_fc_attempts, tw_statistics::s_fc_attempts, st_pe_stats::s_fossil_collect, tw_statistics::s_fossil_collect, st_pe_stats::s_gvt, tw_statistics::s_gvt, st_pe_stats::s_lz4, tw_statistics::s_lz4, st_pe_stats::s_net_other, tw_statistics::s_net_other, st_pe_stats::s_net_read, tw_statistics::s_net_read, st_pe_stats::s_nevent_abort, tw_statistics::s_nevent_abort, st_pe_stats::s_nevent_processed, tw_statistics::s_nevent_processed, st_pe_stats::s_ngvts, st_pe_stats::s_nread_network, tw_statistics::s_nread_network, st_pe_stats::s_nsend_network, tw_statistics::s_nsend_network, st_pe_stats::s_pe_event_ties, tw_statistics::s_pe_event_ties, st_pe_stats::s_pq, tw_statistics::s_pq, st_pe_stats::s_pq_qsize, st_pe_stats::s_rb_secondary, tw_statistics::s_rb_secondary, st_pe_stats::s_rb_total, tw_statistics::s_rb_total, st_pe_stats::s_rollback, tw_statistics::s_rollback, sample_metadata::sample_sz, st_buffer_push(), st_get_allreduce_count(), tw_pe::stats, and tw_pq_get_size().

Referenced by st_collect_engine_data().

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void st_collect_event_data	(	tw_event *	cev,
		double	recv_rt
	)

Definition at line 9 of file st-event-trace.c.

References st_event_data::dest_lp, tw_event::dest_lp, st_model_types::ev_sz, EV_TRACE, st_model_types::ev_trace, evtype_warned, g_st_disable_out, g_tw_masternode, g_tw_mynode, g_tw_pe, g_tw_synchronization_protocol, tw_lp::gid, st_event_data::model_data_sz, tw_lp::model_types, st_event_data::real_ts, tw_event::recv_ts, st_event_data::recv_vts, tw_statistics::s_stat_comp, tw_event::send_lp, tw_event::send_ts, st_event_data::send_vts, seq_ev_trace, SEQUENTIAL, st_event_data::src_lp, st_buffer_push(), tw_pe::stats, tw_clock_read(), tw_event_data(), and TW_STIME_DBL.

Referenced by tw_eventq_push_list(), tw_sched_batch(), tw_sched_batch_realtime(), tw_sched_event_q(), tw_scheduler_conservative(), and tw_scheduler_sequential().

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void st_collect_model_data	(	tw_pe *	pe,
		double	current_rt,
		int	stats_type
	)

Definition at line 45 of file st-model-data.c.

References tw_lp::cur_state, sample_metadata::flag, g_st_disable_out, g_tw_lp, g_tw_mynode, g_tw_nlp, g_tw_synchronization_protocol, tw_lp::gid, model_metadata::gvt, tw_pe::GVT, tw_kp::id, tw_lp::kp, model_metadata::kpid, model_metadata::lpid, MODEL_COL, st_model_types::model_stat_fn, model_metadata::model_sz, MODEL_TYPE, tw_lp::model_types, st_model_types::mstat_sz, model_metadata::peid, sample_metadata::real_time, tw_statistics::s_stat_comp, sample_metadata::sample_sz, seq_model, SEQUENTIAL, st_buffer_push(), tw_pe::stats, model_metadata::stats_type, sample_metadata::ts, tw_clock_read(), tw_now(), and TW_STIME_DBL.

Referenced by tw_gvt_step2(), tw_sched_batch(), tw_sched_batch_realtime(), tw_scheduler_conservative(), and tw_scheduler_sequential().

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void st_inst_dump ( )

Definition at line 88 of file st-instrumentation.c.

References ALL_STATS, ANALYSIS_LP, EV_TRACE, g_st_disable_out, g_st_engine_stats, g_st_ev_trace, g_st_model_stats, g_st_use_analysis_lps, GVT_COL, GVT_STATS, MODEL_COL, RT_COL, RT_STATS, and st_buffer_write().

Referenced by tw_gvt_step2().

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void st_inst_finalize ( tw_pe * me )

Definition at line 105 of file st-instrumentation.c.

References ALL_STATS, ANALYSIS_LP, EV_TRACE, g_st_engine_stats, g_st_ev_trace, g_st_model_stats, g_st_use_analysis_lps, GVT_COL, GVT_STATS, MODEL_COL, RT_COL, RT_STATS, st_buffer_finalize(), and st_collect_engine_data().

Referenced by tw_scheduler_conservative(), tw_scheduler_optimistic(), and tw_scheduler_optimistic_realtime().

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void st_inst_init ( void )

Definition at line 51 of file st-instrumentation.c.

References ALL_STATS, EV_TRACE, g_st_engine_stats, g_st_ev_trace, g_st_gvt_sampling, g_st_model_stats, g_st_rt_interval, g_st_rt_samp_start_cycles, g_st_rt_sampling, g_tw_clock_rate, GVT_COL, GVT_STATS, MODEL_COL, RT_COL, RT_STATS, specialized_lp_run(), st_buffer_init(), and tw_clock_read().

Referenced by tw_run().

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const tw_optdef* st_inst_opts ( )

Definition at line 46 of file st-instrumentation.c.

References inst_options.

Referenced by tw_init().

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void st_model_settype	(	tw_lpid	i,
		st_model_types *	model_types
	)

Definition at line 25 of file st-model-data.c.

References g_tw_lp, g_tw_masternode, g_tw_mynode, model_type_warned, model_types, and tw_lp::model_types.

Referenced by main().

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void st_model_setup_types ( tw_lp * lp )

Definition at line 10 of file st-model-data.c.

References g_tw_lp_typemap, g_tw_masternode, g_tw_mynode, tw_lp::gid, model_type_warned, and tw_lp::model_types.

Referenced by tw_lp_setup_types().

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const tw_optdef* st_special_lp_opts ( void )

Definition at line 67 of file specialized-lps.c.

References special_lp_opt.

Referenced by tw_init().

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Variable Documentation

tw_lpid g_st_analysis_nlp

Definition at line 12 of file specialized-lps.c.

Referenced by late_sanity_check(), specialized_lp_init_mapping(), specialized_lp_setup(), tw_define_lps(), tw_getlp(), tw_init_lps(), tw_lp_onpe(), tw_lp_settype(), tw_pre_run_lps(), and tw_stats().

int g_st_buffer_free_percent

Definition at line 10 of file st-stats-buffer.c.

Referenced by st_buffer_write().

int g_st_buffer_size

Definition at line 9 of file st-stats-buffer.c.

Referenced by st_buffer_init(), and st_buffer_write().

int g_st_disable_out

Definition at line 9 of file st-instrumentation.c.

Referenced by analysis_commit(), st_buffer_finalize(), st_buffer_init(), st_buffer_push(), st_collect_event_data(), st_collect_model_data(), and st_inst_dump().

int g_st_engine_stats

Definition at line 12 of file st-instrumentation.c.

Referenced by analysis_event(), specialized_lp_setup(), st_buffer_allocate(), st_inst_dump(), st_inst_finalize(), st_inst_init(), tw_gvt_step2(), tw_sched_batch(), tw_sched_batch_realtime(), and tw_scheduler_conservative().

int g_st_ev_trace

Definition at line 3 of file st-event-trace.c.

Referenced by st_buffer_allocate(), st_inst_dump(), st_inst_finalize(), st_inst_init(), tw_eventq_push_list(), tw_lp_setup_types(), tw_sched_batch(), tw_sched_batch_realtime(), tw_sched_event_q(), tw_scheduler_conservative(), and tw_scheduler_sequential().

int g_st_gvt_sampling

Definition at line 14 of file st-instrumentation.c.

Referenced by st_inst_init().

int g_st_kp_data

Definition at line 7 of file st-instrumentation.c.

Referenced by st_collect_engine_data().

int g_st_lp_data

Definition at line 8 of file st-instrumentation.c.

Referenced by st_collect_engine_data().

int g_st_model_stats

Definition at line 11 of file st-instrumentation.c.

Referenced by analysis_commit(), analysis_event(), analysis_event_rc(), analysis_init(), specialized_lp_setup(), st_buffer_allocate(), st_inst_dump(), st_inst_finalize(), st_inst_init(), tw_gvt_step2(), tw_sched_batch(), tw_sched_batch_realtime(), tw_scheduler_conservative(), and tw_scheduler_sequential().

st_model_types* g_st_model_types

Definition at line 3 of file st-model-data.c.

int g_st_num_gvt

Definition at line 15 of file st-instrumentation.c.

Referenced by tw_gvt_step2().

int g_st_pe_data

Definition at line 6 of file st-instrumentation.c.

Referenced by st_collect_engine_data().

tw_clock g_st_rt_interval

Definition at line 18 of file st-instrumentation.c.

Referenced by st_inst_init(), tw_sched_batch(), tw_sched_batch_realtime(), tw_scheduler_conservative(), and tw_scheduler_sequential().

tw_clock g_st_rt_samp_start_cycles

Definition at line 19 of file st-instrumentation.c.

Referenced by st_inst_init(), tw_sched_batch(), tw_sched_batch_realtime(), tw_scheduler_conservative(), and tw_scheduler_sequential().

int g_st_rt_sampling

Definition at line 17 of file st-instrumentation.c.

Referenced by st_inst_init(), tw_sched_batch(), tw_sched_batch_realtime(), tw_scheduler_conservative(), and tw_scheduler_sequential().

int g_st_sample_count

Definition at line 13 of file specialized-lps.c.

Referenced by analysis_init().

double g_st_sampling_end

Definition at line 22 of file st-instrumentation.c.

Referenced by specialized_lp_run(), and st_create_sample_event().

char g_st_stats_out[4096]

Definition at line 4 of file st-instrumentation.c.

Referenced by st_buffer_init().

char g_st_stats_path[4096]

Definition at line 5 of file st-instrumentation.c.

Referenced by st_buffer_allocate().

tw_lpid g_st_total_model_lps

Definition at line 16 of file specialized-lps.c.

Referenced by specialized_lp_setup(), and tw_getlocal_lp().

int g_st_use_analysis_lps

Definition at line 11 of file specialized-lps.c.

Referenced by specialized_lp_setup(), st_buffer_allocate(), st_inst_dump(), st_inst_finalize(), tw_getlocal_lp(), tw_init(), and tw_stats().

double g_st_vt_interval

Definition at line 21 of file st-instrumentation.c.

Referenced by st_create_sample_event().

FILE * seq_analysis

Definition at line 13 of file st-stats-buffer.c.

Referenced by analysis_commit(), and st_buffer_init().

FILE* seq_ev_trace

Definition at line 13 of file st-stats-buffer.c.

Referenced by st_buffer_init(), and st_collect_event_data().

FILE * seq_model

Definition at line 13 of file st-stats-buffer.c.

Referenced by st_buffer_init(), and st_collect_model_data().

char stats_directory[4096]

Definition at line 8 of file st-stats-buffer.c.

Referenced by st_buffer_allocate(), and st_buffer_init().

Data Structures

Macros

Typedefs

Enumerations

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