profile.h File Reference

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Data Structures
struct	edge_profile_info

Macros
#define	EDGE_INFO(e)

Typedefs
typedef struct gcov_working_set_info	gcov_working_set_t

Functions
gcov_type &	edge_gcov_count (edge e)
gcov_type &	bb_gcov_count (basic_block bb)
gcov_working_set_t *	find_working_set (unsigned pct_times_10)
void	add_working_set (gcov_working_set_t *)
void	mcf_smooth_cfg (void)
gcov_type	sum_edge_counts (vec< edge, va_gc > *edges)
void	init_node_map (bool)
void	del_node_map (void)
void	get_working_sets (void)

Variables
vec< gcov_type >	bb_gcov_counts
hash_map< edge, gcov_type > *	edge_gcov_counts
struct gcov_summary *	profile_info

Macro Definition Documentation

EDGE_INFO

#define EDGE_INFO

(

e

)

Value:

((struct edge_profile_info *) (e)->aux)

Typedef Documentation

gcov_working_set_t

typedef struct gcov_working_set_info gcov_working_set_t

Function Documentation

add_working_set()

void add_working_set ( gcov_working_set_t * )

extern

bb_gcov_count()

gcov_type & bb_gcov_count ( basic_block bb )

inline

References bb_gcov_counts, and basic_block_def::index.

Referenced by adjust_cfg_counts(), compute_branch_probabilities(), create_fixup_graph(), is_inconsistent(), and set_bb_counts().

del_node_map()

void del_node_map ( void )

extern

Delete the CGRAPH_NODE_MAP.   

References cgraph_node_map.

Referenced by ipa_profile(), and tree_profiling().

edge_gcov_count()

gcov_type & edge_gcov_count ( edge e )

inline

References edge_gcov_counts, and hash_map< KeyId, Value, Traits >::get_or_insert().

Referenced by adjust_cfg_counts(), compute_branch_probabilities(), correct_negative_edge_counts(), create_fixup_graph(), is_edge_inconsistent(), read_profile_edge_counts(), and sum_edge_counts().

find_working_set()

gcov_working_set_t * find_working_set ( unsigned pct_times_10 )

extern

get_working_sets()

void get_working_sets ( void )

extern

init_node_map()

void init_node_map ( bool local )

extern

Initialize map from PROFILE_ID to CGRAPH_NODE.
When LOCAL is true, the PROFILE_IDs are computed.  when it is false we assume
that the PROFILE_IDs was already assigned.   

References cgraph_node_map, coverage_compute_profile_id(), symtab_node::decl, dump_enabled_p(), symtab_node::dump_name(), dump_printf_loc(), FOR_EACH_DEFINED_FUNCTION, dump_user_location_t::from_function_decl(), cgraph_node::get(), cgraph_node::has_gimple_body_p(), cgraph_node::local, MSG_MISSED_OPTIMIZATION, NULL, cgraph_node::profile_id, and cgraph_node::thunk.

Referenced by autofdo::auto_profile(), ipa_profile(), and tree_profiling().

mcf_smooth_cfg()

void mcf_smooth_cfg ( void )

extern

Smoothes the initial assigned basic block and edge counts using
a minimum cost flow algorithm.  

Main routine. Smoothes the initial assigned basic block and edge counts using
a minimum cost flow algorithm, to ensure that the flow consistency rule is
obeyed: sum of outgoing edges = sum of incoming edges for each basic
block.   

References adjust_cfg_counts(), create_fixup_graph(), delete_fixup_graph(), and find_minimum_cost_flow().

Referenced by compute_branch_probabilities().

sum_edge_counts()

gcov_type sum_edge_counts ( vec< edge, va_gc > * to_edges )

extern

Compute the sum of the edge counts in TO_EDGES.   

References edge_gcov_count(), EDGE_INFO, and FOR_EACH_EDGE.

Referenced by adjust_cfg_counts(), is_inconsistent(), and set_bb_counts().

Variable Documentation

bb_gcov_counts

vec<gcov_type> bb_gcov_counts

extern

Helpers annotating edges/basic blocks to GCOV counts.   

Map from BBs/edges to gcov counters.   

Referenced by bb_gcov_count(), and compute_branch_probabilities().

edge_gcov_counts

hash_map<edge,gcov_type>* edge_gcov_counts

extern

Referenced by compute_branch_probabilities(), and edge_gcov_count().

profile_info

struct gcov_summary* profile_info

extern

Counter summary from the last set of coverage counts read by
profile.cc.   

Counter summary from the last set of coverage counts read.   

Referenced by afdo_callsite_hot_enough_for_early_inline(), autofdo::auto_profile(), compute_branch_probabilities(), drop_profile(), dump_function_to_file(), eliminate_partially_redundant_load(), end_auto_profile(), get_hot_bb_threshold(), gimple_account_profile_record(), handle_missing_profiles(), inline_small_functions(), ipa_propagate_frequency_1(), maybe_hot_count_p(), merge_profile_summaries(), output_profile_summary(), probably_never_executed(), profile_record_check_consistency(), read_counts_file(), report_unroll(), rtl_account_profile_record(), and tail_duplicate().