task_parallelization.h

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/* Warning! Do not modify this file that is automatically generated! */
/* Modify src/Libs/task_parallelization/task_parallelization-local.h instead, to add your own modifications. */
 
/* header file built by cproto */
 
#ifndef  task_parallelization_header_included
#define  task_parallelization_header_included
/*  task_parallelization-local.h */
#include "task_private.h"
 
#ifndef _newgen_graph_included
#include "dg.h"
 
/* Instantiation of the dependence graph: */
typedef dg_arc_label arc_label;
typedef dg_vertex_label vertex_label;
#include "graph.h"
#endif
 
typedef struct {
  double tlevel;
  double blevel;
  double prio;
  double task_time;
  gen_array_t edge_cost;
  list data;
  bool scheduled;
  int order_sched;
  int cluster;
  int nbclusters;
}annotation;
 
typedef struct {
  double time;
  list data;
}cluster;
 
#define MPI_COMM_WORLD_STRING "MPI_COMM_WORLD"
 
#define MPI_GENERATION_NBR_CLUSTER "MPI_NBR_CLUSTER"
#define MPI_GENERATION_PREFIX "MPI_DUPLICATE_VARIABLE_PREFIX"
//#define MPI_GENERATION_SUFFIX "MPI_DUPLICATE_VARIABLE_SUFFIX"
#define MPI_GENERATION_PRIVATE_VARIABLES_LIST "MPI_PRIVATE_VARIABLES_LIST"
#define MPI_GENERATION_PRIVATE_PARAMETER "MPI_PRIVATE_PARAMETER"
 
#define COMMENT_VARIABLE_REPLICATION " Generated by Pass VARIABLE_REPLICATION\n"
#define COMMENT_COPY_VARIABLE " Generated by Pass COPY_VARIABLE\n"
#define COMMENT_MPI_CONVERSION " Generated by Pass MPI_CONVERSION\n"
/* cproto-generated files */
/* SDG.c */
extern int NBCLUSTERS;
extern int MEMORY_SIZE;
extern string INSTRUMENTED_FILE;
extern gen_array_t annotations;
extern gen_array_t clusters;
extern _Bool statement_equal_p(statement /*s1*/, statement /*s2*/);
extern vertex statement_to_vertex(statement /*s*/, graph /*g*/);
extern graph partitioning_sdg(statement /*module_stmt*/);
extern void print_SDGs(statement /*stmt*/, graph /*tg*/, FILE */*ftg*/, gen_array_t /*annotations*/);
extern _Bool sequence_dependence_graph(char */*module_name*/);
/* cost_model.c */
extern _Bool costly_task(statement /*st*/);
extern double polynomial_to_numerical(Ppolynome /*poly_amount*/);
extern double size_of_regions(list /*l_data*/);
extern double edge_cost(statement /*s1*/, statement /*s2*/);
extern double t_level(vertex /*v*/, graph /*dg*/, gen_array_t /*annotations*/);
extern void top_level(graph /*dg*/, gen_array_t /*annotations*/);
extern void bottom_level(graph /*dg*/, gen_array_t /*annotations*/);
extern void priorities(gen_array_t /*annotations*/);
extern void initialization(graph /*dg*/, gen_array_t /*annotations*/);
extern void parse_instrumented_file(char */*file_name*/, graph /*dg*/, gen_array_t /*annotations*/);
/* BDSC.c */
extern void allocate_task_to_cluster(statement /*ready_st*/, int /*cl_p*/, int /*order*/);
extern int BDSC(sequence /*seq*/, int /*P*/, int /*M*/, int /*ordering*/);
extern int DSC(sequence /*seq*/, int /*ordering*/);
/* HBDSC.c */
extern graph kdg;
extern graph ddg;
extern statement return_st;
extern persistant_statement_to_cluster stmt_to_cluster;
extern list topological_sort(statement /*stmt*/);
extern int hierarchical_schedule(statement /*stmt*/, int /*k*/, int /*P*/, int /*M*/, _Bool /*dsc_p*/);
extern _Bool hbdsc_parallelization(char */*module_name*/);
extern _Bool dsc_code_parallelization(char */*module_name*/);
/* instrumentation.c */
extern _Bool bdsc_code_instrumentation(char */*module_name*/);
/* spire_generation.c */
extern list com_declarations_to_add;
extern void cluster_stage_spire_generation(persistant_statement_to_cluster /*stmt_to_cluster*/, graph /*tg*/, statement /*stmt*/, int /*P*/);
extern _Bool spire_shared_unstructured_to_structured(char */*module_name*/);
extern _Bool spire_distributed_unstructured_to_structured(char */*module_name*/);
/* communication_generation.c */
extern statement make_com_loopbody(entity /*v*/, _Bool /*neighbor*/, list /*vl*/, int /*k*/);
extern statement region_to_com_nest(effect /*r*/, _Bool /*isRead*/, int /*k*/);
extern void communications_construction(graph /*tg*/, statement /*stmt*/, persistant_statement_to_cluster /*st_to_cluster*/, int /*kp*/);
/* openmp_generation.c */
extern _Bool openmp_task_generation(char */*module_name*/);
/* mpi_generation.c */
extern _Bool mpi_task_generation(char */*module_name*/);
/* task_mapping.c */
extern bool parallel_task_mapping_undefined_p(void);
extern void reset_parallel_task_mapping(void);
extern void error_reset_parallel_task_mapping(void);
extern void set_parallel_task_mapping(statement_task /*o*/);
extern statement_task get_parallel_task_mapping(void);
extern void init_parallel_task_mapping(void);
extern void close_parallel_task_mapping(void);
extern void store_parallel_task_mapping(statement /*k*/, task /*v*/);
extern void update_parallel_task_mapping(statement /*k*/, task /*v*/);
extern task load_parallel_task_mapping(statement /*k*/);
extern task delete_parallel_task_mapping(statement /*k*/);
extern bool bound_parallel_task_mapping_p(statement /*k*/);
extern void store_or_update_parallel_task_mapping(statement /*k*/, task /*v*/);
extern void print_task(task /*t*/);
extern string task_to_string(task /*t*/, bool /*pretty_print*/);
extern bool task_mapping(const char */*module_name*/);
/* copy_value_of_write.c */
extern bool copy_value_of_write(const char */*module_name*/);
extern bool copy_value_of_write_with_cumulated_regions(const char */*module_name*/);
/* variable_replication.c */
extern bool variable_replication(const char */*module_name*/);
/* eliminate_original_variables.c */
extern bool eliminate_original_variables(const char */*module_name*/);
/* mpi_conversion.c */
extern bool mpi_conversion(const char */*module_name*/);
#endif /*  task_parallelization_header_included */