print.c File Reference

#include <stdio.h>
#include "genC.h"
#include "boolean.h"
#include "arithmetique.h"
#include "vecteur.h"
#include "contrainte.h"
#include "ray_dte.h"
#include "sommet.h"
#include "sg.h"
#include "sc.h"
#include "polyedre.h"
#include "union.h"
#include "matrice.h"
#include "matrix.h"
#include "ri.h"
#include "ri-util.h"
#include "constants.h"
#include "misc.h"
#include "graph.h"
#include "paf_ri.h"
#include "text.h"
#include "text-util.h"
#include "paf-util.h"

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Typedefs
typedef dfg_vertex_label	vertex_label
	Name : print.c Package : prgm_mapping Author : Alexis Platonoff Date : septembre 1993. More...
typedef dfg_arc_label	arc_label

Functions
void	fprint_plc (FILE *fp, plc obj)
	======================================================================== More...
void	plc_fprint_proto (FILE *fp, graph g, hash_table StmtToProto)
	======================================================================== More...
void	plc_fprint_distance (FILE *fp, graph g, hash_table DtfToDist)
	======================================================================== More...
void	plc_fprint_dfs (FILE *fp, list df_l, hash_table DtfToStmt, hash_table DtfToWgh)
	======================================================================== More...
void	fprint_pla_pp_dims (FILE *fp, placement one_placement)
	======================================================================== More...
void	fprint_plc_pp_dims (FILE *fp, plc one_plc)
	======================================================================== More...

Typedef Documentation

arc_label

typedef dfg_arc_label arc_label

Definition at line 81 of file print.c.

vertex_label

typedef dfg_vertex_label vertex_label

Name : print.c Package : prgm_mapping Author : Alexis Platonoff Date : septembre 1993.

Historic :

• 23 sept 93, creation, AP

Documents: Comments : This file contains the functions used for printing the data structures used for prgm_mapping. Ansi includes
Newgen includes
C3 includes
Pips includes
Macro functions
Global variables
Internal variables
Local defines

Definition at line 80 of file print.c.

Function Documentation

fprint_pla_pp_dims()

void fprint_pla_pp_dims	(	FILE *	fp,
		placement	one_placement
	)

========================================================================

Definition at line 204 of file print.c.

{
  list plc_dims =  placement_dims(one_placement);
  int count = 1;
 
  fprintf(fp, "\nBroadcast Mapping for %d :\n",
          placement_statement(one_placement));
 
  for(; !ENDP(plc_dims); POP(plc_dims), count++) {
    Ppolynome crt_pp = (Ppolynome) CHUNK(CAR(plc_dims));
 
    fprintf(fp, "Dim %d :", count);
    polynome_fprint(stderr, crt_pp, pu_variable_name, pu_is_inferior_var);
    fprintf(fp, "\n");
  }
}

References CAR, CHUNK, count, ENDP, fprintf(), placement_dims, placement_statement, polynome_fprint(), POP, pu_is_inferior_var(), and pu_variable_name().

Referenced by fprint_plc_pp_dims(), mapping_on_broadcast(), and partial_broadcast_coefficients().

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fprint_plc()

void fprint_plc	(	FILE *	fp,
		plc	obj
	)

========================================================================

Mod by AP, oct 6th 95: the number of the instruction is the vertex number minus BASE_NODE_NUMBER.

Definition at line 85 of file print.c.

{
  placement func;
  list funcs, dims, d;
  int stmt;
 
  fprintf(fp, "\nPROGRAM MAPPING :\n================= \n");
 
  for(funcs = plc_placements(obj); funcs != NIL; funcs = CDR(funcs)) {
    func = PLACEMENT(CAR(funcs));
    stmt = placement_statement(func);
    dims = placement_dims(func);
 
    /* Mod by AP, oct 6th 95: the number of the instruction is the
       vertex number minus BASE_NODE_NUMBER. */
    fprintf(fp, "Ins_%d :", stmt-BASE_NODE_NUMBER);
 
    for(d = dims; d != NIL; d = CDR(d)) {
      expression exp = EXPRESSION(CAR(d));
      fprintf(fp, "%s", expression_to_string(exp));
      if(CDR(d) == NIL)
        fprintf(fp, "\n");
      else
        fprintf(fp, " , ");
    }
  }
  fprintf(fp, "\n");
}

References BASE_NODE_NUMBER, CAR, CDR, exp, EXPRESSION, expression_to_string(), fprintf(), NIL, PLACEMENT, placement_dims, placement_statement, and plc_placements.

Referenced by prgm_mapping(), print_parallelizedCMF_code(), print_parallelizedCRAFT_code(), print_plc(), and reindexing().

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fprint_plc_pp_dims()

void fprint_plc_pp_dims	(	FILE *	fp,
		plc	one_plc
	)

========================================================================

Definition at line 228 of file print.c.

{
  list pla_l = plc_placements(one_plc);
 
  fprintf(fp, "\nBROADCAST PROGRAM MAPPING :\n===========================\n");
 
  for(; !ENDP(pla_l); POP(pla_l)) {
    placement crt_pla = PLACEMENT(CAR(pla_l));
    fprint_pla_pp_dims(fp, crt_pla);
  }
}

References CAR, ENDP, fprint_pla_pp_dims(), fprintf(), PLACEMENT, plc_placements, and POP.

Referenced by prgm_mapping().

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plc_fprint_dfs()

void plc_fprint_dfs	(	FILE *	fp,
		list	df_l,
		hash_table	DtfToStmt,
		hash_table	DtfToWgh
	)

========================================================================

Definition at line 181 of file print.c.

{
 list l = df_l;
 
 fprintf(fp, "Listes triee des flots de donnees :\n");
 
 for( ; l != NIL; l = CDR(l))
   {
    dataflow df = DATAFLOW(CAR(l));
    fprintf(fp, "Poids %d ***", (int) hash_get(DtfToWgh, (char *) df));
    fprint_dataflow(fp, (int) hash_get(DtfToStmt, (char *) df), df);
   }
  fprintf(fp, "\n");
}

References CAR, CDR, DATAFLOW, DtfToWgh, fprint_dataflow(), fprintf(), hash_get(), and NIL.

Referenced by prgm_mapping().

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plc_fprint_distance()

void plc_fprint_distance	(	FILE *	fp,
		graph	g,
		hash_table	DtfToDist
	)

========================================================================

Definition at line 143 of file print.c.

{
  Ppolynome pp_dist;
  list l, su_l, df_l;
 
  for(l = graph_vertices(g); l != NIL; l = CDR(l)) {
    vertex v = VERTEX(CAR(l));
 
    fprintf(fp, "source stmt: %d\n", vertex_int_stmt(v));
 
    su_l = vertex_successors(v);
 
    for( ; su_l != NIL; su_l = CDR(su_l)) {
      successor su = SUCCESSOR(CAR(su_l));
      int sink_stmt = vertex_int_stmt(successor_vertex(su));
 
      df_l = dfg_arc_label_dataflows((dfg_arc_label) successor_arc_label(su));
 
      for( ; df_l != NIL; df_l = CDR(df_l)) {
        dataflow df = DATAFLOW(CAR(df_l));
 
        fprint_dataflow(fp, sink_stmt, df);
 
        pp_dist = (Ppolynome) hash_get(DtfToDist, (char *) df);
 
        fprintf(fp, "DF Dist:");
        polynome_fprint(fp, pp_dist, pu_variable_name, pu_is_inferior_var);
        fprintf(fp, "\n");
      }
    }
  }
}

References CAR, CDR, DATAFLOW, dfg_arc_label_dataflows, DtfToDist, fprint_dataflow(), fprintf(), graph_vertices, hash_get(), NIL, polynome_fprint(), pu_is_inferior_var(), pu_variable_name(), sink_stmt, SUCCESSOR, successor_arc_label, successor_vertex, VERTEX, vertex_int_stmt(), and vertex_successors.

Referenced by prgm_mapping().

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plc_fprint_proto()

void plc_fprint_proto	(	FILE *	fp,
		graph	g,
		hash_table	StmtToProto
	)

========================================================================

For each node of the data flow graph we print its prototype.

Print

Definition at line 118 of file print.c.

{
 
 list l;
 
 /* For each node of the data flow graph we print its prototype. */
 for(l = graph_vertices(g); l != NIL; l = CDR(l))
   {
    vertex v = VERTEX(CAR(l));
    int stmt = dfg_vertex_label_statement((dfg_vertex_label) vertex_vertex_label(v));
 
    Ppolynome pp_proto = (Ppolynome) hash_get(StmtToProto, (char *) stmt);
 
    /* Print */
    fprintf(fp, "ins_%d: ",  stmt);
    polynome_fprint(fp, pp_proto, entity_local_name, pu_is_inferior_var);
    fprintf(fp, "\n");
   }
}

References CAR, CDR, dfg_vertex_label_statement, entity_local_name(), fprintf(), graph_vertices, hash_get(), NIL, polynome_fprint(), pu_is_inferior_var(), StmtToProto, VERTEX, and vertex_vertex_label.

Referenced by is_not_trivial_p(), and prgm_mapping().

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