[lttv.git] / ltt / branches / poly / lttv / modules / gui / controlflow / processlist.c

/* This file is part of the Linux Trace Toolkit viewer
 * Copyright (C) 2003-2004 Mathieu Desnoyers
 *
 * This program is free software; you can redistribute it and/or modify
 * it under the terms of the GNU General Public License Version 2 as
 * published by the Free Software Foundation;
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program; if not, write to the Free Software
 * Foundation, Inc., 59 Temple Place - Suite 330, Boston, 
 * MA 02111-1307, USA.
 */

#include <gtk/gtk.h>
#include <glib.h>
#include <string.h>
#include <stdlib.h>

#include "processlist.h"
#include "drawitem.h"

#define g_info(format...) g_log (G_LOG_DOMAIN, G_LOG_LEVEL_INFO, format)
#define g_debug(format...) g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG, format)


/*****************************************************************************
 *                       Methods to synchronize process list                 *
 *****************************************************************************/

static guint get_cpu_number_from_name(GQuark name);
  
/* Enumeration of the columns */
enum
{
  PROCESS_COLUMN,
  PID_COLUMN,
  PPID_COLUMN,
  CPU_COLUMN,
  BIRTH_S_COLUMN,
  BIRTH_NS_COLUMN,
  TRACE_COLUMN,
  N_COLUMNS
};


gint process_sort_func  ( GtkTreeModel *model,
        GtkTreeIter *it_a,
        GtkTreeIter *it_b,
        gpointer user_data)
{
  GValue a, b;

  memset(&a, 0, sizeof(GValue));
  memset(&b, 0, sizeof(GValue));
  
  /* Order by PID */
  gtk_tree_model_get_value( model,
          it_a,
          PID_COLUMN,
          &a);

  gtk_tree_model_get_value( model,
          it_b,
          PID_COLUMN,
          &b);

  if(G_VALUE_TYPE(&a) == G_TYPE_UINT
    && G_VALUE_TYPE(&b) == G_TYPE_UINT )
  {
    {

      if(g_value_get_uint(&a) == 0 &&  g_value_get_uint(&b) == 0) {

        GValue cpua, cpub;

        memset(&cpua, 0, sizeof(GValue));
        memset(&cpub, 0, sizeof(GValue));
       
        /* If 0, order by CPU */
        gtk_tree_model_get_value( model,
                it_a,
                CPU_COLUMN,
                &cpua);

        gtk_tree_model_get_value( model,
                it_b,
                CPU_COLUMN,
                &cpub);

        if(G_VALUE_TYPE(&cpua) == G_TYPE_UINT
          && G_VALUE_TYPE(&cpub) == G_TYPE_UINT )
        {
          if(g_value_get_uint(&cpua) > g_value_get_uint(&cpub))
          {
            g_value_unset(&cpua);
            g_value_unset(&cpub);
            return 1;
          }
          if(g_value_get_uint(&cpua) < g_value_get_uint(&cpub))
          {
            g_value_unset(&cpua);
            g_value_unset(&cpub);
            return 0;
          }
        }

        g_value_unset(&cpua);
        g_value_unset(&cpub);

      } else { /* if not 0, order by pid */
      
        if(g_value_get_uint(&a) > g_value_get_uint(&b))
        {
          g_value_unset(&a);
          g_value_unset(&b);
          return 1;
        }
        if(g_value_get_uint(&a) < g_value_get_uint(&b))
        {
          g_value_unset(&a);
          g_value_unset(&b);
          return 0;
        }
      }
    }
  }

  g_value_unset(&a);
  g_value_unset(&b);


  /* Order by birth second */
  gtk_tree_model_get_value( model,
          it_a,
          BIRTH_S_COLUMN,
          &a);

  gtk_tree_model_get_value( model,
          it_b,
          BIRTH_S_COLUMN,
          &b);


  if(G_VALUE_TYPE(&a) == G_TYPE_ULONG
    && G_VALUE_TYPE(&b) == G_TYPE_ULONG )
  {
    if(g_value_get_ulong(&a) > g_value_get_ulong(&b))
    {
      g_value_unset(&a);
      g_value_unset(&b);
      return 1;
    }
    if(g_value_get_ulong(&a) < g_value_get_ulong(&b))
    {
      g_value_unset(&a);
      g_value_unset(&b);
      return 0;
    }

  }

  g_value_unset(&a);
  g_value_unset(&b);

  /* Order by birth nanosecond */
  gtk_tree_model_get_value( model,
          it_a,
          BIRTH_NS_COLUMN,
          &a);

  gtk_tree_model_get_value( model,
          it_b,
          BIRTH_NS_COLUMN,
          &b);


  if(G_VALUE_TYPE(&a) == G_TYPE_ULONG
    && G_VALUE_TYPE(&b) == G_TYPE_ULONG )
  {
    if(g_value_get_ulong(&a) > g_value_get_ulong(&b))
    {
      g_value_unset(&a);
      g_value_unset(&b);
      return 1;
    }
    if(g_value_get_ulong(&a) < g_value_get_ulong(&b))
    {
      g_value_unset(&a);
      g_value_unset(&b);
      return 0;
    }

  }
  
  g_value_unset(&a);
  g_value_unset(&b);

  /* Order by trace_num */
  gtk_tree_model_get_value( model,
          it_a,
          TRACE_COLUMN,
          &a);

  gtk_tree_model_get_value( model,
          it_b,
          TRACE_COLUMN,
          &b);

  if(G_VALUE_TYPE(&a) == G_TYPE_ULONG
    && G_VALUE_TYPE(&b) == G_TYPE_ULONG )
  {
    if(g_value_get_ulong(&a) > g_value_get_ulong(&b))
    {
      g_value_unset(&a);
      g_value_unset(&b);
      return 1;
    }
    if(g_value_get_ulong(&a) < g_value_get_ulong(&b))
    {
      g_value_unset(&a);
      g_value_unset(&b);
      return 0;
    }

  }

  return 0;

}

guint hash_fct(gconstpointer key)
{
  return ((ProcessInfo*)key)->pid;
}

gboolean equ_fct(gconstpointer a, gconstpointer b)
{
  const ProcessInfo *pa = (const ProcessInfo*)a;
  const ProcessInfo *pb = (const ProcessInfo*)b;

  if(pa->pid != pb->pid)
    return 0;

  if((pa->pid == 0 && (pa->cpu != pb->cpu)))
    return 0;

  if(pa->birth.tv_sec != pb->birth.tv_sec)
    return 0;

  if(pa->birth.tv_nsec != pb->birth.tv_nsec)
    return 0;

  if(pa->trace_num != pb->trace_num)
    return 0;

  return 1;
}

void destroy_hash_key(gpointer key);

void destroy_hash_data(gpointer data);


ProcessList *processlist_construct(void)
{
  GtkTreeViewColumn *column;
  GtkCellRenderer *renderer;
  
  ProcessList* process_list = g_new(ProcessList,1);
  
  process_list->number_of_process = 0;

  /* Create the Process list */
  process_list->list_store = gtk_list_store_new (  N_COLUMNS,
              G_TYPE_STRING,
              G_TYPE_UINT,
              G_TYPE_UINT,
              G_TYPE_UINT,
              G_TYPE_ULONG,
              G_TYPE_ULONG,
              G_TYPE_ULONG);


  process_list->process_list_widget = 
    gtk_tree_view_new_with_model
    (GTK_TREE_MODEL (process_list->list_store));
  g_object_unref (G_OBJECT (process_list->list_store));

  gtk_tree_sortable_set_sort_func(
      GTK_TREE_SORTABLE(process_list->list_store),
      PID_COLUMN,
      process_sort_func,
      NULL,
      NULL);
  
  gtk_tree_sortable_set_sort_column_id(
      GTK_TREE_SORTABLE(process_list->list_store),
      PID_COLUMN,
      GTK_SORT_ASCENDING);
  
  process_list->process_hash = g_hash_table_new_full(
      hash_fct, equ_fct,
      destroy_hash_key, destroy_hash_data
      );
  
  
  gtk_tree_view_set_headers_visible(
    GTK_TREE_VIEW(process_list->process_list_widget), TRUE);

  /* Create a column, associating the "text" attribute of the
   * cell_renderer to the first column of the model */
  /* Columns alignment : 0.0 : Left    0.5 : Center   1.0 : Right */
  renderer = gtk_cell_renderer_text_new ();
  column = gtk_tree_view_column_new_with_attributes ( "Process",
                renderer,
                "text",
                PROCESS_COLUMN,
                NULL);
  gtk_tree_view_column_set_alignment (column, 0.0);
  gtk_tree_view_column_set_fixed_width (column, 45);
  gtk_tree_view_append_column (
    GTK_TREE_VIEW (process_list->process_list_widget), column);
  
  process_list->button = column->button;
  
  column = gtk_tree_view_column_new_with_attributes ( "PID",
                renderer,
                "text",
                PID_COLUMN,
                NULL);
  gtk_tree_view_append_column (
    GTK_TREE_VIEW (process_list->process_list_widget), column);

  column = gtk_tree_view_column_new_with_attributes ( "PPID",
                renderer,
                "text",
                PPID_COLUMN,
                NULL);
  gtk_tree_view_append_column (
    GTK_TREE_VIEW (process_list->process_list_widget), column);
  
  column = gtk_tree_view_column_new_with_attributes ( "CPU",
                renderer,
                "text",
                CPU_COLUMN,
                NULL);
  gtk_tree_view_append_column (
    GTK_TREE_VIEW (process_list->process_list_widget), column);

  column = gtk_tree_view_column_new_with_attributes ( "Birth sec",
                renderer,
                "text",
                BIRTH_S_COLUMN,
                NULL);
  gtk_tree_view_append_column (
    GTK_TREE_VIEW (process_list->process_list_widget), column);

  //gtk_tree_view_column_set_visible(column, 0);
  //
  column = gtk_tree_view_column_new_with_attributes ( "Birth nsec",
                renderer,
                "text",
                BIRTH_NS_COLUMN,
                NULL);
  gtk_tree_view_append_column (
    GTK_TREE_VIEW (process_list->process_list_widget), column);

  column = gtk_tree_view_column_new_with_attributes ( "TRACE",
                renderer,
                "text",
                TRACE_COLUMN,
                NULL);
  gtk_tree_view_append_column (
    GTK_TREE_VIEW (process_list->process_list_widget), column);


  //gtk_tree_view_column_set_visible(column, 0);
  
  g_object_set_data_full(
      G_OBJECT(process_list->process_list_widget),
      "process_list_Data",
      process_list,
      (GDestroyNotify)processlist_destroy);

  return process_list;
}

void processlist_destroy(ProcessList *process_list)
{
  g_debug("processlist_destroy %p", process_list);
  g_hash_table_destroy(process_list->process_hash);
  process_list->process_hash = NULL;

  g_free(process_list);
  g_debug("processlist_destroy end");
}

static gboolean remove_hash_item(ProcessInfo *process_info,
                                 HashedProcessData *hashed_process_data,
                                 ProcessList *process_list)
{
  GtkTreePath *tree_path;
  GtkTreeIter iter;

  tree_path = gtk_tree_row_reference_get_path(
                  hashed_process_data->row_ref);

  gtk_tree_model_get_iter (
      GTK_TREE_MODEL(process_list->list_store),
      &iter, tree_path);

  gtk_tree_path_free(tree_path);

  gtk_list_store_remove (process_list->list_store, &iter);

  return TRUE; /* remove the element from the hash table */
}

void processlist_clear(ProcessList *process_list)
{
  g_info("processlist_clear %p", process_list);

  g_hash_table_foreach_remove(process_list->process_hash,
                              (GHRFunc)remove_hash_item,
                              (gpointer)process_list);
  process_list->number_of_process = 0;
}


GtkWidget *processlist_get_widget(ProcessList *process_list)
{
  return process_list->process_list_widget;
}


gint get_cell_height(GtkTreeView *tree_view)
{
  gint height;
  GtkTreeViewColumn *Column = gtk_tree_view_get_column(tree_view, 0);
  //GList *Render_List = gtk_tree_view_column_get_cell_renderers(Column);
  //GtkCellRenderer *Renderer = g_list_first(Render_List)->data;
  
  //g_list_free(Render_List);
  gtk_tree_view_column_cell_get_size(Column, NULL, NULL, NULL, NULL, &height);
  //g_critical("cell 0 height : %u",height);
  
  return height;
}

void destroy_hash_key(gpointer key)
{
  g_free(key);
}

void destroy_hash_data(gpointer data)
{
  g_free(data);
}

int processlist_add(  ProcessList *process_list,
      guint pid,
      guint cpu,
      guint ppid,
      LttTime *birth,
      guint trace_num,
      const gchar *name,
      guint *height,
      HashedProcessData **pm_hashed_process_data)
{
  GtkTreeIter iter ;
  ProcessInfo *Process_Info = g_new(ProcessInfo, 1);
  HashedProcessData *hashed_process_data = g_new(HashedProcessData, 1);
  *pm_hashed_process_data = hashed_process_data;
  
  Process_Info->pid = pid;
  if(pid == 0)
    Process_Info->cpu = cpu;
  else
    Process_Info->cpu = 0;
  Process_Info->ppid = ppid;
  Process_Info->birth = *birth;
  Process_Info->trace_num = trace_num;

  /* When we create it from before state update, we are sure that the
   * last event occured before the beginning of the global area.
   *
   * If it is created after state update, this value (0) will be
   * overriden by the new state before anything is drawn.
   */
  hashed_process_data->x.over = 0;
  hashed_process_data->x.middle = 0;
  hashed_process_data->x.under = 0;
  
  /* Add a new row to the model */
  gtk_list_store_append ( process_list->list_store, &iter);
  //g_critical ( "iter before : %s", gtk_tree_path_to_string (
  //    gtk_tree_model_get_path (
  //        GTK_TREE_MODEL(process_list->list_store),
  //        &iter)));
  gtk_list_store_set (  process_list->list_store, &iter,
        PROCESS_COLUMN, name,
        PID_COLUMN, pid,
        PPID_COLUMN, ppid,
        CPU_COLUMN, get_cpu_number_from_name(cpu),
        BIRTH_S_COLUMN, birth->tv_sec,
        BIRTH_NS_COLUMN, birth->tv_nsec,
        TRACE_COLUMN, trace_num,
        -1);
  hashed_process_data->row_ref = gtk_tree_row_reference_new (
      GTK_TREE_MODEL(process_list->list_store),
      gtk_tree_model_get_path(
        GTK_TREE_MODEL(process_list->list_store),
        &iter));
  g_hash_table_insert(process_list->process_hash,
        (gpointer)Process_Info,
        (gpointer)hashed_process_data);
  
  //g_critical ( "iter after : %s", gtk_tree_path_to_string (
  //    gtk_tree_model_get_path (
  //        GTK_TREE_MODEL(process_list->list_store),
  //        &iter)));
  process_list->number_of_process++;

  *height = get_cell_height(GTK_TREE_VIEW(process_list->process_list_widget))
        * process_list->number_of_process ;
  
  
  return 0;
  
}

int processlist_remove( ProcessList *process_list,
      guint pid,
      guint cpu,
      LttTime *birth,
      guint trace_num)
{
  ProcessInfo Process_Info;
  gint *path_indices;
  HashedProcessData *hashed_process_data;
  GtkTreeIter iter;
  
  Process_Info.pid = pid;
  Process_Info.cpu = cpu;
  Process_Info.birth = *birth;
  Process_Info.trace_num = trace_num;


  if(hashed_process_data = 
    (HashedProcessData*)g_hash_table_lookup(
          process_list->process_hash,
          &Process_Info))
  {
    GtkTreePath *tree_path;

    tree_path = gtk_tree_row_reference_get_path(
                    hashed_process_data->row_ref);

    gtk_tree_model_get_iter (
        GTK_TREE_MODEL(process_list->list_store),
        &iter, tree_path);
 
    gtk_tree_path_free(tree_path);

    gtk_list_store_remove (process_list->list_store, &iter);
    
    g_hash_table_remove(process_list->process_hash,
        &Process_Info);
    
    process_list->number_of_process--;

    return 0; 
  } else {
    return 1;
  }
}


guint processlist_get_height(ProcessList *process_list)
{
  return get_cell_height(GTK_TREE_VIEW(process_list->process_list_widget))
        * process_list->number_of_process ;
}


gint processlist_get_process_pixels(  ProcessList *process_list,
          guint pid, guint cpu, LttTime *birth, guint trace_num,
          guint *y,
          guint *height,
          HashedProcessData **pm_hashed_process_data)
{
  ProcessInfo Process_Info;
  gint *path_indices;
  GtkTreePath *tree_path;
  HashedProcessData *hashed_process_data = NULL;

  Process_Info.pid = pid;
  Process_Info.cpu = cpu;
  Process_Info.birth = *birth;
  Process_Info.trace_num = trace_num;

  if(hashed_process_data = 
    (HashedProcessData*)g_hash_table_lookup(
          process_list->process_hash,
          &Process_Info))
  {
    tree_path = gtk_tree_row_reference_get_path(
                    hashed_process_data->row_ref);
    path_indices =  gtk_tree_path_get_indices (tree_path);

    *height = get_cell_height(
        GTK_TREE_VIEW(process_list->process_list_widget));
    *y = *height * path_indices[0];
    *pm_hashed_process_data = hashed_process_data;
    gtk_tree_path_free(tree_path);
    
    return 0; 
  } else {
    *pm_hashed_process_data = hashed_process_data;
    return 1;
  }

}


gint processlist_get_pixels_from_data(  ProcessList *process_list,
          ProcessInfo *process_info,
          HashedProcessData *hashed_process_data,
          guint *y,
          guint *height)
{
  gint *path_indices;
  GtkTreePath *tree_path;

  tree_path = gtk_tree_row_reference_get_path(
                  hashed_process_data->row_ref);
  path_indices =  gtk_tree_path_get_indices (tree_path);

  *height = get_cell_height(
      GTK_TREE_VIEW(process_list->process_list_widget));
  *y = *height * path_indices[0];
  gtk_tree_path_free(tree_path);

  return 0; 

}

static guint get_cpu_number_from_name(GQuark name)
{
  /* remember / */
  const gchar *string;
  char *begin;
  guint cpu;

  string = g_quark_to_string(name);

  begin = strrchr(string, '/');
  begin++;

  g_assert(begin != '\0');

  cpu = strtoul(begin, NULL, 10);

  return cpu;
}
Commit	Line	Data
ce0214a6	1	/* This file is part of the Linux Trace Toolkit viewer
	2	* Copyright (C) 2003-2004 Mathieu Desnoyers
	3	*
	4	* This program is free software; you can redistribute it and/or modify
	5	* it under the terms of the GNU General Public License Version 2 as
	6	* published by the Free Software Foundation;
	7	*
	8	* This program is distributed in the hope that it will be useful,
	9	* but WITHOUT ANY WARRANTY; without even the implied warranty of
	10	* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
	11	* GNU General Public License for more details.
	12	*
	13	* You should have received a copy of the GNU General Public License
	14	* along with this program; if not, write to the Free Software
	15	* Foundation, Inc., 59 Temple Place - Suite 330, Boston,
	16	* MA 02111-1307, USA.
	17	*/
f0d936c0	18
fa2c4dbe	19	#include <gtk/gtk.h>
fa2c4dbe	20	#include <glib.h>
a95bc95a	21	#include <string.h>
a95bc95a	22	#include <stdlib.h>
d66666fe	23
	24	#include "processlist.h"
	25	#include "drawitem.h"
fa2c4dbe	26
ca0f8a8e	27	#define g_info(format...) g_log (G_LOG_DOMAIN, G_LOG_LEVEL_INFO, format)
	28	#define g_debug(format...) g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG, format)
	29
	30
f0d936c0	31	/*****************************************************************************
	32	* Methods to synchronize process list *
	33	*****************************************************************************/
	34
a95bc95a	35	static guint get_cpu_number_from_name(GQuark name);
a95bc95a	36
f0d936c0	37	/* Enumeration of the columns */
	38	enum
	39	{
a56a1ba4	40	PROCESS_COLUMN,
a56a1ba4	41	PID_COLUMN,
e92eabaf	42	PPID_COLUMN,
a95bc95a	43	CPU_COLUMN,
a56a1ba4	44	BIRTH_S_COLUMN,
a56a1ba4	45	BIRTH_NS_COLUMN,
d0cd7f09	46	TRACE_COLUMN,
a56a1ba4	47	N_COLUMNS
f0d936c0	48	};
	49
	50
a56a1ba4	51	gint process_sort_func ( GtkTreeModel *model,
	52	GtkTreeIter *it_a,
	53	GtkTreeIter *it_b,
	54	gpointer user_data)
fa2c4dbe	55	{
a56a1ba4	56	GValue a, b;
	57
	58	memset(&a, 0, sizeof(GValue));
	59	memset(&b, 0, sizeof(GValue));
	60
	61	/* Order by PID */
	62	gtk_tree_model_get_value( model,
	63	it_a,
	64	PID_COLUMN,
	65	&a);
	66
	67	gtk_tree_model_get_value( model,
	68	it_b,
	69	PID_COLUMN,
	70	&b);
	71
	72	if(G_VALUE_TYPE(&a) == G_TYPE_UINT
	73	&& G_VALUE_TYPE(&b) == G_TYPE_UINT )
	74	{
a56a1ba4	75	{
a95bc95a	76
	77	if(g_value_get_uint(&a) == 0 && g_value_get_uint(&b) == 0) {
	78
	79	GValue cpua, cpub;
	80
	81	memset(&cpua, 0, sizeof(GValue));
	82	memset(&cpub, 0, sizeof(GValue));
	83
	84	/* If 0, order by CPU */
	85	gtk_tree_model_get_value( model,
	86	it_a,
	87	CPU_COLUMN,
	88	&cpua);
	89
	90	gtk_tree_model_get_value( model,
	91	it_b,
	92	CPU_COLUMN,
	93	&cpub);
	94
	95	if(G_VALUE_TYPE(&cpua) == G_TYPE_UINT
	96	&& G_VALUE_TYPE(&cpub) == G_TYPE_UINT )
	97	{
	98	if(g_value_get_uint(&cpua) > g_value_get_uint(&cpub))
	99	{
	100	g_value_unset(&cpua);
	101	g_value_unset(&cpub);
	102	return 1;
	103	}
	104	if(g_value_get_uint(&cpua) < g_value_get_uint(&cpub))
	105	{
	106	g_value_unset(&cpua);
	107	g_value_unset(&cpub);
	108	return 0;
	109	}
	110	}
	111
	112	g_value_unset(&cpua);
	113	g_value_unset(&cpub);
	114
	115	} else { /* if not 0, order by pid */
	116
	117	if(g_value_get_uint(&a) > g_value_get_uint(&b))
	118	{
	119	g_value_unset(&a);
	120	g_value_unset(&b);
	121	return 1;
	122	}
	123	if(g_value_get_uint(&a) < g_value_get_uint(&b))
	124	{
	125	g_value_unset(&a);
	126	g_value_unset(&b);
	127	return 0;
	128	}
	129	}
a56a1ba4	130	}
	131	}
	132
	133	g_value_unset(&a);
	134	g_value_unset(&b);
	135
	136
	137	/* Order by birth second */
	138	gtk_tree_model_get_value( model,
	139	it_a,
	140	BIRTH_S_COLUMN,
	141	&a);
	142
	143	gtk_tree_model_get_value( model,
	144	it_b,
	145	BIRTH_S_COLUMN,
	146	&b);
	147
	148
	149	if(G_VALUE_TYPE(&a) == G_TYPE_ULONG
	150	&& G_VALUE_TYPE(&b) == G_TYPE_ULONG )
	151	{
	152	if(g_value_get_ulong(&a) > g_value_get_ulong(&b))
	153	{
	154	g_value_unset(&a);
	155	g_value_unset(&b);
	156	return 1;
	157	}
	158	if(g_value_get_ulong(&a) < g_value_get_ulong(&b))
	159	{
	160	g_value_unset(&a);
	161	g_value_unset(&b);
	162	return 0;
	163	}
	164
	165	}
	166
	167	g_value_unset(&a);
	168	g_value_unset(&b);
	169
	170	/* Order by birth nanosecond */
	171	gtk_tree_model_get_value( model,
	172	it_a,
	173	BIRTH_NS_COLUMN,
	174	&a);
	175
	176	gtk_tree_model_get_value( model,
	177	it_b,
	178	BIRTH_NS_COLUMN,
	179	&b);
	180
	181
	182	if(G_VALUE_TYPE(&a) == G_TYPE_ULONG
	183	&& G_VALUE_TYPE(&b) == G_TYPE_ULONG )
	184	{
	185	if(g_value_get_ulong(&a) > g_value_get_ulong(&b))
	186	{
	187	g_value_unset(&a);
	188	g_value_unset(&b);
	189	return 1;
	190	}
a95bc95a	191	if(g_value_get_ulong(&a) < g_value_get_ulong(&b))
	192	{
	193	g_value_unset(&a);
	194	g_value_unset(&b);
	195	return 0;
	196	}
a56a1ba4	197
	198	}
	199
	200	g_value_unset(&a);
	201	g_value_unset(&b);
	202
d0cd7f09	203	/* Order by trace_num */
	204	gtk_tree_model_get_value( model,
	205	it_a,
	206	TRACE_COLUMN,
	207	&a);
	208
	209	gtk_tree_model_get_value( model,
	210	it_b,
	211	TRACE_COLUMN,
	212	&b);
	213
	214	if(G_VALUE_TYPE(&a) == G_TYPE_ULONG
	215	&& G_VALUE_TYPE(&b) == G_TYPE_ULONG )
	216	{
	217	if(g_value_get_ulong(&a) > g_value_get_ulong(&b))
	218	{
	219	g_value_unset(&a);
	220	g_value_unset(&b);
	221	return 1;
	222	}
	223	if(g_value_get_ulong(&a) < g_value_get_ulong(&b))
	224	{
	225	g_value_unset(&a);
	226	g_value_unset(&b);
	227	return 0;
	228	}
	229
	230	}
	231
a56a1ba4	232	return 0;
fa2c4dbe	233
	234	}
	235
fa2c4dbe	236	guint hash_fct(gconstpointer key)
fa2c4dbe	237	{
a56a1ba4	238	return ((ProcessInfo*)key)->pid;
fa2c4dbe	239	}
	240
	241	gboolean equ_fct(gconstpointer a, gconstpointer b)
	242	{
a95bc95a	243	const ProcessInfo pa = (const ProcessInfo)a;
	244	const ProcessInfo pb = (const ProcessInfo)b;
	245
	246	if(pa->pid != pb->pid)
a56a1ba4	247	return 0;
a95bc95a	248
a95bc95a	249	if((pa->pid == 0 && (pa->cpu != pb->cpu)))
a56a1ba4	250	return 0;
a56a1ba4	251
a95bc95a	252	if(pa->birth.tv_sec != pb->birth.tv_sec)
a56a1ba4	253	return 0;
a56a1ba4	254
a95bc95a	255	if(pa->birth.tv_nsec != pb->birth.tv_nsec)
	256	return 0;
	257
	258	if(pa->trace_num != pb->trace_num)
d0cd7f09	259	return 0;
d0cd7f09	260
a56a1ba4	261	return 1;
fa2c4dbe	262	}
fa2c4dbe	263
4c69e0cc	264	void destroy_hash_key(gpointer key);
fa2c4dbe	265
4c69e0cc	266	void destroy_hash_data(gpointer data);
fa2c4dbe	267
	268
	269
	270
4c69e0cc	271	ProcessList *processlist_construct(void)
f0d936c0	272	{
a56a1ba4	273	GtkTreeViewColumn *column;
	274	GtkCellRenderer *renderer;
	275
ba90bc77	276	ProcessList* process_list = g_new(ProcessList,1);
a56a1ba4	277
ba90bc77	278	process_list->number_of_process = 0;
a56a1ba4	279
a56a1ba4	280	/* Create the Process list */
f5d980bf	281	process_list->list_store = gtk_list_store_new ( N_COLUMNS,
a56a1ba4	282	G_TYPE_STRING,
a56a1ba4	283	G_TYPE_UINT,
e92eabaf	284	G_TYPE_UINT,
a95bc95a	285	G_TYPE_UINT,
a56a1ba4	286	G_TYPE_ULONG,
d0cd7f09	287	G_TYPE_ULONG,
a56a1ba4	288	G_TYPE_ULONG);
	289
	290
f5d980bf	291	process_list->process_list_widget =
a56a1ba4	292	gtk_tree_view_new_with_model
f5d980bf	293	(GTK_TREE_MODEL (process_list->list_store));
f5d980bf	294	g_object_unref (G_OBJECT (process_list->list_store));
a56a1ba4	295
a56a1ba4	296	gtk_tree_sortable_set_sort_func(
f5d980bf	297	GTK_TREE_SORTABLE(process_list->list_store),
a56a1ba4	298	PID_COLUMN,
	299	process_sort_func,
	300	NULL,
	301	NULL);
	302
	303	gtk_tree_sortable_set_sort_column_id(
f5d980bf	304	GTK_TREE_SORTABLE(process_list->list_store),
a56a1ba4	305	PID_COLUMN,
	306	GTK_SORT_ASCENDING);
	307
14963be0	308	process_list->process_hash = g_hash_table_new_full(
a56a1ba4	309	hash_fct, equ_fct,
	310	destroy_hash_key, destroy_hash_data
	311	);
	312
	313
	314	gtk_tree_view_set_headers_visible(
3cb8b205	315	GTK_TREE_VIEW(process_list->process_list_widget), TRUE);
a56a1ba4	316
	317	/* Create a column, associating the "text" attribute of the
	318	* cell_renderer to the first column of the model */
	319	/* Columns alignment : 0.0 : Left 0.5 : Center 1.0 : Right */
	320	renderer = gtk_cell_renderer_text_new ();
	321	column = gtk_tree_view_column_new_with_attributes ( "Process",
	322	renderer,
	323	"text",
	324	PROCESS_COLUMN,
	325	NULL);
	326	gtk_tree_view_column_set_alignment (column, 0.0);
	327	gtk_tree_view_column_set_fixed_width (column, 45);
	328	gtk_tree_view_append_column (
f5d980bf	329	GTK_TREE_VIEW (process_list->process_list_widget), column);
b9a010a2	330
	331	process_list->button = column->button;
	332
a56a1ba4	333	column = gtk_tree_view_column_new_with_attributes ( "PID",
	334	renderer,
	335	"text",
	336	PID_COLUMN,
	337	NULL);
	338	gtk_tree_view_append_column (
f5d980bf	339	GTK_TREE_VIEW (process_list->process_list_widget), column);
a56a1ba4	340
e92eabaf	341	column = gtk_tree_view_column_new_with_attributes ( "PPID",
	342	renderer,
	343	"text",
	344	PPID_COLUMN,
	345	NULL);
	346	gtk_tree_view_append_column (
	347	GTK_TREE_VIEW (process_list->process_list_widget), column);
a95bc95a	348
	349	column = gtk_tree_view_column_new_with_attributes ( "CPU",
	350	renderer,
	351	"text",
	352	CPU_COLUMN,
	353	NULL);
	354	gtk_tree_view_append_column (
	355	GTK_TREE_VIEW (process_list->process_list_widget), column);
a56a1ba4	356
	357	column = gtk_tree_view_column_new_with_attributes ( "Birth sec",
	358	renderer,
	359	"text",
	360	BIRTH_S_COLUMN,
	361	NULL);
	362	gtk_tree_view_append_column (
f5d980bf	363	GTK_TREE_VIEW (process_list->process_list_widget), column);
a56a1ba4	364
	365	//gtk_tree_view_column_set_visible(column, 0);
	366	//
	367	column = gtk_tree_view_column_new_with_attributes ( "Birth nsec",
	368	renderer,
	369	"text",
	370	BIRTH_NS_COLUMN,
	371	NULL);
	372	gtk_tree_view_append_column (
f5d980bf	373	GTK_TREE_VIEW (process_list->process_list_widget), column);
a56a1ba4	374
d0cd7f09	375	column = gtk_tree_view_column_new_with_attributes ( "TRACE",
	376	renderer,
	377	"text",
	378	TRACE_COLUMN,
	379	NULL);
	380	gtk_tree_view_append_column (
	381	GTK_TREE_VIEW (process_list->process_list_widget), column);
	382
	383
a56a1ba4	384	//gtk_tree_view_column_set_visible(column, 0);
	385
	386	g_object_set_data_full(
f5d980bf	387	G_OBJECT(process_list->process_list_widget),
ba90bc77	388	"process_list_Data",
ba90bc77	389	process_list,
a56a1ba4	390	(GDestroyNotify)processlist_destroy);
a56a1ba4	391
ba90bc77	392	return process_list;
f0d936c0	393	}
b9a010a2	394
ba90bc77	395	void processlist_destroy(ProcessList *process_list)
f0d936c0	396	{
b9a010a2	397	g_debug("processlist_destroy %p", process_list);
14963be0	398	g_hash_table_destroy(process_list->process_hash);
14963be0	399	process_list->process_hash = NULL;
f0d936c0	400
ba90bc77	401	g_free(process_list);
b9a010a2	402	g_debug("processlist_destroy end");
	403	}
	404
	405	static gboolean remove_hash_item(ProcessInfo *process_info,
	406	HashedProcessData *hashed_process_data,
	407	ProcessList *process_list)
	408	{
	409	GtkTreePath *tree_path;
	410	GtkTreeIter iter;
	411
	412	tree_path = gtk_tree_row_reference_get_path(
	413	hashed_process_data->row_ref);
	414
	415	gtk_tree_model_get_iter (
	416	GTK_TREE_MODEL(process_list->list_store),
	417	&iter, tree_path);
	418
	419	gtk_tree_path_free(tree_path);
	420
	421	gtk_list_store_remove (process_list->list_store, &iter);
	422
b9a010a2	423	return TRUE; /* remove the element from the hash table */
f0d936c0	424	}
f0d936c0	425
b9a010a2	426	void processlist_clear(ProcessList *process_list)
	427	{
	428	g_info("processlist_clear %p", process_list);
	429
	430	g_hash_table_foreach_remove(process_list->process_hash,
	431	(GHRFunc)remove_hash_item,
	432	(gpointer)process_list);
	433	process_list->number_of_process = 0;
	434	}
	435
	436
ba90bc77	437	GtkWidget processlist_get_widget(ProcessList process_list)
f0d936c0	438	{
f5d980bf	439	return process_list->process_list_widget;
f0d936c0	440	}
	441
	442
	443
f5d980bf	444	gint get_cell_height(GtkTreeView *tree_view)
f0d936c0	445	{
a56a1ba4	446	gint height;
f5d980bf	447	GtkTreeViewColumn *Column = gtk_tree_view_get_column(tree_view, 0);
a56a1ba4	448	//GList *Render_List = gtk_tree_view_column_get_cell_renderers(Column);
	449	//GtkCellRenderer *Renderer = g_list_first(Render_List)->data;
	450
	451	//g_list_free(Render_List);
	452	gtk_tree_view_column_cell_get_size(Column, NULL, NULL, NULL, NULL, &height);
	453	//g_critical("cell 0 height : %u",height);
	454
	455	return height;
f0d936c0	456	}
f0d936c0	457
4c69e0cc	458	void destroy_hash_key(gpointer key)
f0d936c0	459	{
a56a1ba4	460	g_free(key);
fa2c4dbe	461	}
fa2c4dbe	462
4c69e0cc	463	void destroy_hash_data(gpointer data)
fa2c4dbe	464	{
a56a1ba4	465	g_free(data);
fa2c4dbe	466	}
fa2c4dbe	467
ba90bc77	468	int processlist_add( ProcessList *process_list,
a56a1ba4	469	guint pid,
a95bc95a	470	guint cpu,
e92eabaf	471	guint ppid,
a56a1ba4	472	LttTime *birth,
d0cd7f09	473	guint trace_num,
51705146	474	const gchar *name,
a56a1ba4	475	guint *height,
f5d980bf	476	HashedProcessData **pm_hashed_process_data)
fa2c4dbe	477	{
a56a1ba4	478	GtkTreeIter iter ;
a56a1ba4	479	ProcessInfo *Process_Info = g_new(ProcessInfo, 1);
14963be0	480	HashedProcessData *hashed_process_data = g_new(HashedProcessData, 1);
f5d980bf	481	*pm_hashed_process_data = hashed_process_data;
a56a1ba4	482
a56a1ba4	483	Process_Info->pid = pid;
a95bc95a	484	if(pid == 0)
	485	Process_Info->cpu = cpu;
	486	else
	487	Process_Info->cpu = 0;
e92eabaf	488	Process_Info->ppid = ppid;
a56a1ba4	489	Process_Info->birth = *birth;
d0cd7f09	490	Process_Info->trace_num = trace_num;
b9a010a2	491
	492	/* When we create it from before state update, we are sure that the
	493	* last event occured before the beginning of the global area.
	494	*
	495	* If it is created after state update, this value (0) will be
	496	* overriden by the new state before anything is drawn.
	497	*/
23093869	498	hashed_process_data->x.over = 0;
	499	hashed_process_data->x.middle = 0;
	500	hashed_process_data->x.under = 0;
a56a1ba4	501
a56a1ba4	502	/* Add a new row to the model */
f5d980bf	503	gtk_list_store_append ( process_list->list_store, &iter);
a56a1ba4	504	//g_critical ( "iter before : %s", gtk_tree_path_to_string (
a56a1ba4	505	// gtk_tree_model_get_path (
f5d980bf	506	// GTK_TREE_MODEL(process_list->list_store),
a56a1ba4	507	// &iter)));
f5d980bf	508	gtk_list_store_set ( process_list->list_store, &iter,
a56a1ba4	509	PROCESS_COLUMN, name,
a56a1ba4	510	PID_COLUMN, pid,
e92eabaf	511	PPID_COLUMN, ppid,
a95bc95a	512	CPU_COLUMN, get_cpu_number_from_name(cpu),
a56a1ba4	513	BIRTH_S_COLUMN, birth->tv_sec,
a56a1ba4	514	BIRTH_NS_COLUMN, birth->tv_nsec,
d0cd7f09	515	TRACE_COLUMN, trace_num,
a56a1ba4	516	-1);
f5d980bf	517	hashed_process_data->row_ref = gtk_tree_row_reference_new (
f5d980bf	518	GTK_TREE_MODEL(process_list->list_store),
a56a1ba4	519	gtk_tree_model_get_path(
f5d980bf	520	GTK_TREE_MODEL(process_list->list_store),
a56a1ba4	521	&iter));
a95bc95a	522	g_hash_table_insert(process_list->process_hash,
a56a1ba4	523	(gpointer)Process_Info,
14963be0	524	(gpointer)hashed_process_data);
a56a1ba4	525
	526	//g_critical ( "iter after : %s", gtk_tree_path_to_string (
	527	// gtk_tree_model_get_path (
f5d980bf	528	// GTK_TREE_MODEL(process_list->list_store),
a56a1ba4	529	// &iter)));
ba90bc77	530	process_list->number_of_process++;
a56a1ba4	531
f5d980bf	532	*height = get_cell_height(GTK_TREE_VIEW(process_list->process_list_widget))
ba90bc77	533	* process_list->number_of_process ;
a56a1ba4	534
	535
	536	return 0;
	537
f0d936c0	538	}
f0d936c0	539
ba90bc77	540	int processlist_remove( ProcessList *process_list,
a56a1ba4	541	guint pid,
a95bc95a	542	guint cpu,
d0cd7f09	543	LttTime *birth,
d0cd7f09	544	guint trace_num)
f0d936c0	545	{
a56a1ba4	546	ProcessInfo Process_Info;
a56a1ba4	547	gint *path_indices;
14963be0	548	HashedProcessData *hashed_process_data;
a56a1ba4	549	GtkTreeIter iter;
	550
	551	Process_Info.pid = pid;
a95bc95a	552	Process_Info.cpu = cpu;
a56a1ba4	553	Process_Info.birth = *birth;
d0cd7f09	554	Process_Info.trace_num = trace_num;
a56a1ba4	555
a56a1ba4	556
14963be0	557	if(hashed_process_data =
a56a1ba4	558	(HashedProcessData*)g_hash_table_lookup(
14963be0	559	process_list->process_hash,
a56a1ba4	560	&Process_Info))
a56a1ba4	561	{
51705146	562	GtkTreePath *tree_path;
	563
	564	tree_path = gtk_tree_row_reference_get_path(
	565	hashed_process_data->row_ref);
	566
a56a1ba4	567	gtk_tree_model_get_iter (
f5d980bf	568	GTK_TREE_MODEL(process_list->list_store),
51705146	569	&iter, tree_path);
	570
	571	gtk_tree_path_free(tree_path);
a56a1ba4	572
f5d980bf	573	gtk_list_store_remove (process_list->list_store, &iter);
e800cf84	574
14963be0	575	g_hash_table_remove(process_list->process_hash,
a56a1ba4	576	&Process_Info);
a56a1ba4	577
ba90bc77	578	process_list->number_of_process--;
a56a1ba4	579
	580	return 0;
	581	} else {
	582	return 1;
	583	}
fa2c4dbe	584	}
	585
	586
ba90bc77	587	guint processlist_get_height(ProcessList *process_list)
fa2c4dbe	588	{
f5d980bf	589	return get_cell_height(GTK_TREE_VIEW(process_list->process_list_widget))
ba90bc77	590	* process_list->number_of_process ;
f0d936c0	591	}
fa2c4dbe	592
fa2c4dbe	593
ba90bc77	594	gint processlist_get_process_pixels( ProcessList *process_list,
a95bc95a	595	guint pid, guint cpu, LttTime *birth, guint trace_num,
a56a1ba4	596	guint *y,
a56a1ba4	597	guint *height,
f5d980bf	598	HashedProcessData **pm_hashed_process_data)
fa2c4dbe	599	{
a56a1ba4	600	ProcessInfo Process_Info;
	601	gint *path_indices;
	602	GtkTreePath *tree_path;
14963be0	603	HashedProcessData *hashed_process_data = NULL;
a56a1ba4	604
a56a1ba4	605	Process_Info.pid = pid;
a95bc95a	606	Process_Info.cpu = cpu;
a56a1ba4	607	Process_Info.birth = *birth;
d0cd7f09	608	Process_Info.trace_num = trace_num;
a56a1ba4	609
14963be0	610	if(hashed_process_data =
a56a1ba4	611	(HashedProcessData*)g_hash_table_lookup(
14963be0	612	process_list->process_hash,
a56a1ba4	613	&Process_Info))
	614	{
	615	tree_path = gtk_tree_row_reference_get_path(
f5d980bf	616	hashed_process_data->row_ref);
a56a1ba4	617	path_indices = gtk_tree_path_get_indices (tree_path);
	618
	619	*height = get_cell_height(
f5d980bf	620	GTK_TREE_VIEW(process_list->process_list_widget));
a56a1ba4	621	y = height * path_indices[0];
f5d980bf	622	*pm_hashed_process_data = hashed_process_data;
51705146	623	gtk_tree_path_free(tree_path);
51705146	624
a56a1ba4	625	return 0;
a56a1ba4	626	} else {
f5d980bf	627	*pm_hashed_process_data = hashed_process_data;
a56a1ba4	628	return 1;
a56a1ba4	629	}
fa2c4dbe	630
fa2c4dbe	631	}
8b90e648	632
8b90e648	633
ba90bc77	634	gint processlist_get_pixels_from_data( ProcessList *process_list,
a56a1ba4	635	ProcessInfo *process_info,
14963be0	636	HashedProcessData *hashed_process_data,
a56a1ba4	637	guint *y,
a56a1ba4	638	guint *height)
8b90e648	639	{
a56a1ba4	640	gint *path_indices;
a56a1ba4	641	GtkTreePath *tree_path;
8b90e648	642
a56a1ba4	643	tree_path = gtk_tree_row_reference_get_path(
f5d980bf	644	hashed_process_data->row_ref);
a56a1ba4	645	path_indices = gtk_tree_path_get_indices (tree_path);
8b90e648	646
a56a1ba4	647	*height = get_cell_height(
f5d980bf	648	GTK_TREE_VIEW(process_list->process_list_widget));
a56a1ba4	649	y = height * path_indices[0];
51705146	650	gtk_tree_path_free(tree_path);
8b90e648	651
a56a1ba4	652	return 0;
8b90e648	653
8b90e648	654	}
a95bc95a	655
	656	static guint get_cpu_number_from_name(GQuark name)
	657	{
	658	/* remember / */
	659	const gchar *string;
	660	char *begin;
	661	guint cpu;
	662
	663	string = g_quark_to_string(name);
	664
	665	begin = strrchr(string, '/');
	666	begin++;
	667
	668	g_assert(begin != '\0');
	669
	670	cpu = strtoul(begin, NULL, 10);
	671
	672	return cpu;
	673	}
	674