print_netlist.h File Reference

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Functions
void	print_netlist_for_checking (netlist_t *netlist, char *name)

---

Function Documentation

void print_netlist_for_checking	(	netlist_t *	netlist,
		char *	name
	)

Definition at line 38 of file print_netlist.c.

{
  int i,j,k;
  npin_t * pin;
  nnet_t * net;
  nnode_t * node;
 

  printf("printing the netlist : %s\n",name);
  /* gnd_node */
  node=netlist->gnd_node;
  net=netlist->zero_net;
  printf("--------gnd_node-------\n");
  printf(" unique_id: %ld   name: %s type: %d\n",node->unique_id,node->name,node->type);
  printf(" num_input_pins: %d  num_input_port_sizes: %d",node->num_input_pins,node->num_input_port_sizes);
  for(i=0;i<node->num_input_port_sizes;i++)
  {
        printf("input_port_sizes %d : %d\n",i,node->input_port_sizes[i]);
  }
  for(i=0;i<node->num_input_pins;i++)
  {
        pin=node->input_pins[i];        
        printf("input_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);

  }
  printf(" num_output_pins: %d  num_output_port_sizes: %d",node->num_output_pins,node->num_output_port_sizes);
  for(i=0;i<node->num_output_port_sizes;i++)
  {
        printf("output_port_sizes %d : %d\n",i,node->output_port_sizes[i]);
  }
  for(i=0;i<node->num_output_pins;i++)
  {
        pin=node->output_pins[i];       
        printf("output_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node : %s",pin->net->name,pin->node->name);
  }
  
  printf("\n----------zero net----------\n");
  printf("unique_id : %ld name: %s combined: %d \n",net->unique_id,net->name,net->combined);
  printf("driver_pin name : %s num_fanout_pins: %d\n",net->driver_pin->name,net->num_fanout_pins);
  for(i=0;i<net->num_fanout_pins;i++)
  {
    printf("fanout_pins %d : %s",i,net->fanout_pins[i]->name);
  }


   /* vcc_node */
  node=netlist->vcc_node;
  net=netlist->one_net;
  printf("\n--------vcc_node-------\n");
  printf(" unique_id: %ld   name: %s type: %d\n",node->unique_id,node->name,node->type);
  printf(" num_input_pins: %d  num_input_port_sizes: %d",node->num_input_pins,node->num_input_port_sizes);
  for(i=0;i<node->num_input_port_sizes;i++)
  {
        printf("input_port_sizes %d : %d\n",i,node->input_port_sizes[i]);
  }
  for(i=0;i<node->num_input_pins;i++)
  {
        pin=node->input_pins[i];        
        printf("input_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
  }
  printf(" num_output_pins: %d  num_output_port_sizes: %d",node->num_output_pins,node->num_output_port_sizes);
  for(i=0;i<node->num_output_port_sizes;i++)
  {
        printf("output_port_sizes %d : %d\n",i,node->output_port_sizes[i]);
  }
  for(i=0;i<node->num_output_pins;i++)
  {
        pin=node->output_pins[i];       
        printf("output_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
  }
  
  printf("\n----------one net----------\n");
  printf("unique_id : %ld name: %s combined: %d \n",net->unique_id,net->name,net->combined);
  printf("driver_pin name : %s num_fanout_pins: %d\n",net->driver_pin->name,net->num_fanout_pins);
  for(i=0;i<net->num_fanout_pins;i++)
  {
    printf("fanout_pins %d : %s",i,net->fanout_pins[i]->name);
  }

  /* pad_node */
  node=netlist->pad_node;
  net=netlist->pad_net;
  printf("\n--------pad_node-------\n");
  printf(" unique_id: %ld   name: %s type: %d\n",node->unique_id,node->name,node->type);
  printf(" num_input_pins: %d  num_input_port_sizes: %d",node->num_input_pins,node->num_input_port_sizes);
  for(i=0;i<node->num_input_port_sizes;i++)
  {
        printf("input_port_sizes %d : %d\n",i,node->input_port_sizes[i]);
  }
  for(i=0;i<node->num_input_pins;i++)
  {
        pin=node->input_pins[i];        
        printf("input_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
  }
  printf(" num_output_pins: %d  num_output_port_sizes: %d",node->num_output_pins,node->num_output_port_sizes);
  for(i=0;i<node->num_output_port_sizes;i++)
  {
        printf("output_port_sizes %d : %d\n",i,node->output_port_sizes[i]);
  }
  for(i=0;i<node->num_output_pins;i++)
  {
        pin=node->output_pins[i];       
        printf("output_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
  }
  
  printf("\n----------pad net----------\n");
  printf("unique_id : %ld name: %s combined: %d \n",net->unique_id,net->name,net->combined);
  printf("driver_pin name : %s num_fanout_pins: %d\n",net->driver_pin->name,net->num_fanout_pins);
  for(i=0;i<net->num_fanout_pins;i++)
  {
    printf("fanout_pins %d : %s",i,net->fanout_pins[i]->name);
  }

  /* top input nodes */
  printf("\n--------------Printing the top input nodes--------------------------- \n");
  printf("num_top_input_nodes: %d",netlist->num_top_input_nodes);
  for(j=0;j<netlist->num_top_input_nodes;j++)
  {
        node=netlist->top_input_nodes[j];       
        printf("\ttop input nodes : %d\n",j);
        printf(" unique_id: %ld   name: %s type: %d\n",node->unique_id,node->name,node->type);
        printf(" num_input_pins: %d  num_input_port_sizes: %d",node->num_input_pins,node->num_input_port_sizes);
        for(i=0;i<node->num_input_port_sizes;i++)
        {
        printf("input_port_sizes %d : %d\n",i,node->input_port_sizes[i]);
        }
         for(i=0;i<node->num_input_pins;i++)
        {
        pin=node->input_pins[i];        
        printf("input_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
        }
        printf(" num_output_pins: %d  num_output_port_sizes: %d",node->num_output_pins,node->num_output_port_sizes);
         for(i=0;i<node->num_output_port_sizes;i++)
        {
        printf("output_port_sizes %d : %d\n",i,node->output_port_sizes[i]);
        }
        for(i=0;i<node->num_output_pins;i++)
        {
        pin=node->output_pins[i];       
        printf("output_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
        }
}


  /* top output nodes */
  printf("\n--------------Printing the top output nodes--------------------------- \n");
  printf("num_top_output_nodes: %d",netlist->num_top_output_nodes);
  for(j=0;j<netlist->num_top_output_nodes;j++)
  {
        node=netlist->top_output_nodes[j];      
        printf("\ttop output nodes : %d\n",j);
        printf(" unique_id: %ld   name: %s type: %d\n",node->unique_id,node->name,node->type);
        printf(" num_input_pins: %d  num_input_port_sizes: %d",node->num_input_pins,node->num_input_port_sizes);
        for(i=0;i<node->num_input_port_sizes;i++)
        {
        printf("input_port_sizes %d : %d\n",i,node->input_port_sizes[i]);
        }
         for(i=0;i<node->num_input_pins;i++)
        {
        pin=node->input_pins[i];        
        printf("input_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
                net=pin->net;
                printf("\n\t-------printing the related net info-----\n");
                printf("unique_id : %ld name: %s combined: %d \n",net->unique_id,net->name,net->combined);
  printf("driver_pin name : %s num_fanout_pins: %d\n",net->driver_pin->name,net->num_fanout_pins);
                for(k=0;k<net->num_fanout_pins;k++)
                {
                printf("fanout_pins %d : %s",k,net->fanout_pins[k]->name);
                }
                 function_to_print_node_and_its_pin(net->driver_pin);
        }
        printf(" num_output_pins: %d  num_output_port_sizes: %d",node->num_output_pins,node->num_output_port_sizes);
         for(i=0;i<node->num_output_port_sizes;i++)
        {
        printf("output_port_sizes %d : %d\n",i,node->output_port_sizes[i]);
        }
        for(i=0;i<node->num_output_pins;i++)
        {
        pin=node->output_pins[i];       
        printf("output_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
        }

  }


  /* internal nodes */
  printf("\n--------------Printing the internal nodes--------------------------- \n");
  printf("num_internal_nodes: %d",netlist->num_internal_nodes);
  for(j=0;j<netlist->num_internal_nodes;j++)
  {
        node=netlist->internal_nodes[j];        
        printf("\tinternal nodes : %d\n",j);
        printf(" unique_id: %ld   name: %s type: %d\n",node->unique_id,node->name,node->type);
        printf(" num_input_pins: %d  num_input_port_sizes: %d",node->num_input_pins,node->num_input_port_sizes);
        for(i=0;i<node->num_input_port_sizes;i++)
        {
        printf("input_port_sizes %d : %d\n",i,node->input_port_sizes[i]);
        }
         for(i=0;i<node->num_input_pins;i++)
        {
        pin=node->input_pins[i];        
        printf("input_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
        }
        printf(" num_output_pins: %d  num_output_port_sizes: %d",node->num_output_pins,node->num_output_port_sizes);
         for(i=0;i<node->num_output_port_sizes;i++)
        {
        printf("output_port_sizes %d : %d\n",i,node->output_port_sizes[i]);
        }
        for(i=0;i<node->num_output_pins;i++)
        {
        pin=node->output_pins[i];       
        printf("output_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
        }
}

  /* ff nodes */
  printf("\n--------------Printing the ff nodes--------------------------- \n");
  printf("num_ff_nodes: %d",netlist->num_ff_nodes);
  for(j=0;j<netlist->num_ff_nodes;j++)
  {
        node=netlist->ff_nodes[j];      
        printf("\tff nodes : %d\n",j);
        printf(" unique_id: %ld   name: %s type: %d\n",node->unique_id,node->name,node->type);
        printf(" num_input_pins: %d  num_input_port_sizes: %d",node->num_input_pins,node->num_input_port_sizes);
        for(i=0;i<node->num_input_port_sizes;i++)
        {
        printf("input_port_sizes %d : %d\n",i,node->input_port_sizes[i]);
        }
         for(i=0;i<node->num_input_pins;i++)
        {
        pin=node->input_pins[i];        
        printf("input_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s",pin->net->name,pin->node->name);
        }
        printf(" num_output_pins: %d  num_output_port_sizes: %d",node->num_output_pins,node->num_output_port_sizes);
         for(i=0;i<node->num_output_port_sizes;i++)
        {
        printf("output_port_sizes %d : %d\n",i,node->output_port_sizes[i]);
        }
        for(i=0;i<node->num_output_pins;i++)
        {
        pin=node->output_pins[i];       
        printf("output_pins %d : unique_id : %ld type :%d \n \tname :%s pin_net_idx :%d \n\tpin_node_idx:%d mapping:%s\n",i,pin->unique_id,pin->type,pin->name,pin->pin_net_idx,pin->pin_node_idx,pin->mapping);
        printf("\t related net : %s related node: %s\n",pin->net->name,pin->node->name);
        }
}
}

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