int main()
{
struct cell *base_table[MAX];
long long i,limit,size,j;
struct collision_keys **c=NULL;
for(i=0;i<MAX;i++)
{
base_table[i]=(struct cell*)malloc(sizeof(struct cell));
base_table[i]->key=-1;
base_table[i]->next_level=NULL;
base_table[i]->collision=0;
}
size=extract_input("input.txt",base_table,c);
construct_second_level(base_table,c,size);
for(i=0;i<MAX;i++)
{
if(base_table[i]->next_level!=NULL)
{
limit=(base_table[i]->collision)*(base_table[i]->collision);
for(j=0;j<limit;j++)
{
if((base_table[i]->next_level)[j].collision>0)
printf("%d\n",(base_table[i]->next_level)[j].collision);
}
}
}
return 0;
}
int exec_line(t_param *param, char *line)
{
t_pipeline pipeline;
pipeline.line = line;
pipeline.nb_pipe = get_nb_pipe(pipeline.line);
if (!verify(&pipeline))
return (-42);
if ((param->tty) && (param->debug))
my_fprintf(2, "%[6]Exec line `%S' (%d pipes)%[]\n",
pipeline.line, pipeline.nb_pipe);
pipeline.input = extract_input(pipeline.line);
pipeline.output = extract_output(pipeline.line);
if (verify_pipe_redirless(pipeline.line) == -1)
return (-42);
if ((param->tty) && (param->debug))
{
if (pipeline.input.type != NONE)
my_fprintf(2, "%[6]Input file : %S%[]\n", pipeline.input.file);
if (pipeline.output.type != NONE)
my_fprintf(2, "%[6]Output file : %S%[]\n", pipeline.output.file);
}
exec_pipeline(param, &pipeline);
return (pipeline.status);
}
