int main(void)
{
Book array1[MAX];
int *array2[MAX];
int i;
int id;
int val;
char name[10];
Book res1;
int *res2;
for(i = 0; i < MAX; i++){
printf("input info of book\n");
scanf("%d", &id);
scanf("%s", name);
if(insert_struct(&(array1[i]), id, name) == -1)
exit(1);
printf("input int\n");
scanf("%d", &val);
if(insert_int(&(array2[i]), val) == -1)
exit(1);
}
res1 = (Book)max((void **)array1, MAX, cmp_struct);
res2 = (int *)max((void **)array2, MAX, cmp_int);
printf("the max of books : %d, %s\n", res1->id, res1->name);
printf("the max of int : %d\n", *res2);
return 0;
}
static void register_shifters(void)
{
char filename[256];
struct token *token;
char *name;
int *val;
snprintf(filename, sizeof(filename), "%s.bit_shifters", option_project_str);
token = get_tokens_file(filename);
if (!token)
return;
if (token_type(token) != TOKEN_STREAMBEGIN)
return;
token = token->next;
while (token_type(token) != TOKEN_STREAMEND) {
if (token_type(token) != TOKEN_IDENT)
return;
name = alloc_string(show_ident(token->ident));
token = token->next;
if (token_type(token) != TOKEN_NUMBER)
return;
val = malloc(sizeof(int));
*val = atoi(token->number);
insert_struct(shifters, name, val);
token = token->next;
}
clear_token_alloc();
}
QStringList tabtoh::parse_and_convert_instr(QStringList &instr_desc){
QString instr_name;
QString instr_name_stripped;
QString instr_name_quoted;
QString mem_type_str;
QString tempr_domain_str;
QString volt_domain_str;
QString freq_domain_str;
QString num_of_operands;
QStringList converted_instr;
QStringList init_names;
QStringList init_values;
QString mem_sz_str;
QString tempr_sz_str;
QString volt_sz_str;
QString freq_sz_str;
QString num_of_ops_sz;
instr_name = instr_desc.at(0).section("\t", 1, 1);
instr_name_quoted = instr_name;
instr_name_quoted.prepend("\"");
instr_name_quoted.append("\"");
instr_name_stripped = convert_dot_to_slash(instr_name);
detect_domain_sizes(instr_desc, mem_sz_str, tempr_sz_str, volt_sz_str, freq_sz_str, num_of_ops_sz);
insert_struct("const instruction_t", instr_name_stripped.toLatin1().data(), 0, converted_instr);
insert_struct_field("instr_mnemonic", instr_name_quoted.toLatin1().data(), 1, converted_instr);
insert_struct_field("num_of_mem_domains", mem_sz_str.toLatin1().data(), 1, converted_instr);
insert_struct_field("num_of_tempr_domains", tempr_sz_str.toLatin1().data(), 1, converted_instr);
insert_struct_field("num_of_volt_domains", volt_sz_str.toLatin1().data(), 1, converted_instr);
insert_struct_field("num_of_freq_domains", freq_sz_str.toLatin1().data(), 1, converted_instr);
insert_struct_field("num_of_operand_domains", num_of_ops_sz.toLatin1().data(), 1, converted_instr);
insert_struct_struct_field("domains", 1, converted_instr);
for(int i = 2; i < instr_desc.size(); i++){
if(is_empty_line(instr_desc.at(i))){
break;
}
mem_type_str = instr_desc.at(i).section('\t', 0, 0);
tempr_domain_str = instr_desc.at(i).section('\t', 1, 1);
volt_domain_str = instr_desc.at(i).section('\t', 2, 2);
freq_domain_str = instr_desc.at(i).section('\t', 3, 3);
num_of_operands = instr_desc.at(i).section('\t', 4, 4);
init_names << "mem_addr";
init_values << "0";
init_names << "mem_type";
init_values << mem_type_str;
init_names << "tempr_domain";
init_values << tempr_domain_str;
init_names << "volt_domain";
init_values << volt_domain_str;
init_names << "freq_domain";
init_values << freq_domain_str;
init_names << "num_of_operands";
init_values << num_of_operands;
{
QString energy_time, energy_current;
energy_time = instr_desc.at(i).section('\t', 5, 5);
init_names << "consumed_time";
init_values << energy_time.section(',', 0, 0);
init_names << "consumed_current";
init_values << energy_time.section(',', 1, 1);
}
insert_struct_initializers(init_names, init_values, 2, converted_instr);
init_names.clear();
init_values.clear();
}
converted_instr << "\t}\r\n";
converted_instr << "};\r\n\r\n";
return converted_instr;
}
