void doident(char *buffer, struct counters *count, int print, int check)
{
int status;
IDA_IDENT_REC idrec;
/* Load the structure */
if ((status = ida_idrec(ida, &idrec, buffer)) != 0) {
if (print & P_CORRUPT) pcorrupt(count, IDA_IDENT, status, print);
++count->corrupt;
}
/* Check for illegal time tags */
if (check & C_BADTAG && idrec.ttag.error) {
++count->badtag;
if (print & P_BADTAG)pbadtag(&idrec.ttag,count,IDA_IDENT,print);
}
/* Print the contents */
if (print & P_IDENT) pident(&idrec, count, print);
}
void print_tree(binresult *tree, int ident){
int i;
if (tree->type==PARAM_STR)
printf("string(%u)\"%s\"", tree->length, tree->str);
else if (tree->type==PARAM_NUM)
printf("number %llu", tree->num);
else if (tree->type==PARAM_DATA)
printf("data %llu", tree->num);
else if (tree->type==PARAM_BOOL)
printf("bool %s", tree->num?"true":"false");
else if (tree->type==PARAM_HASH){
printf("hash (%u){\n", tree->length);
if (tree->length){
pident(ident+1);
printf("\"%s\" = ", tree->hash[0].key);
print_tree(tree->hash[0].value, ident+1);
for (i=1; i<tree->length; i++){
printf(",\n");
pident(ident+1);
printf("\"%s\" = ", tree->hash[i].key);
print_tree(tree->hash[i].value, ident+1);
}
}
printf("\n");
pident(ident);
printf("}");
}
else if (tree->type==PARAM_ARRAY){
printf("array (%u)[\n", tree->length);
if (tree->length){
pident(ident+1);
print_tree(tree->array[0], ident+1);
for (i=1; i<tree->length; i++){
printf(",\n");
pident(ident+1);
print_tree(tree->array[i], ident+1);
}
}
printf("\n");
pident(ident);
printf("]");
}
}
