static void ccpnode_read(FILE *fd, const ccplt *lt, ccpnode *c) {
c->cidx = uint32_read(fd);
clone_read(fd, &c->generator);
clone_read(fd, &c->clone);
c->pidx_begin = uint32_read(fd);
c->num_children = lt->pred_num->uniq_sz - c->pidx_begin;
/* c->num_children = uint64_read(fd); */
c->children = malloc(c->num_children * sizeof(class_idx));
assert(c->children != NULL);
for(class_idx *child_idx = c->children; child_idx < c->children + c->num_children; ++child_idx) {
*child_idx = uint32_read(fd);
}
hashtable_insert(lt->ht, &c->clone, c);
}
uint64
elf_get_value(void* elf, void* ptr, unsigned off32, unsigned size32, unsigned off64, unsigned size64) {
uint8* base = elf;
uint8* p = ptr;
unsigned off, size;
uint64 ret = 0;
if(ELF_32(base)) {
off = off32;
size = size32;
} else {
off = off64;
size = size64;
}
switch(size) {
case 8: ret = uint64_read((const char*)&p[off]); break;
case 4: ret = uint32_read((const char*)&p[off]); break;
case 2: ret = uint16_read((const char*)&p[off]); break;
case 1: ret = p[off]; break;
}
return ret;
}
