/** Encode Elf header disk structure */
void *
SgAsmElfFileHeader::encode(ByteOrder::Endianness sex, Elf32FileHeader_disk *disk) const
{
ROSE_ASSERT(p_magic.size() == NELMTS(disk->e_ident_magic));
for (size_t i=0; i<NELMTS(disk->e_ident_magic); i++)
disk->e_ident_magic[i] = p_magic[i];
ByteOrder::host_to_disk(sex, p_e_ident_file_class, &(disk->e_ident_file_class));
ByteOrder::host_to_disk(sex, p_e_ident_data_encoding, &(disk->e_ident_data_encoding));
ByteOrder::host_to_disk(sex, p_e_ident_file_version, &(disk->e_ident_file_version));
ROSE_ASSERT(p_e_ident_padding.size() == NELMTS(disk->e_ident_padding));
for (size_t i=0; i<NELMTS(disk->e_ident_padding); i++)
disk->e_ident_padding[i] = p_e_ident_padding[i];
ByteOrder::host_to_disk(sex, p_e_type, &(disk->e_type));
ByteOrder::host_to_disk(sex, p_e_machine, &(disk->e_machine));
ByteOrder::host_to_disk(sex, p_exec_format->get_version(), &(disk->e_version));
ByteOrder::host_to_disk(sex, get_entry_rva(), &(disk->e_entry));
if (get_segment_table()) {
ByteOrder::host_to_disk(sex, get_segment_table()->get_offset(), &(disk->e_phoff));
} else {
ByteOrder::host_to_disk(sex, 0, &(disk->e_phoff));
}
if (get_section_table()) {
ByteOrder::host_to_disk(sex, get_section_table()->get_offset(), &(disk->e_shoff));
} else {
ByteOrder::host_to_disk(sex, 0, &(disk->e_shoff));
}
ByteOrder::host_to_disk(sex, p_e_flags, &(disk->e_flags));
ByteOrder::host_to_disk(sex, p_e_ehsize, &(disk->e_ehsize));
if (p_e_phnum>0) {
ByteOrder::host_to_disk(sex, p_phextrasz+sizeof(SgAsmElfSegmentTableEntry::Elf32SegmentTableEntry_disk),
&(disk->e_phentsize));
} else {
ByteOrder::host_to_disk(sex, 0, &(disk->e_phentsize));
}
if (p_e_shnum>0) {
ByteOrder::host_to_disk(sex, p_shextrasz+sizeof(SgAsmElfSectionTableEntry::Elf32SectionTableEntry_disk),
&(disk->e_shentsize));
} else {
ByteOrder::host_to_disk(sex, 0, &(disk->e_shentsize));
}
ByteOrder::host_to_disk(sex, p_e_phnum, &(disk->e_phnum));
ByteOrder::host_to_disk(sex, p_e_shnum, &(disk->e_shnum));
ByteOrder::host_to_disk(sex, p_e_shstrndx, &(disk->e_shstrndx));
return disk;
}
void *
SgAsmPEFileHeader::encode(PE64OptHeader_disk *disk) const
{
host_to_le(p_e_opt_magic, &(disk->e_opt_magic));
host_to_le(p_e_lmajor, &(disk->e_lmajor));
host_to_le(p_e_lminor, &(disk->e_lminor));
host_to_le(p_e_code_size, &(disk->e_code_size));
host_to_le(p_e_data_size, &(disk->e_data_size));
host_to_le(p_e_bss_size, &(disk->e_bss_size));
host_to_le(get_entry_rva(), &(disk->e_entrypoint_rva));
host_to_le(p_e_code_rva, &(disk->e_code_rva));
// host_to_le(p_e_data_rva, &(disk->e_data_rva)); /* not present in PE32+ */
host_to_le(get_base_va(), &(disk->e_image_base));
host_to_le(p_e_section_align, &(disk->e_section_align));
host_to_le(p_e_file_align, &(disk->e_file_align));
host_to_le(p_e_os_major, &(disk->e_os_major));
host_to_le(p_e_os_minor, &(disk->e_os_minor));
host_to_le(p_e_user_major, &(disk->e_user_major));
host_to_le(p_e_user_minor, &(disk->e_user_minor));
host_to_le(p_e_subsys_major, &(disk->e_subsys_major));
host_to_le(p_e_subsys_minor, &(disk->e_subsys_minor));
host_to_le(p_e_reserved9, &(disk->e_reserved9));
host_to_le(p_e_image_size, &(disk->e_image_size));
host_to_le(p_e_header_size, &(disk->e_header_size));
host_to_le(p_e_file_checksum, &(disk->e_file_checksum));
host_to_le(p_e_subsystem, &(disk->e_subsystem));
host_to_le(p_e_dll_flags, &(disk->e_dll_flags));
host_to_le(p_e_stack_reserve_size, &(disk->e_stack_reserve_size));
host_to_le(p_e_stack_commit_size, &(disk->e_stack_commit_size));
host_to_le(p_e_heap_reserve_size, &(disk->e_heap_reserve_size));
host_to_le(p_e_heap_commit_size, &(disk->e_heap_commit_size));
host_to_le(p_e_loader_flags, &(disk->e_loader_flags));
host_to_le(p_e_num_rvasize_pairs, &(disk->e_num_rvasize_pairs));
return disk;
}
