94 lines
3.3 KiB
C++
94 lines
3.3 KiB
C++
#include "metadata_disk_structures.h"
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#include <string.h>
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using namespace thin_provisioning;
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//----------------------------------------------------------------
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void
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device_details_traits::unpack(device_details_disk const &disk, device_details &value)
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{
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value.mapped_blocks_ = to_cpu<uint64_t>(disk.mapped_blocks_);
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value.transaction_id_ = to_cpu<uint64_t>(disk.transaction_id_);
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value.creation_time_ = to_cpu<uint32_t>(disk.creation_time_);
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value.snapshotted_time_ = to_cpu<uint32_t>(disk.snapshotted_time_);
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}
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void
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device_details_traits::pack(device_details const &value, device_details_disk &disk)
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{
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disk.mapped_blocks_ = to_disk<__le64>(value.mapped_blocks_);
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disk.transaction_id_ = to_disk<__le64>(value.transaction_id_);
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disk.creation_time_ = to_disk<__le32>(value.creation_time_);
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disk.snapshotted_time_ = to_disk<__le32>(value.snapshotted_time_);
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}
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void
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superblock_traits::unpack(superblock_disk const &disk, superblock &value)
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{
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value.csum_ = to_cpu<uint32_t>(disk.csum_);
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value.flags_ = to_cpu<uint32_t>(disk.csum_);
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value.blocknr_ = to_cpu<uint64_t>(disk.blocknr_);
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::memcpy(value.uuid_, disk.uuid_, sizeof(value.uuid_));
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value.magic_ = to_cpu<uint64_t>(disk.magic_);
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value.version_ = to_cpu<uint32_t>(disk.version_);
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value.time_ = to_cpu<uint32_t>(disk.time_);
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value.trans_id_ = to_cpu<uint64_t>(disk.trans_id_);
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value.held_root_ = to_cpu<uint64_t>(disk.held_root_);
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::memcpy(value.data_space_map_root_,
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disk.data_space_map_root_,
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sizeof(value.data_space_map_root_));
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::memcpy(value.metadata_space_map_root_,
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disk.metadata_space_map_root_,
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sizeof(value.metadata_space_map_root_));
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value.data_mapping_root_ = to_cpu<uint64_t>(disk.data_mapping_root_);
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value.device_details_root_ = to_cpu<uint64_t>(disk.device_details_root_);
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value.data_block_size_ = to_cpu<uint32_t>(disk.data_block_size_);
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value.metadata_block_size_ = to_cpu<uint32_t>(disk.metadata_block_size_);
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value.metadata_nr_blocks_ = to_cpu<uint64_t>(disk.metadata_nr_blocks_);
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value.compat_flags_ = to_cpu<uint32_t>(disk.compat_flags_);
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value.incompat_flags_ = to_cpu<uint32_t>(disk.incompat_flags_);
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}
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void
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superblock_traits::pack(superblock const &value, superblock_disk &disk)
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{
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disk.csum_ = to_disk<__le32>(value.csum_);
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disk.flags_ = to_disk<__le32>(value.csum_);
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disk.blocknr_ = to_disk<__le64>(value.blocknr_);
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::memcpy(disk.uuid_, value.uuid_, sizeof(disk.uuid_));
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disk.magic_ = to_disk<__le64>(value.magic_);
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disk.version_ = to_disk<__le32>(value.version_);
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disk.time_ = to_disk<__le32>(value.time_);
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disk.trans_id_ = to_disk<__le64>(value.trans_id_);
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disk.held_root_ = to_disk<__le64>(value.held_root_);
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::memcpy(disk.data_space_map_root_,
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value.data_space_map_root_,
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sizeof(disk.data_space_map_root_));
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::memcpy(disk.metadata_space_map_root_,
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value.metadata_space_map_root_,
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sizeof(disk.metadata_space_map_root_));
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disk.data_mapping_root_ = to_disk<__le64>(value.data_mapping_root_);
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disk.device_details_root_ = to_disk<__le64>(value.device_details_root_);
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disk.data_block_size_ = to_disk<__le32>(value.data_block_size_);
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disk.metadata_block_size_ = to_disk<__le32>(value.metadata_block_size_);
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disk.metadata_nr_blocks_ = to_disk<__le64>(value.metadata_nr_blocks_);
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disk.compat_flags_ = to_disk<__le32>(value.compat_flags_);
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disk.incompat_flags_ = to_disk<__le32>(value.incompat_flags_);
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}
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//----------------------------------------------------------------
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