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Merge branch 'hotfix/gcc11' into feature/gcc11

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This commit is contained in:
Sebastian Messmer 2021-05-08 14:46:32 -07:00
commit a2b07cd8e8
5 changed files with 60 additions and 54 deletions
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6
ChangeLog.txt
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@ -37,6 +37,12 @@ Other:
* Updated to crypto++ 8.5 * Updated to crypto++ 8.5
Version 0.10.4 (unreleased)
--------------
Fixed bugs:
* Fixed an issue when compiling with GCC 11, see https://github.com/cryfs/cryfs/issues/389
Version 0.10.3 Version 0.10.3
--------------- ---------------
Fixed bugs: Fixed bugs:

8
src/blobstore/implementations/onblocks/datanodestore/DataNodeView.h
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@ -67,7 +67,7 @@ public:
static DataNodeView create(blockstore::BlockStore *blockStore, const DataNodeLayout &layout, uint16_t formatVersion, uint8_t depth, uint32_t size, cpputils::Data data) { static DataNodeView create(blockstore::BlockStore *blockStore, const DataNodeLayout &layout, uint16_t formatVersion, uint8_t depth, uint32_t size, cpputils::Data data) {
ASSERT(data.size() <= layout.datasizeBytes(), "Data is too large for node"); ASSERT(data.size() <= layout.datasizeBytes(), "Data is too large for node");
cpputils::Data serialized = _serialize(layout, formatVersion, depth, size, std::move(data)); cpputils::Data serialized = serialize_(layout, formatVersion, depth, size, std::move(data));
ASSERT(serialized.size() == layout.blocksizeBytes(), "Wrong block size"); ASSERT(serialized.size() == layout.blocksizeBytes(), "Wrong block size");
auto block = blockStore->create(serialized); auto block = blockStore->create(serialized);
return DataNodeView(std::move(block)); return DataNodeView(std::move(block));
@ -75,7 +75,7 @@ public:
static DataNodeView initialize(cpputils::unique_ref<blockstore::Block> block, const DataNodeLayout &layout, uint16_t formatVersion, uint8_t depth, uint32_t size, cpputils::Data data) { static DataNodeView initialize(cpputils::unique_ref<blockstore::Block> block, const DataNodeLayout &layout, uint16_t formatVersion, uint8_t depth, uint32_t size, cpputils::Data data) {
ASSERT(data.size() <= DataNodeLayout(block->size()).datasizeBytes(), "Data is too large for node"); ASSERT(data.size() <= DataNodeLayout(block->size()).datasizeBytes(), "Data is too large for node");
cpputils::Data serialized = _serialize(layout, formatVersion, depth, size, std::move(data)); cpputils::Data serialized = serialize_(layout, formatVersion, depth, size, std::move(data));
ASSERT(serialized.size() == block->size(), "Block has wrong size"); ASSERT(serialized.size() == block->size(), "Block has wrong size");
block->write(serialized.data(), 0, serialized.size()); block->write(serialized.data(), 0, serialized.size());
return DataNodeView(std::move(block)); return DataNodeView(std::move(block));
@ -83,7 +83,7 @@ public:
static DataNodeView overwrite(blockstore::BlockStore *blockStore, const DataNodeLayout &layout, uint16_t formatVersion, uint8_t depth, uint32_t size, const blockstore::BlockId &blockId, cpputils::Data data) { static DataNodeView overwrite(blockstore::BlockStore *blockStore, const DataNodeLayout &layout, uint16_t formatVersion, uint8_t depth, uint32_t size, const blockstore::BlockId &blockId, cpputils::Data data) {
ASSERT(data.size() <= layout.datasizeBytes(), "Data is too large for node"); ASSERT(data.size() <= layout.datasizeBytes(), "Data is too large for node");
cpputils::Data serialized = _serialize(layout, formatVersion, depth, size, std::move(data)); cpputils::Data serialized = serialize_(layout, formatVersion, depth, size, std::move(data));
auto block = blockStore->overwrite(blockId, std::move(serialized)); auto block = blockStore->overwrite(blockId, std::move(serialized));
return DataNodeView(std::move(block)); return DataNodeView(std::move(block));
} }
@ -143,7 +143,7 @@ public:
} }
private: private:
static cpputils::Data _serialize(const DataNodeLayout &layout, uint16_t formatVersion, uint8_t depth, uint32_t size, cpputils::Data data) { static cpputils::Data serialize_(const DataNodeLayout &layout, uint16_t formatVersion, uint8_t depth, uint32_t size, cpputils::Data data) {
cpputils::Data result(layout.blocksizeBytes()); cpputils::Data result(layout.blocksizeBytes());
cpputils::serialize<uint16_t>(result.dataOffset(layout.FORMAT_VERSION_OFFSET_BYTES), formatVersion); cpputils::serialize<uint16_t>(result.dataOffset(layout.FORMAT_VERSION_OFFSET_BYTES), formatVersion);
cpputils::serialize<uint8_t>(result.dataOffset(layout.DEPTH_OFFSET_BYTES), depth); cpputils::serialize<uint8_t>(result.dataOffset(layout.DEPTH_OFFSET_BYTES), depth);

66
src/cryfs/impl/filesystem/fsblobstore/utils/DirEntry.cpp
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@ -11,55 +11,55 @@ namespace cryfs {
namespace { namespace {
template<typename DataType> template<typename DataType>
size_t _serialize(void* dst, const DataType& obj) { size_t serialize_(void* dst, const DataType& obj) {
cpputils::serialize<DataType>(dst, obj); cpputils::serialize<DataType>(dst, obj);
return sizeof(DataType); return sizeof(DataType);
} }
template<typename DataType> template<typename DataType>
DataType _deserialize(const char** src) { DataType deserialize_(const char** src) {
DataType result = cpputils::deserialize<DataType>(*src); DataType result = cpputils::deserialize<DataType>(*src);
*src += sizeof(DataType); *src += sizeof(DataType);
return result; return result;
} }
constexpr size_t _serializedTimeValueSize() { constexpr size_t serializedTimeValueSize_() {
return sizeof(uint64_t) + sizeof(uint32_t); return sizeof(uint64_t) + sizeof(uint32_t);
} }
unsigned int _serializeTimeValue(uint8_t *dest, timespec value) { unsigned int serializeTimeValue_(uint8_t *dest, timespec value) {
unsigned int offset = 0; unsigned int offset = 0;
offset += _serialize<uint64_t>(dest + offset, value.tv_sec); offset += serialize_<uint64_t>(dest + offset, value.tv_sec);
offset += _serialize<uint32_t>(dest + offset, value.tv_nsec); offset += serialize_<uint32_t>(dest + offset, value.tv_nsec);
ASSERT(offset == _serializedTimeValueSize(), "serialized to wrong size"); ASSERT(offset == serializedTimeValueSize_(), "serialized to wrong size");
return offset; return offset;
} }
timespec _deserializeTimeValue(const char **pos) { timespec deserializeTimeValue_(const char **pos) {
timespec value{}; timespec value{};
value.tv_sec = _deserialize<uint64_t>(pos); value.tv_sec = deserialize_<uint64_t>(pos);
value.tv_nsec = _deserialize<uint32_t>(pos); value.tv_nsec = deserialize_<uint32_t>(pos);
return value; return value;
} }
unsigned int _serializeString(uint8_t *dest, const string &value) { unsigned int serializeString_(uint8_t *dest, const string &value) {
std::memcpy(dest, value.c_str(), value.size()+1); std::memcpy(dest, value.c_str(), value.size()+1);
return value.size() + 1; return value.size() + 1;
} }
string _deserializeString(const char **pos) { string deserializeString_(const char **pos) {
size_t length = strlen(*pos); size_t length = strlen(*pos);
string value(*pos, length); string value(*pos, length);
*pos += length + 1; *pos += length + 1;
return value; return value;
} }
unsigned int _serializeBlockId(uint8_t *dest, const BlockId &blockId) { unsigned int serializeBlockId_(uint8_t *dest, const BlockId &blockId) {
blockId.ToBinary(dest); blockId.ToBinary(dest);
return blockId.BINARY_LENGTH; return blockId.BINARY_LENGTH;
} }
BlockId _deserializeBlockId(const char **pos) { BlockId deserializeBlockId_(const char **pos) {
BlockId blockId = BlockId::FromBinary(*pos); BlockId blockId = BlockId::FromBinary(*pos);
*pos += BlockId::BINARY_LENGTH; *pos += BlockId::BINARY_LENGTH;
return blockId; return blockId;
@ -75,35 +75,35 @@ namespace cryfs {
_mode.hasDirFlag()) + ", " + std::to_string(_mode.hasSymlinkFlag()) + ", " + std::to_string(static_cast<uint8_t>(_type)) _mode.hasDirFlag()) + ", " + std::to_string(_mode.hasSymlinkFlag()) + ", " + std::to_string(static_cast<uint8_t>(_type))
); );
unsigned int offset = 0; unsigned int offset = 0;
offset += _serialize<uint8_t>(dest + offset, static_cast<uint8_t>(_type)); offset += serialize_<uint8_t>(dest + offset, static_cast<uint8_t>(_type));
offset += _serialize<uint32_t>(dest + offset, _mode.value()); offset += serialize_<uint32_t>(dest + offset, _mode.value());
offset += _serialize<uint32_t>(dest + offset, _uid.value()); offset += serialize_<uint32_t>(dest + offset, _uid.value());
offset += _serialize<uint32_t>(dest + offset, _gid.value()); offset += serialize_<uint32_t>(dest + offset, _gid.value());
offset += _serializeTimeValue(dest + offset, _lastAccessTime); offset += serializeTimeValue_(dest + offset, _lastAccessTime);
offset += _serializeTimeValue(dest + offset, _lastModificationTime); offset += serializeTimeValue_(dest + offset, _lastModificationTime);
offset += _serializeTimeValue(dest + offset, _lastMetadataChangeTime); offset += serializeTimeValue_(dest + offset, _lastMetadataChangeTime);
offset += _serializeString(dest + offset, _name); offset += serializeString_(dest + offset, _name);
offset += _serializeBlockId(dest + offset, _blockId); offset += serializeBlockId_(dest + offset, _blockId);
ASSERT(offset == serializedSize(), "Didn't write correct number of elements"); ASSERT(offset == serializedSize(), "Didn't write correct number of elements");
} }
const char *DirEntry::deserializeAndAddToVector(const char *pos, vector<DirEntry> *result) { const char *DirEntry::deserializeAndAddToVector(const char *pos, vector<DirEntry> *result) {
fspp::Dir::EntryType type = static_cast<fspp::Dir::EntryType>(_deserialize<uint8_t>(&pos)); fspp::Dir::EntryType type = static_cast<fspp::Dir::EntryType>(deserialize_<uint8_t>(&pos));
fspp::mode_t mode = fspp::mode_t(_deserialize<uint32_t>(&pos)); fspp::mode_t mode = fspp::mode_t(deserialize_<uint32_t>(&pos));
fspp::uid_t uid = fspp::uid_t(_deserialize<uint32_t>(&pos)); fspp::uid_t uid = fspp::uid_t(deserialize_<uint32_t>(&pos));
fspp::gid_t gid = fspp::gid_t(_deserialize<uint32_t>(&pos)); fspp::gid_t gid = fspp::gid_t(deserialize_<uint32_t>(&pos));
timespec lastAccessTime = _deserializeTimeValue(&pos); timespec lastAccessTime = deserializeTimeValue_(&pos);
timespec lastModificationTime = _deserializeTimeValue(&pos); timespec lastModificationTime = deserializeTimeValue_(&pos);
timespec lastMetadataChangeTime = _deserializeTimeValue(&pos); timespec lastMetadataChangeTime = deserializeTimeValue_(&pos);
string name = _deserializeString(&pos); string name = deserializeString_(&pos);
BlockId blockId = _deserializeBlockId(&pos); BlockId blockId = deserializeBlockId_(&pos);
result->emplace_back(type, name, blockId, mode, uid, gid, lastAccessTime, lastModificationTime, lastMetadataChangeTime); result->emplace_back(type, name, blockId, mode, uid, gid, lastAccessTime, lastModificationTime, lastMetadataChangeTime);
return pos; return pos;
} }
size_t DirEntry::serializedSize() const { size_t DirEntry::serializedSize() const {
return 1 + sizeof(uint32_t) + sizeof(uint32_t) + sizeof(uint32_t) + 3*_serializedTimeValueSize() + ( return 1 + sizeof(uint32_t) + sizeof(uint32_t) + sizeof(uint32_t) + 3*serializedTimeValueSize_() + (
_name.size() + 1) + _blockId.BINARY_LENGTH; _name.size() + 1) + _blockId.BINARY_LENGTH;
} }
} }

24
src/cryfs/impl/localstate/LocalStateMetadata.cpp
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@ -30,10 +30,10 @@ LocalStateMetadata::LocalStateMetadata(uint32_t myClientId, Hash encryptionKeyHa
LocalStateMetadata LocalStateMetadata::loadOrGenerate(const bf::path &statePath, const Data& encryptionKey, bool allowReplacedFilesystem) { LocalStateMetadata LocalStateMetadata::loadOrGenerate(const bf::path &statePath, const Data& encryptionKey, bool allowReplacedFilesystem) {
auto metadataFile = statePath / "metadata"; auto metadataFile = statePath / "metadata";
auto loaded = _load(metadataFile); auto loaded = load_(metadataFile);
if (loaded == none) { if (loaded == none) {
// If it couldn't be loaded, generate a new client id. // If it couldn't be loaded, generate a new client id.
return _generate(metadataFile, encryptionKey); return generate_(metadataFile, encryptionKey);
} }
if (!allowReplacedFilesystem && loaded->_encryptionKeyHash.digest != cpputils::hash::hash(encryptionKey, loaded->_encryptionKeyHash.salt).digest) { if (!allowReplacedFilesystem && loaded->_encryptionKeyHash.digest != cpputils::hash::hash(encryptionKey, loaded->_encryptionKeyHash.salt).digest) {
@ -42,22 +42,22 @@ LocalStateMetadata LocalStateMetadata::loadOrGenerate(const bf::path &statePath,
return *loaded; return *loaded;
} }
optional<LocalStateMetadata> LocalStateMetadata::_load(const bf::path &metadataFilePath) { optional<LocalStateMetadata> LocalStateMetadata::load_(const bf::path &metadataFilePath) {
ifstream file(metadataFilePath.string()); ifstream file(metadataFilePath.string());
if (!file.good()) { if (!file.good()) {
// State file doesn't exist // State file doesn't exist
return none; return none;
} }
return _deserialize(file); return deserialize_(file);
} }
void LocalStateMetadata::_save(const bf::path &metadataFilePath) const { void LocalStateMetadata::save_(const bf::path &metadataFilePath) const {
ofstream file(metadataFilePath.string(), std::ios::trunc); ofstream file(metadataFilePath.string(), std::ios::trunc);
_serialize(file); serialize_(file);
} }
namespace { namespace {
uint32_t _generateClientId() { uint32_t generateClientId_() {
uint32_t result = 0; uint32_t result = 0;
do { do {
result = cpputils::deserialize<uint32_t>(Random::PseudoRandom().getFixedSize<sizeof(uint32_t)>().data()); result = cpputils::deserialize<uint32_t>(Random::PseudoRandom().getFixedSize<sizeof(uint32_t)>().data());
@ -82,8 +82,8 @@ optional<uint32_t> _tryLoadClientIdFromLegacyFile(const bf::path &metadataFilePa
#endif #endif
} }
LocalStateMetadata LocalStateMetadata::_generate(const bf::path &metadataFilePath, const Data& encryptionKey) { LocalStateMetadata LocalStateMetadata::generate_(const bf::path &metadataFilePath, const Data& encryptionKey) {
uint32_t myClientId = _generateClientId(); uint32_t myClientId = generateClientId_();
#ifndef CRYFS_NO_COMPATIBILITY #ifndef CRYFS_NO_COMPATIBILITY
// In the old format, this was stored in a "myClientId" file. If that file exists, load it from there. // In the old format, this was stored in a "myClientId" file. If that file exists, load it from there.
optional<uint32_t> legacy = _tryLoadClientIdFromLegacyFile(metadataFilePath); optional<uint32_t> legacy = _tryLoadClientIdFromLegacyFile(metadataFilePath);
@ -93,11 +93,11 @@ LocalStateMetadata LocalStateMetadata::_generate(const bf::path &metadataFilePat
#endif #endif
LocalStateMetadata result(myClientId, cpputils::hash::hash(encryptionKey, cpputils::hash::generateSalt())); LocalStateMetadata result(myClientId, cpputils::hash::hash(encryptionKey, cpputils::hash::generateSalt()));
result._save(metadataFilePath); result.save_(metadataFilePath);
return result; return result;
} }
void LocalStateMetadata::_serialize(ostream& stream) const { void LocalStateMetadata::serialize_(ostream& stream) const {
ptree pt; ptree pt;
pt.put<uint32_t>("myClientId", myClientId()); pt.put<uint32_t>("myClientId", myClientId());
pt.put<string>("encryptionKey.salt", _encryptionKeyHash.salt.ToString()); pt.put<string>("encryptionKey.salt", _encryptionKeyHash.salt.ToString());
@ -106,7 +106,7 @@ void LocalStateMetadata::_serialize(ostream& stream) const {
write_json(stream, pt); write_json(stream, pt);
} }
LocalStateMetadata LocalStateMetadata::_deserialize(istream& stream) { LocalStateMetadata LocalStateMetadata::deserialize_(istream& stream) {
try { try {
ptree pt; ptree pt;
read_json(stream, pt); read_json(stream, pt);

10
src/cryfs/impl/localstate/LocalStateMetadata.h
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@ -20,11 +20,11 @@ private:
const uint32_t _myClientId; const uint32_t _myClientId;
const cpputils::hash::Hash _encryptionKeyHash; const cpputils::hash::Hash _encryptionKeyHash;
static boost::optional<LocalStateMetadata> _load(const boost::filesystem::path &metadataFilePath); static boost::optional<LocalStateMetadata> load_(const boost::filesystem::path &metadataFilePath);
static LocalStateMetadata _deserialize(std::istream& stream); static LocalStateMetadata deserialize_(std::istream& stream);
static LocalStateMetadata _generate(const boost::filesystem::path &metadataFilePath, const cpputils::Data& encryptionKey); static LocalStateMetadata generate_(const boost::filesystem::path &metadataFilePath, const cpputils::Data& encryptionKey);
void _save(const boost::filesystem::path &metadataFilePath) const; void save_(const boost::filesystem::path &metadataFilePath) const;
void _serialize(std::ostream& stream) const; void serialize_(std::ostream& stream) const;
LocalStateMetadata(uint32_t myClientId, cpputils::hash::Hash encryptionKey); LocalStateMetadata(uint32_t myClientId, cpputils::hash::Hash encryptionKey);
}; };