17488410533

Committed 05 Sep 2025 08:47AM UTC coverage: 53.819% (-0.8%) from 54.596%

Build # 17488410533

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push

github

Committed by

ivanallen

Commit Message

register manusya to deva

Signed-off-by: allen <1007729991@qq.com>

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1637 of 4154 branches covered (39.41%)

Branch coverage included in aggregate %.

108 of 140 new or added lines in 4 files covered. (77.14%)

2 existing lines in 1 file now uncovered.

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52.4

/src/deva/deva.cc

#include "deva/deva.h"
#include <pain/base/plog.h>
#include <pain/base/uuid.h>
#include "common/txn_manager.h"
#include "deva/macro.h"

#define DEVA_METHOD(name)                                                                                              \
    Status Deva::name([[maybe_unused]] int32_t version,                                                                \
                      [[maybe_unused]] const pain::proto::deva::store::name##Request* request,                         \
                      [[maybe_unused]] pain::proto::deva::store::name##Response* response,                             \
                      [[maybe_unused]] int64_t index)

namespace pain::deva {

Status Deva::create(const std::string& path, const UUID& id, FileType type) {
    SPAN(span);
    PLOG_DEBUG(("desc", "create")("path", path)("id", id.str())("type", type));
    // get parent
    std::filesystem::path file_path(path);
    auto dir = file_path.parent_path();
    auto filename = file_path.filename();
    auto file_type = FileType::kFile;
    UUID parent_dir_uuid;
    auto status = _namespace.lookup(dir.c_str(), &parent_dir_uuid, &file_type);
    if (!status.ok()) {
        return status;
    }

    if (file_type != FileType::kDirectory) {
        return Status(EINVAL, fmt::format("{} is not a directory", dir.c_str()));
    }

    UUID file_uuid(id.high(), id.low());
    status = _namespace.create(parent_dir_uuid, filename, type, file_uuid);
    if (!status.ok()) {
        return status;
    }

    return Status::OK();
}

DEVA_METHOD(CreateFile) {
    SPAN(span);
    PLOG_DEBUG(("desc", "create_file")("version", version)("index", index)("request", request->DebugString()));
    auto& path = request->path();
    auto& file_id = request->file_id();
    UUID file_uuid(file_id.high(), file_id.low());
    auto status = create(path, file_uuid, FileType::kFile);
    if (!status.ok()) {
        return status;
    }
    auto file_info = response->mutable_file_info();
    file_info->mutable_file_id()->set_high(file_uuid.high());
    file_info->mutable_file_id()->set_low(file_uuid.low());
    file_info->set_type(pain::proto::FileType::FILE_TYPE_FILE);
    file_info->set_size(0);
    file_info->set_atime(request->atime());
    file_info->set_mtime(request->mtime());
    file_info->set_ctime(request->ctime());
    file_info->set_mode(request->mode());
    file_info->set_uid(request->uid());
    file_info->set_gid(request->gid());
    status = update_file_info(file_uuid, *file_info);
    if (!status.ok()) {
        return status;
    }
    return Status::OK();
}

DEVA_METHOD(CreateDir) {
    SPAN(span);
    PLOG_DEBUG(("desc", "create_dir")("version", version)("index", index)("request", request->DebugString()));
    auto& path = request->path();
    auto& dir_id = request->dir_id();
    UUID dir_uuid(dir_id.high(), dir_id.low());
    auto status = create(path, dir_uuid, FileType::kDirectory);
    if (!status.ok()) {
        return status;
    }
    auto file_info = response->mutable_file_info();
    file_info->mutable_file_id()->set_high(dir_uuid.high());
    file_info->mutable_file_id()->set_low(dir_uuid.low());
    file_info->set_type(pain::proto::FileType::FILE_TYPE_DIRECTORY);
    file_info->set_size(0);
    file_info->set_atime(request->atime());
    file_info->set_mtime(request->mtime());
    file_info->set_ctime(request->ctime());
    file_info->set_mode(request->mode());
    file_info->set_uid(request->uid());
    file_info->set_gid(request->gid());
    status = update_file_info(dir_uuid, *file_info);
    if (!status.ok()) {
        return status;
    }
    return Status::OK();
}

DEVA_METHOD(ReadDir) {
    SPAN(span);
    PLOG_DEBUG(("desc", "read_dir")("version", version)("index", index)("request", request->DebugString()));
    auto& path = request->path();
    UUID parent_dir_uuid;
    FileType file_type = FileType::kNone;
    auto status = _namespace.lookup(path.c_str(), &parent_dir_uuid, &file_type);
    if (!status.ok()) {
        return status;
    }
    if (file_type != FileType::kDirectory) {
        return Status(EINVAL, fmt::format("{} is not a directory", path.c_str()));
    }
    std::list<DirEntry> entries;
    _namespace.list(parent_dir_uuid, &entries);
    for (auto& entry : entries) {
        auto dir_entry = response->add_entries();
        dir_entry->mutable_file_id()->set_high(entry.inode.high());
        dir_entry->mutable_file_id()->set_low(entry.inode.low());
        dir_entry->set_type(static_cast<pain::proto::FileType>(entry.type));
        dir_entry->set_name(std::move(entry.name));
    }
    return Status::OK();
}

DEVA_METHOD(RemoveFile) {
    SPAN(span);
    PLOG_INFO(("desc", "remove_file")("version", version)("index", index));
    return Status::OK();
}

DEVA_METHOD(SealFile) {
    SPAN(span);
    PLOG_INFO(("desc", "seal_file")("version", version)("index", index));
    return Status::OK();
}

DEVA_METHOD(CreateChunk) {
    SPAN(span);
    PLOG_INFO(("desc", "remove")("version", version)("index", index));
    return Status::OK();
}

DEVA_METHOD(CheckInChunk) {
    SPAN(span);
    PLOG_INFO(("desc", "seal")("version", version)("index", index));
    return Status::OK();
}

DEVA_METHOD(SealChunk) {
    SPAN(span);
    PLOG_INFO(("desc", "create_chunk")("version", version)("index", index));
    return Status::OK();
}

DEVA_METHOD(SealAndNewChunk) {
    SPAN(span);
    PLOG_INFO(("desc", "remove_chunk")("version", version)("index", index));
    return Status::OK();
}

DEVA_METHOD(GetFileInfo) {
    SPAN(span);
    PLOG_INFO(("desc", "get_file_info")("version", version)("index", index));
    auto& path = request->path();
    UUID file_uuid;
    FileType file_type = FileType::kNone;
    auto status = _namespace.lookup(path.c_str(), &file_uuid, &file_type);
    if (!status.ok()) {
        return status;
    }
    if (file_type != FileType::kFile) {
        return Status(EINVAL, fmt::format("{} is not a file", path.c_str()));
    }
    proto::FileInfo file_info;
    status = get_file_info(file_uuid, &file_info);
    if (!status.ok()) {
        return status;
    }
    response->mutable_file_info()->Swap(&file_info);
    return Status::OK();
}

DEVA_METHOD(ManusyaHeartbeat) {
    SPAN(span);
    PLOG_INFO(("desc", "manusya_heartbeat")("version", version)("index", index));
    auto& manusya_id = request->manusya_registration().manusya_id();
    // auto& storage_info = request->manusya_registration().storage_info();
    // TODO: check cluster id

    UUID manusya_uuid(manusya_id.uuid().high(), manusya_id.uuid().low());
    auto it = _manusya_descriptors.find(manusya_uuid);
    if (it == _manusya_descriptors.end()) {
        // new manusya
        PLOG_INFO(("desc", "new manusya")              //
                  ("manusya_uuid", manusya_uuid.str()) //
                  ("ip", manusya_id.ip())              //
                  ("port", manusya_id.port()));
        ManusyaDescriptor manusya_descriptor;
        manusya_descriptor.ip = manusya_id.ip();
        manusya_descriptor.port = manusya_id.port();
        manusya_descriptor.uuid = manusya_uuid;
        manusya_descriptor.is_alive = true;
        manusya_descriptor.update_heartbeat();
        _manusya_descriptors[manusya_uuid] = manusya_descriptor;
    } else {
        auto& manusya_descriptor = it->second;
        manusya_descriptor.ip = manusya_id.ip();
        manusya_descriptor.port = manusya_id.port();
        manusya_descriptor.update_heartbeat();
    }
    return Status::OK();
}

DEVA_METHOD(ListManusya) {
    SPAN(span);
    PLOG_INFO(("desc", "list_manusya")("version", version)("index", index));
    auto manusya_descriptors = response->mutable_manusya_descriptors();
    for (auto& [_, manusya_descriptor] : _manusya_descriptors) {
        auto manusya_descriptor_proto = manusya_descriptors->Add();
        manusya_descriptor_proto->mutable_manusya_id()->set_ip(manusya_descriptor.ip);
        manusya_descriptor_proto->mutable_manusya_id()->set_port(manusya_descriptor.port);
        manusya_descriptor_proto->mutable_manusya_id()->mutable_uuid()->set_high(manusya_descriptor.uuid.high());
        manusya_descriptor_proto->mutable_manusya_id()->mutable_uuid()->set_low(manusya_descriptor.uuid.low());
        manusya_descriptor_proto->mutable_storage_info()->set_cluster_id(manusya_descriptor.cluster_id);
        manusya_descriptor_proto->set_is_alive(manusya_descriptor.is_alive);
        manusya_descriptor_proto->set_last_heartbeat_time(manusya_descriptor.last_heartbeat_time);
    }
    return Status::OK();
}

Status Deva::set_applied_index(int64_t index) {
    if (index <= _applied_index) {
        PLOG_WARN(("desc", "index is applied already")("index", index));
        return Status::OK();
    }
    auto in_txn = common::TxnManager::instance().in_txn();
    auto this_txn = _store->begin_txn();
    auto txn = in_txn ? common::TxnManager::instance().get_txn_store() : this_txn.get();
    if (txn == nullptr) {
        return Status(EIO, "Failed to begin transaction");
    }
    auto status = txn->hset(_meta_key, _applied_index_key, std::to_string(index));
    return status;
    if (in_txn) {
        return Status::OK();
    }

    status = txn->commit();
    return status;
}

Status Deva::update_file_info(const UUID& id, const proto::FileInfo& file_info) {
    auto in_txn = common::TxnManager::instance().in_txn();
    auto this_txn = _store->begin_txn();
    auto txn = in_txn ? common::TxnManager::instance().get_txn_store() : this_txn.get();
    if (txn == nullptr) {
        return Status(EIO, "Failed to begin transaction");
    }
    auto status = txn->hset(_file_info_key, id.str(), file_info.SerializeAsString());
    if (!status.ok()) {
        return status;
    }
    if (in_txn) {
        return Status::OK();
    }
    status = txn->commit();
    if (!status.ok()) {
        return status;
    }
    return status;
}

Status Deva::get_file_info(const UUID& id, proto::FileInfo* file_info) {
    std::string file_info_str;
    auto status = _store->hget(_file_info_key, id.str(), &file_info_str);
    if (!status.ok()) {
        return status;
    }
    auto ret = file_info->ParseFromString(file_info_str);
    if (!ret) {
        return Status(EIO, "Failed to parse file info");
    }
    return Status::OK();
}

Status Deva::remove_file_info(const UUID& id) {
    auto status = _store->hdel(_file_info_key, id.str());
    if (!status.ok()) {
        return status;
    }
    return Status::OK();
}

Status Deva::save_snapshot(std::string_view path, std::vector<std::string>* files) {
    return _store->check_point(path.data(), files);
}

Status Deva::load_snapshot(std::string_view path) {
    auto status = _store->recover(path.data());
    if (!status.ok()) {
        return status;
    }
    // get applied index
    std::string applied_index_str;
    status = _store->hget(_meta_key, _applied_index_key, &applied_index_str);
    if (!status.ok()) {
        return status;
    }
    _applied_index = std::stoll(applied_index_str);
    return Status::OK();
}

} // namespace pain::deva

1	#include "deva/deva.h"
2	#include <pain/base/plog.h>
3	#include <pain/base/uuid.h>
4	#include "common/txn_manager.h"
5	#include "deva/macro.h"
6
7	#define DEVA_METHOD(name) \
8	Status Deva::name([[maybe_unused]] int32_t version, \
9	[[maybe_unused]] const pain::proto::deva::store::name##Request* request, \
10	[[maybe_unused]] pain::proto::deva::store::name##Response* response, \
11	[[maybe_unused]] int64_t index)
12
13	namespace pain::deva {
14
15	Status Deva::create(const std::string& path, const UUID& id, FileType type) {	74✔
16	SPAN(span);	370!
17	PLOG_DEBUG(("desc", "create")("path", path)("id", id.str())("type", type));	74✔
18	// get parent
19	std::filesystem::path file_path(path);	74!
20	auto dir = file_path.parent_path();	74!
21	auto filename = file_path.filename();	74!
22	auto file_type = FileType::kFile;	74✔
23	UUID parent_dir_uuid;	74✔
24	auto status = _namespace.lookup(dir.c_str(), &parent_dir_uuid, &file_type);	74!
25	if (!status.ok()) {	74!
26	return status;	×
27	}
28
29	if (file_type != FileType::kDirectory) {	74!
30	return Status(EINVAL, fmt::format("{} is not a directory", dir.c_str()));	×
31	}
32
33	UUID file_uuid(id.high(), id.low());	74✔
34	status = _namespace.create(parent_dir_uuid, filename, type, file_uuid);	74!
35	if (!status.ok()) {	74!
36	return status;	×
37	}
38
39	return Status::OK();	74✔
40	}	222✔
41
42	DEVA_METHOD(CreateFile) {	36✔
43	SPAN(span);	180!
44	PLOG_DEBUG(("desc", "create_file")("version", version)("index", index)("request", request->DebugString()));	36✔
45	auto& path = request->path();	36!
46	auto& file_id = request->file_id();	36!
47	UUID file_uuid(file_id.high(), file_id.low());	36!
48	auto status = create(path, file_uuid, FileType::kFile);	36!
49	if (!status.ok()) {	36!
50	return status;	×
51	}
52	auto file_info = response->mutable_file_info();	36!
53	file_info->mutable_file_id()->set_high(file_uuid.high());	36!
54	file_info->mutable_file_id()->set_low(file_uuid.low());	36!
55	file_info->set_type(pain::proto::FileType::FILE_TYPE_FILE);	36!
56	file_info->set_size(0);	36!
57	file_info->set_atime(request->atime());	36!
58	file_info->set_mtime(request->mtime());	36!
59	file_info->set_ctime(request->ctime());	36!
60	file_info->set_mode(request->mode());	36!
61	file_info->set_uid(request->uid());	36!
62	file_info->set_gid(request->gid());	36!
63	status = update_file_info(file_uuid, *file_info);	36!
64	if (!status.ok()) {	36!
NEW 65	return status;	×
66	}
67	return Status::OK();	36✔
68	}	108✔
69
70	DEVA_METHOD(CreateDir) {	38✔
71	SPAN(span);	190!
72	PLOG_DEBUG(("desc", "create_dir")("version", version)("index", index)("request", request->DebugString()));	38✔
73	auto& path = request->path();	38!
74	auto& dir_id = request->dir_id();	38!
75	UUID dir_uuid(dir_id.high(), dir_id.low());	38!
76	auto status = create(path, dir_uuid, FileType::kDirectory);	38!
77	if (!status.ok()) {	38!
78	return status;	×
79	}
80	auto file_info = response->mutable_file_info();	38!
81	file_info->mutable_file_id()->set_high(dir_uuid.high());	38!
82	file_info->mutable_file_id()->set_low(dir_uuid.low());	38!
83	file_info->set_type(pain::proto::FileType::FILE_TYPE_DIRECTORY);	38!
84	file_info->set_size(0);	38!
85	file_info->set_atime(request->atime());	38!
86	file_info->set_mtime(request->mtime());	38!
87	file_info->set_ctime(request->ctime());	38!
88	file_info->set_mode(request->mode());	38!
89	file_info->set_uid(request->uid());	38!
90	file_info->set_gid(request->gid());	38!
91	status = update_file_info(dir_uuid, *file_info);	38!
92	if (!status.ok()) {	38!
NEW 93	return status;	×
94	}
95	return Status::OK();	38✔
96	}	114✔
97
98	DEVA_METHOD(ReadDir) {	2✔
99	SPAN(span);	10!
100	PLOG_DEBUG(("desc", "read_dir")("version", version)("index", index)("request", request->DebugString()));	2✔
101	auto& path = request->path();	2!
102	UUID parent_dir_uuid;	2✔
103	FileType file_type = FileType::kNone;	2✔
104	auto status = _namespace.lookup(path.c_str(), &parent_dir_uuid, &file_type);	2!
105	if (!status.ok()) {	2!
106	return status;	×
107	}
108	if (file_type != FileType::kDirectory) {	2!
109	return Status(EINVAL, fmt::format("{} is not a directory", path.c_str()));	×
110	}
111	std::list<DirEntry> entries;	2✔
112	_namespace.list(parent_dir_uuid, &entries);	2!
113	for (auto& entry : entries) {	23✔
114	auto dir_entry = response->add_entries();	21!
115	dir_entry->mutable_file_id()->set_high(entry.inode.high());	21!
116	dir_entry->mutable_file_id()->set_low(entry.inode.low());	21!
117	dir_entry->set_type(static_cast<pain::proto::FileType>(entry.type));	21!
118	dir_entry->set_name(std::move(entry.name));	21✔
119	}
120	return Status::OK();	2✔
121	}	6✔
122
123	DEVA_METHOD(RemoveFile) {	×
124	SPAN(span);	×
125	PLOG_INFO(("desc", "remove_file")("version", version)("index", index));	×
126	return Status::OK();	×
127	}	×
128
129	DEVA_METHOD(SealFile) {	×
130	SPAN(span);	×
131	PLOG_INFO(("desc", "seal_file")("version", version)("index", index));	×
132	return Status::OK();	×
133	}	×
134
135	DEVA_METHOD(CreateChunk) {	×
136	SPAN(span);	×
137	PLOG_INFO(("desc", "remove")("version", version)("index", index));	×
138	return Status::OK();	×
139	}	×
140
141	DEVA_METHOD(CheckInChunk) {	×
142	SPAN(span);	×
143	PLOG_INFO(("desc", "seal")("version", version)("index", index));	×
144	return Status::OK();	×
145	}	×
146
147	DEVA_METHOD(SealChunk) {	×
148	SPAN(span);	×
149	PLOG_INFO(("desc", "create_chunk")("version", version)("index", index));	×
150	return Status::OK();	×
151	}	×
152
153	DEVA_METHOD(SealAndNewChunk) {	×
154	SPAN(span);	×
155	PLOG_INFO(("desc", "remove_chunk")("version", version)("index", index));	×
156	return Status::OK();	×
157	}	×
158
159	DEVA_METHOD(GetFileInfo) {	1✔
160	SPAN(span);	5!
161	PLOG_INFO(("desc", "get_file_info")("version", version)("index", index));	1✔
162	auto& path = request->path();	1!
163	UUID file_uuid;	1✔
164	FileType file_type = FileType::kNone;	1✔
165	auto status = _namespace.lookup(path.c_str(), &file_uuid, &file_type);	1!
166	if (!status.ok()) {	1!
NEW 167	return status;	×
168	}
169	if (file_type != FileType::kFile) {	1!
NEW 170	return Status(EINVAL, fmt::format("{} is not a file", path.c_str()));	×
171	}
172	proto::FileInfo file_info;	1!
173	status = get_file_info(file_uuid, &file_info);	1!
174	if (!status.ok()) {	1!
NEW 175	return status;	×
176	}
177	response->mutable_file_info()->Swap(&file_info);	1!
178	return Status::OK();	1✔
179	}	3✔
180
181	DEVA_METHOD(ManusyaHeartbeat) {	1✔
182	SPAN(span);	5!
183	PLOG_INFO(("desc", "manusya_heartbeat")("version", version)("index", index));	1✔
184	auto& manusya_id = request->manusya_registration().manusya_id();	1!
185	// auto& storage_info = request->manusya_registration().storage_info();
186	// TODO: check cluster id
187
188	UUID manusya_uuid(manusya_id.uuid().high(), manusya_id.uuid().low());	1!
189	auto it = _manusya_descriptors.find(manusya_uuid);	1!
190	if (it == _manusya_descriptors.end()) {	1!
191	// new manusya
192	PLOG_INFO(("desc", "new manusya") //	1✔
193	("manusya_uuid", manusya_uuid.str()) //
194	("ip", manusya_id.ip()) //
195	("port", manusya_id.port()));
196	ManusyaDescriptor manusya_descriptor;	1✔
197	manusya_descriptor.ip = manusya_id.ip();	1!
198	manusya_descriptor.port = manusya_id.port();	1!
199	manusya_descriptor.uuid = manusya_uuid;	1✔
200	manusya_descriptor.is_alive = true;	1✔
201	manusya_descriptor.update_heartbeat();	1✔
202	_manusya_descriptors[manusya_uuid] = manusya_descriptor;	1!
203	} else {	1✔
NEW 204	auto& manusya_descriptor = it->second;	×
NEW 205	manusya_descriptor.ip = manusya_id.ip();	×
NEW 206	manusya_descriptor.port = manusya_id.port();	×
NEW 207	manusya_descriptor.update_heartbeat();	×
208	}
209	return Status::OK();	2✔
210	}	3✔
211
212	DEVA_METHOD(ListManusya) {	2✔
213	SPAN(span);	10!
214	PLOG_INFO(("desc", "list_manusya")("version", version)("index", index));	2✔
215	auto manusya_descriptors = response->mutable_manusya_descriptors();	2!
216	for (auto& [_, manusya_descriptor] : _manusya_descriptors) {	3✔
217	auto manusya_descriptor_proto = manusya_descriptors->Add();	1!
218	manusya_descriptor_proto->mutable_manusya_id()->set_ip(manusya_descriptor.ip);	1!
219	manusya_descriptor_proto->mutable_manusya_id()->set_port(manusya_descriptor.port);	1!
220	manusya_descriptor_proto->mutable_manusya_id()->mutable_uuid()->set_high(manusya_descriptor.uuid.high());	1!
221	manusya_descriptor_proto->mutable_manusya_id()->mutable_uuid()->set_low(manusya_descriptor.uuid.low());	1!
222	manusya_descriptor_proto->mutable_storage_info()->set_cluster_id(manusya_descriptor.cluster_id);	1!
223	manusya_descriptor_proto->set_is_alive(manusya_descriptor.is_alive);	1!
224	manusya_descriptor_proto->set_last_heartbeat_time(manusya_descriptor.last_heartbeat_time);	1!
225	}
226	return Status::OK();	4✔
227	}	6✔
228
229	Status Deva::set_applied_index(int64_t index) {	74✔
230	if (index <= _applied_index) {	74!
231	PLOG_WARN(("desc", "index is applied already")("index", index));	×
232	return Status::OK();	×
233	}
234	auto in_txn = common::TxnManager::instance().in_txn();	74!
235	auto this_txn = _store->begin_txn();	74!
236	auto txn = in_txn ? common::TxnManager::instance().get_txn_store() : this_txn.get();	74!
237	if (txn == nullptr) {	74!
238	return Status(EIO, "Failed to begin transaction");	×
239	}
240	auto status = txn->hset(_meta_key, _applied_index_key, std::to_string(index));	74!
241	return status;	74!
242	if (in_txn) {
243	return Status::OK();
244	}
245
246	status = txn->commit();
247	return status;
248	}	74✔
249
250	Status Deva::update_file_info(const UUID& id, const proto::FileInfo& file_info) {	74✔
251	auto in_txn = common::TxnManager::instance().in_txn();	74!
252	auto this_txn = _store->begin_txn();	74!
253	auto txn = in_txn ? common::TxnManager::instance().get_txn_store() : this_txn.get();	74!
254	if (txn == nullptr) {	74!
NEW 255	return Status(EIO, "Failed to begin transaction");	×
256	}
257	auto status = txn->hset(_file_info_key, id.str(), file_info.SerializeAsString());	74!
258	if (!status.ok()) {	74!
NEW 259	return status;	×
260	}
261	if (in_txn) {	74!
262	return Status::OK();	74✔
263	}
NEW 264	status = txn->commit();	×
NEW 265	if (!status.ok()) {	×
NEW 266	return status;	×
267	}
NEW 268	return status;	×
269	}	74✔
270
271	Status Deva::get_file_info(const UUID& id, proto::FileInfo* file_info) {	1✔
272	std::string file_info_str;	1✔
273	auto status = _store->hget(_file_info_key, id.str(), &file_info_str);	1!
274	if (!status.ok()) {	1!
NEW 275	return status;	×
276	}
277	auto ret = file_info->ParseFromString(file_info_str);	1!
278	if (!ret) {	1!
NEW 279	return Status(EIO, "Failed to parse file info");	×
280	}
281	return Status::OK();	1✔
282	}	1✔
283
NEW 284	Status Deva::remove_file_info(const UUID& id) {	×
NEW 285	auto status = _store->hdel(_file_info_key, id.str());	×
NEW 286	if (!status.ok()) {	×
NEW 287	return status;	×
288	}
NEW 289	return Status::OK();	×
NEW 290	}	×
291
292	Status Deva::save_snapshot(std::string_view path, std::vector<std::string>* files) {	3✔
293	return _store->check_point(path.data(), files);	3✔
294	}
295
296	Status Deva::load_snapshot(std::string_view path) {	3✔
297	auto status = _store->recover(path.data());	3!
298	if (!status.ok()) {	3!
299	return status;	×
300	}
301	// get applied index
302	std::string applied_index_str;	3✔
303	status = _store->hget(_meta_key, _applied_index_key, &applied_index_str);	3!
304	if (!status.ok()) {	3!
305	return status;	×
306	}
307	_applied_index = std::stoll(applied_index_str);	3!
308	return Status::OK();	3✔
309	}	3✔
310
311	} // namespace pain::deva

paticcaa / pain / 17488410533

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