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Committed 05 Jun 2024 03:48PM UTC coverage: 90.873% (+0.03%) from 90.844%

Build # 2387

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web-flow

Commit Message

Revert "Disable replication when writing to the pending bootstrap store" (#7776)

This reverts commit afe0e0f3b.

DisableReplication actually disables replication on the DB, not the
Transaction, so it's extremely unsafe to use.

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94.37

/src/realm/sync/noinst/pending_bootstrap_store.cpp

/*************************************************************************
 *
 * Copyright 2022 Realm, Inc.
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 * http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 *
 **************************************************************************/

#include "realm/sync/noinst/pending_bootstrap_store.hpp"

#include "realm/binary_data.hpp"
#include "realm/chunked_binary.hpp"
#include "realm/data_type.hpp"
#include "realm/db.hpp"
#include "realm/list.hpp"
#include "realm/query.hpp"
#include "realm/sync/changeset_parser.hpp"
#include "realm/sync/noinst/protocol_codec.hpp"
#include "realm/sync/noinst/sync_metadata_schema.hpp"
#include "realm/sync/protocol.hpp"
#include "realm/sync/transform.hpp"
#include "realm/util/assert.hpp"
#include "realm/util/buffer.hpp"
#include "realm/util/compression.hpp"
#include "realm/util/logger.hpp"
#include <stdexcept>

namespace realm::sync {
namespace {
constexpr static int c_schema_version = 1;
constexpr static std::string_view c_progress_table("flx_pending_bootstrap_progress");
constexpr static std::string_view c_pending_bootstrap_table("flx_pending_bootstrap");
constexpr static std::string_view c_pending_changesets_table("flx_pending_bootstrap_changesets");
constexpr static std::string_view c_pending_bootstrap_query_version("query_version");
constexpr static std::string_view c_pending_bootstrap_changesets("changesets");
constexpr static std::string_view c_pending_bootstrap_progress("progress");
constexpr static std::string_view c_pending_changesets_remote_version("remote_version");
constexpr static std::string_view
    c_pending_changesets_last_integrated_client_version("last_integrated_client_version");
constexpr static std::string_view c_pending_changesets_origin_file_ident("origin_file_ident");
constexpr static std::string_view c_pending_changesets_origin_timestamp("origin_timestamp");
constexpr static std::string_view c_pending_changesets_original_size("original_size");
constexpr static std::string_view c_pending_changesets_data("data");
constexpr static std::string_view c_progress_download_server_version("download_server_version");
constexpr static std::string_view c_progress_download_client_version("download_client_version");
constexpr static std::string_view c_progress_upload_server_version("upload_server_version");
constexpr static std::string_view c_progress_upload_client_version("upload_client_version");
constexpr static std::string_view c_progress_latest_server_version("latest_server_version");
constexpr static std::string_view c_progress_latest_server_version_salt("latest_server_version_salt");

} // namespace

PendingBootstrapStore::PendingBootstrapStore(DBRef db, util::Logger& logger)
    : m_db(std::move(db))
    , m_logger(logger)
{
    std::vector<SyncMetadataTable> internal_tables{
        {&m_table,
         c_pending_bootstrap_table,
         {&m_query_version, c_pending_bootstrap_query_version, type_Int},
         {
             {&m_changesets, c_pending_bootstrap_changesets, c_pending_changesets_table, true},
             {&m_progress, c_pending_bootstrap_progress, c_progress_table, false},
         }},
        {&m_progress_table,
         c_progress_table,
         SyncMetadataTable::IsEmbeddedTag{},
         {
             {&m_progress_upload_server_version, c_progress_upload_server_version, type_Int},
             {&m_progress_upload_client_version, c_progress_upload_client_version, type_Int},
             {&m_progress_download_server_version, c_progress_download_server_version, type_Int},
             {&m_progress_download_client_version, c_progress_download_client_version, type_Int},
             {&m_progress_latest_server_version, c_progress_latest_server_version, type_Int},
             {&m_progress_latest_server_version_salt, c_progress_latest_server_version_salt, type_Int},
         }},
        {&m_changeset_table,
         c_pending_changesets_table,
         SyncMetadataTable::IsEmbeddedTag{},
         {
             {&m_changeset_remote_version, c_pending_changesets_remote_version, type_Int},
             {&m_changeset_last_integrated_client_version, c_pending_changesets_last_integrated_client_version,
              type_Int},
             {&m_changeset_origin_file_ident, c_pending_changesets_origin_file_ident, type_Int},
             {&m_changeset_origin_timestamp, c_pending_changesets_origin_timestamp, type_Int},
             {&m_changeset_original_changeset_size, c_pending_changesets_original_size, type_Int},
             {&m_changeset_data, c_pending_changesets_data, type_Binary, true},
         }}};

    auto tr = m_db->start_read();
    // Start with a reader so it doesn't try to write until we are ready
    SyncMetadataSchemaVersionsReader schema_versions_reader(tr);
    if (auto schema_version =
            schema_versions_reader.get_version_for(tr, internal_schema_groups::c_pending_bootstraps)) {
        if (*schema_version != c_schema_version) {
            throw RuntimeError(ErrorCodes::SchemaVersionMismatch,
                               "Invalid schema version for FLX sync pending bootstrap table group");
        }
        load_sync_metadata_schema(tr, &internal_tables);
    }
    else {
        tr->promote_to_write();
        // Ensure the schema versions table is initialized (may add its own commit)
        SyncMetadataSchemaVersions schema_versions(tr);
        // Create the metadata schema and set the version (in the same commit)
        schema_versions.set_version_for(tr, internal_schema_groups::c_pending_bootstraps, c_schema_version);
        create_sync_metadata_schema(tr, &internal_tables);
        tr->commit_and_continue_as_read();
    }
    REALM_ASSERT(m_table);

    if (auto bootstrap_table = tr->get_table(m_table); !bootstrap_table->is_empty()) {
        m_has_pending = true;
    }
    else {
        m_has_pending = false;
    }
}

void PendingBootstrapStore::add_batch(int64_t query_version, util::Optional<SyncProgress> progress,
                                      const _impl::ClientProtocol::ReceivedChangesets& changesets,
                                      bool* created_new_batch_out)
{
    std::vector<util::AppendBuffer<char>> compressed_changesets;
    compressed_changesets.reserve(changesets.size());

    util::compression::CompressMemoryArena arena;
    for (auto& changeset : changesets) {
        compressed_changesets.emplace_back();
        util::compression::allocate_and_compress_nonportable(arena, {changeset.data.get_first_chunk()},
                                                             compressed_changesets.back());
    }

    auto tr = m_db->start_write();
    auto bootstrap_table = tr->get_table(m_table);
    auto incomplete_bootstraps = Query(bootstrap_table).not_equal(m_query_version, query_version).find_all();
    incomplete_bootstraps.for_each([&](Obj obj) {
        m_logger.debug(util::LogCategory::changeset, "Clearing incomplete bootstrap for query version %1",
                       obj.get<int64_t>(m_query_version));
        return IteratorControl::AdvanceToNext;
    });
    incomplete_bootstraps.clear();

    bool did_create = false;
    auto bootstrap_obj = bootstrap_table->create_object_with_primary_key(Mixed{query_version}, &did_create);
    if (progress) {
        auto progress_obj = bootstrap_obj.create_and_set_linked_object(m_progress);
        progress_obj.set(m_progress_latest_server_version, int64_t(progress->latest_server_version.version));
        progress_obj.set(m_progress_latest_server_version_salt, int64_t(progress->latest_server_version.salt));
        progress_obj.set(m_progress_download_server_version, int64_t(progress->download.server_version));
        progress_obj.set(m_progress_download_client_version,
                         int64_t(progress->download.last_integrated_client_version));
        progress_obj.set(m_progress_upload_server_version, int64_t(progress->upload.last_integrated_server_version));
        progress_obj.set(m_progress_upload_client_version, int64_t(progress->upload.client_version));
    }

    auto changesets_list = bootstrap_obj.get_linklist(m_changesets);
    for (size_t idx = 0; idx < changesets.size(); ++idx) {
        auto cur_changeset = changesets_list.create_and_insert_linked_object(changesets_list.size());
        cur_changeset.set(m_changeset_remote_version, int64_t(changesets[idx].remote_version));
        cur_changeset.set(m_changeset_last_integrated_client_version,
                          int64_t(changesets[idx].last_integrated_local_version));
        cur_changeset.set(m_changeset_origin_file_ident, int64_t(changesets[idx].origin_file_ident));
        cur_changeset.set(m_changeset_origin_timestamp, int64_t(changesets[idx].origin_timestamp));
        cur_changeset.set(m_changeset_original_changeset_size, int64_t(changesets[idx].original_changeset_size));
        BinaryData compressed_data(compressed_changesets[idx].data(), compressed_changesets[idx].size());
        cur_changeset.set(m_changeset_data, compressed_data);
    }

    tr->commit();

    if (created_new_batch_out) {
        *created_new_batch_out = did_create;
    }

    if (did_create) {
        m_logger.debug(util::LogCategory::changeset, "Created new pending bootstrap object for query version %1",
                       query_version);
    }
    else {
        m_logger.debug(util::LogCategory::changeset, "Added batch to pending bootstrap object for query version %1",
                       query_version);
    }
    if (progress) {
        m_logger.debug(util::LogCategory::changeset, "Finalized pending bootstrap object for query version %1",
                       query_version);
    }
    m_has_pending = true;
}

bool PendingBootstrapStore::has_pending()
{
    return m_has_pending;
}

void PendingBootstrapStore::clear()
{
    auto tr = m_db->start_write();
    clear(*tr);
    tr->commit();
}

void PendingBootstrapStore::clear(Transaction& wt)
{
    auto bootstrap_table = wt.get_table(m_table);
    bootstrap_table->clear();
    m_has_pending = false;
}

PendingBootstrapStore::PendingBatch PendingBootstrapStore::peek_pending(size_t limit_in_bytes)
{
    auto tr = m_db->start_read();
    auto bootstrap_table = tr->get_table(m_table);
    if (bootstrap_table->is_empty()) {
        return {};
    }

    // We should only have one pending bootstrap at a time.
    REALM_ASSERT(bootstrap_table->size() == 1);

    auto bootstrap_obj = bootstrap_table->get_object(0);
    PendingBatch ret;
    ret.query_version = bootstrap_obj.get<int64_t>(m_query_version);

    if (!bootstrap_obj.is_null(m_progress)) {
        auto progress_obj = bootstrap_obj.get_linked_object(m_progress);
        SyncProgress progress;
        progress.latest_server_version.version = progress_obj.get<int64_t>(m_progress_latest_server_version);
        progress.latest_server_version.salt = progress_obj.get<int64_t>(m_progress_latest_server_version_salt);
        progress.download.server_version = progress_obj.get<int64_t>(m_progress_download_server_version);
        progress.download.last_integrated_client_version =
            progress_obj.get<int64_t>(m_progress_download_client_version);
        progress.upload.last_integrated_server_version = progress_obj.get<int64_t>(m_progress_upload_server_version);
        progress.upload.client_version = progress_obj.get<int64_t>(m_progress_upload_client_version);
        ret.progress = std::move(progress);
    }

    auto changeset_list = bootstrap_obj.get_linklist(m_changesets);
    size_t bytes_so_far = 0;
    for (size_t idx = 0; idx < changeset_list.size() && bytes_so_far < limit_in_bytes; ++idx) {
        auto cur_changeset = changeset_list.get_object(idx);
        ret.changeset_data.push_back(util::AppendBuffer<char>());
        auto& uncompressed_buffer = ret.changeset_data.back();

        auto compressed_changeset_data = cur_changeset.get<BinaryData>(m_changeset_data);
        ChunkedBinaryInputStream changeset_is(compressed_changeset_data);
        auto ec = util::compression::decompress_nonportable(changeset_is, uncompressed_buffer);
        if (ec == util::compression::error::decompress_unsupported) {
            REALM_TERMINATE(
                "Synchronized Realm files with unprocessed pending bootstraps cannot be copied between platforms.");
        }
        REALM_ASSERT_3(ec, ==, std::error_code{});

        RemoteChangeset parsed_changeset;
        parsed_changeset.original_changeset_size =
            static_cast<size_t>(cur_changeset.get<int64_t>(m_changeset_original_changeset_size));
        parsed_changeset.origin_timestamp = cur_changeset.get<int64_t>(m_changeset_origin_timestamp);
        parsed_changeset.origin_file_ident = cur_changeset.get<int64_t>(m_changeset_origin_file_ident);
        parsed_changeset.remote_version = cur_changeset.get<int64_t>(m_changeset_remote_version);
        parsed_changeset.last_integrated_local_version =
            cur_changeset.get<int64_t>(m_changeset_last_integrated_client_version);
        parsed_changeset.data = BinaryData(uncompressed_buffer.data(), uncompressed_buffer.size());
        bytes_so_far += parsed_changeset.data.size();
        ret.changesets.push_back(std::move(parsed_changeset));
    }
    ret.remaining_changesets = changeset_list.size() - ret.changesets.size();

    return ret;
}

PendingBootstrapStore::PendingBatchStats PendingBootstrapStore::pending_stats()
{
    auto tr = m_db->start_read();
    auto bootstrap_table = tr->get_table(m_table);
    if (bootstrap_table->is_empty()) {
        return {};
    }

    REALM_ASSERT(bootstrap_table->size() == 1);

    auto bootstrap_obj = bootstrap_table->get_object(0);
    auto changeset_list = bootstrap_obj.get_linklist(m_changesets);

    PendingBatchStats stats;
    stats.query_version = bootstrap_obj.get<int64_t>(m_query_version);
    stats.pending_changesets = changeset_list.size();
    changeset_list.for_each([&](Obj& cur_changeset) {
        stats.pending_changeset_bytes +=
            static_cast<size_t>(cur_changeset.get<int64_t>(m_changeset_original_changeset_size));
        return IteratorControl::AdvanceToNext;
    });

    return stats;
}

void PendingBootstrapStore::pop_front_pending(const TransactionRef& tr, size_t count)
{
    REALM_ASSERT_3(tr->get_transact_stage(), ==, DB::transact_Writing);
    auto bootstrap_table = tr->get_table(m_table);
    if (bootstrap_table->is_empty()) {
        return;
    }

    // We should only have one pending bootstrap at a time.
    REALM_ASSERT(bootstrap_table->size() == 1);

    auto bootstrap_obj = bootstrap_table->get_object(0);
    auto changeset_list = bootstrap_obj.get_linklist(m_changesets);
    REALM_ASSERT_3(changeset_list.size(), >=, count);
    if (count == changeset_list.size()) {
        changeset_list.clear();
    }
    else {
        for (size_t idx = 0; idx < count; ++idx) {
            changeset_list.remove(0);
        }
    }

    if (changeset_list.is_empty()) {
        m_logger.debug(util::LogCategory::changeset, "Removing pending bootstrap obj for query version %1",
                       bootstrap_obj.get<int64_t>(m_query_version));
        bootstrap_obj.remove();
    }
    else {
        m_logger.debug(util::LogCategory::changeset,
                       "Removing pending bootstrap batch for query version %1. %2 changeset remaining",
                       bootstrap_obj.get<int64_t>(m_query_version), changeset_list.size());
    }

    m_has_pending = !bootstrap_table->is_empty();
}

} // namespace realm::sync

1	/*************************************************************************
2	*
3	* Copyright 2022 Realm, Inc.
4	*
5	* Licensed under the Apache License, Version 2.0 (the "License");
6	* you may not use this file except in compliance with the License.
7	* You may obtain a copy of the License at
8	*
9	* http://www.apache.org/licenses/LICENSE-2.0
10	*
11	* Unless required by applicable law or agreed to in writing, software
12	* distributed under the License is distributed on an "AS IS" BASIS,
13	* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
14	* See the License for the specific language governing permissions and
15	* limitations under the License.
16	*
17	**************************************************************************/
18
19	#include "realm/sync/noinst/pending_bootstrap_store.hpp"
20
21	#include "realm/binary_data.hpp"
22	#include "realm/chunked_binary.hpp"
23	#include "realm/data_type.hpp"
24	#include "realm/db.hpp"
25	#include "realm/list.hpp"
26	#include "realm/query.hpp"
27	#include "realm/sync/changeset_parser.hpp"
28	#include "realm/sync/noinst/protocol_codec.hpp"
29	#include "realm/sync/noinst/sync_metadata_schema.hpp"
30	#include "realm/sync/protocol.hpp"
31	#include "realm/sync/transform.hpp"
32	#include "realm/util/assert.hpp"
33	#include "realm/util/buffer.hpp"
34	#include "realm/util/compression.hpp"
35	#include "realm/util/logger.hpp"
36	#include <stdexcept>
37
38	namespace realm::sync {
39	namespace {
40	constexpr static int c_schema_version = 1;
41	constexpr static std::string_view c_progress_table("flx_pending_bootstrap_progress");
42	constexpr static std::string_view c_pending_bootstrap_table("flx_pending_bootstrap");
43	constexpr static std::string_view c_pending_changesets_table("flx_pending_bootstrap_changesets");
44	constexpr static std::string_view c_pending_bootstrap_query_version("query_version");
45	constexpr static std::string_view c_pending_bootstrap_changesets("changesets");
46	constexpr static std::string_view c_pending_bootstrap_progress("progress");
47	constexpr static std::string_view c_pending_changesets_remote_version("remote_version");
48	constexpr static std::string_view
49	c_pending_changesets_last_integrated_client_version("last_integrated_client_version");
50	constexpr static std::string_view c_pending_changesets_origin_file_ident("origin_file_ident");
51	constexpr static std::string_view c_pending_changesets_origin_timestamp("origin_timestamp");
52	constexpr static std::string_view c_pending_changesets_original_size("original_size");
53	constexpr static std::string_view c_pending_changesets_data("data");
54	constexpr static std::string_view c_progress_download_server_version("download_server_version");
55	constexpr static std::string_view c_progress_download_client_version("download_client_version");
56	constexpr static std::string_view c_progress_upload_server_version("upload_server_version");
57	constexpr static std::string_view c_progress_upload_client_version("upload_client_version");
58	constexpr static std::string_view c_progress_latest_server_version("latest_server_version");
59	constexpr static std::string_view c_progress_latest_server_version_salt("latest_server_version_salt");
60
61	} // namespace
62
63	PendingBootstrapStore::PendingBootstrapStore(DBRef db, util::Logger& logger)
64	: m_db(std::move(db))	762✔
65	, m_logger(logger)	762✔
66	{	1,522✔
67	std::vector<SyncMetadataTable> internal_tables{	1,522✔
68	{&m_table,	1,522✔
69	c_pending_bootstrap_table,	1,522✔
70	{&m_query_version, c_pending_bootstrap_query_version, type_Int},	1,522✔
71	{	1,522✔
72	{&m_changesets, c_pending_bootstrap_changesets, c_pending_changesets_table, true},	1,522✔
73	{&m_progress, c_pending_bootstrap_progress, c_progress_table, false},	1,522✔
74	}},	1,522✔
75	{&m_progress_table,	1,522✔
76	c_progress_table,	1,522✔
77	SyncMetadataTable::IsEmbeddedTag{},	1,522✔
78	{	1,522✔
79	{&m_progress_upload_server_version, c_progress_upload_server_version, type_Int},	1,522✔
80	{&m_progress_upload_client_version, c_progress_upload_client_version, type_Int},	1,522✔
81	{&m_progress_download_server_version, c_progress_download_server_version, type_Int},	1,522✔
82	{&m_progress_download_client_version, c_progress_download_client_version, type_Int},	1,522✔
83	{&m_progress_latest_server_version, c_progress_latest_server_version, type_Int},	1,522✔
84	{&m_progress_latest_server_version_salt, c_progress_latest_server_version_salt, type_Int},	1,522✔
85	}},	1,522✔
86	{&m_changeset_table,	1,522✔
87	c_pending_changesets_table,	1,522✔
88	SyncMetadataTable::IsEmbeddedTag{},	1,522✔
89	{	1,522✔
90	{&m_changeset_remote_version, c_pending_changesets_remote_version, type_Int},	1,522✔
91	{&m_changeset_last_integrated_client_version, c_pending_changesets_last_integrated_client_version,	1,522✔
92	type_Int},	1,522✔
93	{&m_changeset_origin_file_ident, c_pending_changesets_origin_file_ident, type_Int},	1,522✔
94	{&m_changeset_origin_timestamp, c_pending_changesets_origin_timestamp, type_Int},	1,522✔
95	{&m_changeset_original_changeset_size, c_pending_changesets_original_size, type_Int},	1,522✔
96	{&m_changeset_data, c_pending_changesets_data, type_Binary, true},	1,522✔
97	}}};	1,522✔
98
99	auto tr = m_db->start_read();	1,522✔
100	// Start with a reader so it doesn't try to write until we are ready
101	SyncMetadataSchemaVersionsReader schema_versions_reader(tr);	1,522✔
102	if (auto schema_version =	1,522✔
103	schema_versions_reader.get_version_for(tr, internal_schema_groups::c_pending_bootstraps)) {	1,522✔
104	if (*schema_version != c_schema_version) {	502✔
105	throw RuntimeError(ErrorCodes::SchemaVersionMismatch,	×
106	"Invalid schema version for FLX sync pending bootstrap table group");	×
107	}	×
108	load_sync_metadata_schema(tr, &internal_tables);	502✔
109	}	502✔
110	else {	1,020✔
111	tr->promote_to_write();	1,020✔
112	// Ensure the schema versions table is initialized (may add its own commit)
113	SyncMetadataSchemaVersions schema_versions(tr);	1,020✔
114	// Create the metadata schema and set the version (in the same commit)
115	schema_versions.set_version_for(tr, internal_schema_groups::c_pending_bootstraps, c_schema_version);	1,020✔
116	create_sync_metadata_schema(tr, &internal_tables);	1,020✔
117	tr->commit_and_continue_as_read();	1,020✔
118	}	1,020✔
119	REALM_ASSERT(m_table);	1,522✔
120
121	if (auto bootstrap_table = tr->get_table(m_table); !bootstrap_table->is_empty()) {	1,522✔
122	m_has_pending = true;	40✔
123	}	40✔
124	else {	1,482✔
125	m_has_pending = false;	1,482✔
126	}	1,482✔
127	}	1,522✔
128
129	void PendingBootstrapStore::add_batch(int64_t query_version, util::Optional<SyncProgress> progress,
130	const _impl::ClientProtocol::ReceivedChangesets& changesets,
131	bool* created_new_batch_out)
132	{	2,148✔
133	std::vector<util::AppendBuffer<char>> compressed_changesets;	2,148✔
134	compressed_changesets.reserve(changesets.size());	2,148✔
135
136	util::compression::CompressMemoryArena arena;	2,148✔
137	for (auto& changeset : changesets) {	2,164✔
138	compressed_changesets.emplace_back();	2,164✔
139	util::compression::allocate_and_compress_nonportable(arena, {changeset.data.get_first_chunk()},	2,164✔
140	compressed_changesets.back());	2,164✔
141	}	2,164✔
142
143	auto tr = m_db->start_write();	2,148✔
144	auto bootstrap_table = tr->get_table(m_table);	2,148✔
145	auto incomplete_bootstraps = Query(bootstrap_table).not_equal(m_query_version, query_version).find_all();	2,148✔
146	incomplete_bootstraps.for_each([&](Obj obj) {	2,148✔
NEW 147	m_logger.debug(util::LogCategory::changeset, "Clearing incomplete bootstrap for query version %1",	×
NEW 148	obj.get<int64_t>(m_query_version));	×
NEW 149	return IteratorControl::AdvanceToNext;	×
NEW 150	});	×
151	incomplete_bootstraps.clear();	2,148✔
152
153	bool did_create = false;	2,148✔
154	auto bootstrap_obj = bootstrap_table->create_object_with_primary_key(Mixed{query_version}, &did_create);	2,148✔
155	if (progress) {	2,148✔
156	auto progress_obj = bootstrap_obj.create_and_set_linked_object(m_progress);	1,944✔
157	progress_obj.set(m_progress_latest_server_version, int64_t(progress->latest_server_version.version));	1,944✔
158	progress_obj.set(m_progress_latest_server_version_salt, int64_t(progress->latest_server_version.salt));	1,944✔
159	progress_obj.set(m_progress_download_server_version, int64_t(progress->download.server_version));	1,944✔
160	progress_obj.set(m_progress_download_client_version,	1,944✔
161	int64_t(progress->download.last_integrated_client_version));	1,944✔
162	progress_obj.set(m_progress_upload_server_version, int64_t(progress->upload.last_integrated_server_version));	1,944✔
163	progress_obj.set(m_progress_upload_client_version, int64_t(progress->upload.client_version));	1,944✔
164	}	1,944✔
165
166	auto changesets_list = bootstrap_obj.get_linklist(m_changesets);	2,148✔
167	for (size_t idx = 0; idx < changesets.size(); ++idx) {	4,312✔
168	auto cur_changeset = changesets_list.create_and_insert_linked_object(changesets_list.size());	2,164✔
169	cur_changeset.set(m_changeset_remote_version, int64_t(changesets[idx].remote_version));	2,164✔
170	cur_changeset.set(m_changeset_last_integrated_client_version,	2,164✔
171	int64_t(changesets[idx].last_integrated_local_version));	2,164✔
172	cur_changeset.set(m_changeset_origin_file_ident, int64_t(changesets[idx].origin_file_ident));	2,164✔
173	cur_changeset.set(m_changeset_origin_timestamp, int64_t(changesets[idx].origin_timestamp));	2,164✔
174	cur_changeset.set(m_changeset_original_changeset_size, int64_t(changesets[idx].original_changeset_size));	2,164✔
175	BinaryData compressed_data(compressed_changesets[idx].data(), compressed_changesets[idx].size());	2,164✔
176	cur_changeset.set(m_changeset_data, compressed_data);	2,164✔
177	}	2,164✔
178
179	tr->commit();	2,148✔
180
181	if (created_new_batch_out) {	2,148✔
182	*created_new_batch_out = did_create;	2,148✔
183	}	2,148✔
184
185	if (did_create) {	2,148✔
186	m_logger.debug(util::LogCategory::changeset, "Created new pending bootstrap object for query version %1",	1,952✔
187	query_version);	1,952✔
188	}	1,952✔
189	else {	196✔
190	m_logger.debug(util::LogCategory::changeset, "Added batch to pending bootstrap object for query version %1",	196✔
191	query_version);	196✔
192	}	196✔
193	if (progress) {	2,148✔
194	m_logger.debug(util::LogCategory::changeset, "Finalized pending bootstrap object for query version %1",	1,944✔
195	query_version);	1,944✔
196	}	1,944✔
197	m_has_pending = true;	2,148✔
198	}	2,148✔
199
200	bool PendingBootstrapStore::has_pending()
201	{	7,514✔
202	return m_has_pending;	7,514✔
203	}	7,514✔
204
205	void PendingBootstrapStore::clear()
206	{	12✔
207	auto tr = m_db->start_write();	12✔
208	clear(*tr);	12✔
209	tr->commit();	12✔
210	}	12✔
211
212	void PendingBootstrapStore::clear(Transaction& wt)
213	{	12✔
214	auto bootstrap_table = wt.get_table(m_table);	12✔
215	bootstrap_table->clear();	12✔
216	m_has_pending = false;	12✔
217	}	12✔
218
219	PendingBootstrapStore::PendingBatch PendingBootstrapStore::peek_pending(size_t limit_in_bytes)
220	{	2,152✔
221	auto tr = m_db->start_read();	2,152✔
222	auto bootstrap_table = tr->get_table(m_table);	2,152✔
223	if (bootstrap_table->is_empty()) {	2,152✔
224	return {};	4✔
225	}	4✔
226
227	// We should only have one pending bootstrap at a time.
228	REALM_ASSERT(bootstrap_table->size() == 1);	2,148✔
229
230	auto bootstrap_obj = bootstrap_table->get_object(0);	2,148✔
231	PendingBatch ret;	2,148✔
232	ret.query_version = bootstrap_obj.get<int64_t>(m_query_version);	2,148✔
233
234	if (!bootstrap_obj.is_null(m_progress)) {	2,148✔
235	auto progress_obj = bootstrap_obj.get_linked_object(m_progress);	2,136✔
236	SyncProgress progress;	2,136✔
237	progress.latest_server_version.version = progress_obj.get<int64_t>(m_progress_latest_server_version);	2,136✔
238	progress.latest_server_version.salt = progress_obj.get<int64_t>(m_progress_latest_server_version_salt);	2,136✔
239	progress.download.server_version = progress_obj.get<int64_t>(m_progress_download_server_version);	2,136✔
240	progress.download.last_integrated_client_version =	2,136✔
241	progress_obj.get<int64_t>(m_progress_download_client_version);	2,136✔
242	progress.upload.last_integrated_server_version = progress_obj.get<int64_t>(m_progress_upload_server_version);	2,136✔
243	progress.upload.client_version = progress_obj.get<int64_t>(m_progress_upload_client_version);	2,136✔
244	ret.progress = std::move(progress);	2,136✔
245	}	2,136✔
246
247	auto changeset_list = bootstrap_obj.get_linklist(m_changesets);	2,148✔
248	size_t bytes_so_far = 0;	2,148✔
249	for (size_t idx = 0; idx < changeset_list.size() && bytes_so_far < limit_in_bytes; ++idx) {	4,372✔
250	auto cur_changeset = changeset_list.get_object(idx);	2,224✔
251	ret.changeset_data.push_back(util::AppendBuffer<char>());	2,224✔
252	auto& uncompressed_buffer = ret.changeset_data.back();	2,224✔
253
254	auto compressed_changeset_data = cur_changeset.get<BinaryData>(m_changeset_data);	2,224✔
255	ChunkedBinaryInputStream changeset_is(compressed_changeset_data);	2,224✔
256	auto ec = util::compression::decompress_nonportable(changeset_is, uncompressed_buffer);	2,224✔
257	if (ec == util::compression::error::decompress_unsupported) {	2,224✔
258	REALM_TERMINATE(
259	"Synchronized Realm files with unprocessed pending bootstraps cannot be copied between platforms.");	×
260	}	×
261	REALM_ASSERT_3(ec, ==, std::error_code{});	2,224✔
262
263	RemoteChangeset parsed_changeset;	2,224✔
264	parsed_changeset.original_changeset_size =	2,224✔
265	static_cast<size_t>(cur_changeset.get<int64_t>(m_changeset_original_changeset_size));	2,224✔
266	parsed_changeset.origin_timestamp = cur_changeset.get<int64_t>(m_changeset_origin_timestamp);	2,224✔
267	parsed_changeset.origin_file_ident = cur_changeset.get<int64_t>(m_changeset_origin_file_ident);	2,224✔
268	parsed_changeset.remote_version = cur_changeset.get<int64_t>(m_changeset_remote_version);	2,224✔
269	parsed_changeset.last_integrated_local_version =	2,224✔
270	cur_changeset.get<int64_t>(m_changeset_last_integrated_client_version);	2,224✔
271	parsed_changeset.data = BinaryData(uncompressed_buffer.data(), uncompressed_buffer.size());	2,224✔
272	bytes_so_far += parsed_changeset.data.size();	2,224✔
273	ret.changesets.push_back(std::move(parsed_changeset));	2,224✔
274	}	2,224✔
275	ret.remaining_changesets = changeset_list.size() - ret.changesets.size();	2,148✔
276
277	return ret;	2,148✔
278	}	2,152✔
279
280	PendingBootstrapStore::PendingBatchStats PendingBootstrapStore::pending_stats()
281	{	2,148✔
282	auto tr = m_db->start_read();	2,148✔
283	auto bootstrap_table = tr->get_table(m_table);	2,148✔
284	if (bootstrap_table->is_empty()) {	2,148✔
285	return {};	×
286	}	×
287
288	REALM_ASSERT(bootstrap_table->size() == 1);	2,148✔
289
290	auto bootstrap_obj = bootstrap_table->get_object(0);	2,148✔
291	auto changeset_list = bootstrap_obj.get_linklist(m_changesets);	2,148✔
292
293	PendingBatchStats stats;	2,148✔
294	stats.query_version = bootstrap_obj.get<int64_t>(m_query_version);	2,148✔
295	stats.pending_changesets = changeset_list.size();	2,148✔
296	changeset_list.for_each([&](Obj& cur_changeset) {	2,748✔
297	stats.pending_changeset_bytes +=	2,748✔
298	static_cast<size_t>(cur_changeset.get<int64_t>(m_changeset_original_changeset_size));	2,748✔
299	return IteratorControl::AdvanceToNext;	2,748✔
300	});	2,748✔
301
302	return stats;	2,148✔
303	}	2,148✔
304
305	void PendingBootstrapStore::pop_front_pending(const TransactionRef& tr, size_t count)
306	{	2,104✔
307	REALM_ASSERT_3(tr->get_transact_stage(), ==, DB::transact_Writing);	2,104✔
308	auto bootstrap_table = tr->get_table(m_table);	2,104✔
309	if (bootstrap_table->is_empty()) {	2,104✔
310	return;	×
311	}	×
312
313	// We should only have one pending bootstrap at a time.
314	REALM_ASSERT(bootstrap_table->size() == 1);	2,104✔
315
316	auto bootstrap_obj = bootstrap_table->get_object(0);	2,104✔
317	auto changeset_list = bootstrap_obj.get_linklist(m_changesets);	2,104✔
318	REALM_ASSERT_3(changeset_list.size(), >=, count);	2,104✔
319	if (count == changeset_list.size()) {	2,104✔
320	changeset_list.clear();	1,928✔
321	}	1,928✔
322	else {	176✔
323	for (size_t idx = 0; idx < count; ++idx) {	360✔
324	changeset_list.remove(0);	184✔
325	}	184✔
326	}	176✔
327
328	if (changeset_list.is_empty()) {	2,104✔
329	m_logger.debug(util::LogCategory::changeset, "Removing pending bootstrap obj for query version %1",	1,928✔
330	bootstrap_obj.get<int64_t>(m_query_version));	1,928✔
331	bootstrap_obj.remove();	1,928✔
332	}	1,928✔
333	else {	176✔
334	m_logger.debug(util::LogCategory::changeset,	176✔
335	"Removing pending bootstrap batch for query version %1. %2 changeset remaining",	176✔
336	bootstrap_obj.get<int64_t>(m_query_version), changeset_list.size());	176✔
337	}	176✔
338
339	m_has_pending = !bootstrap_table->is_empty();	2,104✔
340	}	2,104✔
341
342	} // namespace realm::sync

realm / realm-core / 2387

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