// Copyright 2022-2023 Google LLC // // 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 // // https://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 "connections/implementation/analytics/analytics_recorder.h" #include #include #include #include #include #include "net/proto2/contrib/parse_proto/parse_text_proto.h" #include "gmock/gmock.h" #include "protobuf-matchers/protocol-buffer-matchers.h" #include "gtest/gtest.h" #include "absl/time/time.h" #include "connections/implementation/analytics/connection_attempt_metadata_params.h" #include "connections/payload_type.h" #include "connections/strategy.h" #include "internal/analytics/mock_event_logger.h" #include "internal/platform/count_down_latch.h" #include "internal/platform/error_code_params.h" #include "internal/platform/error_code_recorder.h" #include "internal/platform/exception.h" #include "internal/proto/analytics/connections_log.proto.h" #include "proto/connections_enums.proto.h" namespace nearby { namespace analytics { namespace { using ::location::nearby::analytics::proto::ConnectionsLog; using ::location::nearby::errorcode::proto::DISCONNECT; using ::location::nearby::errorcode::proto::DISCONNECT_NETWORK_FAILED; using ::location::nearby::errorcode::proto::INVALID_PARAMETER; using ::location::nearby::errorcode::proto::NULL_BLUETOOTH_DEVICE_NAME; using ::location::nearby::errorcode::proto::START_DISCOVERING; using ::location::nearby::errorcode::proto::START_EXTENDED_DISCOVERING_FAILED; using ::location::nearby::errorcode::proto:: TACHYON_SEND_MESSAGE_STATUS_EXCEPTION; using ::location::nearby::proto::connections::BLE; using ::location::nearby::proto::connections::BLUETOOTH; using ::location::nearby::proto::connections::CLIENT_SESSION; using ::location::nearby::proto::connections::ERROR_CODE; using ::location::nearby::proto::connections::EventType; using ::location::nearby::proto::connections::INCOMING; using ::location::nearby::proto::connections::INITIAL; using ::location::nearby::proto::connections::LOCAL_DISCONNECTION; using ::location::nearby::proto::connections::Medium; using ::location::nearby::proto::connections::OperationResultCategory; using ::location::nearby::proto::connections::OperationResultCode; using ::location::nearby::proto::connections::RESULT_ERROR; using ::location::nearby::proto::connections::RESULT_SUCCESS; using ::location::nearby::proto::connections::START_CLIENT_SESSION; using ::location::nearby::proto::connections::START_STRATEGY_SESSION; using ::location::nearby::proto::connections::STOP_CLIENT_SESSION; using ::location::nearby::proto::connections::STOP_STRATEGY_SESSION; using ::location::nearby::proto::connections::SUCCESS; using ::location::nearby::proto::connections::UPGRADED; using ::location::nearby::proto::connections::WEB_RTC; using ::location::nearby::proto::connections::WIFI_LAN; using ::location::nearby::proto::connections::WIFI_LAN_MEDIUM_ERROR; using ::location::nearby::proto::connections::WIFI_LAN_SOCKET_CREATION; using ::nearby::analytics::MockEventLogger; using ::proto2::contrib::parse_proto::ParseTextProtoOrDie; using ::testing::Contains; using ::protobuf_matchers::EqualsProto; using ::testing::Not; constexpr absl::Duration kDefaultTimeout = absl::Milliseconds(1000); class FakeEventLogger : public MockEventLogger { public: explicit FakeEventLogger(CountDownLatch& client_session_done_latch) : client_session_done_latch_(client_session_done_latch) {} FakeEventLogger(CountDownLatch& client_session_done_latch, CountDownLatch* start_client_session_done_latch_ptr) : client_session_done_latch_(client_session_done_latch), start_client_session_done_latch_ptr_( start_client_session_done_latch_ptr) {} void Log(const ConnectionsLog& message) override { EventType event_type = message.event_type(); logged_event_types_.push_back(event_type); if (event_type == CLIENT_SESSION) { logged_client_session_count_++; logged_client_session_ = message.client_session(); } if (event_type == ERROR_CODE) { error_code_ = message.error_code(); } if (event_type == STOP_CLIENT_SESSION) { client_session_done_latch_.CountDown(); } if (start_client_session_done_latch_ptr_ != nullptr && event_type == START_CLIENT_SESSION) { start_client_session_done_latch_ptr_->CountDown(); } } int GetLoggedClientSessionCount() const { return logged_client_session_count_; } const ConnectionsLog::ClientSession& GetLoggedClientSession() { return logged_client_session_; } const ConnectionsLog::ErrorCode& GetErrorCode() { return error_code_; } std::vector GetLoggedEventTypes() { return logged_event_types_; } void SetClientSessionDoneLatch( const CountDownLatch& client_session_done_latch) { client_session_done_latch_ = client_session_done_latch; } void SetStartClientSessionDoneLatchPtr( CountDownLatch* start_client_session_done_latch_ptr) { start_client_session_done_latch_ptr_ = start_client_session_done_latch_ptr; } private: int logged_client_session_count_ = 0; CountDownLatch& client_session_done_latch_; CountDownLatch* start_client_session_done_latch_ptr_ = nullptr; ConnectionsLog::ClientSession logged_client_session_; ConnectionsLog::ErrorCode error_code_; std::vector logged_event_types_; }; // Test if session_was_logged_ is reset by checking if LogSession can take // effect again or not. TEST(AnalyticsRecorderTest, SessionOnlyLoggedOnceWorks) { CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); analytics_recorder.LogSession(); analytics_recorder.LogSession(); analytics_recorder.LogSession(); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); // Only called once. EXPECT_EQ(event_logger.GetLoggedClientSessionCount(), 1); } TEST(AnalyticsRecorderTest, SetFieldsCorrectlyForNestedAdvertisingCalls) { connections::Strategy strategy = connections::Strategy::kP2pStar; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ConnectionsLog::OperationResultWithMedium operation_result; operation_result.set_medium(BLUETOOTH); operation_result.set_result_code(OperationResultCode::DETAIL_SUCCESS); operation_result.set_result_category( OperationResultCategory::CATEGORY_SUCCESS); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); advertising_metadata_params->operation_result_with_mediums = { operation_result}; analytics_recorder.OnStartAdvertising(strategy, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnStopAdvertising(); operation_result.set_medium(BLE); advertising_metadata_params->operation_result_with_mediums = { operation_result}; analytics_recorder.OnStartAdvertising(strategy, /*mediums=*/{BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } adv_dis_result { medium: BLUETOOTH result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } stop_reason: CLIENT_STOP_ADVERTISING } advertising_phase { medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } adv_dis_result { medium: BLE result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } stop_reason: FINISH_SESSION_STOP_ADVERTISING } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), (EqualsProto(strategy_session_proto))); } TEST(AnalyticsRecorderTest, SetFieldsCorrectlyForNestedDiscoveryCalls) { connections::Strategy strategy = connections::Strategy::kP2pStar; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ConnectionsLog::OperationResultWithMedium operation_result; operation_result.set_medium(BLUETOOTH); operation_result.set_result_code(OperationResultCode::DETAIL_SUCCESS); operation_result.set_result_category( OperationResultCategory::CATEGORY_SUCCESS); ConnectionsLog::OperationResultWithMedium operation_result2; operation_result2.set_medium(BLE); operation_result2.set_result_code(OperationResultCode::DETAIL_SUCCESS); operation_result2.set_result_category( OperationResultCategory::CATEGORY_SUCCESS); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams( /*is_extended_advertisement_supported*/ true, /*connected_ap_frequency*/ 1, /*is_nfc_available=*/false, {operation_result, operation_result2}); analytics_recorder.OnStartDiscovery(strategy, /*mediums=*/{BLE, BLUETOOTH}, discovery_metadata_params.get()); analytics_recorder.OnStopDiscovery(); analytics_recorder.OnEndpointFound(BLUETOOTH); analytics_recorder.OnEndpointFound(BLE); auto discovery_metadata_params2 = analytics_recorder.BuildDiscoveryMetadataParams( /*is_extended_advertisement_supported*/ true, /*connected_ap_frequency*/ 1, /*is_nfc_available=*/false, {operation_result}); analytics_recorder.OnStartDiscovery(strategy, /*mediums=*/{BLUETOOTH}, discovery_metadata_params2.get()); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: DISCOVERER discovery_phase { medium: BLE medium: BLUETOOTH discovered_endpoint { medium: BLUETOOTH } discovered_endpoint { medium: BLE } discovery_metadata { supports_extended_ble_advertisements: true connected_ap_frequency: 1 supports_nfc_technology: false } adv_dis_result { medium: BLUETOOTH result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } adv_dis_result { medium: BLE result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } stop_reason: CLIENT_STOP_DISCOVERING } discovery_phase { medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: true connected_ap_frequency: 1 supports_nfc_technology: false } adv_dis_result { medium: BLUETOOTH result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } stop_reason: FINISH_SESSION_STOP_DISCOVERING } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, OneStrategySessionForMultipleRoundsOfDiscoveryAdvertising) { connections::Strategy strategy = connections::Strategy::kP2pStar; std::vector mediums = {BLE, BLUETOOTH}; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(strategy, mediums, advertising_metadata_params.get()); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams(); analytics_recorder.OnStartDiscovery(strategy, mediums, discovery_metadata_params.get()); analytics_recorder.OnStopAdvertising(); analytics_recorder.OnStopDiscovery(); analytics_recorder.OnStartAdvertising(strategy, mediums, advertising_metadata_params.get()); analytics_recorder.OnStopAdvertising(); analytics_recorder.OnStartDiscovery(strategy, mediums, discovery_metadata_params.get()); analytics_recorder.OnStopDiscovery(); analytics_recorder.OnStartDiscovery(strategy, mediums, {}); analytics_recorder.OnStartAdvertising(strategy, mediums, advertising_metadata_params.get()); analytics_recorder.OnStopDiscovery(); analytics_recorder.OnStopAdvertising(); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); std::vector event_types = event_logger.GetLoggedEventTypes(); EXPECT_THAT(event_types, Contains(START_STRATEGY_SESSION).Times(1)); EXPECT_THAT(event_types, Contains(STOP_STRATEGY_SESSION).Times(1)); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER role: DISCOVERER discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_DISCOVERING } discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_DISCOVERING } discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_DISCOVERING } advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_ADVERTISING } advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_ADVERTISING } advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_ADVERTISING } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, AdvertiserConnectionRequestsWorks) { std::string endpoint_id_0 = "endpoint_id_0"; std::string endpoint_id_1 = "endpoint_id_1"; std::string endpoint_id_2 = "endpoint_id_2"; std::string endpoint_id_3 = "endpoint_id_3"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ConnectionsLog::OperationResultWithMedium operation_result; operation_result.set_medium(BLE); operation_result.set_result_code(OperationResultCode::DETAIL_SUCCESS); operation_result.set_result_category( OperationResultCategory::CATEGORY_SUCCESS); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); advertising_metadata_params->operation_result_with_mediums = { operation_result}; analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnConnectionRequestReceived(endpoint_id_0); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_0); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_0); analytics_recorder.OnConnectionRequestReceived(endpoint_id_1); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_1); analytics_recorder.OnRemoteEndpointRejected(endpoint_id_1); analytics_recorder.OnConnectionRequestReceived(endpoint_id_2); analytics_recorder.OnLocalEndpointRejected(endpoint_id_2); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_2); analytics_recorder.OnConnectionRequestReceived(endpoint_id_3); analytics_recorder.OnLocalEndpointRejected(endpoint_id_3); analytics_recorder.OnRemoteEndpointRejected(endpoint_id_3); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } adv_dis_result { medium: BLE result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } stop_reason: FINISH_SESSION_STOP_ADVERTISING received_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } received_connection_request { local_response: ACCEPTED remote_response: REJECTED } received_connection_request { local_response: REJECTED remote_response: ACCEPTED } received_connection_request { local_response: REJECTED remote_response: REJECTED } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, DiscoveryConnectionRequestsWorks) { std::string endpoint_id_0 = "endpoint_id_0"; std::string endpoint_id_1 = "endpoint_id_1"; std::string endpoint_id_2 = "endpoint_id_2"; std::string endpoint_id_3 = "endpoint_id_3"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ConnectionsLog::OperationResultWithMedium operation_result; operation_result.set_medium(BLUETOOTH); operation_result.set_result_code(OperationResultCode::DETAIL_SUCCESS); operation_result.set_result_category( OperationResultCategory::CATEGORY_SUCCESS); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams(); discovery_metadata_params->operation_result_with_mediums = {operation_result}; analytics_recorder.OnStartDiscovery(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, discovery_metadata_params.get()); analytics_recorder.OnConnectionRequestSent(endpoint_id_0); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_0); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_0); analytics_recorder.OnConnectionRequestSent(endpoint_id_1); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_1); analytics_recorder.OnRemoteEndpointRejected(endpoint_id_1); analytics_recorder.OnConnectionRequestSent(endpoint_id_2); analytics_recorder.OnLocalEndpointRejected(endpoint_id_2); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_2); analytics_recorder.OnConnectionRequestSent(endpoint_id_3); analytics_recorder.OnLocalEndpointRejected(endpoint_id_3); analytics_recorder.OnRemoteEndpointRejected(endpoint_id_3); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: DISCOVERER discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } adv_dis_result { medium: BLUETOOTH result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } stop_reason: FINISH_SESSION_STOP_DISCOVERING sent_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } sent_connection_request { local_response: ACCEPTED remote_response: REJECTED } sent_connection_request { local_response: REJECTED remote_response: ACCEPTED } sent_connection_request { local_response: REJECTED remote_response: REJECTED } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, AdvertiserUnfinishedConnectionRequestsIncludedAsIgnored) { std::string endpoint_id_0 = "endpoint_id_0"; std::string endpoint_id_1 = "endpoint_id_1"; std::string endpoint_id_2 = "endpoint_id_2"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ConnectionsLog::OperationResultWithMedium operation_result; operation_result.set_medium(BLUETOOTH); operation_result.set_result_code(OperationResultCode::DETAIL_SUCCESS); operation_result.set_result_category( OperationResultCategory::CATEGORY_SUCCESS); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); advertising_metadata_params->operation_result_with_mediums = { operation_result}; analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); // Ignored by local. analytics_recorder.OnConnectionRequestReceived(endpoint_id_0); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_0); // Ignored by remote. analytics_recorder.OnConnectionRequestReceived(endpoint_id_1); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_1); // Ignored by both. analytics_recorder.OnConnectionRequestReceived(endpoint_id_2); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } adv_dis_result { medium: BLUETOOTH result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } stop_reason: FINISH_SESSION_STOP_ADVERTISING received_connection_request { local_response: IGNORED remote_response: ACCEPTED } received_connection_request { local_response: ACCEPTED remote_response: IGNORED } received_connection_request { local_response: IGNORED remote_response: IGNORED } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, DiscovererUnfinishedConnectionRequestsIncludedAsIgnored) { std::string endpoint_id_0 = "endpoint_id_0"; std::string endpoint_id_1 = "endpoint_id_1"; std::string endpoint_id_2 = "endpoint_id_2"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ConnectionsLog::OperationResultWithMedium operation_result; operation_result.set_medium(BLUETOOTH); operation_result.set_result_code(OperationResultCode::DETAIL_SUCCESS); operation_result.set_result_category( OperationResultCategory::CATEGORY_SUCCESS); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams(); discovery_metadata_params->operation_result_with_mediums = {operation_result}; analytics_recorder.OnStartDiscovery(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, discovery_metadata_params.get()); // Ignored by local. analytics_recorder.OnConnectionRequestSent(endpoint_id_0); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_0); // Ignored by remote. analytics_recorder.OnConnectionRequestSent(endpoint_id_1); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_1); // Ignored by both. analytics_recorder.OnConnectionRequestSent(endpoint_id_2); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: DISCOVERER discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } adv_dis_result { medium: BLUETOOTH result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } stop_reason: FINISH_SESSION_STOP_DISCOVERING sent_connection_request { local_response: IGNORED remote_response: ACCEPTED } sent_connection_request { local_response: ACCEPTED remote_response: IGNORED } sent_connection_request { local_response: IGNORED remote_response: IGNORED } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, SuccessfulIncomingConnectionAttempt) { CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ConnectionsLog::OperationResultWithMedium operation_result; operation_result.set_medium(BLUETOOTH); operation_result.set_result_code(OperationResultCode::DETAIL_SUCCESS); operation_result.set_result_category( OperationResultCategory::CATEGORY_SUCCESS); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); advertising_metadata_params->operation_result_with_mediums = { operation_result}; analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); auto connections_attempt_metadata_params = std::make_unique(); connections_attempt_metadata_params->operation_result_code = OperationResultCode::DETAIL_SUCCESS; analytics_recorder.OnIncomingConnectionAttempt( INITIAL, BLUETOOTH, RESULT_SUCCESS, absl::Duration{}, /*connection_token=*/"", connections_attempt_metadata_params.get()); analytics_recorder.OnStopAdvertising(); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_ADVERTISING adv_dis_result { medium: BLUETOOTH result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } connection_attempt { type: INITIAL direction: INCOMING medium: BLUETOOTH attempt_result: RESULT_SUCCESS connection_token: "" connection_attempt_metadata { technology: CONNECTION_TECHNOLOGY_UNKNOWN_TECHNOLOGY band: CONNECTION_BAND_UNKNOWN_BAND frequency: -1 network_operator: "" country_code: "" is_tdls_used: false try_counts: 0 wifi_hotspot_status: false max_tx_speed: 0 max_rx_speed: 0 wifi_channel_width: -1 } operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, FailedConnectionAttemptUpdatesConnectionRequestNotSent) { std::string endpoint_id = "endpoint_id"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto connections_attempt_metadata_params = analytics_recorder.BuildConnectionAttemptMetadataParams( ::location::nearby::proto::connections:: CONNECTION_TECHNOLOGY_HOTSPOT_LOCALONLY, ::location::nearby::proto::connections:: CONNECTION_BAND_WIFI_BAND_6GHZ, /*frequency*/ 2400, /*try_count*/ 0, /*network_operator*/ {}, /*country_code*/ {}, /*is_tdls_used*/ false, /*wifi_hotspot_enabled*/ false, /*max_wifi_tx_speed*/ 0, /*max_wifi_rx_speed*/ 0, /*channel_width*/ 0, OperationResultCode::CONNECTIVITY_BT_CLIENT_SOCKET_CREATION_FAILURE); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams(); analytics_recorder.OnStartDiscovery(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, discovery_metadata_params.get()); analytics_recorder.OnConnectionRequestSent(endpoint_id); analytics_recorder.OnOutgoingConnectionAttempt( endpoint_id, INITIAL, BLUETOOTH, RESULT_ERROR, absl::Duration{}, /*connection_token=*/"", connections_attempt_metadata_params.get()); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: DISCOVERER discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: FINISH_SESSION_STOP_DISCOVERING sent_connection_request { local_response: NOT_SENT remote_response: NOT_SENT } } connection_attempt { type: INITIAL direction: OUTGOING medium: BLUETOOTH attempt_result: RESULT_ERROR connection_token: "" connection_attempt_metadata { technology: CONNECTION_TECHNOLOGY_HOTSPOT_LOCALONLY band: CONNECTION_BAND_WIFI_BAND_6GHZ frequency: 2400 network_operator: "" country_code: "" is_tdls_used: false try_counts: 0 wifi_hotspot_status: false max_tx_speed: 0 max_rx_speed: 0 wifi_channel_width: 0 } operation_result { result_category: CATEGORY_CONNECTIVITY_ERROR result_code: CONNECTIVITY_BT_CLIENT_SOCKET_CREATION_FAILURE } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, UnfinishedEstablishedConnectionsAddedAsUnfinished) { std::string endpoint_id = "endpoint_id"; std::string connection_token = "connection_token"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnConnectionEstablished(endpoint_id, BLUETOOTH, connection_token); analytics_recorder.OnConnectionClosed( endpoint_id, BLUETOOTH, UPGRADED, ConnectionsLog::EstablishedConnection::UNKNOWN_SAFE_DISCONNECTION_RESULT); analytics_recorder.OnConnectionEstablished(endpoint_id, WIFI_LAN, connection_token); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: FINISH_SESSION_STOP_ADVERTISING } established_connection { medium: BLUETOOTH disconnection_reason: UPGRADED connection_token: "connection_token" safe_disconnection_result: UNKNOWN_SAFE_DISCONNECTION_RESULT operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } established_connection { medium: WIFI_LAN disconnection_reason: UNFINISHED connection_token: "connection_token" safe_disconnection_result: SAFE_DISCONNECTION operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, OutgoingPayloadUpgraded) { std::string endpoint_id = "endpoint_id"; std::int64_t payload_id = 123456789; std::string connection_token = "connection_token"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnConnectionEstablished(endpoint_id, BLUETOOTH, connection_token); analytics_recorder.OnOutgoingPayloadStarted( {endpoint_id}, payload_id, connections::PayloadType::kFile, 50); analytics_recorder.OnPayloadChunkSent(endpoint_id, payload_id, 10); analytics_recorder.OnPayloadChunkSent(endpoint_id, payload_id, 10); analytics_recorder.OnConnectionClosed( endpoint_id, BLUETOOTH, UPGRADED, ConnectionsLog::EstablishedConnection::SAFE_DISCONNECTION); analytics_recorder.OnConnectionEstablished(endpoint_id, WIFI_LAN, connection_token); analytics_recorder.OnPayloadChunkSent(endpoint_id, payload_id, 10); analytics_recorder.OnPayloadChunkSent(endpoint_id, payload_id, 10); analytics_recorder.OnPayloadChunkSent(endpoint_id, payload_id, 10); analytics_recorder.OnOutgoingPayloadDone(endpoint_id, payload_id, SUCCESS, OperationResultCode::DETAIL_SUCCESS); analytics_recorder.OnConnectionClosed( endpoint_id, WIFI_LAN, LOCAL_DISCONNECTION, ConnectionsLog::EstablishedConnection::SAFE_DISCONNECTION); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: FINISH_SESSION_STOP_ADVERTISING } established_connection { medium: BLUETOOTH sent_payload { type: FILE total_size_bytes: 50 num_bytes_transferred: 20 num_chunks: 2 status: MOVED_TO_NEW_MEDIUM operation_result { result_category: CATEGORY_MISCELLANEOUS result_code: MISCELLEANEOUS_MOVE_TO_NEW_MEDIUM } } disconnection_reason: UPGRADED connection_token: "connection_token" safe_disconnection_result: SAFE_DISCONNECTION operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } established_connection { medium: WIFI_LAN sent_payload { type: FILE total_size_bytes: 50 num_bytes_transferred: 30 num_chunks: 3 status: SUCCESS operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } disconnection_reason: LOCAL_DISCONNECTION connection_token: "connection_token" safe_disconnection_result: SAFE_DISCONNECTION operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, UpgradeAttemptWorks) { std::string endpoint_id = "endpoint_id"; std::string endpoint_id_1 = "endpoint_id_1"; std::string endpoint_id_2 = "endpoint_id_2"; std::string connection_token = "connection_token"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnBandwidthUpgradeStarted(endpoint_id, BLE, WIFI_LAN, INCOMING, connection_token); analytics_recorder.OnBandwidthUpgradeStarted( endpoint_id_1, BLUETOOTH, WIFI_LAN, INCOMING, connection_token); // Error to upgrade. analytics_recorder.OnBandwidthUpgradeError( endpoint_id, WIFI_LAN_MEDIUM_ERROR, WIFI_LAN_SOCKET_CREATION, OperationResultCode::CONNECTIVITY_WIFI_LAN_INVALID_CREDENTIAL); // Success to upgrade. analytics_recorder.OnBandwidthUpgradeSuccess(endpoint_id_1); // Upgrade is unfinished. analytics_recorder.OnBandwidthUpgradeStarted( endpoint_id_2, BLUETOOTH, WIFI_LAN, INCOMING, connection_token); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: FINISH_SESSION_STOP_ADVERTISING } upgrade_attempt { direction: INCOMING from_medium: BLE to_medium: WIFI_LAN upgrade_result: WIFI_LAN_MEDIUM_ERROR error_stage: WIFI_LAN_SOCKET_CREATION connection_token: "connection_token" operation_result { result_category: CATEGORY_CONNECTIVITY_ERROR result_code: CONNECTIVITY_WIFI_LAN_INVALID_CREDENTIAL } } upgrade_attempt { direction: INCOMING from_medium: BLUETOOTH to_medium: WIFI_LAN upgrade_result: UPGRADE_RESULT_SUCCESS error_stage: UPGRADE_SUCCESS connection_token: "connection_token" operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } upgrade_attempt { direction: INCOMING from_medium: BLUETOOTH to_medium: WIFI_LAN upgrade_result: UNFINISHED_ERROR error_stage: UPGRADE_UNFINISHED connection_token: "connection_token" operation_result { result_category: CATEGORY_DEVICE_STATE_ERROR result_code: DEVICE_STATE_ERROR_UNFINISHED_UPGRADE_ATTEMPTS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, StartListeningForIncomingConnectionsWorks) { std::string endpoint_id = "endpoint_id"; std::string endpoint_id_1 = "endpoint_id_1"; std::string endpoint_id_2 = "endpoint_id_2"; std::string connection_token = "connection_token"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); analytics_recorder.OnStartedIncomingConnectionListening( connections::Strategy::kP2pStar); analytics_recorder.OnBandwidthUpgradeStarted(endpoint_id, BLE, WIFI_LAN, INCOMING, connection_token); analytics_recorder.OnBandwidthUpgradeStarted( endpoint_id_1, BLUETOOTH, WIFI_LAN, INCOMING, connection_token); // Error to upgrade. analytics_recorder.OnBandwidthUpgradeError( endpoint_id, WIFI_LAN_MEDIUM_ERROR, WIFI_LAN_SOCKET_CREATION, OperationResultCode::CONNECTIVITY_WIFI_LAN_INVALID_CREDENTIAL); // Success to upgrade. analytics_recorder.OnBandwidthUpgradeSuccess(endpoint_id_1); analytics_recorder.LogSession(); // ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER upgrade_attempt { direction: INCOMING from_medium: BLE to_medium: WIFI_LAN upgrade_result: WIFI_LAN_MEDIUM_ERROR error_stage: WIFI_LAN_SOCKET_CREATION connection_token: "connection_token" operation_result { result_category: CATEGORY_CONNECTIVITY_ERROR result_code: CONNECTIVITY_WIFI_LAN_INVALID_CREDENTIAL } } upgrade_attempt { direction: INCOMING from_medium: BLUETOOTH to_medium: WIFI_LAN upgrade_result: UPGRADE_RESULT_SUCCESS error_stage: UPGRADE_SUCCESS connection_token: "connection_token" operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } TEST(AnalyticsRecorderTest, SetErrorCodeFieldsCorrectly) { CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams(); analytics_recorder.OnStartDiscovery(connections::Strategy::kP2pStar, /*mediums=*/{WEB_RTC}, discovery_metadata_params.get()); ErrorCodeParams error_code_params = ErrorCodeRecorder::BuildErrorCodeParams( WEB_RTC, DISCONNECT, DISCONNECT_NETWORK_FAILED, TACHYON_SEND_MESSAGE_STATUS_EXCEPTION, "", "connection_token"); analytics_recorder.OnErrorCode(error_code_params); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ErrorCode error_code_proto = ParseTextProtoOrDie(R"pb( medium: WEB_RTC event: DISCONNECT description: TACHYON_SEND_MESSAGE_STATUS_EXCEPTION disconnect_error: DISCONNECT_NETWORK_FAILED connection_token: "connection_token" )pb"); EXPECT_THAT(event_logger.GetErrorCode(), EqualsProto(error_code_proto)); } TEST(AnalyticsRecorderTest, SetErrorCodeFieldsCorrectlyForUnknownDescription) { CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams(); analytics_recorder.OnStartDiscovery(connections::Strategy::kP2pStar, /*mediums=*/{BLUETOOTH}, discovery_metadata_params.get()); ErrorCodeParams error_code_params; // Skip setting error_code_params.description error_code_params.medium = BLUETOOTH; error_code_params.event = START_DISCOVERING; error_code_params.start_discovering_error = START_EXTENDED_DISCOVERING_FAILED; error_code_params.connection_token = "connection_token"; analytics_recorder.OnErrorCode(error_code_params); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ErrorCode error_code_proto = ParseTextProtoOrDie(R"pb( medium: BLUETOOTH event: START_DISCOVERING description: UNKNOWN start_discovering_error: START_EXTENDED_DISCOVERING_FAILED connection_token: "connection_token" )pb"); EXPECT_THAT(event_logger.GetErrorCode(), EqualsProto(error_code_proto)); } TEST(AnalyticsRecorderTest, SetErrorCodeFieldsCorrectlyForCommonError) { CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams(); analytics_recorder.OnStartDiscovery(connections::Strategy::kP2pStar, /*mediums=*/{BLUETOOTH}, discovery_metadata_params.get()); ErrorCodeParams error_code_params = ErrorCodeRecorder::BuildErrorCodeParams( BLUETOOTH, START_DISCOVERING, INVALID_PARAMETER, NULL_BLUETOOTH_DEVICE_NAME, "", "connection_token"); analytics_recorder.OnErrorCode(error_code_params); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ErrorCode error_code_proto = ParseTextProtoOrDie(R"pb( medium: BLUETOOTH event: START_DISCOVERING description: NULL_BLUETOOTH_DEVICE_NAME common_error: INVALID_PARAMETER connection_token: "connection_token" )pb"); EXPECT_THAT(event_logger.GetErrorCode(), EqualsProto(error_code_proto)); } TEST(AnalyticsRecorderTest, CheckIfSessionWasLogged) { CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); // LogSession to count down client_session_done_latch. analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); EXPECT_TRUE(analytics_recorder.IsSessionLogged()); } TEST(AnalyticsRecorderTest, ConstructAnalyticsRecorder) { CountDownLatch client_session_done_latch(0); CountDownLatch start_client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch, &start_client_session_done_latch); // Call the constructor to count down the session_done_latch. AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ASSERT_TRUE(start_client_session_done_latch.Await(kDefaultTimeout).result()); std::vector event_types = event_logger.GetLoggedEventTypes(); EXPECT_EQ(event_types.size(), 1); EXPECT_THAT(event_types, Contains(START_CLIENT_SESSION).Times(1)); } TEST(AnalyticsRecorderTest, StartClientSessionOnlyLoggedOnceWorksAfterAnalyticsRecorderIsConstructed) { CountDownLatch client_session_done_latch(0); CountDownLatch start_client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch, &start_client_session_done_latch); // Call the constructor to count down the start_client_session_done_latch. AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ASSERT_TRUE(start_client_session_done_latch.Await(kDefaultTimeout).result()); // Log start client session once. EXPECT_THAT(event_logger.GetLoggedEventTypes(), Contains(START_CLIENT_SESSION).Times(1)); // Reset the start_client_session_done_latch. However, LogStartSession cannot // count down the start_client_session_done_latch. CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_FALSE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // No more start client session was logged. EXPECT_THAT(event_logger.GetLoggedEventTypes(), Contains(START_CLIENT_SESSION).Times(1)); } TEST(AnalyticsRecorderTest, CanLogStartClientSessionOnceAgainAfterSessionWasLogged) { CountDownLatch client_session_done_latch(0); CountDownLatch start_client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch, &start_client_session_done_latch); // Call the constructor to count down the start_client_session_done_latch. AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); ASSERT_TRUE(start_client_session_done_latch.Await(kDefaultTimeout).result()); // Log start client session once. EXPECT_THAT(event_logger.GetLoggedEventTypes(), Contains(START_CLIENT_SESSION).Times(1)); // Reset the client_session_done_latch. Call LogSession to count down the // client_session_done_latch. CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); // Reset the start_client_session_done_latch. Call LogStartSession to count // down the start_client_session_done_latch. CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); analytics_recorder.LogStartSession(); analytics_recorder.LogStartSession(); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // Can log start client session once again. EXPECT_THAT(event_logger.GetLoggedEventTypes(), Contains(START_CLIENT_SESSION).Times(2)); } TEST(AnalyticsRecorderTest, ClearcIncomingConnectionRequestsAfterSessionWasLogged) { std::string endpoint_id_0 = "endpoint_id_0"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnConnectionRequestReceived(endpoint_id_0); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_0); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_0); // LogSession analytics_recorder.LogSession(); // call ResetClientSessionLoggingResouces ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto1 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: FINISH_SESSION_STOP_ADVERTISING received_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto1)); // LogStartSession CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // LogSession again CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); std::string endpoint_id_1 = "endpoint_id_1"; analytics_recorder.OnConnectionRequestReceived(endpoint_id_1); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_1); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_1); analytics_recorder.LogSession(); ASSERT_TRUE(new_client_session_done_latch.Await(kDefaultTimeout).result()); // - if the current_strategy_session_ and current_advertising_phase_ are not // reset, the duplicate advertising_phase (with the additional // received_connection_request) will append to the strategy_session) ConnectionsLog::ClientSession strategy_session_proto2 = ParseTextProtoOrDie( R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } received_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } } advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } received_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } received_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), Not(EqualsProto(strategy_session_proto2))); } TEST(AnalyticsRecorderTest, ClearcOutgoingConnectionRequestsAfterSessionWasLogged) { std::string endpoint_id_0 = "endpoint_id_0"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams(); analytics_recorder.OnStartDiscovery(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, discovery_metadata_params.get()); analytics_recorder.OnConnectionRequestSent(endpoint_id_0); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_0); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_0); // LogSession analytics_recorder.LogSession(); // call ResetClientSessionLoggingResouces ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto1 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: DISCOVERER discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: FINISH_SESSION_STOP_DISCOVERING sent_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto1)); // LogStartSession CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // LogSession again CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); std::string endpoint_id_1 = "endpoint_id_1"; analytics_recorder.OnConnectionRequestSent(endpoint_id_1); analytics_recorder.OnLocalEndpointAccepted(endpoint_id_1); analytics_recorder.OnRemoteEndpointAccepted(endpoint_id_1); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); // - if the current_strategy_session_ and current_discovery_phase_ are // not reset, the duplicate discovery_phase (with the additional // sent_connection_request) will append to the strategy_session) ConnectionsLog::ClientSession strategy_session_proto2 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: DISCOVERER discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } sent_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } } discovery_phase { medium: BLE medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } sent_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } sent_connection_request { local_response: ACCEPTED remote_response: ACCEPTED } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), Not(EqualsProto(strategy_session_proto2))); } TEST(AnalyticsRecorderTest, ClearcActiveConnectionsAfterSessionWasLogged) { connections::Strategy strategy = connections::Strategy::kP2pStar; std::vector mediums = {BLE, BLUETOOTH}; std::string endpoint_id = "endpoint_id"; std::string connection_token = "connection_token"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(strategy, mediums, advertising_metadata_params.get()); analytics_recorder.OnConnectionEstablished(endpoint_id, BLUETOOTH, connection_token); // LogSession analytics_recorder.LogSession(); // call ResetClientSessionLoggingResouces ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto1 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: FINISH_SESSION_STOP_ADVERTISING } established_connection { medium: BLUETOOTH disconnection_reason: UNFINISHED connection_token: "connection_token" safe_disconnection_result: SAFE_DISCONNECTION operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto1)); // LogStartSession CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // LogSession again CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); // - if the current_strategy_session_ and advertising_phase_ are not // reset, the duplicate advertising_phase_ (with the additional // will append to the strategy_session), and the active connection (i.e. // established_connection) will stay there. ConnectionsLog::ClientSession strategy_session_proto2 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } } advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } } established_connection { medium: BLUETOOTH disconnection_reason: UNFINISHED connection_token: "connection_token" safe_disconnection_result: SAFE_DISCONNECTION operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), Not(EqualsProto(strategy_session_proto2))); } TEST(AnalyticsRecorderTest, ClearBandwidthUpgradeAttemptsAfterSessionWasLogged) { std::string endpoint_id = "endpoint_id"; std::string endpoint_id_1 = "endpoint_id_1"; std::string endpoint_id_2 = "endpoint_id_2"; std::string connection_token = "connection_token"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnBandwidthUpgradeStarted(endpoint_id, BLE, WIFI_LAN, INCOMING, connection_token); analytics_recorder.OnBandwidthUpgradeStarted( endpoint_id_1, BLUETOOTH, WIFI_LAN, INCOMING, connection_token); // - Error to upgrade. analytics_recorder.OnBandwidthUpgradeError( endpoint_id, WIFI_LAN_MEDIUM_ERROR, WIFI_LAN_SOCKET_CREATION, OperationResultCode::CONNECTIVITY_WIFI_LAN_INVALID_CREDENTIAL); // - Success to upgrade. analytics_recorder.OnBandwidthUpgradeSuccess(endpoint_id_1); // - Upgrade is unfinished. analytics_recorder.OnBandwidthUpgradeStarted( endpoint_id_2, BLUETOOTH, WIFI_LAN, INCOMING, connection_token); // LogSession analytics_recorder.LogSession(); // call ResetClientSessionLoggingResouces ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); // - if the current_strategy_session_ and advertising_phase_ are not // reset, the duplicate advertising_phase_, and the upgrade_attempts (i.e. // bandwidth_upgrade_attempts_) will stay there. ConnectionsLog::ClientSession strategy_session_proto1 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: FINISH_SESSION_STOP_ADVERTISING } upgrade_attempt { direction: INCOMING from_medium: BLE to_medium: WIFI_LAN upgrade_result: WIFI_LAN_MEDIUM_ERROR error_stage: WIFI_LAN_SOCKET_CREATION connection_token: "connection_token" operation_result { result_category: CATEGORY_CONNECTIVITY_ERROR result_code: CONNECTIVITY_WIFI_LAN_INVALID_CREDENTIAL } } upgrade_attempt { direction: INCOMING from_medium: BLUETOOTH to_medium: WIFI_LAN upgrade_result: UPGRADE_RESULT_SUCCESS error_stage: UPGRADE_SUCCESS connection_token: "connection_token" operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } upgrade_attempt { direction: INCOMING from_medium: BLUETOOTH to_medium: WIFI_LAN upgrade_result: UNFINISHED_ERROR error_stage: UPGRADE_UNFINISHED connection_token: "connection_token" operation_result { result_category: CATEGORY_DEVICE_STATE_ERROR result_code: DEVICE_STATE_ERROR_UNFINISHED_UPGRADE_ATTEMPTS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto1)); // LogStartSession CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // LogSession again CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto2 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } } advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } } upgrade_attempt { direction: INCOMING from_medium: BLE to_medium: WIFI_LAN upgrade_result: WIFI_LAN_MEDIUM_ERROR error_stage: WIFI_LAN_SOCKET_CREATION connection_token: "connection_token" operation_result { result_category: CATEGORY_CONNECTIVITY_ERROR result_code: CONNECTIVITY_WIFI_LAN_INVALID_CREDENTIAL } } upgrade_attempt { direction: INCOMING from_medium: BLUETOOTH to_medium: WIFI_LAN upgrade_result: UPGRADE_RESULT_SUCCESS error_stage: UPGRADE_SUCCESS connection_token: "connection_token" operation_result { result_category: CATEGORY_SUCCESS result_code: DETAIL_SUCCESS } } upgrade_attempt { direction: INCOMING from_medium: BLUETOOTH to_medium: WIFI_LAN upgrade_result: UNFINISHED_ERROR error_stage: UPGRADE_UNFINISHED connection_token: "connection_token" operation_result { result_category: CATEGORY_DEVICE_STATE_ERROR result_code: DEVICE_STATE_ERROR_UNFINISHED_UPGRADE_ATTEMPTS } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), Not(EqualsProto(strategy_session_proto2))); } // Test if current_strategy_ is reset by checking if the same strategy would // be logged for different client sessions or not. If yes, it should be logged. // Otherwise, not. TEST(AnalyticsRecorderTest, CanLogSeparateStartStrategySessionForSameStrategyAfterSessionWasLogged) { connections::Strategy strategy = connections::Strategy::kP2pStar; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnStopAdvertising(); // LogSession analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); // The same strategy session shouldn't be logged again with the same client // session. EXPECT_THAT(event_logger.GetLoggedEventTypes(), Contains(START_STRATEGY_SESSION).Times(1)); // LogStartSession CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // LogSession again CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); analytics_recorder.OnStartAdvertising(strategy, /*mediums=*/{BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnStopAdvertising(); analytics_recorder.LogSession(); ASSERT_TRUE(new_client_session_done_latch.Await(kDefaultTimeout).result()); EXPECT_THAT(event_logger.GetLoggedEventTypes(), Contains(START_STRATEGY_SESSION).Times(2)); } // Test if current_strategy_session_ is reset. If not, the same strategy session // proto will be logged. TEST(AnalyticsRecorderTest, NotLogSameStrategySessionProtoAfterSessionWasLogged) { CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); // Via OnStartAdvertising, current_strategy_session_is set in // UpdateStrategySessionLocked. auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnStopAdvertising(); // LogSession analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_ADVERTISING } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); // LogStartSession CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // LogSession again // - if current_strategy_session_ is reset, the same // strategy_session_proto will be logged. CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); analytics_recorder.LogSession(); ASSERT_TRUE(new_client_session_done_latch.Await(kDefaultTimeout).result()); EXPECT_THAT(event_logger.GetLoggedClientSession(), Not(EqualsProto(strategy_session_proto))); } // Test if current_advertising_phase_ is reset. TEST(AnalyticsRecorderTest, NotLogDuplicateAdvertisingPhaseAfterSessionWasLogged) { CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising( connections::Strategy::kP2pStar, /*mediums=*/{BLUETOOTH}, advertising_metadata_params.get()); // set current_advertising_phase_ analytics_recorder.OnStopAdvertising(); // LogSession analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto1 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_ADVERTISING } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto1)); // LogStartSession CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // LogSession again // - if the current_strategy_session_ and current_advertising_phase_ are // not reset, the same strategy_session with two same advertising_phase will // be logged. CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto2 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } } advertising_phase { medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), Not(EqualsProto(strategy_session_proto2))); } // Test if current_discovery_phase_ is reset. TEST(AnalyticsRecorderTest, NotLogDuplicateDiscoveryPhaseAfterSessionWasLogged) { connections::Strategy strategy = connections::Strategy::kP2pStar; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); auto discovery_metadata_params = analytics_recorder.BuildDiscoveryMetadataParams( /*is_extended_advertisement_supported*/ true, /*connected_ap_frequency*/ 1, /*is_nfc_available=*/false); analytics_recorder.OnStartDiscovery( strategy, {BLUETOOTH}, discovery_metadata_params.get()); // set current_discovery_phase_ analytics_recorder.OnStopDiscovery(); analytics_recorder.OnEndpointFound(BLUETOOTH); // LogSession analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto1 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: DISCOVERER discovery_phase { medium: BLUETOOTH discovered_endpoint { medium: BLUETOOTH } discovery_metadata { supports_extended_ble_advertisements: true connected_ap_frequency: 1 supports_nfc_technology: false } stop_reason: CLIENT_STOP_DISCOVERING } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto1)); // LogStartSession CountDownLatch new_start_client_session_done_latch(1); event_logger.SetStartClientSessionDoneLatchPtr( &new_start_client_session_done_latch); analytics_recorder.LogStartSession(); ASSERT_TRUE( new_start_client_session_done_latch.Await(kDefaultTimeout).result()); // LogSession again // - if the current_strategy_session_ and current_discovery_phase_ are not // reset, the same strategy_session with two same discovery_phase will be // logged. CountDownLatch new_client_session_done_latch(1); event_logger.SetClientSessionDoneLatch(new_client_session_done_latch); analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto2 = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: DISCOVERER discovery_phase { medium: BLUETOOTH discovered_endpoint { medium: BLUETOOTH } discovery_metadata { supports_extended_ble_advertisements: true connected_ap_frequency: 1 supports_nfc_technology: false } stop_reason: CLIENT_STOP_DISCOVERING } discovery_phase { medium: BLUETOOTH discovery_metadata { supports_extended_ble_advertisements: true connected_ap_frequency: 1 supports_nfc_technology: false } } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), Not(EqualsProto(strategy_session_proto2))); } TEST(AnalyticsRecorderOnConnectionClosedTest, NotAddNewConnectionWithoutCallingOnStartAdvertising) { std::string endpoint_id = "endpoint_id"; CountDownLatch client_session_done_latch(1); FakeEventLogger event_logger(client_session_done_latch); AnalyticsRecorder analytics_recorder(&event_logger, /*no_record_time_millis=*/true); // via OnStartAdvertising, current_strategy_session_ is set in // UpdateStrategySessionLocked. auto advertising_metadata_params = analytics_recorder.BuildAdvertisingMetadataParams(); analytics_recorder.OnStartAdvertising(connections::Strategy::kP2pStar, /*mediums=*/{BLE, BLUETOOTH}, advertising_metadata_params.get()); analytics_recorder.OnStopAdvertising(); // LogSession analytics_recorder.LogSession(); ASSERT_TRUE(client_session_done_latch.Await(kDefaultTimeout).result()); ConnectionsLog::ClientSession strategy_session_proto = ParseTextProtoOrDie(R"pb( strategy_session { strategy: P2P_STAR role: ADVERTISER advertising_phase { medium: BLE medium: BLUETOOTH advertising_metadata { supports_extended_ble_advertisements: false connected_ap_frequency: 0 supports_nfc_technology: false } stop_reason: CLIENT_STOP_ADVERTISING } })pb"); EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); // Without calling OnStartAdvertising won't create new // current_strategy_session_. analytics_recorder.OnConnectionEstablished(endpoint_id, BLUETOOTH, /*connection_token=*/""); analytics_recorder.OnConnectionClosed( endpoint_id, BLUETOOTH, UPGRADED, ConnectionsLog::EstablishedConnection::SAFE_DISCONNECTION); analytics_recorder.LogSession(); // The proto won't change. EXPECT_THAT(event_logger.GetLoggedClientSession(), EqualsProto(strategy_session_proto)); } } // namespace } // namespace analytics } // namespace nearby