lbsapitest/lbshaitest/lbsclient/scripts/lbs-lbsclient-api-validation-automated-agps-accuracy.script
//
// Copyright (c) 2005-2009 Nokia Corporation and/or its subsidiary(-ies).
// All rights reserved.
// This component and the accompanying materials are made available
// under the terms of "Eclipse Public License v1.0"
// which accompanies this distribution, and is available
// at the URL "http://www.eclipse.org/legal/epl-v10.html".
//
// Initial Contributors:
// Nokia Corporation - initial contribution.
//
// Contributors:
//
// Description:
//
//! @file
//! @SYMTestSuiteName lbs-lbsclient-api-validation-automated-agps-accuracy
//! @SYMScriptTestEnvironment This test script requires a basic ROM.
//
// Tests all public elements of the RPositioner, RPositionServer
// classes as a means of confidence that the APIs work as expected.
//
// The purpose is to provide a regression test suite of PublishedAll
// APIs for: RPositioner, RPositionServer
// The tests are fully automated.
//
LOAD_SUITE t_lbsclient
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0001
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0001
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0001
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinates, accuracy 10 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 10.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter (10 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0001-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0001-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0001-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0001-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0001-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0001
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0002
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0002
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0002
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinate accuracy
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = Any; PositionAccuracy = 50.0; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter.
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0002-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0002-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0002-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0002-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0002-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0002
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0003
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0003
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0003
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS altitude, accuracy 5 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = Any; PositionAccuracy = Any; Altitude = {ActualPositionVars,ALTITUDE}; MaximumAltitudeError = 5.0; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the actual altitude accurracy limit is less than the maximum altitude accurracy limit.
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0003-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0003-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0003-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0003-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0003-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0003
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0004
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0004
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0004
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS altitude accuracy
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = Any; PositionAccuracy = Any; Altitude = {ActualPositionVars,ALTITUDE}; MaximumAltitudeError = Any; AltitudeAccuracyLimit = 50.0; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the actual altitude accurracy limit is less than the maximum altitude accurracy limit (5 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0004-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0004-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0004-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0004-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0004-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0004
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0005
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0005
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0005
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinates, accuracy 30 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 30.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter (30 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0005-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0005-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0005-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0005-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0005-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0005
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0006
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0006
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0006
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinates, accuracy 50 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 50.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter (50 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0006-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0006-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0006-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0006-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0006-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0006
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0007
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0007
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0007
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinates, accuracy 100 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 100.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter (100 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0007-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0007-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0007-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0007-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0007-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0007
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0008
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0008
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0008
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS altitude, accuracy 10 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = Any; PositionAccuracy = Any; Altitude = {ActualPositionVars,ALTITUDE}; MaximumAltitudeError = 10.0; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the actual altitude accurracy limit is less than the maximum altitude accurracy limit (10 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0008-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0008-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0008-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0008-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0008-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0008
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0009
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0009
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0009
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS altitude, accuracy 30 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = Any; PositionAccuracy = Any; Altitude = {ActualPositionVars,ALTITUDE}; MaximumAltitudeError = 30.0; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the actual altitude accurracy limit is less than the maximum altitude accurracy limit (30 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0009-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0009-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0009-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0009-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0009-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0009
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0010
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0010
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0010
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinates, accuracy 1000 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 1000.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter (1000 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0010-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0010-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0010-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0010-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0010-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0010
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0011
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0011
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0011
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinates, accuracy 10000 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 10000.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter (10000 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0011-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0011-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0011-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0011-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0011-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0011
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0012
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0012
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0012
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS altitude, accuracy 100 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = Any; PositionAccuracy = Any; Altitude = {ActualPositionVars,ALTITUDE}; MaximumAltitudeError = 100.0; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the actual altitude accurracy limit is less than the maximum altitude accurracy limit (100 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0012-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0012-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0012-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0012-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0012-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0012
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0013
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0013
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0013
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS altitude, accuracy 500 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = Any; PositionAccuracy = Any; Altitude = {ActualPositionVars,ALTITUDE}; MaximumAltitudeError = 10000.0; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the actual altitude accurracy limit is less than the maximum altitude accurracy limit (500 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0013-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0013-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0013-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0013-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0013-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0013
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0014
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0014
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0014
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS altitude, accuracy 10000 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 50.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the actual altitude accurracy limit is less than the maximum altitude accurracy limit (10000 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0014-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0014-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0014-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0014-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0014-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0014
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0015
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0015
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0015
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS altitude, accuracy 50 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = Any; PositionAccuracy = Any; Altitude = {ActualPositionVars,ALTITUDE}; MaximumAltitudeError = 50.0; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the actual altitude accurracy limit is less than the maximum altitude accurracy limit (50 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0015-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0015-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0015-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0015-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0015-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0015
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0016
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0016
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0016
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinates, accuracy 1 meter
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 1.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter (5 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0016-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0016-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0016-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0016-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0016-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0016
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0017
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0017
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0017
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS coordinates, accuracy 5 meters
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = {ActualPositionVars,LATITUDE}; Longitude = {ActualPositionVars,LONGITUDE}; MaximumError = 5.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Get the A-GPS position, the test pass if the distance between the actual position and the expected position is less than the possition accurracy parameter (1 m).
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0017-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0017-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0017-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0017-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0017-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0017
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0018
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0018
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0018
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS speed is a positive value
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any;Longitude = Any; MaximumError = Any; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 0.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Verify A-GPS speed is a positive value
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0018-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0018-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0018-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0018-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0018-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0018
//! Delay required by testcase LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0019
DELAY 5000
START_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0019
//!@SYMTestCaseID LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0019
//!@SYMAPI
//! RPositioner::Open(RPositionServer {ref}, TPositionModuleId)
//! RPositioner::SetRequestor(CRequestor::TRequestorType, CRequestor::TRequestorFormat, const TDesC {ref})
//! RPositioner::SetUpdateOptions(const TPositionUpdateOptionsBase {ref})
//! RPositioner::NotifyPositionUpdate(TPositionInfoBase {ref}, TRequestStatus {ref})
//! RPositioner::Close()
//! RPositionSever::Connect()
//! RPositionSever::Close()
//!@SYMAuthor jguillermo
//!@SYMCreationDate 6/16/2008
//!@SYMTestCaseDesc Verify A-GPS speed is a zero value
//!@SYMTestActions
//! 1. Connect to position server
//! 2. Set positioner module ID (PositionServerInstance = posser; ModuleId = {ModuleIdVars,MODULEID_AGPS})
//! 3. Open positioner (PositionServerInstance = posser)
//! 4. Set requestor (RequestorType = ERequestorService; RequestorFormat = EFormatApplication; RequestorData = Location-GPS)
//! 5. Set update options (UpdateInterval = {TimesAndIntervals,DEFAULT_UPDATE_INTERVAL}; UpdateTimeout = {TimesAndIntervals,DEFAULT_UPDATE_TIMEOUT}; MaxAge = 0; AcceptPartialUpdates = FALSE)
//! 6. Get position (PositionServerInstance = posser; Latitude = Any; Longitude = Any; MaximumError = 5.0; PositionAccuracy = Any; Altitude = Any; MaximumAltitudeError = Any; AltitudeAccuracyLimit = Any; Speed = Any; MaxSpeedError = 2.0; StorePositionData = FALSE; ExpectedDataQualityStatus = {SetDataQualityStatusVars,EDataQualityNormal}; MinimumSuccessfullPositionQueryCount = {TimesAndIntervals, DEFAULT_POSITION_QUERY_MINIMUM_SUCCESSFUL}; Iterations = {TimesAndIntervals,DEFAULT_POSITION_QUERY_RETRIES})
//! 7. Close positioner
//! 8. Close position server
//!@SYMTestStatus Implemented
//!@SYMTestPriority High
//!@SYMTestExpectedResults
//! Verify A-GPS speed is a zero value
//!@SYMTestType CIT
START_TEST_BLOCK 300 t_lbsclient \lbs\lbsclient\lbs-lbsclient-api-validation-automated-agps-accuracy.ini
CREATE_OBJECT RPositionServer posser
CREATE_OBJECT RPositioner pos
COMMAND posser Connect
COMMAND pos SetPositionerModuleId LBS-LBSCLIENT-Agps-Accuracy-0019-0001-SetPositionerModuleId_command02
COMMAND pos Open LBS-LBSCLIENT-Agps-Accuracy-0019-0001-Open_command03
COMMAND pos SetRequestor LBS-LBSCLIENT-Agps-Accuracy-0019-0001-SetRequestor_command04
COMMAND pos SetUpdateOptions LBS-LBSCLIENT-Agps-Accuracy-0019-0001-SetUpdateOptions_command05
COMMAND pos GetPosition LBS-LBSCLIENT-Agps-Accuracy-0019-0001-GetPosition_command06
COMMAND pos Close
COMMAND posser Close
END_TEST_BLOCK
END_TESTCASE LBS-LBSCLIENT-API-VALIDATION-AUTOMATED-AGPS-ACCURACY-0019
DELAY 10000