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bluetoothapitest/bluetoothsvs/T_BTUserAPI/scripts/BT-USER-PhysicalLinks-PublicApi-Active-Master.script
author Dremov Kirill (Nokia-D-MSW/Tampere) <kirill.dremov@nokia.com>
Fri, 19 Feb 2010 23:56:55 +0200
branchRCL_3
changeset 8 2b6718f05bdb
parent 0 29b1cd4cb562
permissions -rw-r--r--
Revision: 201001 Kit: 201007

//
// 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			T_BTUserAPI
//! @SYMScriptTestEnvironment	This test script requires a basic ROM with bluetooth dongle.
//! @SYMScriptDescription		Tests all public elements of the CBluetoothPhysicalLinks class
//!								as a means of confidence that the API works as expected. 
//!								The purpose is to provide a regression test suite of PublishedAll APIs for 
//!								BT USER related classes.
//!								Negative testing is performed to confirm that correct errors are returned 
//!								when incorrect parameters are given. The tests are fully automated.
//! @SYMAuthor					Sherry Ho and Zoe Chen
//! @SYMCreationDate			16/08/2007
///////////////////////////////////////////////////////////////////////////////

RUN_UTILS MkDir ${SYSDRIVE}\bluetooth\
RUN_UTILS MkDir ${SYSDRIVE}\bluetooth\user\

LOAD_SUITE	UCCControlTE
LOAD_SUITE	T_BTUserAPI	-SharedData
DELAY		2000

RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartSyncService
RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartTDService
RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini BuildRunPhysicalLinksPassiveSlave

DELAY		5000
// ****************************************************************************
// CBluetoothPhysicalLinks Master
// **************************************************************************** 

START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0001
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0001
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier, CBluetoothSocket, 
//!								MBluetoothSocketNotifier, TBTServiceSecurity, TL2CAPSockAddr, TBTDevAddr
//! @SYMTestCaseDesc			Bring a new member to a piconet with waiting for 10000000 micro secs
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), CreateConnection(), Enumerate() and destructor from CBluetoothPhysicalLinks
//!													HandleCreateConnectionCompleteL() from MBluetoothPhysicalLinksNotifier
//!													NewL()1, Connect()1, Shutdown()1 and destructor from CBluetoothSocket
//!													HandleConnectCompleteL() and HandleShutdownCompleteL() from MBluetoothSocketNotifier
//!													TBTServiceSecurity() from TBTServiceSecurity
//!													TL2CAPSockAddr(), SetSecurity(), SetBTAddr(), BTAddr() and SetPort() from TL2CAPSockAddr
//!													TBTDevAddr() from TBTDevAddr
//!													Open() and SetHostName() from RHostResolver
//! @SYMTestActions				1. Order slave to set up connection
//!								2. Get result from slave to wait for it to be ready
//!								3. Create a connection to the RSocket server
//!								4. Create the CBluetoothSocket object using NewL()1 (Standard constructor)
//!								5. Create an empty TBTServiceSecurity object
//!								6. Create an empty TBTDevAddr object (slave)
//!								7. Create and initialise an RHostResolver
//!								8. Set Hostname (MasterDevice) of the device
//!								9. Get the slave device address
//!								10. Create a TL2CAPSockAddr object
//!								11. Set the Security of the TL2CAPSockAddr (Use default/empty as on server)
//!								12. Set the BT address of the TL2CAPSockAddr to the one of the Casira pod of the slave that we connect to
//!								13. Verify the set BT Address
//!								14. Set the port to the specific one of the protocol we use
//!								15. Create and start a session on the socket server
//!								16. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								17. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								18. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								19. Bring in a new member to the piconet with the slave device address using 
//!								    CreateConnection() function. Return KErrNone if successful
//!								20. Return callback HandleCreateConnectionCompleteL() function
//!								21. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								22. Waiting for 10000000 micro secs
//!								23. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								24. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								25. Use the TL2CAPSockAddr in the connect of the CBluetooth object
//!								26. HandleConnectCompleteL gets called indicating that connecting the BT connection completed
//!								27. Get result from slave
//!								28. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								29. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								30. Do socket cleanup by calling Shutdown()1
//!								31. HandleShutdownCompleteL gets called verify error code
//!								32. delete CBluetoothSocket object
//!								33. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								34. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								35. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		KErrNone returned from HandleCreateConnectionCompleteL() callback
//! @SYMTestType				CIT

	START_TEST_BLOCK	100	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			CREATE_OBJECT	TBTServiceSecurity	TBTServiceSecurity1	
			COMMAND		CBluetoothSocket1	RSocketServerConnect		
			COMMAND		CBluetoothSocket1	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0001-0001command2NewL
			COMMAND		TBTServiceSecurity1	Construct		
			STORE	CBluetoothSocket1	
			STORE	TBTServiceSecurity1	
			STORE_ACTIVE_SCHEDULER
	END_TEST_BLOCK
	DELAY 2000

	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartSyncTestCase
	START_TEST_BLOCK	500	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			CREATE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			RESTORE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			RESTORE_OBJECT	TBTServiceSecurity	TBTServiceSecurity1	
			COMMAND		TBTDevAddrRemote	Construct		
			COMMAND		TBTDevAddrRemote	OpenHostResolver		BT-USER-PhysicalLinks-PublicApi-Active-0001-0002command3OpenHostResolver
			COMMAND		TBTDevAddrRemote	SetHostNameL		BT-USER-PhysicalLinks-PublicApi-Active-0001-0002command4SetHostNameL
			COMMAND		TBTDevAddrRemote	GetDeviceAddress		BT-USER-PhysicalLinks-PublicApi-Active-0001-0002command5GetDeviceAddress
			OUTSTANDING
			COMMAND		TL2CAPSockAddr1	TL2CAPSockAddr		
			COMMAND		TL2CAPSockAddr1	SetSecurity		BT-USER-PhysicalLinks-PublicApi-Active-0001-0002command8SetSecurity
			COMMAND		TL2CAPSockAddr1	SetBTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0001-0002command9SetBTAddr
			COMMAND		TL2CAPSockAddr1	BTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0001-0002command10BTAddr
			COMMAND		TL2CAPSockAddr1	SetPort		BT-USER-PhysicalLinks-PublicApi-Active-0001-0002command11SetPort
			STORE	CBluetoothSocket1
			STORE	TL2CAPSockAddr1
			STORE	TBTDevAddrRemote	
			STORE_ACTIVE_SCHEDULER	
	END_TEST_BLOCK
	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini RetrieveSyncTestCaseResult

	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartSyncTestCase
	DELAY 5000
	START_TEST_BLOCK	2000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			RESTORE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			RESTORE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0001-0003command5NewL
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0001-0003command6Enumerate
			COMMAND		CBluetoothPhysicalLinksData	CreateConnection		BT-USER-PhysicalLinks-PublicApi-Active-0001-0003command7CreateConnection
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0001-0003command9Enumerate
			COMMAND		CBluetoothSocket1	Connect		BT-USER-PhysicalLinks-PublicApi-Active-0001-0003command11Connect
			OUTSTANDING				
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0001-0003command13Enumerate
			COMMAND		CBluetoothSocket1	Shutdown		BT-USER-PhysicalLinks-PublicApi-Active-0001-0003command15Shutdown
			OUTSTANDING	
			COMMAND		CBluetoothSocket1	~		
			COMMAND		CBluetoothSocket1	RSocketServerClose		
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0001-0003command20Enumerate
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
			STORE	TBTDevAddrRemote	
	END_TEST_BLOCK
	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini RetrieveSyncTestCaseResult

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0001


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0002
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0002
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier, CBluetoothSocket, 
//!								MBluetoothSocketNotifier, TBTServiceSecurity
//! @SYMTestCaseDesc			Disconnect a single member of piconet
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), CreateConnection(), Enumerate(), Disconnect() and destructor from CBluetoothPhysicalLinks
//!													HandleCreateConnectionCompleteL() and HandleDisconnectCompleteL() from MBluetoothPhysicalLinksNotifier
//!													NewL()1, Connect()1, Shutdown()1 and destructor from CBluetoothSocket
//!													HandleConnectCompleteL() and HandleShutdownCompleteL() from MBluetoothSocketNotifier
//!													TBTServiceSecurity() from TBTServiceSecurity
//!													TL2CAPSockAddr(), SetSecurity(), SetBTAddr(), BTAddr() and SetPort() from TL2CAPSockAddr
//! @SYMTestActions				1. Order slave to set up connection
//!								2. Get result from slave to wait for it to be ready
//!								3. Create a connection to the RSocket server
//!								4. Create the CBluetoothSocket object using NewL()1 (Standard constructor)
//!								5. Create an empty TBTServiceSecurity object
//!								6. Create a TL2CAPSockAddr object
//!								7. Set the Security of the TL2CAPSockAddr (Use default/empty as on server)
//!								8. Set the BT address of the TL2CAPSockAddr to the one of the Casira pod of the slave that we connect to
//!								9. Verify the set BT Address
//!								10. Set the port to the specific one of the protocol we use
//!								11. Create and start a session on the socket server
//!								12. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								13. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								14. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								15. Bring in a new member to the piconet with the slave device address using 
//!								    CreateConnection() function. Return KErrNone if successful
//!								16. Return callback HandleCreateConnectionCompleteL() function
//!								17. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								18. Waiting for 10000000 micro secs
//!								19. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								20. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								21. Use the TL2CAPSockAddr in the connect of the CBluetooth object
//!								22. HandleConnectCompleteL gets called indicating that connecting the BT connection completed
//!								23. Get result from slave
//!								24. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								25. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								26. Do socket cleanup by calling Shutdown()1
//!								27. HandleShutdownCompleteL gets called verify error code
//!								28. delete CBluetoothSocket object
//!								29. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								30. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								31. Disconnect a single member of piconet with the slave device address using Disconnect() function. 
//!								    Return KErrNone if successful
//!								32. Return callback HandleDisconnectCompleteL() function
//!								33. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								34. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		KErrNone returned from HandleDisconnectCompleteL() callback
//! @SYMTestType				CIT

	START_TEST_BLOCK	100	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			CREATE_OBJECT	TBTServiceSecurity	TBTServiceSecurity1	
			CREATE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			COMMAND		CBluetoothSocket1	RSocketServerConnect		
			COMMAND		CBluetoothSocket1	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0002-0001command2NewL
			COMMAND		TBTServiceSecurity1	Construct		
			COMMAND		TL2CAPSockAddr1	TL2CAPSockAddr		
			COMMAND		TL2CAPSockAddr1	SetSecurity		BT-USER-PhysicalLinks-PublicApi-Active-0002-0001command7SetSecurity
			COMMAND		TL2CAPSockAddr1	SetBTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0002-0001command8SetBTAddr
			COMMAND		TL2CAPSockAddr1	BTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0002-0001command9BTAddr
			COMMAND		TL2CAPSockAddr1	SetPort		BT-USER-PhysicalLinks-PublicApi-Active-0002-0001command10SetPort
			STORE	CBluetoothSocket1	
			STORE	TBTDevAddrRemote	
			STORE	TL2CAPSockAddr1	
			STORE_ACTIVE_SCHEDULER
	END_TEST_BLOCK
	DELAY 2000

	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartSyncTestCase
	DELAY 5000
	START_TEST_BLOCK	1000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			RESTORE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			RESTORE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command5NewL
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command6Enumerate
			COMMAND		CBluetoothPhysicalLinksData	CreateConnection		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command7CreateConnection
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command9Enumerate
			COMMAND		CBluetoothSocket1	Connect		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command11Connect
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command13Enumerate
			COMMAND		CBluetoothSocket1	Shutdown		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command15Shutdown
			OUTSTANDING	
			COMMAND		CBluetoothSocket1	~		
			COMMAND		CBluetoothSocket1	RSocketServerClose		
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command20Enumerate
			COMMAND		CBluetoothPhysicalLinksData	Disconnect		BT-USER-PhysicalLinks-PublicApi-Active-0002-0002command21Disconnect
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
			STORE	TBTDevAddrRemote	
	END_TEST_BLOCK
	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini RetrieveSyncTestCaseResult

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0002


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0003
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0003
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier, CBluetoothSocket, 
//!								MBluetoothSocketNotifier, TBTServiceSecurity
//! @SYMTestCaseDesc			Disconnect all members of piconet
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), CreateConnection(), Enumerate(), DisconnectAll() and destructor from CBluetoothPhysicalLinks
//!													HandleCreateConnectionCompleteL() and HandleDisconnectAllCompleteL() from MBluetoothPhysicalLinksNotifier
//!													NewL()1, Connect()1, Shutdown()1 and destructor from CBluetoothSocket
//!													HandleConnectCompleteL() and HandleShutdownCompleteL() from MBluetoothSocketNotifier
//!													TBTServiceSecurity() from TBTServiceSecurity
//!													TL2CAPSockAddr(), SetSecurity(), SetBTAddr(), BTAddr() and SetPort() from TL2CAPSockAddr
//! @SYMTestActions				1. Order slave to set up connection
//!								2. Get result from slave to wait for it to be ready
//!								3. Create a connection to the RSocket server
//!								4. Create the CBluetoothSocket object using NewL()1 (Standard constructor)
//!								5. Create an empty TBTServiceSecurity object
//!								6. Create a TL2CAPSockAddr object
//!								7. Set the Security of the TL2CAPSockAddr (Use default/empty as on server)
//!								8. Set the BT address of the TL2CAPSockAddr to the one of the Casira pod of the slave that we connect to
//!								9. Verify the set BT Address
//!								10. Set the port to the specific one of the protocol we use
//!								11. Create and start a session on the socket server
//!								12. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								13. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								14. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								15. Bring in a new member to the piconet with the slave device address using 
//!								    CreateConnection() function. Return KErrNone if successful
//!								16. Return callback HandleCreateConnectionCompleteL() function
//!								17. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								18. Waiting for 10000000 micro secs
//!								19. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								20. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								21. Use the TL2CAPSockAddr in the connect of the CBluetooth object
//!								22. HandleConnectCompleteL gets called indicating that connecting the BT connection completed
//!								23. Get result from slave
//!								24. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								25. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								26. Do socket cleanup by calling Shutdown()1
//!								27. HandleShutdownCompleteL gets called verify error code
//!								28. delete CBluetoothSocket object
//!								29. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								30. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								31. Disconnect all members of piconet using DisconnectAll() function. Return KErrNone if successful
//!								32. Return callback HandleDisconnectAllCompleteL() function
//!								33. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								34. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		KErrNone Returned from HandleDisconnectAllCompleteL() callback
//! @SYMTestType				CIT

	START_TEST_BLOCK	100	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			CREATE_OBJECT	TBTServiceSecurity	TBTServiceSecurity1	
			CREATE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			COMMAND		CBluetoothSocket1	RSocketServerConnect		
			COMMAND		CBluetoothSocket1	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0003-0001command2NewL
			COMMAND		TBTServiceSecurity1	Construct		
			COMMAND		TL2CAPSockAddr1	TL2CAPSockAddr		
			COMMAND		TL2CAPSockAddr1	SetSecurity		BT-USER-PhysicalLinks-PublicApi-Active-0003-0001command7SetSecurity
			COMMAND		TL2CAPSockAddr1	SetBTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0003-0001command8SetBTAddr
			COMMAND		TL2CAPSockAddr1	BTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0003-0001command9BTAddr
			COMMAND		TL2CAPSockAddr1	SetPort		BT-USER-PhysicalLinks-PublicApi-Active-0003-0001command10SetPort
			STORE	CBluetoothSocket1	
			STORE	TBTDevAddrRemote	
			STORE	TL2CAPSockAddr1	
			STORE_ACTIVE_SCHEDULER
	END_TEST_BLOCK
	DELAY 5000

	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartSyncTestCase
	DELAY 5000
	START_TEST_BLOCK	1000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			RESTORE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			RESTORE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command5NewL
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command6Enumerate
			COMMAND		CBluetoothPhysicalLinksData	CreateConnection		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command7CreateConnection
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command9Enumerate
			COMMAND		CBluetoothSocket1	Connect		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command11Connect
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command13Enumerate
			COMMAND		CBluetoothSocket1	Shutdown		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command15Shutdown
			OUTSTANDING	
			COMMAND		CBluetoothSocket1	~		
			COMMAND		CBluetoothSocket1	RSocketServerClose		
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command20Enumerate
			COMMAND		CBluetoothPhysicalLinksData	DisconnectAll		BT-USER-PhysicalLinks-PublicApi-Active-0003-0002command21DisconnectAll
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
			STORE	TBTDevAddrRemote	
	END_TEST_BLOCK
	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini RetrieveSyncTestCaseResult

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0003


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0004
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0004
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier, CBluetoothSocket, 
//!								MBluetoothSocketNotifier, TBTServiceSecurity
//! @SYMTestCaseDesc			Disconnect a single member (invalid bluetooth address) of piconet
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), CreateConnection(), Enumerate(), Disconnect() and destructor from CBluetoothPhysicalLinks
//!													HandleCreateConnectionCompleteL() and HandleDisconnectCompleteL() from MBluetoothPhysicalLinksNotifier
//!													NewL()1, Connect()1, Shutdown()1 and destructor from CBluetoothSocket
//!													HandleConnectCompleteL() and HandleShutdownCompleteL() from MBluetoothSocketNotifier
//!													TBTServiceSecurity() from TBTServiceSecurity
//!													TL2CAPSockAddr(), SetSecurity(), SetBTAddr(), BTAddr() and SetPort() from TL2CAPSockAddr
//! @SYMTestActions				1. Order slave to set up connection
//!								2. Get result from slave to wait for it to be ready
//!								3. Create a connection to the RSocket server
//!								4. Create the CBluetoothSocket object using NewL()1 (Standard constructor)
//!								5. Create an empty TBTServiceSecurity object
//!								6. Create a TL2CAPSockAddr object
//!								7. Set the Security of the TL2CAPSockAddr (Use default/empty as on server)
//!								8. Set the BT address of the TL2CAPSockAddr to the one of the Casira pod of the slave that we connect to
//!								9. Verify the set BT Address
//!								10. Set the port to the specific one of the protocol we use
//!								11. Create and start a session on the socket server
//!								12. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								13. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								14. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								15. Bring in a new member to the piconet with the slave device address using 
//!								    CreateConnection() function. Return KErrNone if successful
//!								16. Return callback HandleCreateConnectionCompleteL() function
//!								17. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								18. Waiting for 10000000 micro secs
//!								19. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								20. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								21. Use the TL2CAPSockAddr in the connect of the CBluetooth object
//!								22. HandleConnectCompleteL gets called indicating that connecting the BT connection completed
//!								23. Get result from slave
//!								24. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								25. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								26. Do socket cleanup by calling Shutdown()1
//!								27. HandleShutdownCompleteL gets called verify error code
//!								28. delete CBluetoothSocket object
//!								29. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								30. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								31. Disconnect a single member of piconet with an invalid device address using CreateConnection() 
//!								    function. Return KErrNone if successful
//!								32. Return callback HandleDisconnectCompleteL() function
//!								33. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								34. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		Returned KErrNone from HandleDisconnectCompleteL() callback
//! @SYMTestType				CIT

	START_TEST_BLOCK	100	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			CREATE_OBJECT	TBTServiceSecurity	TBTServiceSecurity1	
			CREATE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			COMMAND		CBluetoothSocket1	RSocketServerConnect		
			COMMAND		CBluetoothSocket1	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0004-0001command2NewL
			COMMAND		TBTServiceSecurity1	Construct		
			COMMAND		TL2CAPSockAddr1	TL2CAPSockAddr		
			COMMAND		TL2CAPSockAddr1	SetSecurity		BT-USER-PhysicalLinks-PublicApi-Active-0004-0001command7SetSecurity
			COMMAND		TL2CAPSockAddr1	SetBTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0004-0001command8SetBTAddr
			COMMAND		TL2CAPSockAddr1	BTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0004-0001command9BTAddr
			COMMAND		TL2CAPSockAddr1	SetPort		BT-USER-PhysicalLinks-PublicApi-Active-0004-0001command10SetPort
			STORE	CBluetoothSocket1	
			STORE	TBTDevAddrRemote	
			STORE	TL2CAPSockAddr1	
			STORE_ACTIVE_SCHEDULER
	END_TEST_BLOCK
	DELAY 5000

	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartSyncTestCase
	DELAY 5000
	START_TEST_BLOCK	1000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			CREATE_OBJECT	TBTDevAddr	TBTDevAddrData	
			RESTORE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			RESTORE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			COMMAND		TBTDevAddrData	Construct		
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command7NewL
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command8Enumerate
			COMMAND		CBluetoothPhysicalLinksData	CreateConnection		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command9CreateConnection
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command11Enumerate
			COMMAND		CBluetoothSocket1	Connect		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command13Connect
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command15Enumerate
			COMMAND		CBluetoothSocket1	Shutdown		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command17Shutdown
			OUTSTANDING	
			COMMAND		CBluetoothSocket1	~		
			COMMAND		CBluetoothSocket1	RSocketServerClose		
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command22Enumerate
			COMMAND		CBluetoothPhysicalLinksData	Disconnect		BT-USER-PhysicalLinks-PublicApi-Active-0004-0002command23Disconnect
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
			STORE	TBTDevAddrRemote	
	END_TEST_BLOCK
	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini RetrieveSyncTestCaseResult

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0004


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0005
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0005
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier, CBluetoothSocket, 
//!								MBluetoothSocketNotifier, TBTServiceSecurity
//! @SYMTestCaseDesc			Enumerate connected members of the piconet while defining the upper limit on numbers of members to be returned as 0
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), CreateConnection(), Enumerate() and destructor from CBluetoothPhysicalLinks
//!													HandleCreateConnectionCompleteL() from MBluetoothPhysicalLinksNotifier
//!													NewL()1, Connect()1, Shutdown()1 and destructor from CBluetoothSocket
//!													HandleConnectCompleteL() and HandleShutdownCompleteL() from MBluetoothSocketNotifier
//!													TBTServiceSecurity() from TBTServiceSecurity
//!													TL2CAPSockAddr(), SetSecurity(), SetBTAddr(), BTAddr() and SetPort() from TL2CAPSockAddr
//! @SYMTestActions				1. Order slave to set up connection
//!								2. Get result from slave to wait for it to be ready
//!								3. Create a connection to the RSocket server
//!								4. Create the CBluetoothSocket object using NewL()1 (Standard constructor)
//!								5. Create an empty TBTServiceSecurity object
//!								6. Create a TL2CAPSockAddr object
//!								7. Set the Security of the TL2CAPSockAddr (Use default/empty as on server)
//!								8. Set the BT address of the TL2CAPSockAddr to the one of the Casira pod of the slave that we connect to
//!								9. Verify the set BT Address
//!								10. Set the port to the specific one of the protocol we use
//!								11. Create and start a session on the socket server
//!								12. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								13. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								14. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								15. Bring in a new member to the piconet with the slave device address using 
//!								    CreateConnection() function. Return KErrNone if successful
//!								16. Return callback HandleCreateConnectionCompleteL() function
//!								17. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								18. Waiting for 1 micro secs
//!								19. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								20. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								21. Use the TL2CAPSockAddr in the connect of the CBluetooth object
//!								22. HandleConnectCompleteL gets called indicating that connecting the BT connection completed
//!								23. Get result from slave
//!								24. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								25. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								26. Do socket cleanup by calling Shutdown()1
//!								27. HandleShutdownCompleteL gets called verify error code
//!								28. delete CBluetoothSocket object
//!								29. Enumerate connected members of the piconet with given maximum number of members (decimal 0) to be returned.
//!								    Return KErrNone if successful
//!								30. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								31. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		KErrArgument returned
//! @SYMTestType				CIT

	START_TEST_BLOCK	100	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			CREATE_OBJECT	TBTServiceSecurity	TBTServiceSecurity1	
			CREATE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			COMMAND		CBluetoothSocket1	RSocketServerConnect		
			COMMAND		CBluetoothSocket1	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0005-0001command2NewL
			COMMAND		TBTServiceSecurity1	Construct		
			COMMAND		TL2CAPSockAddr1	TL2CAPSockAddr		
			COMMAND		TL2CAPSockAddr1	SetSecurity		BT-USER-PhysicalLinks-PublicApi-Active-0005-0001command7SetSecurity
			COMMAND		TL2CAPSockAddr1	SetBTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0005-0001command8SetBTAddr
			COMMAND		TL2CAPSockAddr1	BTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0005-0001command9BTAddr
			COMMAND		TL2CAPSockAddr1	SetPort		BT-USER-PhysicalLinks-PublicApi-Active-0005-0001command10SetPort
			STORE	CBluetoothSocket1	
			STORE	TBTDevAddrRemote	
			STORE	TL2CAPSockAddr1	
			STORE_ACTIVE_SCHEDULER
	END_TEST_BLOCK
	DELAY 5000

	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartSyncTestCase
	DELAY 5000
	START_TEST_BLOCK	1000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			RESTORE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			RESTORE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0005-0002command5NewL
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0005-0002command6Enumerate
			COMMAND		CBluetoothPhysicalLinksData	CreateConnection		BT-USER-PhysicalLinks-PublicApi-Active-0005-0002command7CreateConnection
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0005-0002command9Enumerate
			COMMAND		CBluetoothSocket1	Connect		BT-USER-PhysicalLinks-PublicApi-Active-0005-0002command11Connect
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0005-0002command13Enumerate
			COMMAND		CBluetoothSocket1	Shutdown		BT-USER-PhysicalLinks-PublicApi-Active-0005-0002command15Shutdown
			OUTSTANDING	
			COMMAND		CBluetoothSocket1	~		
			COMMAND		CBluetoothSocket1	RSocketServerClose		
			COMMAND	!Error=-6		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0005-0002command20Enumerate
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
			STORE	TBTDevAddrRemote	
	END_TEST_BLOCK
	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini RetrieveSyncTestCaseResult

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0005


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0006
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0006
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier, CBluetoothSocket, 
//!								MBluetoothSocketNotifier, TBTServiceSecurity
//! @SYMTestCaseDesc			Bring a new member to a piconet with waiting for 1 micro secs
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), CreateConnection(), Enumerate() and destructor from CBluetoothPhysicalLinks
//!													HandleCreateConnectionCompleteL() from MBluetoothPhysicalLinksNotifier
//!													NewL()1, Connect()1, Shutdown()1 and destructor from CBluetoothSocket
//!													HandleConnectCompleteL() and HandleShutdownCompleteL() from MBluetoothSocketNotifier
//!													TBTServiceSecurity() from TBTServiceSecurity
//!													TL2CAPSockAddr(), SetSecurity(), SetBTAddr(), BTAddr() and SetPort() from TL2CAPSockAddr
//! @SYMTestActions				1. Order slave to set up connection
//!								2. Get result from slave to wait for it to be ready
//!								3. Create a connection to the RSocket server
//!								4. Create the CBluetoothSocket object using NewL()1 (Standard constructor)
//!								5. Create an empty TBTServiceSecurity object
//!								6. Create a TL2CAPSockAddr object
//!								7. Set the Security of the TL2CAPSockAddr (Use default/empty as on server)
//!								8. Set the BT address of the TL2CAPSockAddr to the one of the Casira pod of the slave that we connect to
//!								9. Verify the set BT Address
//!								10. Set the port to the specific one of the protocol we use
//!								11. Create and start a session on the socket server
//!								12. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								13. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								14. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								15. Bring in a new member to the piconet with the slave device address using 
//!								    CreateConnection() function. Return KErrNone if successful
//!								16. Return callback HandleCreateConnectionCompleteL() function
//!								17. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								18. Waiting for 1 micro secs
//!								19. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								20. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								21. Use the TL2CAPSockAddr in the connect of the CBluetooth object
//!								22. HandleConnectCompleteL gets called indicating that connecting the BT connection completed
//!								23. Get result from slave
//!								24. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								25. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								26. Do socket cleanup by calling Shutdown()1
//!								27. HandleShutdownCompleteL gets called verify error code
//!								28. delete CBluetoothSocket object
//!								29. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								    Return KErrNone if successful
//!								30. Verify that if return RBTDevAddrArray size (decimal 1) is as expected (decimal 1)
//!								31. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		Returned KErrNone from HandleCreateConnectionCompleteL() callback
//! @SYMTestType				CIT

	START_TEST_BLOCK	100	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			CREATE_OBJECT	TBTServiceSecurity	TBTServiceSecurity1	
			CREATE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			COMMAND		CBluetoothSocket1	RSocketServerConnect		
			COMMAND		CBluetoothSocket1	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0006-0001command2NewL
			COMMAND		TBTServiceSecurity1	Construct		
			COMMAND		TL2CAPSockAddr1	TL2CAPSockAddr		
			COMMAND		TL2CAPSockAddr1	SetSecurity		BT-USER-PhysicalLinks-PublicApi-Active-0006-0001command7SetSecurity
			COMMAND		TL2CAPSockAddr1	SetBTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0006-0001command8SetBTAddr
			COMMAND		TL2CAPSockAddr1	BTAddr		BT-USER-PhysicalLinks-PublicApi-Active-0006-0001command9BTAddr
			COMMAND		TL2CAPSockAddr1	SetPort		BT-USER-PhysicalLinks-PublicApi-Active-0006-0001command10SetPort
			STORE	CBluetoothSocket1	
			STORE	TBTDevAddrRemote	
			STORE	TL2CAPSockAddr1	
			STORE_ACTIVE_SCHEDULER
	END_TEST_BLOCK
	DELAY 5000

	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StartSyncTestCase
	DELAY 5000
	START_TEST_BLOCK	1000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			RESTORE_OBJECT	CBluetoothSocket	CBluetoothSocket1	
			RESTORE_OBJECT	TL2CAPSockAddr	TL2CAPSockAddr1	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0006-0002command5NewL
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0006-0002command6Enumerate
			COMMAND		CBluetoothPhysicalLinksData	CreateConnection		BT-USER-PhysicalLinks-PublicApi-Active-0006-0002command7CreateConnection
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0006-0002command9Enumerate
			COMMAND		CBluetoothSocket1	Connect		BT-USER-PhysicalLinks-PublicApi-Active-0006-0002command11Connect
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0006-0002command13Enumerate
			COMMAND		CBluetoothSocket1	Shutdown		BT-USER-PhysicalLinks-PublicApi-Active-0006-0002command15Shutdown
			OUTSTANDING	
			COMMAND		CBluetoothSocket1	~		
			COMMAND		CBluetoothSocket1	RSocketServerClose		
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0006-0002command20Enumerate
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
			STORE	TBTDevAddrRemote	
			STORE_ACTIVE_SCHEDULER
	END_TEST_BLOCK
	RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini RetrieveSyncTestCaseResult

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0006

DELAY 5000

START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0007
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0007
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier
//! @SYMTestCaseDesc			Cancel bringing a new member to a piconet
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), CreateConnection(), CancelCreateConnection() and destructor from CBluetoothPhysicalLinks
//!													HandleCreateConnectionCompleteL() from MBluetoothPhysicalLinksNotifier
//! @SYMTestActions				1. Create and start a session on the socket server
//!								2. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								3. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								   Return KErrNone if successful
//!								4. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								5. Bring in a new member to the piconet with the slave device address using 
//!								   CreateConnection() function. Return KErrNone if successful
//!								6. Return callback HandleCreateConnectionCompleteL() function
//!								7. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								8. Waiting for 10000000 micro secs
//!								9. Cancel bringing in a new member to the piconet with the slave device address using 
//!								   CancelCreateConnection() function
//!								10. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		Cancel succeeded
//! @SYMTestType				CIT

	START_TEST_BLOCK	1000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0007-0001command5NewL
			COMMAND		CBluetoothPhysicalLinksData	Enumerate		BT-USER-PhysicalLinks-PublicApi-Active-0007-0001command6Enumerate
			COMMAND		CBluetoothPhysicalLinksData	CreateConnection		BT-USER-PhysicalLinks-PublicApi-Active-0007-0001command7CreateConnection
			COMMAND		CBluetoothPhysicalLinksData	CancelCreateConnection		
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
			STORE	TBTDevAddrRemote	
	END_TEST_BLOCK

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0007


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0008
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0008
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier
//! @SYMTestCaseDesc			Bring in a new member to the piconet with a invalid device address
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), CreateConnection() and destructor from CBluetoothPhysicalLinks
//!													HandleCreateConnectionCompleteL() from MBluetoothPhysicalLinksNotifier
//! @SYMTestActions				1. Create and start a session on the socket server
//!								2. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								3. Bring in a new member to the piconet with a invalid device address using 
//!								   CreateConnection() function. Return KErrNone if successful
//!								4. Return callback HandleCreateConnectionCompleteL() function
//!								5. Verify that if return result (Error -6004) from callback function is as expected (Error -6004)
//!								6. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		EPageTimedOut (-6004) returned as expected at step 4
//! @SYMTestType				CIT

	START_TEST_BLOCK	2000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0008-0001command5NewL
			COMMAND		CBluetoothPhysicalLinksData	CreateConnection		BT-USER-PhysicalLinks-PublicApi-Active-0008-0001command6CreateConnection
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
	END_TEST_BLOCK

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0008


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0009
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0009
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks
//! @SYMTestCaseDesc			Cancel brining a new member to piconet without bring in a new member to the piconet
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewLC(), CancelCreateConnection(), and destructor from CBluetoothPhysicalLinks
//! @SYMTestActions				1. Create and start a session on the socket server
//!								2. Open a Bluetooth socket using NewLC() function. Return KErrNone if successful
//!								3. Cancel bringing in a new member to the piconet with a device address using 
//!								   CancelCreateConnection() function
//!								4. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		Cancel succeeded
//! @SYMTestType				CIT

	START_TEST_BLOCK	1000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewLC		BT-USER-PhysicalLinks-PublicApi-Active-0009-0001command5NewLC
			COMMAND		CBluetoothPhysicalLinksData	CancelCreateConnection		
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
	END_TEST_BLOCK

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0009


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0010
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0010
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier
//! @SYMTestCaseDesc			Disconnect all members of piconet without bringing in a new member to the piconet
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), DisconnectAll(), and destructor from CBluetoothPhysicalLinks
//!													HandleDisconnectAllCompleteL() from MBluetoothPhysicalLinksNotifier
//! @SYMTestActions				1. Create and start a session on the socket server
//!								2. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								3. Disconnect all members of piconet using DisconnectAll() function. Return KErrNone if successful
//!								4. Return callback HandleDisconnectAllCompleteL() function
//!								5. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								6. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		Returned KErrNone from HandleDisconnectAllCompleteL() callback
//! @SYMTestType				CIT

	START_TEST_BLOCK	2000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0010-0001command5NewL
			COMMAND		CBluetoothPhysicalLinksData	DisconnectAll		BT-USER-PhysicalLinks-PublicApi-Active-0010-0001command6DisconnectAll
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
	END_TEST_BLOCK

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0010


START_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0011
//! @SYMTestCaseID				BT-USER-PhysicalLinks-PublicApi-Active-Master-0011
//! @SYMAPI						RSocketServ, CBluetoothPhysicalLinks, MBluetoothPhysicalLinksNotifier
//! @SYMTestCaseDesc			Disconnect a single member of piconet without bringing in a new member to the piconet
//!								Uses API elements: 	RSocketServ(), Connect() and Close() from RSocketServ
//!													NewL(), Disconnect(), Enumerate() and destructor from CBluetoothPhysicalLinks
//!													HandleDisconnectCompleteL() from MBluetoothPhysicalLinksNotifier
//! @SYMTestActions				1. Create and start a session on the socket server
//!								2. Open a Bluetooth socket using NewL() function. Return KErrNone if successful
//!								3. Disconnect a single member of piconet using Disconnect() function. Return KErrNone if successful
//!								4. Return callback HandleDisconnectCompleteL() function
//!								5. Verify that if return result (decimal 0) from callback function is as expected (decimal 0)
//!								6. Enumerate connected members of the piconet with given maximum number of members (decimal 7) to be returned.
//!								   Return KErrNone if successful
//!								7. Verify that if return RBTDevAddrArray size (decimal 0) is as expected (decimal 0)
//!								8. Delete the Bluetooth socket using destructor
//!
//! @SYMTestStatus				Implemented
//! @SYMTestPriority			Critical
//! @SYMTestExpectedResults		Returned KErrNone from HandleDisconnectCompleteL() callback
//! @SYMTestType				CIT

	START_TEST_BLOCK	2000	T_BTUserAPI	\bluetooth\user\BT-USER-PhysicalLinks-PublicApi-Active-Master.ini
			SHARED_ACTIVE_SCHEDULER
			CREATE_OBJECT	CBluetoothPhysicalLinks	CBluetoothPhysicalLinksData	
			RESTORE_OBJECT	TBTDevAddr	TBTDevAddrRemote	
			CREATE_OBJECT	RSocketServ	RSocketServData	
			COMMAND		RSocketServData	RSocketServ		
			COMMAND		RSocketServData	Connect		
			COMMAND		CBluetoothPhysicalLinksData	NewL		BT-USER-PhysicalLinks-PublicApi-Active-0011-0001command5NewL
			COMMAND		CBluetoothPhysicalLinksData	Disconnect		BT-USER-PhysicalLinks-PublicApi-Active-0011-0001command6Disconnect
			OUTSTANDING	
			COMMAND		CBluetoothPhysicalLinksData	~		
			COMMAND		RSocketServData	Close		
	END_TEST_BLOCK

END_TESTCASE BT-USER-PhysicalLinks-PublicApi-Active-Master-0011


RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini RetrieveExecutionResultPhysicalLinksPassiveSlave
RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StopTDService
RUN_TEST_STEP -1 UCCControlTE RunCommand \bluetooth\user\UccControlChannelConfig.ini StopSyncService
MCL/sf/os/bt