// 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:

//

#include "T_TLS_test.h"

#include <e32svr.h>

#include <ssl.h>

#ifdef SYMBIAN_ENABLE_SPLIT_HEADERS

#include <ssl_internal.h>

#endif

const TInt KHexDumpWidth = 16;

const TInt KEAPKeyLength = 128+64;

TInt CTLSTest::RunError( TInt aError )

	{

	iTestStep->Log( _L("RunL err %d"), aError );

	if ( iTlsSocket )

		{

		iTlsSocket->Close();

		delete iTlsSocket;

		iTlsSocket = 0;

		}

	iInUse = EFalse;

	return KErrNone;

	}

CTLSTest* CTLSTest::NewL()

	{

	CTLSTest* self = new(ELeave) CTLSTest;

	CleanupStack::PushL( self );

	self->ConstructL();

	CleanupStack::Pop();		

	return self;

	}

// Constructor should also call the parent constructor to set the priority

// of the active object.

CTLSTest::CTLSTest() : CActive(0)

	{

	}

CTLSTest::~CTLSTest()

	{

	// Cancel any outstanding request

	Cancel();	

	delete iTlsSocket;

	delete iTlsSocket2;

	delete iGenericSocket;

	iTimer.Close();

	// Close the resources in the reverse order

	iHostResolver.Close();

	iSocket.Close();

	iSocketServ.Close();

//	__UHEAP_MARK; 

//	__UHEAP_MARKEND;

	}

void CTLSTest::ConstructL()

	{

	// Connect the socket server

	User::LeaveIfError( iSocketServ.Connect() );

	// Create a local timer

	User::LeaveIfError( iTimer.CreateLocal() );

	// Connect to a host resolver

	User::LeaveIfError( iHostResolver.Open( iSocketServ, KAfInet, KProtocolInetTcp ) );

	iRunState = ESocketConnected;

	iInUse = EFalse;

	CActiveScheduler::Add( this );

	}

void CTLSTest::RunL()

	{

	THTTPMessage *iMyHTTP;

	TInt err = KErrNone;

#ifdef __WINS__

	TText margin = 0;

	TText header = 0;

	TSockXfrLength aLen;

#endif

	switch ( iRunState )

		{

	case ESocketConnected:

		{

		iTestStep->Log( _L("STATE: ENotSecureConnected Status: %d"), iStatus.Int() );

		// As the receive buffer is static, set it's length to 0 here,

		// so if there is an error somewhere, the previous buffer's contents 

		// wont be dumped to the log file again.

		iRcvBuffer.SetLength( 0 );

		iBytesRead = 0;

		iTotalBytesRead = 0;

		iFirstRunFlag = ETrue;

		if ( iStatus != KErrNone )

			{

			iTestStep->Log( KStateErrConnected, iStatus.Int() );

			iRunState = EConnectionClosed;

			iTestPassed = EFalse;

			iTimer.After( iStatus, 1000000 );

			SetActive();			 

			break;

			}

		//=========================================================

		// Construct the Tls socket

		if ( !iTlsSocket )

			{

			TInt lcode = KErrNone;

			if(iUseGenericSocket)

				{

				iTestStep->Log( _L("Creating SecureSocket using Generic Socket") );

				TRAP(lcode, iTlsSocket = CSecureSocket::NewL( *iGenericSocket, iProtocol ) );

				}

			else

				{

				iTestStep->Log( _L("Creating SecureSocket using RSocket") );

				TRAP(lcode, iTlsSocket = CSecureSocket::NewL( iSocket, iProtocol ) );

				}

			if ( lcode )

				{ 

				iTestStep->Log( _L("Error creating secure socket: %d"), lcode );

				iRunState = EConnectionClosed;

				iTestPassed = EFalse;

				iTimer.After( iStatus, 1000000 );

				SetActive();			 

				break;

				}

			}

		//=========================================================

		if( iEAPKeyDerivation )

			{

			if(KeyDerivationTests(EFalse) != KErrNone)

				{

				iRunState = EConnectionClosed;

				iTestPassed = EFalse;

				iTimer.After( iStatus, 1000000 );

				SetActive();			 

				break;

				}

			}

		//======================================================================================

		// Set any options before the handshake starts

		if ( !iTlsSocket2 )

			{

			iTestStep->Log( _L("Flush session cache") );

			iTlsSocket->FlushSessionCache();

			}

		//=========================================================

		// Set the cipher suite list

		if ( iCipherSuites.Length() > 1 )

			{

			// Create the buffer with the cipher suites

			TBuf8<KCipherBufSize>	cipherBuf;

//			TBuf8<KCipherBufSize>	iCipherSuites;

			TBuf8<3>	tempBuf;

			TInt	i;

			TInt	value;

			TInt	ret = KErrNone;

			TInt	cCount = 0;			// used as an array index into the cipherBuf descriptor

			TLex8	myLex;

			// The cipher buffer will actually be the same length as the aCipherSuite passed in

			// because it's in binary format with leading 0's.

			cipherBuf.SetLength( iCipherSuites.Length() );

			iTestStep->Log( _L("Cipher suites") );

			for ( i=0; i<iCipherSuites.Length(); i+=2 )

				{

				// iCipherSuites contains a list of decimal values for each cipher suite that

				// the client should offer to use. They are in a string format, so each decimal 

				// value takes 2 bytes.

				//

				// Copy the 2 bytes of one value into a buffer so that it can be converted into

				// a real decimal value;

				tempBuf.SetLength( 2 );

				tempBuf[0] = iCipherSuites[i];

				tempBuf[1] = iCipherSuites[i+1];

				myLex.Assign( tempBuf );

				ret = myLex.Val( value );

				if ( ret!=KErrNone )

					{

					break; // from for loop

					}

				iTestStep->Log( _L(":%X"), value );

				if ( value == 99 )

					{

					cipherBuf[ cCount++ ] = 0xFF;

					cipherBuf[ cCount++ ] = 0xFF;

					}

				else

					{

					// The actual cipher suite list that must be passed in the socket options

					// is in a binary format of 0x0,0xCipherValue,0x0,CipherValue etc				

					cipherBuf[ cCount++ ] = 0;

					cipherBuf[ cCount++ ] = (unsigned char)value;

					}

				} // end of for loop

			if ( cipherBuf.Length() )

				{

#ifdef __WINS__

				iTestStep->Log( _L("Setting avilable cipher suites") );

				HexDump( &header, &margin, &cipherBuf[0], cipherBuf.Length() );

#endif

				ret = iTlsSocket->SetOpt(KSoEnableNullCiphers, KSolInetSSL, ETrue);

				if ( ret != KErrNone )

					{

					TPtrC errorText = iTestStep->EpocErrorToText(ret);

					iTestStep->Log( _L("Couldnt set NULL cipher suite option :%S  (%d)"),&errorText, ret );

					iTestPassed = EFalse;

					}

				ret = iTlsSocket->SetAvailableCipherSuites( cipherBuf );

				if ( ret != KErrNone )

					{

					TPtrC errorText = iTestStep->EpocErrorToText(ret);

					iTestStep->Log( _L("Couldnt set available cipher suites error:%S  (%d)"),&errorText, ret );

					iTestPassed = EFalse;

					}

				}

			iTestStep->Log( _L("") );

			} // end of if iciphersuites .length

		// end of setting the cipher suite list

		//=========================================================

		TBuf<8> prot;

		err = iTlsSocket->Protocol( prot );

		//*****************************************************

		if ( !err )

			{

			iTestStep->Log( _L("Protocol set for use:") );

			iTestStep->Log( prot );

			}

		err = iTlsSocket->SetProtocol( prot );

		if ( err )

			{

			iTestStep->Log( _L("Failed to set Protocol for use: (%d)"),err );

			}

		// Set the domain name we're connecting to...

		iStatus = iTlsSocket->SetOpt(KSoSSLDomainName,KSolInetSSL, iDNSName);

		if ( iStatus != KErrNone )

			{

			iTestStep->Log( KStateErrReceivePage, iStatus.Int() );

			iTestStep->Log( KStateErrReceivePage, iStatus.Int() );

			iRunState = EConnectionClosed;

			iTestPassed = EFalse;

			iTlsSocket->Close();				 

			iTimer.After( iStatus, 1000000 );

			}

			// end of setting options

			//======================================================================================

		else

			{

			//=========================================================

			// start the handshake 

			iTlsSocket->StartClientHandshake( iStatus );

			//=========================================================

			iRunState = ESecureConnected;

			}

		SetActive();

		break;

		}

	case ESecureConnected:

	case ESecureRenegotiated:

		{

		iTestStep->Log( _L("STATE: ESecureConnected/ESecureRenegotiated Status: %d"), iStatus.Int() );

		// The secure connection has now been made.

		// Send a get request for the page.

		// Send the get request

		if ( iStatus != KErrNone )

			{

		else

			{

			iTestStep->Log( _L("ESecureConnected:KErrNone %d"),iStatus.Int() );

			}

		TDes8* pSendDes;

		if ( !iTlsSocket2 )

			{

			pSendDes = &iRcvBuffer;

			iRcvBuffer.SetLength( iRcvBuffer.MaxLength() );

			iTestStep->Log( _L("Sending %d bytes"), iRcvBuffer.Length() );

			}

		else

			{

			pSendDes = &iSndBuffer;

			// Can a simple "GET /page.htm" request be used? 

			if ( iSimpleGet )

				{

				iSndBuffer.Copy( _L("GET ") );

				iSndBuffer.Append( iPage );

				iSndBuffer.Append( _L("") );

				iTestStep->Log( _L("Using simple get") );

				}

			else

				{

				// build and send a HTTP GET request to retrieve a page

				iMyHTTP = new THTTPMessage;

				iMyHTTP->Method(_L8("GET"));

				iMyHTTP->URI( iPage );

				iMyHTTP->AddHeaderField(_L8("Connection"),_L8("close"));

				iMyHTTP->AddHeaderField(_L8("User-Agent"),_L8("SSL_TEST"));

				iMyHTTP->AddHeaderField(_L8("Accept-Encoding"));

				iMyHTTP->AddHeaderField(_L8("Accept"),_L8("*/*"));

				iMyHTTP->GetHeader(iSndBuffer);

				delete iMyHTTP;

				}

			iTestStep->Log( KLogSendingRequest );

#ifdef __WINS__

			HexDump( &header, &margin, &iSndBuffer[0], iSndBuffer.Length() );

#endif

			}

		iRunState = iRunState == ESecureRenegotiated ? EGetRequestSentReneg : EGetRequestSent;

		//=========================================================

		// send the request

		iTlsSocket->Send( *pSendDes, iStatus, iBytesSent );

		//=========================================================	

		if( iEAPKeyDerivation )

			{

			if(KeyDerivationTests(ETrue) != KErrNone)

				{

				iRunState = EConnectionClosed;

				iTestPassed = EFalse;

				iTimer.After( iStatus, 1000000 );

				SetActive();			 

				break;

				}

			}

		SetActive();

		break;

		}

	case EGetRequestSent:

	case EGetRequestSentReneg:

		{

		// The get request has been sent, can now try and receive the data

		iTestStep->Log( _L("STATE: EGetRequestSent/EGetRequestSentReneg Status: %d"), iStatus.Int() );

		if ( iStatus != KErrNone )

			{

			iTestStep->Log( _L("EGetRequestSent: %d"), iStatus.Int() );

			iRunState = EConnectionClosed;

			iTestPassed = EFalse;

			iTlsSocket->Close();

			iTimer.After( iStatus, 1000000 );

			SetActive();			 

			break;

			}

		// Before that, check which cipher suite has been negotiated.

		TBuf8<4> buf; 

		// no need to set descriptor length as in case with the old getopt, 

		// CurrentCipherSuite will do that

		err = iTlsSocket->CurrentCipherSuite( buf );

		if ( err )

			{

			iTestStep->Log( _L("CurrentCipherSuite: %d"), err );

			}

		else

			{

#ifdef __WINS__

			iTestStep->Log( _L("Cipher suite in use:") );

			HexDump( &header, &margin, &buf[0], buf.Length() );

#endif

			}

		// Get the servers certificate

		const CX509Certificate *servCert = iTlsSocket->ServerCert();

		if ( servCert )

			{

			GetCertInfo( *servCert );

			}

		else

			{

			iTestStep->Log( _L("No server certificate is available") );

			}

		// Get the protocol version string

		TBuf<32> protocol;

		err = iTlsSocket->Protocol( protocol );

		if ( !err )

			{

			iTestStep->Log( _L("Protocol used in connection:") );

			iTestStep->Log( protocol );

			}

		// New tests added as part of GT167 Zephyr.

		// These tests are not meant to be in a logical order. They simply exercise the 

		// Secure socket API. Logical ordering of the tests should happen in further

		// development of the TLS test code and all supported APIS should be called/tested.

		// Get the Client certificate

		const CX509Certificate *clientCert = iTlsSocket->ClientCert();

		if ( clientCert )

			{

			GetCertInfo( *clientCert );

			}

		else

			{

			iTestStep->Log( _L("No client certificate is available") );

			}

		// Get the Client cert mode. This API is NOT supported in client mode.

		TClientCertMode certMode = iTlsSocket->ClientCertMode();

		if ( certMode )

			{