Symaptic: os/security/crypto/weakcryptospi/test/thash/thash.cpp@260cb5ec6c19

     1 /*

     2 * Copyright (c) 2005-2009 Nokia Corporation and/or its subsidiary(-ies).

     3 * All rights reserved.

     4 * This component and the accompanying materials are made available

     5 * under the terms of the License "Eclipse Public License v1.0"

     6 * which accompanies this distribution, and is available

     7 * at the URL "http://www.eclipse.org/legal/epl-v10.html".

8 *

     9 * Initial Contributors:

    10 * Nokia Corporation - initial contribution.

    11 *

    12 * Contributors:

    13 *

    14 * Description:

    15 *

    16 */

    19 /**

    20  @file

    21 */

    23 #include "hashtestutils.h"

    24 #include <utf.h>

    26 TBool gInOOMTest=EFalse;

    28 RTest test(_L("Hash Tests"));

    30 const TInt KMaxHashSize = 64; // Hash size in bytes

    32 void Hex(HBufC8& aString)

    33 	{

    34 	TPtr8 ptr=aString.Des();

    35 	if (aString.Length()%2)

    36 		{

    37 		ptr.SetLength(0);

    38 		return;

    39 		}

    40 	TInt i;

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

    42 		{

    43 		TUint8 tmp;

    44 		tmp=(TUint8)(aString[i]-(aString[i]>'9'?('A'-10):'0'));

    45 		tmp*=16;

    46 		tmp|=(TUint8)(aString[i+1]-(aString[i+1]>'9'?('A'-10):'0'));

    47 		ptr[i/2]=tmp;

    48 		}

    49 	ptr.SetLength(aString.Length()/2);

    50 	}

    52 void Spin()

    53 {//	Pointless function to print a dot

    54 	if (gInOOMTest)

    55 		{

    56 		static TInt count=0;

    57 		if (count++==100)

    58 			{

    59 			test.Printf(_L("o"));

    60 			count=0;

    61 			}

    62 		return;

    63 		}

    64 	test.Printf(_L("."));

    65 }

    67 void FunctionalityTestL(CMessageDigest* aMD)

    68 	{

    69 	if (!gInOOMTest)

    70 		test.Next(_L("Functionality test - original API"));

    72 	const TInt maxbuffersize=1024;

    73 	TInt buffersize;

    74 	TInt increment;

    75 	if (gInOOMTest)

    76 		{

    77 		buffersize=256;

    78 		increment=6;

    79 		}

    80 	else

    81 		{

    82 		buffersize=maxbuffersize;

    83 		increment=1;

    84 		}

    86 	TBool testSuccess = ETrue;

    87 	TInt i = 0;

    88 	TBuf8<maxbuffersize> buf(maxbuffersize);

    89 	for (;i<buffersize;i++)

    90 		{

    91 		buf[i]=(TUint8)i;

    92 		}

    94 	for (i=0;i<buffersize;i+=increment)

    95 		{

    96 		TInt j;

    97 		Spin();

    98 		if (!gInOOMTest)

    99 			{

   100 			if (i>128)

   101 				{

   102 				increment=8;

   103 				}

   104 			}

   105 		else

   106 			{

   107 			if (i>24)

   108 				{

   109 				increment=32;

   110 				}

   111 			}

   113 		for (j=0;j<i;j+=16)

   114 			{

   115 			buf[0]=(TUint8)j;

   116 			TPtrC8 ptr=buf.Left(i);

   117 			TPtrC8 ptr2=buf.Left(j);

   118 			TPtrC8 ptr3=buf.Mid(j,i-j);

   120 			CMessageDigest* first=aMD->ReplicateL();

   121 			CleanupStack::PushL(first);

   122 			TPtrC8 firstFinal = first->Hash(ptr);

   124 			aMD->Reset();

   125 			aMD->Update(ptr);

   126 			TPtrC8 aMDFinal = aMD->Final();

   128 			CMessageDigest* second=aMD->ReplicateL();

   129 			CleanupStack::PushL(second);

   130 			second->Hash(ptr2);

   132 			CMessageDigest* third=second->CopyL();

   133 			CleanupStack::PushL(third);

   135 			TPtrC8 secondFinal = second->Hash(ptr3);

   137 			if (aMDFinal!=firstFinal)

   138 				{

   139 				testSuccess = EFalse;

   140 				}

   142 			if (firstFinal!=secondFinal)

   143 				{

   144 				testSuccess = EFalse;

   145 				}

   147 			TPtrC8 thirdFinal = third->Hash(ptr3);

   148 			if (firstFinal!=thirdFinal)

   149 				{

   150 				testSuccess = EFalse;

   151 				}

   152 			CleanupStack::PopAndDestroy(3);		// first, second, third

   153 			}

   154 		}

   156 ///////////////////////////////////////////////////////////////

   157 //	Now test the new API - Update/Final functions

   158 ///////////////////////////////////////////////////////////////

   159 	if (!gInOOMTest)

   160 		test.Next(_L("\rFunctionality test - calls added API functions Final & Update"));

   162 	for (i=0;i<buffersize;i++)

   163 		{

   164 		buf[i]=(TUint8)i;

   165 		}

   167 	for (i=0;i<buffersize;i+=increment)

   168 		{

   169 		TInt j;

   170 		Spin();

   171 		if (!gInOOMTest)

   172 			{

   173 			if (i>128)

   174 				{

   175 				increment=8;

   176 				}

   177 			}

   178 		else

   179 			{

   180 			if (i>24)

   181 				{

   182 				increment=32;

   183 				}

   184 			}

   185 		for (j=0;j<i;j+=16)

   186 			{

   187 			buf[0]=(TUint8)j;

   188 			TPtrC8 ptr=buf.Left(i);

   189 			TPtrC8 ptr2=buf.Left(j);

   190 			TPtrC8 ptr3=buf.Mid(j,i-j);

   192 			CMessageDigest* first=aMD->ReplicateL();

   193 			CleanupStack::PushL(first);

   194 			first->Update(ptr);

   196 			aMD->Update(ptr);

   198 			CMessageDigest* second=aMD->ReplicateL();

   199 			CleanupStack::PushL(second);

   200 			second->Update(ptr2);

   202 			CMessageDigest* third=second->CopyL();

   203 			CleanupStack::PushL(third);

   204 			third->Update(ptr3);

   206 			second->Update(ptr3);

   208 			TPtrC8 aMDFinal = aMD->Final();

   209 			TPtrC8 firstFinal = first->Final();

   210 			TPtrC8 secondFinal = second->Final();

   211 			TPtrC8 thirdFinal = third->Final();

   213 			if (aMDFinal!=firstFinal)

   214 				{

   215 				testSuccess = EFalse;

   216 				}

   218 			if (firstFinal!=secondFinal)

   219 				{

   220 				testSuccess = EFalse;

   221 				}

   223 			if (firstFinal!=thirdFinal)

   224 				{

   225 				testSuccess = EFalse;

   226 				}

   228 			CleanupStack::PopAndDestroy(3);		// first, second, third

   229 			}

   230 		}

   233 	test.Printf(_L("\r\n"));

   235 	if (!testSuccess)

   236 		User::Leave(KErrGeneral);

   237 	}

   239 void VectorTestL(CMessageDigest* aMD,const TDesC& aFilename)

   240 	{

   241 	test.Next(_L("Test Vector tests - original API"));

   242 	TBool finished=EFalse;

   243 	TBool testSuccess = ETrue;

   244 	//aFilename is a .dat file which contains the message and the corresponding digest

   245 	CTestData* data = CTestData::NewL(aFilename);

   246 	CleanupStack::PushL(data);

   248 	while (!finished)

   249 		{

   250 		switch (data->Type())

   251 			{

   252 		case CTestData::EMessage:

   253 			{

   254 			break;

   255 			}

   256 		//This is added to read large input data from the files.

   257 		case CTestData::EFileName:

   258 			{

   259 			CMessageDigest* md=aMD->ReplicateL();

   260 			CleanupStack::PushL(md);

   262 			//get the filename from the .dat file

   263 			HBufC8* filename = (*data)[1];

   264 			User::LeaveIfNull(filename);

   265 			CleanupStack::PushL(filename);

   267 			HBufC8* output= (*data)[2];

   268 			User::LeaveIfNull(output);

   269 			CleanupStack::PushL(output);

   270 			Hex(*output);

   272 			HBufC16* inputFileName = CnvUtfConverter::ConvertToUnicodeFromUtf8L(*filename);

   274 			RFs fs;

   275 			RFile file;

   276 			CleanupClosePushL(fs);

   277 			User::LeaveIfError(fs.Connect());

   278 			TDriveUnit sysDrive(fs.GetSystemDrive());

   279 			TBuf<24> filePath (sysDrive.Name());

   280 			filePath.Append(_L("\\thash\\"));

   281 			User::LeaveIfError(fs.SetSessionPath(filePath));

   282 			CleanupClosePushL(file);

   283 			User::LeaveIfError(file.Open(fs,*inputFileName,EFileShareAny|EFileRead));

   284 			// read into iFile

   285 			TInt size=0;

   286 			file.Size(size);

   288 			HBufC8* fileContents=HBufC8::NewMaxL(size);

   290 			TPtr8 ptr=fileContents->Des();

   291 			User::LeaveIfError(file.Read(ptr));

   292 			CleanupStack::PopAndDestroy(2, &fs);

   293 			CleanupStack::PushL(fileContents);

   294 			delete inputFileName;

   296 			TPtrC8 digest = md->Hash(*fileContents);

   297 			if (digest!=(*output))

   298 				{

   299 				testSuccess = EFalse;

   300 				}

   302 			md->Reset();

   304 			TPtrC8 digest2 = md->Hash(*fileContents);

   305 			if (digest2!=(*output))

   306 				{

   307 				testSuccess = EFalse;

   308 				}

   310 		//	Now try this in 2 half sections (just a quick check)

   311 			md->Reset();

   313 			TInt inputLen = fileContents->Length();

   314 			if (inputLen > 1)

   315 				{

   316 				TInt leftHandLen = inputLen/2;

   317 				TPtrC8 left = fileContents->Left(leftHandLen);

   318 				TPtrC8 right = fileContents->Right(inputLen - leftHandLen);

   320 				TPtrC8 halfDigest = md->Hash(left);

   321 				if (halfDigest.Size()==0)	//	Unnecessary test, but removes

   322 					User::Leave(KErrAbort);	//	a warning about not using halfDigest

   324 				TPtrC8 wholeDigest = md->Hash(right);

   326 				if (wholeDigest!=(*output))

   327 					{

   328 					testSuccess = EFalse;

   329 					}

   330 				}

   332 			md->Reset();

   333 			if (md->Final(*fileContents)!=(*output))

   334 				{

   335 				testSuccess = EFalse;

   336 				}

   338 		//	Now try this in 2 half sections (just a quick check)

   339 			md->Reset();

   340 			inputLen = fileContents->Length();

   341 			if (inputLen > 1)

   342 				{

   343 				TInt leftHandLen = inputLen/2;

   344 				TPtrC8 left = fileContents->Left(leftHandLen);

   345 				TPtrC8 right = fileContents->Right(inputLen - leftHandLen);

   347 				md->Update(left);

   348 				TPtrC8 wholeDigest = md->Final(right);

   350 				if (wholeDigest!=(*output))

   351 					{

   352 					testSuccess = EFalse;

   353 					}

   354 				}

   355 			CleanupStack::PopAndDestroy(4, md);//md,filename,output,fileContents

   357 			break;

   358 			}

   359 		case CTestData::EData:

   360 			{

   361 			CMessageDigest* md=aMD->ReplicateL();

   362 			CleanupStack::PushL(md);

   364 			HBufC8* input = (*data)[0];

   365 			User::LeaveIfNull(input);

   366 		    CleanupStack::PushL(input);

   368 			HBufC8* output= (*data)[1];

   369 			User::LeaveIfNull(output);

   370 			CleanupStack::PushL(output);

   371 			Hex(*input);

   372 			Hex(*output);

   374             //call the Hash function of the Algorithm.

   375 			TPtrC8 digest = md->Hash(*input);

   376 			//Compare the digest generated with the output(digest) expected.

   377 			if (digest!=(*output))

   378 				{

   379 				testSuccess = EFalse;

   380 				}

   382 			//check the Reset() function.

   383 			md->Reset();

   385 			TPtrC8 digest2 = md->Hash(*input);

   386 			if (digest2!=(*output))

   387 				{

   388 				testSuccess = EFalse;

   389 				}

   391 		//	Now try this in 2 half sections (just a quick check)

   392 			md->Reset();

   394 			TInt inputLen = input->Length();

   395 			if (inputLen > 1)

   396 				{

   397 				TInt leftHandLen = inputLen/2;

   398 				TPtrC8 left = input->Left(leftHandLen);

   399 				TPtrC8 right = input->Right(inputLen - leftHandLen);

   401 				TPtrC8 halfDigest = md->Hash(left);

   402 				if (halfDigest.Size()==0)	//	Unnecessary test, but removes

   403 					User::Leave(KErrAbort);	//	a warning about not using halfDigest

   405 				TPtrC8 wholeDigest = md->Hash(right);

   407 				if (wholeDigest!=(*output))

   408 					{

   409 					testSuccess = EFalse;

   410 					}

   411 				}

   413 ///////////////////////////////////////////////////////////////

   414 //	Now test the new API - Update/Final functions

   415 ///////////////////////////////////////////////////////////////

   416 			md->Reset();

   417 			if (md->Final(*input)!=(*output))

   418 				{

   419 				testSuccess = EFalse;

   420 				}

   422 		//	Now try this in 2 half sections (just a quick check)

   423 			md->Reset();

   424 			inputLen = input->Length();

   425 			if (inputLen > 1)

   426 				{

   427 				TInt leftHandLen = inputLen/2;

   428 				TPtrC8 left = input->Left(leftHandLen);

   429 				TPtrC8 right = input->Right(inputLen - leftHandLen);

   431 				md->Update(left);

   432 				TPtrC8 wholeDigest = md->Final(right);

   434 				if (wholeDigest!=(*output))

   435 					{

   436 					testSuccess = EFalse;

   437 					}

   438 				}

   439 			CleanupStack::PopAndDestroy(3);

   440 			break;

   441 			}

   442 		case CTestData::EFinished:

   443 			finished=ETrue;

   444 			break;

   445 		default:

   446 			test.Printf(_L("Error in data file\r\n"));

   447 			break;

   448 			}

   449 		};

   451 	CleanupStack::PopAndDestroy(data);

   453 	if (!testSuccess)

   454 		User::Leave(KErrGeneral);

   455 	}

   457 void OOMTestL(CMessageDigest* aMD)

   458 	{

   459 	test.Next(_L("Out of memory test"));

   460 	TInt err = KErrNoMemory;

   461 	TInt nextFailure=0;

   462 	gInOOMTest=ETrue;

   463 	while (err!=KErrNone)

   464 		{

   465 		__UHEAP_MARK;

   466 		__UHEAP_FAILNEXT(nextFailure);

   467 		TRAP(err,FunctionalityTestL(aMD));

   468 		__UHEAP_MARKEND;

   469 		nextFailure++;

   470 		}

   471 	__UHEAP_RESET;

   472 	gInOOMTest=EFalse;

   473 	}

   475 void HMACVectorTestL(CMessageDigest* aMD,const TDesC& aFilename)

   476 	{

   477 	test.Next(_L("HMAC Test Vector tests"));

   478 	CTestData* data = CTestData::NewL(aFilename);

   479 	CleanupStack::PushL(data);

   481 	TBool finished=EFalse;

   482 	TBool testSuccess = ETrue;

   484 	while (!finished)

   485 		{

   486 		switch (data->Type())

   487 			{

   488 		case CTestData::EMessage:

   489 			{

   490 			break;

   491 			}

   492 		case CTestData::EFileName:

   493 			{

   494 			//get the filename from the .dat file

   495 			HBufC8* filename = (*data)[1];

   496 			User::LeaveIfNull(filename);

   497 			CleanupStack::PushL(filename);

   499 			HBufC8* key= (*data)[2];

   500 			User::LeaveIfNull(key);

   501 			CleanupStack::PushL(key);

   503 			HBufC16* inputFileName = CnvUtfConverter::ConvertToUnicodeFromUtf8L(*filename);

   505 			HBufC8* output = (*data)[3];

   506 			User::LeaveIfNull(output);

   507 			CleanupStack::PushL(output);

   509 			Hex(*key);

   510 			Hex(*output);

   512 			RFs fs;

   513 			RFile file;

   514 			CleanupClosePushL(fs);

   515 			User::LeaveIfError(fs.Connect());

   516 			TDriveUnit sysDrive(fs.GetSystemDrive());

   517 			TBuf<24> filePath (sysDrive.Name());

   518 			filePath.Append(_L("\\thash\\"));

   519 			User::LeaveIfError(fs.SetSessionPath(filePath));

   520 			CleanupClosePushL(file);

   521 			User::LeaveIfError(file.Open(fs,*inputFileName,EFileShareAny|EFileRead));

   522 			// read into iFile

   523 			TInt size=0;

   524 			file.Size(size);

   525 			HBufC8* fileContents=HBufC8::NewMaxL(size);

   527 			TPtr8 ptr=fileContents->Des();

   528 			User::LeaveIfError(file.Read(ptr));

   529 			CleanupStack::PopAndDestroy(2, &fs);

   530 			CleanupStack::PushL(fileContents);

   531 			delete inputFileName;

   533 			CMessageDigest* temp = aMD->ReplicateL();

   534 			CleanupStack::PushL(temp);

   535 			CMessageDigest* md = CHMAC::NewL(*key, temp);

   536 			CleanupStack::Pop(temp);	//	Now owned by md

   538 			TPtrC8 digest = md->Hash(*fileContents);

   539 			if (digest!=(*output))

   540 				{

   541 				testSuccess = EFalse;

   542 				}

   544 		//	Now try this in 2 half sections (just a quick check)

   545 			md->Reset();

   547 			TInt inputLen = fileContents->Length();

   548 			if (inputLen > 1)

   549 				{

   550 				TInt leftHandLen = inputLen/2;

   551 				TPtrC8 left = fileContents->Left(leftHandLen);

   552 				TPtrC8 right = fileContents->Right(inputLen - leftHandLen);

   554 				TPtrC8 halfDigest = md->Hash(left);

   555 				if (halfDigest.Size()==0)	//	Unnecessary test, but removes

   556 					User::Leave(KErrAbort);	//	a warning about not using halfDigest

   557 				TPtrC8 wholeDigest = md->Hash(right);

   559 				if (wholeDigest!=(*output))

   560 					{

   561 					testSuccess = EFalse;

   562 					}

   563 				}

   565 			md->Reset();

   566 			TPtrC8 finalDigest = md->Final(*fileContents);

   567 			if (finalDigest!=(*output))

   568 				{

   569 				testSuccess = EFalse;

   570 				}

   572 		//	Now try this in 2 half sections (just a quick check)

   573 			md->Reset();

   575 			inputLen = fileContents->Length();

   576 			if (inputLen > 1)

   577 				{

   578 				TInt leftHandLen = inputLen/2;

   579 				TPtrC8 left = fileContents->Left(leftHandLen);

   580 				TPtrC8 right = fileContents->Right(inputLen - leftHandLen);

   582 				md->Update(left);

   583 				TPtrC8 wholeDigest = md->Final(right);

   585 				if (wholeDigest!=(*output))

   586 					{

   587 					testSuccess = EFalse;

   588 					}

   589 				}

   590 			delete md;

   591 			CleanupStack::PopAndDestroy(4, filename);	//	filename, key, output,fileContents

   592 			break;

   593 			}

   594 		case CTestData::EData:

   595 			{

   596 			HBufC8* input = (*data)[0];

   597 			User::LeaveIfNull(input);

   598 			CleanupStack::PushL(input);

   600 			HBufC8* key = (*data)[1];

   601 			User::LeaveIfNull(key);

   602 			CleanupStack::PushL(key);

   604 			HBufC8* output = (*data)[2];

   605 			User::LeaveIfNull(output);

   606 			CleanupStack::PushL(output);

   608 			Hex(*input);

   609 			Hex(*key);

   610 			Hex(*output);

   612 			CMessageDigest* temp = aMD->ReplicateL();

   613 			CleanupStack::PushL(temp);

   614 			CMessageDigest* md = CHMAC::NewL(*key, temp);

   615 			CleanupStack::Pop(temp);	//	Now owned by md

   617 			TPtrC8 digest = md->Hash(*input);

   618 			if (digest!=(*output))

   619 				{

   620 				testSuccess = EFalse;

   621 				}

   623 		//	Now try this in 2 half sections (just a quick check)

   624 			md->Reset();

   626 			TInt inputLen = input->Length();

   627 			if (inputLen > 1)

   628 				{

   629 				TInt leftHandLen = inputLen/2;

   630 				TPtrC8 left = input->Left(leftHandLen);

   631 				TPtrC8 right = input->Right(inputLen - leftHandLen);

   633 				TPtrC8 halfDigest = md->Hash(left);

   634 				if (halfDigest.Size()==0)	//	Unnecessary test, but removes

   635 					User::Leave(KErrAbort);	//	a warning about not using halfDigest

   636 				TPtrC8 wholeDigest = md->Hash(right);

   638 				if (wholeDigest!=(*output))

   639 					{

   640 					testSuccess = EFalse;

   641 					}

   642 				}

   644 ///////////////////////////////////////////////////////////////

   645 //	Now test the new API - Update/Final functions

   646 ///////////////////////////////////////////////////////////////

   647 			md->Reset();

   648 			TPtrC8 finalDigest = md->Final(*input);

   649 			if (finalDigest!=(*output))

   650 				{

   651 				testSuccess = EFalse;

   652 				}

   654 		//	Now try this in 2 half sections (just a quick check)

   655 			md->Reset();

   657 			inputLen = input->Length();

   658 			if (inputLen > 1)

   659 				{

   660 				TInt leftHandLen = inputLen/2;

   661 				TPtrC8 left = input->Left(leftHandLen);

   662 				TPtrC8 right = input->Right(inputLen - leftHandLen);

   664 				md->Update(left);

   665 				TPtrC8 wholeDigest = md->Final(right);

   667 				if (wholeDigest!=(*output))

   668 					{

   669 					testSuccess = EFalse;

   670 					}

   671 				}

   672 			delete md;

   673 			CleanupStack::PopAndDestroy(3);	//	input, key, output

   674 			break;

   675 			}

   676 		case CTestData::EFinished:

   677 			finished=ETrue;

   678 			break;

   679 		default:

   680 			test.Printf(_L("Error in data file\r\n"));

   681 			break;

   682 			}

   683 		};

   685 	CleanupStack::PopAndDestroy(data);

   687 	if (!testSuccess)

   688 		User::Leave(KErrGeneral);

   689 	}

   691 void HMACTestsL(CMessageDigest* aMD,const TDesC& aFilename, const TDesC& aHashType)

   692 	{

   693 	TBuf<0x40> formattable;

   694 	formattable.Format(_L("HMAC Tests for %S"), &aHashType);

   695 	test.Next(formattable);

   696 	CMessageDigest* temp = aMD->ReplicateL();

   697 	CleanupStack::PushL(temp);

   698 	CHMAC* hmac=CHMAC::NewL(_L8("aaaaaaaa"), temp);

   699 	CleanupStack::Pop(temp);

   700 	CleanupStack::PushL(hmac);

   702 //	For each of the available digests

   703 	FunctionalityTestL(hmac);		//JCS for now

   704 	HMACVectorTestL(aMD,aFilename);

   705 	OOMTestL(hmac);

   707 	CleanupStack::PopAndDestroy(hmac);

   708 	}

   710 void MD2TestsL()

   711 	{

   712 	CMD2* md2;

   713 	md2=CMD2::NewL();

   714 	CleanupStack::PushL(md2);

   716 	FunctionalityTestL(md2);

   718 	VectorTestL(md2,_L("md2.dat"));

   720 	OOMTestL(md2);

   722 	CleanupStack::PopAndDestroy(md2);

   724 // Problem reported by Jal Panvel, 17-12-1999.

   725 // Report by email, CSHA1::Hash() returning zero length descriptor

   726 //

   727 // This was caused by failure to set internal hash descriptor length on setup, this

   728 // problem was present in all hashes except MD2 which set it up correctly.

   729 // Fixed 17-12-1999.

   730 	test.Next(_L("Fixed bugs Tests"));

   731 	md2 = CMD2::NewL();

   732 	CleanupStack::PushL(md2);

   733 	TPtrC8 data(_L8("The quick brown fox jumped over the lazy dog"));

   734 	TBuf8<128> hash;

   735 	hash = md2->Hash(data);

   736 	test(hash.Length() == md2->HashSize());

   738 	HMACTestsL(md2,_L("hmacmd2.dat"), _L("md2"));

   739 	CleanupStack::PopAndDestroy(md2);

   740 	}

   742 void MD5TestsL()

   743 	{

   744 	CMD5* md5;

   745 	md5=CMD5::NewL();

   746 	CleanupStack::PushL(md5);

   748 	FunctionalityTestL(md5);

   750 	VectorTestL(md5,_L("md5.dat"));

   752 	OOMTestL(md5);

   754 	CleanupStack::PopAndDestroy(md5);

   755 	test.Next(_L("Fixed bugs Tests"));

   756 // Problem reported by Jal Panvel, 17-12-1999.

   757 // Report by email, CSHA1::Hash() returning zero length descriptor

   758 //

   759 // This was caused by failure to set internal hash descriptor length on setup, this

   760 // problem was present in all hashes except MD2 which set it up correctly.

   761 // Fixed 17-12-1999.

   762 	CMD5* md = CMD5::NewL();

   763 	CleanupStack::PushL(md);

   764 	TPtrC8 data(_L8("The quick brown fox jumped over the lazy dog"));

   765 	TBuf8<128> hash;

   766 	hash = md->Hash(data);

   767 	test(hash.Length() == md->HashSize());

   769 	HMACTestsL(md,_L("hmacmd5.dat"), _L("md5"));

   770 	CleanupStack::PopAndDestroy(md);

   772 	//	Test for DEF001510 "TLS - Receives Disconnect Indication during hands..."

   773 	CMD5* testHasher = CMD5::NewL();

   774 	CleanupStack::PushL(testHasher);

   775 	TPtrC8 client(_L8("D652CA1A6154D8303C16C055E424A5ACF3EBAB94284CD9B05B85C0D0F0B8E7A4"));

   776 	TPtrC8 server(_L8("3E3E56059EFEE4F8C5B05C76128C4C84916DF9E935510C3C063454856FF29FF8"));

   778 	HBufC8* clientData = client.AllocLC();

   779 	HBufC8* serverData = server.AllocLC();

   781 	Hex(*clientData);

   782 	Hex(*serverData);

   784 	testHasher->Hash(*clientData);

   785 	testHasher->Hash(*serverData);

   787 	TBuf8<32> md5buf;

   788 	md5buf.Copy(testHasher->Hash(TPtrC8(0,0)));

   790 	testHasher->Reset();

   792 //	Now hash in one chunk

   793 	TPtrC8 all(_L8("D652CA1A6154D8303C16C055E424A5ACF3EBAB94284CD9B05B85C0D0F0B8E7A43E3E56059EFEE4F8C5B05C76128C4C84916DF9E935510C3C063454856FF29FF8"));

   794 	HBufC8* allData = all.AllocLC();

   795 	Hex(*allData);

   797 	TBuf8<32> allbuf;

   798 	allbuf = testHasher->Hash(*allData);

   799 	test(allbuf.Compare(md5buf)==0);

   800 	CleanupStack::PopAndDestroy(4, testHasher);

   801 	}

   804 void MD4TestsL()

   805 	{

   806 	CMD4* md4;

   807 	md4=CMD4::NewL();

   808 	CleanupStack::PushL(md4);

   810 	FunctionalityTestL(md4);

   812 	VectorTestL(md4,_L("md4.dat"));

   814 	OOMTestL(md4);

   816 	CleanupStack::PopAndDestroy(md4);

   818     //Copied the tests carried out for other Digest generating algorithms (MD5, SHA1)

   819 	CMD4* md = CMD4::NewL();

   820 	CleanupStack::PushL(md);

   821 	TPtrC8 data(_L8("The quick brown fox jumped over the lazy dog"));

   822 	TBuf8<128> hash;

   823 	hash = md->Hash(data);

   824 	test(hash.Length() == md->HashSize());

   826 	HMACTestsL(md,_L("hmacmd4.dat"), _L("md4"));

   827 	CleanupStack::PopAndDestroy(md);

   829 	CMD4* testHasher = CMD4::NewL();

   830 	CleanupStack::PushL(testHasher);

   831 	TPtrC8 client(_L8("D652CA1A6154D8303C16C055E424A5ACF3EBAB94284CD9B05B85C0D0F0B8E7A4"));

   832 	TPtrC8 server(_L8("3E3E56059EFEE4F8C5B05C76128C4C84916DF9E935510C3C063454856FF29FF8"));

   834 	HBufC8* clientData = client.AllocLC();

   835 	HBufC8* serverData = server.AllocLC();

   837 	Hex(*clientData);

   838 	Hex(*serverData);

   840 	testHasher->Hash(*clientData);

   841 	testHasher->Hash(*serverData);

   843 	TBuf8<32> md4buf;

   844 	md4buf.Copy(testHasher->Hash(TPtrC8(0,0)));

   846 	testHasher->Reset();

   848 //	Now hash in one chunk

   849 	TPtrC8 all(_L8("D652CA1A6154D8303C16C055E424A5ACF3EBAB94284CD9B05B85C0D0F0B8E7A43E3E56059EFEE4F8C5B05C76128C4C84916DF9E935510C3C063454856FF29FF8"));

   850 	HBufC8* allData = all.AllocLC();

   851 	Hex(*allData);

   853 	TBuf8<32> allbuf;

   854 	allbuf = testHasher->Hash(*allData);

   855 	test(allbuf.Compare(md4buf)==0);

   856 	CleanupStack::PopAndDestroy(4, testHasher);

   858 	//Tests for the Factory Method CMessageDigestFactory

   859  	CMessageDigest* messageDigest = CMessageDigestFactory::NewDigestLC(CMessageDigest::EMD4);

   860  	VectorTestL(messageDigest,_L("md4.dat"));

   861   	CleanupStack::PopAndDestroy(messageDigest);

   864 	}

   866 void SHA1TestsL()

   867 	{

   868 	CSHA1* sha;

   869 	sha=CSHA1::NewL();

   870 	CleanupStack::PushL(sha);

   872 	VectorTestL(sha,_L("sha1.dat"));

   874 	FunctionalityTestL(sha);

   876 	OOMTestL(sha);

   878 	CleanupStack::PopAndDestroy(sha);

   880 	test.Next(_L("Fixed bugs Tests"));

   881 // Problem reported by Jal Panvel, 17-12-1999.

   882 // Report by email, CSHA1::Hash() returning zero length descriptor

   883 //

   884 // This was caused by failure to set internal hash descriptor length on setup, this

   885 // problem was present in all hashes except MD2 which set it up correctly.

   886 // Fixed 17-12-1999.

   888 	sha=CSHA1::NewL();

   889 	CleanupStack::PushL(sha);

   890 	TPtrC8 data(_L8("The quick brown fox jumped over the lazy dog"));

   891 	TBuf8<128> hash;

   892 	hash = sha->Hash(data);

   893 	test(hash.Length() == sha->HashSize());

   894 	sha->Reset();

   896 	//	Test for DEF001510 "TLS - Receives Disconnect Indication during hands..."

   897 	CSHA1* testHasher = CSHA1::NewL();

   898 	CleanupStack::PushL(testHasher);

   899 	TPtrC8 client(_L8("D652CA1A6154D8303C16C055E424A5ACF3EBAB94284CD9B05B85C0D0F0B8E7A4"));

   900 	TPtrC8 server(_L8("3E3E56059EFEE4F8C5B05C76128C4C84916DF9E935510C3C063454856FF29FF8"));

   902 	HBufC8* clientData = client.AllocLC();

   903 	HBufC8* serverData = server.AllocLC();

   905 	Hex(*clientData);

   906 	Hex(*serverData);

   908 //	Hash in 2 portions

   909 	TBuf8<32> clientbuf;

   910 	TBuf8<32> serverbuf;

   911 	clientbuf = testHasher->Hash(*clientData);

   912 	serverbuf = testHasher->Hash(*serverData);

   914 	TBuf8<32> shabuf;

   915 	shabuf.Copy(testHasher->Hash(TPtrC8(0,0)));

   916 	testHasher->Reset();

   918 //	Now hash in one chunk

   919 	TPtrC8 all(_L8("D652CA1A6154D8303C16C055E424A5ACF3EBAB94284CD9B05B85C0D0F0B8E7A43E3E56059EFEE4F8C5B05C76128C4C84916DF9E935510C3C063454856FF29FF8"));

   920 	HBufC8* allData = all.AllocLC();

   921 	Hex(*allData);

   923 	TBuf8<32> allbuf;

   924 	allbuf = testHasher->Hash(*allData);

   926 	test(allbuf.Compare(shabuf)==0);

   927 	CleanupStack::PopAndDestroy(4, testHasher);

   929 	// Test hashing non-word aligned data - used to crash on arm

   930 	TPtrC8 nonAlignedData = data.Mid(1);

   931 	hash = sha->Final(nonAlignedData);

   932 	test(hash.Length() == sha->HashSize());

   933 	sha->Reset();

   935 //	Test end

   936 	HMACTestsL(sha,_L("hmacsha1.dat"), _L("sha1"));

   937 	CleanupStack::PopAndDestroy();		// sha

   938 	}

   940 void ExecuteSha2TestsL(CMessageDigest* aMD, const TDesC& aVector, const TDesC& aHMACVector, const TDesC& aHashType)

   941 	{

   942 	VectorTestL(aMD, aVector);

   943 	FunctionalityTestL(aMD);

   944 	OOMTestL(aMD);

   945 	aMD->Reset();

   947 	test.Next(_L("Fixed bugs Tests"));

   949 	_LIT8(KTest1Data, "The quick brown fox jumped over the lazy dog");

   950 	TBuf8<KMaxHashSize> hash;

   951 	hash = aMD->Hash(KTest1Data());

   952 	test(hash.Length() == aMD->HashSize());

   953 	aMD->Reset();

   955 	_LIT8(KClientData, "D652CA1A6154D8303C16C055E424A5ACF3EBAB94284CD9B05B85C0D0F0B8E7A4");

   956 	_LIT8(KServerData, "3E3E56059EFEE4F8C5B05C76128C4C84916DF9E935510C3C063454856FF29FF8");

   958 	HBufC8* clientData = KClientData().AllocLC();

   959 	HBufC8* serverData = KServerData().AllocLC();

   961 	Hex(*clientData);

   962 	Hex(*serverData);

   964 //	Hash in 2 portions

   965 	aMD->Hash(*clientData);

   966 	aMD->Hash(*serverData);

   968 	CleanupStack::PopAndDestroy(2, clientData);

   970 	TBuf8<KMaxHashSize> shabuf;

   971 	shabuf.Copy(aMD->Hash(KNullDesC8()));

   972 	aMD->Reset();

   974 //	Now hash in one chunk

   975 	_LIT8(KAllData, "D652CA1A6154D8303C16C055E424A5ACF3EBAB94284CD9B05B85C0D0F0B8E7A43E3E56059EFEE4F8C5B05C76128C4C84916DF9E935510C3C063454856FF29FF8");

   976 	HBufC8* allData = KAllData().AllocLC();

   977 	Hex(*allData);

   979 	TBuf8<KMaxHashSize> allbuf;

   980 	allbuf = aMD->Hash(*allData);

   982 	test(allbuf.Compare(shabuf)==0);

   983 	CleanupStack::PopAndDestroy(allData);

   985 	// Test hashing non-word aligned data - used to crash on arm

   986 	TPtrC8 nonAlignedData = KTest1Data().Mid(1);

   987 	hash = aMD->Final(nonAlignedData);

   988 	test(hash.Length() == aMD->HashSize());

   989 	aMD->Reset();

   991 //	Test end

   992 	HMACTestsL(aMD, aHMACVector, aHashType);

   993 	}

   995 _LIT(K224Algo, "SHA-224.dat");

   996 _LIT(K256Algo, "SHA-256.dat");

   997 _LIT(K384Algo, "SHA-384.dat");

   998 _LIT(K512Algo, "SHA-512.dat");

   999 _LIT(K224Vector, "sha224.dat");

  1000 _LIT(K256Vector, "sha256.dat");

  1001 _LIT(K384Vector, "sha384.dat");

  1002 _LIT(K512Vector, "sha512.dat");

  1003 _LIT(K224HmacVector, "hmacsha224.dat");

  1004 _LIT(K256HmacVector, "hmacsha256.dat");

  1005 _LIT(K384HmacVector, "hmacsha384.dat");

  1006 _LIT(K512HmacVector, "hmacsha512.dat");

  1008 const TDesC* gNames[] =

  1009 	{

  1010 	&K224Vector(),

  1011 	&K224HmacVector(),

  1012 	&K224Algo(),

  1013 	&K256Vector(),

  1014 	&K256HmacVector(),

  1015 	&K256Algo(),

  1016 	&K384Vector(),

  1017 	&K384HmacVector(),

  1018 	&K384Algo(),

  1019 	&K512Vector(),

  1020 	&K512HmacVector(),

  1021 	&K512Algo(),

  1022 	};

  1025 void SHA2TestsL(CMessageDigest::THashId aHashId)

  1026 	{

  1027 	CMessageDigest* md = CMessageDigestFactory::NewDigestLC(aHashId);

  1028 	TInt pos = aHashId - CMessageDigest::ESHA224;

  1029 	pos *= 3;

  1030 	ExecuteSha2TestsL (md, *gNames[pos], *gNames[pos+1], *gNames[pos+2]);

  1031 	CleanupStack::PopAndDestroy(md);

  1032 	}

  1034 void HashTests(void)

  1035 	{

  1036 	TInt32 testsFailed=0, testCount=0;

  1038 	test.Start(_L("MD4 Tests"));

  1039 	TRAPD(r, MD4TestsL());

  1040   ++testCount;

  1041 	if (r!=KErrNone)

  1042 		{

  1043 		test.Printf(_L("\r\nMD4 Tests failed error code =%d\r\n\r\n"),r);

  1044 		++testsFailed;

  1045 		}

  1047 	test.Start(_L("SHA1 Tests"));

  1048 	TRAP(r, SHA1TestsL());

  1049 	++testCount;

  1050 	if (r!=KErrNone)

  1051 		{

  1052 		test.Printf(_L("\r\nSHA1 Tests failed error code =%d\r\n\r\n"),r);

  1053 		++testsFailed;

  1054 		}

  1056 	test.Start(_L("SHA-224 Tests"));

  1057 	TRAP(r, SHA2TestsL(CMessageDigest::ESHA224));

  1058 	++testCount;

  1059 	if (r!=KErrNone)

  1060 		{

  1061 		test.Printf(_L("\r\nSHA-224 Tests failed error code =%d\r\n\r\n"),r);

  1062 		++testsFailed;

  1063 		}

  1065 	test.Start(_L("SHA-256 Tests"));

  1066 	TRAP(r, SHA2TestsL(CMessageDigest::ESHA256));

  1067 	++testCount;

  1068 	if (r!=KErrNone)

  1069 		{

  1070 		test.Printf(_L("\r\nSHA-256 Tests failed error code =%d\r\n\r\n"),r);

  1071 		++testsFailed;

  1072 		}

  1074 	test.Start(_L("SHA-384 Tests"));

  1075 	TRAP(r, SHA2TestsL(CMessageDigest::ESHA384));

  1076 	++testCount;

  1077 	if (r!=KErrNone)

  1078 		{

  1079 		test.Printf(_L("\r\nSHA-384 Tests failed error code =%d\r\n\r\n"),r);

  1080 		++testsFailed;

  1081 		}

  1083 	test.Start(_L("SHA-512 Tests"));

  1084 	TRAP(r, SHA2TestsL(CMessageDigest::ESHA512));

  1085 	++testCount;

  1086 	if (r!=KErrNone)

  1087 		{

  1088 		test.Printf(_L("\r\nSHA-512 Tests failed error code =%d\r\n\r\n"),r);

  1089 		++testsFailed;

  1090 		}

  1092 	test.Start(_L("MD5 Tests"));

  1093 	TRAP(r, MD5TestsL());

  1094   ++testCount;

  1095  	if (r!=KErrNone)

  1096 		{

  1097 		test.Printf(_L("\r\nMD5 Tests failed error code =%d\r\n\r\n"),r);

  1098 		++testsFailed;

  1099 		}

  1101 	test.Start(_L("MD2 Tests"));

  1102 	TRAP(r, MD2TestsL());

  1103   ++testCount;

  1104  	if (r!=KErrNone)

  1105 		{

  1106 		test.Printf(_L("\r\nMD2 Tests failed error code =%d\r\n\r\n"),r);

  1107 		++testsFailed;

  1108 		}

  1110   test.Printf(_L("\r\n%d tests failed out of %d \r\n"),testsFailed,testCount);

  1111 	test(testsFailed==0);

  1112 	}

  1115 GLDEF_C TInt E32Main(void)

  1117 	{

  1118 	CTrapCleanup* cleanup;

  1119 	cleanup=CTrapCleanup::New();

  1121 	test.Start(_L(" @SYMTestCaseID:SEC-CRYPTOSPI-HASH-0035 Hash Algorithm Tests "));

  1122 	CTestConsole* con=NULL;

  1123 	TRAPD(ret, con=CTestConsole::NewL(test.Console()));

  1124 	if(ret != KErrNone)

  1125 		{

  1126 		return ret;

  1127 		}

  1128 	RFs fs;

  1130 	fs.Connect();

  1131 	RFile* file;

  1132 	file=new (ELeave) RFile;

  1134 	TDriveUnit sysDrive (fs.GetSystemDrive());

  1135 	TBuf<24> hashLogFile (sysDrive.Name());

  1136 	hashLogFile.Append(_L("\\HashLog.txt"));

  1138 	file->Replace(fs,hashLogFile,EFileShareAny|EFileWrite);

  1139 	con->SetLogFile(file);

  1141 	test.SetConsole(con);

  1142 	__UHEAP_MARK;

  1143 	 HashTests();

  1144 	__UHEAP_MARKEND;

  1146 	test.End();

  1147 	test.Close();

  1148 	delete cleanup;

  1149 	return(KErrNone);

  1150 	}

author	sl
	Tue, 10 Jun 2014 14:32:02 +0200
changeset 1	260cb5ec6c19
permissions	-rw-r--r--