39 

    40 

    41 //-------------------------------------------------------------------------------------------------------------------

    42 

    43 /**

    44     Prints out a hex dump of a descriptor contents

    45     @param  aBuf data descriptor to dump

    46 */

    47 void  F32_Test_Utils::HexDump(const TDesC8& aBuf)

    48 {

    49     HexDump(aBuf.Ptr(), aBuf.Size());

    50 }

    51 

    52 //-------------------------------------------------------------------------------------------------------------------

    53 /**

    54     Prints out a hex dump of a buffer

    55     @param  apBuf   pointer to the data to dump

    56     @param  aBufLen buffer length

    57 */

    58 void  F32_Test_Utils::HexDump(const TAny* apBuf, TUint aBufLen)

    59 {

    60     DoPrintf(_L("~ F32_Test_Utils::HexDump() size:%u\n"), aBufLen);

    61   

    62     ASSERT(apBuf);

    63     

    64     if(!aBufLen)

    65         return;

    66 

    67     const TUint colDmpWidth = 16;

    68     const TUint8* pBuf = (const TUint8*)apBuf;

    69     TBuf<256> buf1;

    70     TBuf<64>  buf2;

    71 

    72     TUint dumpPos;

    73     

    74     for(dumpPos=0; dumpPos < aBufLen-1; )

    75     {

    76         buf1.Format(_L("%06X: "), dumpPos);

    77         buf2.Zero();

    78 

    79         for(TUint i=0; i<colDmpWidth; ++i)

    80         {

    81             buf1.AppendFormat(_L("%02x "), pBuf[dumpPos+i]);

    82         

    83             const TChar ch = pBuf[dumpPos+i];

    84             if(ch.IsPrint())

    85                 buf2.Append(ch);

    86             else    

    87                 buf2.Append(_L("."));

    88             

    89 

    90             if(++dumpPos >= aBufLen)

    91             {    

    92                 while(++i < colDmpWidth)

    93                 {

    94                     buf1.Append(_L("   "));

    95                     buf2.Append(_L(" "));

    96                 }

    97 

    98                 break;

    99             }

   100         }

   101 

   102         buf1.Append(buf2);

   103         DoPrintf(buf1);

   104     

   105     }

   106 

   107     DoPrintf(_L("\n"));

   108 

   109 }

   110 

   111 

   112 //-------------------------------------------------------------------------------------------------------------------

   113 /**

   114     Compare 2 buffers and print out the difference if there is any.

   115     Buffer sizes must be the same and non-0

   116 

   117     @param  aBuf1   buffer 1 descriptor

   118     @param  aBuf2   buffer 2 descriptor

   119     

   120     @return ETrue if buffers are the same, EFalse otherwise

   121 */

   122 TBool F32_Test_Utils::CompareBuffers(const TDesC8& aBuf1, const TDesC8& aBuf2)

   123 {

   124     return CompareBuffers(aBuf1.Ptr(), aBuf1.Size(), aBuf2.Ptr(), aBuf2.Size());

   125 }

   126 

   127 //-------------------------------------------------------------------------------------------------------------------

   128 /**

   129     Compare 2 buffers and print out the difference if there is any.

   130     Buffer sizes must be the same and non-0

   131 

   132     @param  apBuf1   pointer to the buffer 1 

   133     @param  aBuf1Len buffer1 length

   134     @param  apBuf2   pointer to the buffer 2 

   135     @param  aBuf2Len buffer2 length

   136 

   137     @return ETrue if buffers are the same, EFalse otherwise

   138 */

   139 TBool F32_Test_Utils::CompareBuffers(const TAny* apBuf1, TUint aBuf1Len, const TAny* apBuf2, TUint aBuf2Len)

   140 {

   141     ASSERT(apBuf1 && apBuf2);

   142     

   143     if(aBuf1Len != aBuf2Len)

   144     {

   145         DoPrintf(_L("~ F32_Test_Utils::CompareBuffers() different sizes! %u:%u\n"), aBuf1Len, aBuf2Len);

   146         ASSERT(0);

   147         return EFalse;

   148     }

   149 

   150     if(!aBuf1Len)

   151     {//-- empty buffers to compare

   152         return ETrue;

   153     }

   154 

   155 

   156     const TUint8* pBuf1 = (const TUint8*)apBuf1;

   157     const TUint8* pBuf2 = (const TUint8*)apBuf2;   

   158         

   159     if(!Mem::Compare(pBuf1, aBuf1Len, pBuf2, aBuf2Len))

   160         return ETrue; //-- buffers are the same. 

   161 

   162 

   163     //-- the buffers' contents are different

   164     TUint diffpos;

   165     TBuf<256> buf1;

   166     TBuf<100> buf2;

   167 

   168     const TUint colDmpWidth = 16;

   169     TBool bBannerPrinted = EFalse;

   170 

   171     //-- dump chunks of the buffer with differences only

   172     for(diffpos=0; diffpos<aBuf1Len-1; )

   173     {

   174         if(pBuf1[diffpos] == pBuf2[diffpos])

   175             {

   176             ++diffpos;

   177             continue;

   178             }

   179 

   180         if(!bBannerPrinted)

   181         {

   182             bBannerPrinted = ETrue;

   183             DoPrintf(_L("~ F32_Test_Utils::CompareBuffers() buffers' contents are different starting at pos:%u (0x%x). Hexdump:\n"), diffpos, diffpos);

   184 

   185         }

   186 

   187         //-- difference found, dump chunks of the buffer with differences only

   188         TUint dumpPos = (diffpos >> 4) << 4; //-- round down to 16

   189 

   190         buf1.Format(_L("%06X: "), dumpPos);

   191         buf2.Format(_L("|"));

   192         

   193         for(TUint i=0; i<colDmpWidth; ++i)

   194         {

   195             buf1.AppendFormat(_L("%02x"), pBuf1[dumpPos+i]);

   196             buf2.AppendFormat(_L("%02x"), pBuf2[dumpPos+i]);

   197 

   198             if(i < colDmpWidth-1)

   199             {

   200                 buf1.Append(_L(" "));

   201                 buf2.Append(_L(" "));

   202             }

   203 

   204         

   205             if(++diffpos >= aBuf1Len)

   206             {//-- pad the dump with spaces

   207                 while(++i < colDmpWidth)

   208                 {

   209                     buf1.Append(_L("   "));

   210                     buf2.Append(_L("   "));

   211                 }

   212             

   213                 break;

   214             }

   215 

   216         }

   217 

   218         buf1.Append(buf2);

   219         DoPrintf(buf1);

   220     }

   221     

   222     DoPrintf(_L("\n"));

   223 

   224     return EFalse;

   225 }

   226 

   227 

   228 //-------------------------------------------------------------------------------------------------------------------

   441 _LIT(KFsName_HVFS, "HVFS");

   476 }

   477 

   478 /** @return ETrue if "HVFS" is mounted on this drive (i.e PlatSim's drive C:) */

   479 TBool F32_Test_Utils::Is_HVFS(RFs &aFs, TInt aDrive)

   480 {

   481 	ASSERT(aDrive >= EDriveA && aDrive <= EDriveZ);

   482     TFSName f;

   483 	TInt r = aFs.FileSystemName(f, aDrive);

   484     __ASSERT_ALWAYS((r==KErrNone) && (f.Length()>0), User::Invariant());

   485 

   486     return (f.CompareF(KFsName_HVFS) == 0);

   487 }

   488 

   489 /** @return ETrue if "HVFS" or "Win32" FS is mounted on this drive

   490  * 			(i.e drive C: of PlatSim or the emulator) */

   491 TBool F32_Test_Utils::Is_SimulatedSystemDrive(RFs &aFs, TInt aDrive)

   492 {

   493 	ASSERT(aDrive >= EDriveA && aDrive <= EDriveZ);

   494     TFSName f;

   495 	TInt r = aFs.FileSystemName(f, aDrive);

   496     __ASSERT_ALWAYS((r==KErrNone) && (f.Length()>0), User::Invariant());

   497 

   498     return (f.CompareF(KFsName_HVFS) == 0 || f.CompareF(KFsName_Win32) == 0);