TInt CFloggerTest028_Sync_Static_Multiple2::DoTestCheckWriteL()
{
RFile logFile;
HBufC8* hBuffer;
TInt listfilesize,returnCode;
RFs fileSystem; //For file operation create a file system
TInt numSuccessful = 0;
User::LeaveIfError(fileSystem.Connect());
//Open the file in the read mode
User::LeaveIfError(logFile.Open(fileSystem,KFloggerOutputFile,EFileRead));
CleanupClosePushL(logFile);
User::LeaveIfError(logFile.Size(listfilesize)); //Size of the file
hBuffer = HBufC8::New(listfilesize); //Allocate the buffer
CleanupStack::PushL(hBuffer);
TPtr8 ptrString = hBuffer->Des(); //To access the buffer
// Read from position 0: start of file
User::LeaveIfError(returnCode = logFile.Read(ptrString));
// the test case writes 5 elements 100 times, but we only check these things:
// 1. that the long test message with one parameter is written 100 times
// 2. that the test message with one param is written 100 times
// 3. that the end of test message has been written
TPtrC8 ptrStringOffsetForSearching;
returnCode = ptrString.Find(KTestMessageOneParamExpected);
if (returnCode > 0)
{
numSuccessful++;
}
TInt newLength; // allow length to be watched during debugging
TInt loop;
ptrStringOffsetForSearching.Set(ptrString.Right((ptrString.Length()-returnCode)-KTestMessageOneParamExpected().Length()));
for (loop=0; loop < KMultipleWriteStressTimes; loop++)
{
returnCode = ptrStringOffsetForSearching.Find(KTestMessageOneParamExpected); //find the next occurance
if (returnCode > 0)
{
numSuccessful++;
}
newLength = ptrStringOffsetForSearching.Length() - returnCode - KTestMessageOneParamExpected().Length();
if (newLength < 0)
{
User::Leave(KErrUnknown);
}
ptrStringOffsetForSearching.Set(ptrStringOffsetForSearching.Right(newLength));
}
returnCode = ptrString.Find(KTestTooLongMessageOneParamExpected);
if (returnCode > 0)
{
numSuccessful++;
}
newLength = ptrString.Length()-returnCode-KTestTooLongMessageOneParamExpected().Length();
ptrStringOffsetForSearching.Set(ptrString.Right(newLength));
for (loop=0; loop < KMultipleWriteStressTimes; loop++)
{
returnCode = ptrStringOffsetForSearching.Find(KTestTooLongMessageOneParamExpected); //find the next occurance
if (returnCode > 0)
{
numSuccessful++;
}
if (loop < (KMultipleWriteStressTimes - 1))
{
newLength = ptrStringOffsetForSearching.Length() - returnCode - KTestTooLongMessageOneParamExpected().Length();
if (newLength < 0)
{
User::Leave(KErrUnknown);
}
ptrStringOffsetForSearching.Set(ptrStringOffsetForSearching.Right(newLength));
}
}
returnCode = ptrString.Find(KTestEndMessage8);
if (returnCode > 0)
{
numSuccessful++;
}
CleanupStack::PopAndDestroy(hBuffer);
CleanupStack::PopAndDestroy(); //logFile
if ( numSuccessful == 201 )
return KErrNone;
else
return KErrUnknown;
}
TInt CFloggerTest028_Sync_ConMultiple2::DoTestCheckWriteL()
{
RFile logFile;
HBufC8* hBuffer;
TInt listfilesize,returnCode;
RFs fileSystem; //For file operation create a file system
TInt numSuccessful = 0;
TInt loop = 0;
User::LeaveIfError(fileSystem.Connect());
//Open the file in the read mode
User::LeaveIfError(logFile.Open(fileSystem,KFloggerOutputFile,EFileRead));
CleanupClosePushL(logFile);
User::LeaveIfError(logFile.Size(listfilesize)); //Size of the file
hBuffer = HBufC8::New(listfilesize); //Allocate the buffer. This is about 176K in size
CleanupStack::PushL(hBuffer);
TPtr8 ptrString = hBuffer->Des(); //To access the buffer
// Read from position 0: start of file
User::LeaveIfError(returnCode = logFile.Read(ptrString));
// the test case writes 6 elements 100 times, but we only check these things:
// 1. that the test message with one parameter is written 100 times
// 2. that the long message is written 100 times
// 3. that the end of test message has been written
// 4. that the file is suitably big enough to be expected to contain the
// 1K data segment 100 times in it.
TPtrC8 ptrStringOffsetForSearching;
returnCode = ptrString.Find(KTestMessageOneParamExpected);
if (returnCode > 0)
{
numSuccessful++;
}
TInt newLength;
ptrStringOffsetForSearching.Set(ptrString.Right((ptrString.Length()-returnCode)-KTestMessageOneParamExpected().Length()));
for (loop=0; loop < KMultipleWriteStressTimes; loop++)
{
returnCode = ptrStringOffsetForSearching.Find(KTestMessageOneParamExpected); //find the next occurance
if (returnCode > 0)
{
numSuccessful++;
}
newLength = ptrStringOffsetForSearching.Length() - returnCode - KTestMessageOneParamExpected().Length();
if (newLength < 0)
{
User::Leave(KErrUnknown);
}
ptrStringOffsetForSearching.Set(ptrStringOffsetForSearching.Right(newLength));
}
returnCode = ptrString.Find(KTestTooLongExpectedMessage);
if (returnCode > 0)
{
numSuccessful++;
}
ptrStringOffsetForSearching.Set(ptrString.Right((ptrString.Length()-returnCode)-KTestTooLongExpectedMessage().Length()));
for (loop=0; loop < KMultipleWriteStressTimes; loop++)
{
returnCode = ptrStringOffsetForSearching.Find(KTestTooLongExpectedMessage); //find the next occurance
if (returnCode > 0)
{
numSuccessful++;
}
newLength = ptrStringOffsetForSearching.Length() - returnCode - KTestTooLongExpectedMessage().Length();
if (newLength <0)
{
User::Leave(KErrUnknown);
}
ptrStringOffsetForSearching.Set(ptrStringOffsetForSearching.Right(newLength));
}
returnCode = ptrString.Find(KTestEndMessage8);
if (returnCode > 0)
{
numSuccessful++;
}
// we don't check that all the binary data is there - just that the file is nice and long
if ( listfilesize > (K1KilobyteOfDataSize * KMultipleWriteStressTimes))
{
numSuccessful++;
}
CleanupStack::PopAndDestroy(hBuffer);
CleanupStack::PopAndDestroy(); //logFile
if ( numSuccessful == 202 )
return KErrNone;
else
return KErrUnknown;
}
TInt CFloggerTest028_Sync_ConMultiple::DoTestCheckWriteL()
{
RFile logFile;
HBufC8* hBuffer;
TInt listfilesize,returnCode;
RFs fileSystem; //For file operation create a file system
TInt numSuccessful = 0;
User::LeaveIfError(fileSystem.Connect());
//Open the file in the read mode
User::LeaveIfError(logFile.Open(fileSystem,KFloggerOutputFile,EFileRead));
CleanupClosePushL(logFile);
User::LeaveIfError(logFile.Size(listfilesize)); //Size of the file
hBuffer = HBufC8::New(listfilesize); //Allocate the buffer
CleanupStack::PushL(hBuffer);
TPtr8 ptrString = hBuffer->Des(); //To access the buffer
// Read from position 0: start of file
User::LeaveIfError(returnCode = logFile.Read(ptrString));
returnCode = ptrString.Find(KTestMessage8); //find the test descriptor in the buffer read
//from the file
if (returnCode > 0)
{
numSuccessful++;
}
returnCode = ptrString.Find(KTestMessageOneParamExpected);
if (returnCode > 0)
{
numSuccessful++;
}
TPtrC8 ptrStringOffsetForSearching = ptrString.Right((ptrString.Length()-returnCode)-KTestMessageOneParamExpected().Length());
returnCode = ptrStringOffsetForSearching.Find(KTestMessageOneParamExpected); //find the next occurance
if (returnCode > 0)
{
numSuccessful++;
}
returnCode = ptrString.Find(KTestTooLongExpectedMessage);
if (returnCode > 0)
{
numSuccessful++;
}
returnCode = ptrString.Find(KTestTooLongMessageOneParamExpected);
if (returnCode > 0)
{
numSuccessful++;
}
// we don't check that all the binary data is there - just that the file is nice and long
if ( listfilesize > K1KilobyteOfDataSize)
{
numSuccessful++;
}
CleanupStack::PopAndDestroy(hBuffer);
CleanupStack::PopAndDestroy(); //logFile
if ( numSuccessful == 6 )
return KErrNone;
else
return KErrUnknown;
}
TInt CFloggerTest028_Sync_Static_Multiple::DoTestCheckWriteL()
{
RFile logFile;
HBufC8* hBuffer;
TInt listfilesize,returnCode;
RFs fileSystem; //For file operation create a file system
TInt numSuccessful = 0;
User::LeaveIfError(fileSystem.Connect());
//Open the file in the read mode
User::LeaveIfError(logFile.Open(fileSystem,KFloggerOutputFile,EFileRead));
CleanupClosePushL(logFile);
User::LeaveIfError(logFile.Size(listfilesize)); //Size of the file
hBuffer = HBufC8::New(listfilesize); //Allocate the buffer
CleanupStack::PushL(hBuffer);
TPtr8 ptrString = hBuffer->Des(); //To access the buffer
// Read from position 0: start of file
User::LeaveIfError(returnCode = logFile.Read(ptrString));
returnCode = ptrString.Find(KTestMessage8); //find the test descriptor in the buffer read
//from the file
if (returnCode > 0)
{
numSuccessful++;
}
returnCode = ptrString.Find(KTestTooLongMessageOneParamExpected);
if (returnCode > 0)
{
numSuccessful++;
}
// search for the occurance that the VA_LIST put in
// when testing serial, the length will be negative, so skip
TInt len;
len = (ptrString.Length()-returnCode)-KTestTooLongMessageOneParamExpected().Length();
if (len > 0)
{
TPtrC8 ptrStringOffsetForSearching = ptrString.Right(len);
returnCode = ptrStringOffsetForSearching.Find(KTestTooLongMessageOneParamExpected); //find the next occurance
if (returnCode > 0)
{
numSuccessful++;
}
}
returnCode = ptrString.Find(KTestMessageOneParamExpected);
if (returnCode > 0)
{
numSuccessful++;
}
returnCode = ptrString.Find(KTestMessageAsHex8);
if (returnCode > 0)
{
numSuccessful++;
}
CleanupStack::PopAndDestroy(hBuffer);
CleanupStack::PopAndDestroy(); //logFile
if ( numSuccessful == 5 )
return KErrNone;
else
return KErrUnknown;
}
LOCAL_C void TestUnicode()
//
// Test RFs::ReadFileSection()
//
{
test.Next(_L("Use RFs::ReadFileSection() to read from a file"));
// First, test for non-existant file
TBuf8<256> testDes;
TInt r=TheFs.ReadFileSection(_L("\\F32-tst\\NonExistantFile.txt"),0,testDes,52);
test_Value(r, r == KErrNotFound);
test(testDes.Length()==0);
// Test with file closed
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),0,testDes,52);
test_KErrNone(r);
test(testDes.Length()==52);
test(testDes==alphaPtr);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),52,testDes,20);
test_KErrNone(r);
test(testDes==numberPtr);
test(testDes.Length()==20);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),72,testDes,28);
test_KErrNone(r);
test(testDes==humptyPtr);
test(testDes.Length()==28);
// Test for Null File length
TBuf8<256> testDesN;
test.Next(_L("Check for null file name"));
r=TheFs.ReadFileSection(_L(""),0,testDesN,26);
test_Value(r, r == KErrBadName);
// Check the lentgh of descriptor.
TInt x = testDesN.Length();
test ( x == 0);
test.Next(_L("Check for non existing file"));
r=TheFs.ReadFileSection(_L("sdfsd.dfg"),0,testDesN,26);
test.Printf(_L("Return %d"),r);
test_Value(r, (r == KErrNotFound) || (r == KErrPathNotFound));
// Check the lentgh of descriptor.
x = testDesN.Length();
test ( x == 0);
// Test for Empty directory
r=TheFs.ReadFileSection(_L("\\F32-tst\\"),0,testDesN,52);
test_Value(r, r == KErrBadName);
test(testDesN.Length()==0);
// Test for File with wildcard name
r=TheFs.ReadFileSection(_L("\\F32-tst\\*.txt"),0,testDesN,52);
test_Value(r, r == KErrBadName);
test(testDesN.Length()==0);
// Test for Folder with wildcard name
r=TheFs.ReadFileSection(_L("\\F32-tst*\\ReadFileSection1.txt"),0,testDesN,52);
test_Value(r, r == KErrBadName);
test(testDesN.Length()==0);
// Test for Root directory
r=TheFs.ReadFileSection(_L("\\"),0,testDesN,52);
test_Value(r, r == KErrBadName);
test(testDesN.Length()==0);
// Test for no file being specified.
r=TheFs.ReadFileSection(_L(""),0,testDesN,26);
test_Value(r, r == KErrBadName);
test(testDesN.Length()==0);
// Test with file open EFileShareAny|EFileRead
RFile file;
r=file.Open(TheFs,_L("\\F32-tst\\ReadFileSection1.txt"),EFileShareAny|EFileRead);
test_KErrNone(r);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),100,testDes,52);
test_KErrNone(r);
test(testDes==alphaPtr);
test(testDes.Length()==52);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),152,testDes,20);
test_KErrNone(r);
test(testDes==numberPtr);
test(testDes.Length()==20);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),172,testDes,28);
test_KErrNone(r);
test(testDes==humptyPtr);
test(testDes.Length()==28);
file.Close();
// Test with file open EFileShareExclusive|EFileRead
r=file.Open(TheFs,_L("\\F32-tst\\ReadFileSection1.txt"),EFileShareExclusive|EFileRead);
test_KErrNone(r);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),200,testDes,52);
test_KErrNone(r);
test(testDes==alphaPtr);
test(testDes.Length()==52);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),252,testDes,20);
test_KErrNone(r);
test(testDes==numberPtr);
test(testDes.Length()==20);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),272,testDes,28);
test_KErrNone(r);
test(testDes==humptyPtr);
test(testDes.Length()==28);
file.Close();
// Test with file open EFileShareExclusive|EFileWrite
r=file.Open(TheFs,_L("\\F32-tst\\ReadFileSection1.txt"),EFileShareExclusive|EFileWrite);
test_KErrNone(r);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),300,testDes,52);
test_KErrNone(r);
test(testDes==alphaPtr);
test(testDes.Length()==52);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),352,testDes,20);
test_KErrNone(r);
test(testDes==numberPtr);
test(testDes.Length()==20);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),372,testDes,28);
test_KErrNone(r);
test(testDes==humptyPtr);
test(testDes.Length()==28);
file.Close();
// Test with file open EFileShareReadersOnly|EFileRead
r=file.Open(TheFs,_L("\\F32-tst\\ReadFileSection1.txt"),EFileShareReadersOnly|EFileRead);
test_KErrNone(r);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),400,testDes,52);
test_KErrNone(r);
test(testDes==alphaPtr);
test(testDes.Length()==52);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),452,testDes,20);
test_KErrNone(r);
test(testDes==numberPtr);
test(testDes.Length()==20);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),472,testDes,28);
test_KErrNone(r);
test(testDes==humptyPtr);
test(testDes.Length()==28);
file.Close();
// Test with several accesses to a file EFileShareAny|EFileWrite
r=file.Open(TheFs,_L("\\F32-tst\\ReadFileSection1.txt"),EFileShareAny|EFileWrite);
test_KErrNone(r);
RFile secondFile;
r=secondFile.Open(TheFs,_L("\\F32-tst\\ReadFileSection1.txt"),EFileShareAny|EFileWrite);
test_KErrNone(r);
RFile thirdFile;
r=thirdFile.Open(TheFs,_L("\\F32-tst\\ReadFileSection1.txt"),EFileShareAny|EFileWrite);
test_KErrNone(r);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),500,testDes,52);
test_KErrNone(r);
#if defined(__WINS__)
#if defined(_DEBUG)
test(testDes==alphaPtr);
test(testDes.Length()==52);
#endif
#else
test(testDes==alphaPtr);
test(testDes.Length()==52);
#endif
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),552,testDes,20);
test_KErrNone(r);
test(testDes==numberPtr);
test(testDes.Length()==20);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),572,testDes,28);
test_KErrNone(r);
test(testDes==humptyPtr);
test(testDes.Length()==28);
// Test across potential cluster boundaries
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),1000,testDes,200);
test_KErrNone(r);
test(testDes.Length()==200);
TBuf8<200> amalgam;
TInt i=0;
for (; i<2; i++)
{
amalgam.Append(alphaPtr);
amalgam.Append(numberPtr);
amalgam.Append(humptyPtr);
}
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),1000,testDes,200);
test_KErrNone(r);
test(testDes.Length()==200);
test(testDes==amalgam);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),3000,testDes,200);
test_KErrNone(r);
test(testDes.Length()==200);
test(testDes==amalgam);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),4000,testDes,200);
test_KErrNone(r);
test(testDes.Length()==200);
test(testDes==amalgam);
file.Close();
secondFile.Close();
thirdFile.Close();
// Test errors and boundary conditions
test.Next(_L("Test Error handling"));
// Test that specifying a zero length section returns a zero length descriptor
TBuf8<30> testDes2;
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),50,testDes2,0);
test_KErrNone(r);
test(testDes2.Length()==0);
// Test that specifying a negative starting position causes a panic
// r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),-1,testDes2,10);
// This will panic: See RFs::ReadFileSection() code - relevant lines are
// __ASSERT_ALWAYS(aPos>=0,Panic(EPosNegative));
// Test that specifying a section of greater length than the descriptor to
// hold the data will cause a panic
// r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),0,testDes2,45);
// This will panic: See RFs::ReadFileSection() code - relevant lines are
// __ASSERT_ALWAYS(aDes.MaxLength()>=aLength,Panic(EBadLength));
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),2000,testDes2,-20);
test_Value(r, r == KErrArgument);
// Test that specifying a position and length which extends beyond the end of
// the file returns a zero length descriptor and KErrNone
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),9993,testDes2,30);
test_KErrNone(r);
test(testDes2.Length()==7);
test(testDes2==humptyPtr.Right(7));
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),9999,testDes2,1);
test_KErrNone(r);
test(testDes2.Length()==1);
test(testDes2==humptyPtr.Right(1));
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),10000,testDes2,1);
test_KErrNone(r);
test(testDes2.Length()==0);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),10550,testDes2,20);
test_KErrNone(r);
test(testDes2.Length()==0);
// Test reading the whole file
HBufC8* hDes=HBufC8::New(10002);
if (!hDes)
User::Leave(KErrNoMemory);
TPtr8 pDes=hDes->Des();
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),0,pDes,10000);
test_KErrNone(r);
test(pDes.Length()==10000);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),0,pDes,10000);
test_KErrNone(r);
test(pDes.Length()==10000);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),0,pDes,10002);
test_KErrNone(r);
test(pDes.Length()==10000);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),4000,pDes,6000);
test_KErrNone(r);
test(pDes.Length()==6000);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),4000,pDes,8002);
test_KErrNone(r);
test(pDes.Length()==6000);
r=TheFs.ReadFileSection(_L("\\F32-tst\\ReadFileSection1.txt"),10000,pDes,10002);
test_KErrNone(r);
test(pDes.Length()==0);
delete hDes;
}