:m_bSimpleTellITest(false),
m_bSimpleTellOTest(false),
m_bSeekInvalidBeyondEnd(true),
+ m_bEofAtLastRead(true),
m_pCurrentIn(NULL),
m_pCurrentOut(NULL)
{ /* Nothing extra */ }
// Travel to the end of the stream.
while(!stream_in.Eof())
{
- // Double check to see if normal Eof works.
- CPPUNIT_ASSERT_MESSAGE("Eof() doesn't return true when IsOk returns false!", stream_in.IsOk());
// Read, we move one byte along.
(void)stream_in.GetC();
+#if 0
+ // EOF behaviour is different in streams, disabled (for now?)
+
+ if (m_bEofAtLastRead)
+ // EOF should only occure after the last successful get.
+ CPPUNIT_ASSERT_MESSAGE("Eof is detected too late.", !(stream_in.LastRead() != 1 && stream_in.Eof()));
+ else
+ // EOF should only occure after a failed get.
+ CPPUNIT_ASSERT_MESSAGE("Eof is detected too soon.", !(stream_in.LastRead() == 1 && stream_in.Eof()));
+#endif
}
+ // Check EOF stream state.
+ CPPUNIT_ASSERT_MESSAGE("EOF is not EOF?", stream_in.Eof());
+
// Ok we found the end, lets see if we can go past it.
for (size_t i = 0; i < 100; i++)
(void)stream_in.GetC();
// Check for EOF correctness.
CPPUNIT_ASSERT_MESSAGE("EOF is wrong when we read past EOF!", stream_in.Eof());
+ CPPUNIT_ASSERT_MESSAGE("Last error is not EOF while stream_in.Eof() is true", stream_in.GetLastError() == wxSTREAM_EOF);
}
// Just try to perform a LastRead() on the input stream.
// Default false.
bool m_bSeekInvalidBeyondEnd; // if true a SeekI|O beyond the end of the stream should return wxInvalidOffset
// Default true.
-
+ bool m_bEofAtLastRead; // Does EOF occure at the moment the last byte is read or when read past the last byte.
+ // Default true.
protected:
TStreamIn &CreateInStream()
{