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-rw-r--r--kdvi/bigEndianByteReader.h16
1 files changed, 8 insertions, 8 deletions
diff --git a/kdvi/bigEndianByteReader.h b/kdvi/bigEndianByteReader.h
index 06ef1b13..269d97d1 100644
--- a/kdvi/bigEndianByteReader.h
+++ b/kdvi/bigEndianByteReader.h
@@ -24,38 +24,38 @@ class bigEndianByteReader {
public:
/** Set this pointer to the location where the number resides which
you want to read. */
- Q_UINT8 * command_pointer;
+ TQ_UINT8 * command_pointer;
/** This pointer marks the end of the memory area where bytes can be
read. It should point to the first byte which CANNOT be
read. The idea is to have a safety net which protects us against
SEGFAULTs. This is also used in virtual fonts, where the macro
does not have an EOP command at the end of the macro. */
- Q_UINT8 * end_pointer;
+ TQ_UINT8 * end_pointer;
/** If command_pointer >= end_pointer, this method return EOP (=140)
and exists. Otherwise, the method returns the unsigned byte
and increases the command_pointer by one. */
- Q_UINT8 readUINT8();
+ TQ_UINT8 readUINT8();
/** Similar to the method above, only that the method reads a big
endian 2-byte word and increases the pointer by two. */
- Q_UINT16 readUINT16();
+ TQ_UINT16 readUINT16();
/** Similar to the method above, only that the method reads a big
endian 4-byte word and increases the pointer by four. */
- Q_UINT32 readUINT32();
+ TQ_UINT32 readUINT32();
- void writeUINT32(Q_UINT32 a);
+ void writeUINT32(TQ_UINT32 a);
/** Similar to the method above, only that the method reads a big
endian number of length size, where 1 <= size <= 4. Note that
the value 3 is allowed (and is acually used in DVI files)!!! */
- Q_UINT32 readUINT(Q_UINT8 size);
+ TQ_UINT32 readUINT(TQ_UINT8 size);
/** Similar to the method above, only that the method reads a SIGNED
number */
- Q_INT32 readINT(Q_UINT8);
+ TQ_INT32 readINT(TQ_UINT8);
};