return TRUE;
}
-bool wxSoundWave::HandleOutputPCM(wxDataInputStream& data, wxUint32 len,
+bool wxSoundWave::HandleOutputPCM(wxDataInputStream& WXUNUSED(data), wxUint32 len,
wxUint16 channels,
- wxUint32 sample_fq, wxUint32 byte_p_sec,
- wxUint16 byte_p_spl, wxUint16 bits_p_spl)
+ wxUint32 sample_fq, wxUint32 WXUNUSED(byte_p_sec),
+ wxUint16 WXUNUSED(byte_p_spl), wxUint16 bits_p_spl)
{
wxSoundFormatPcm sndformat;
bool wxSoundWave::HandleOutputMSADPCM(wxDataInputStream& data, wxUint32 len,
wxUint16 channels,
- wxUint32 sample_fq, wxUint32 byte_p_sec,
- wxUint16 byte_p_spl, wxUint16 bits_p_spl)
+ wxUint32 sample_fq, wxUint32 WXUNUSED(byte_p_sec),
+ wxUint16 WXUNUSED(byte_p_spl), wxUint16 WXUNUSED(bits_p_spl))
{
wxSoundFormatMSAdpcm sndformat;
wxInt16 *coefs[2];
return TRUE;
}
-bool wxSoundWave::HandleOutputG721(wxDataInputStream& data, wxUint32 len,
- wxUint16 channels,
- wxUint32 sample_fq, wxUint32 byte_p_sec,
- wxUint16 byte_p_spl, wxUint16 bits_p_spl)
+bool wxSoundWave::HandleOutputG721(wxDataInputStream& WXUNUSED(data), wxUint32 len,
+ wxUint16 WXUNUSED(channels),
+ wxUint32 sample_fq, wxUint32 WXUNUSED(byte_p_sec),
+ wxUint16 WXUNUSED(byte_p_spl), wxUint16 WXUNUSED(bits_p_spl))
{
wxSoundFormatG72X sndformat;
// "RIFF"
len = data.Read32();
+ wxUnusedVar(len);
FAIL_WITH(m_input->LastRead() != 4, wxSOUND_INVSTRM);
// dummy len
return TRUE;
}
-bool wxSoundWave::RepositionStream(wxUint32 position)
+bool wxSoundWave::RepositionStream(wxUint32 WXUNUSED(position))
{
if (m_base_offset == wxInvalidOffset)
return FALSE;