def write(self, filename):
h_s = BinaryStream()
h_s.pack(self._waveformatex, self.h_format_tag, self.h_channels,
self.h_samples_per_sec, self.h_avg_bytes_per_sec,
self.h_block_align, self.h_bits_per_sample)
if self.h_size is not None:
h_s.write_uint16(self.h_size)
if self.h_format_tag == WAVE_FORMAT_XMA2:
# hack so mono sounds end up center rather than left
if self.h_channels == 1 and self.hx_channel_mask == 1:
hx_channel_mask = 0
else:
hx_channel_mask = self.hx_channel_mask
h_s.pack(self._waveformat_xma2, self.hx_num_streams,
hx_channel_mask, self.hx_samples_encoded,
self.hx_bytes_per_block, self.hx_play_begin,
self.hx_play_length, self.hx_loop_begin,
self.hx_loop_length, self.hx_loop_count,
self.hx_encoder_version, self.hx_block_count)
elif self.h_format_tag == WAVE_FORMAT_EXTENSIBLE:
h_s.pack(self._waveformat_extensible,
self.he_valid_bits_per_sample, self.he_channel_mask,
self.he_subformat.bytes_le)
if self.he_remainder:
h_s.write(self.he_remainder)
if self.h_remainder:
h_s.write(self.h_remainder)
header_raw = h_s.getvalue()
if self.dpds_raw:
dpds_size = len(self.dpds_raw)
else:
dpds_size = None
if self.seek_raw:
seek_size = len(self.seek_raw)
else:
seek_size = None
o_s = BinaryStream()
if self.h_format_tag == WAVE_FORMAT_WMAUDIO2 or self.h_format_tag == WAVE_FORMAT_WMAUDIO3:
riff_type = b'XWMA'
else:
riff_type = b'WAVE'
self.write_header(o_s, riff_type, len(header_raw), len(self.data_raw),
dpds_size, seek_size)
self.write_chunk(o_s, b'fmt ', header_raw)
if self.dpds_raw:
self.write_chunk(o_s, b'dpds', self.dpds_raw)
if self.seek_raw:
self.write_chunk(o_s, b'seek', self.seek_raw)
self.write_chunk(o_s, b'data', self.data_raw)
if self.h_format_tag == WAVE_FORMAT_XMA2:
full_filename = filename + '.xma'
elif self.h_format_tag == WAVE_FORMAT_WMAUDIO2 or self.h_format_tag == WAVE_FORMAT_WMAUDIO2:
full_filename = filename + '.xwma'
else:
full_filename = filename + '.wav'
o_s.write_file(full_filename)
def write(self, filename):
h_s = BinaryStream()
h_s.pack(self._waveformatex, self.h_format_tag, self.h_channels, self.h_samples_per_sec,
self.h_avg_bytes_per_sec, self.h_block_align, self.h_bits_per_sample)
if self.h_size is not None:
h_s.write_uint16(self.h_size)
if self.h_format_tag == WAVE_FORMAT_XMA2:
# hack so mono sounds end up center rather than left
if self.h_channels == 1 and self.hx_channel_mask == 1:
hx_channel_mask = 0
else:
hx_channel_mask = self.hx_channel_mask
h_s.pack(self._waveformat_xma2, self.hx_num_streams, hx_channel_mask, self.hx_samples_encoded,
self.hx_bytes_per_block, self.hx_play_begin, self.hx_play_length, self.hx_loop_begin,
self.hx_loop_length, self.hx_loop_count, self.hx_encoder_version, self.hx_block_count)
elif self.h_format_tag == WAVE_FORMAT_EXTENSIBLE:
h_s.pack(self._waveformat_extensible, self.he_valid_bits_per_sample, self.he_channel_mask,
self.he_subformat.bytes_le)
if self.he_remainder:
h_s.write(self.he_remainder)
if self.h_remainder:
h_s.write(self.h_remainder)
header_raw = h_s.getvalue()
if self.dpds_raw:
dpds_size = len(self.dpds_raw)
else:
dpds_size = None
if self.seek_raw:
seek_size = len(self.seek_raw)
else:
seek_size = None
o_s = BinaryStream()
if self.h_format_tag == WAVE_FORMAT_WMAUDIO2 or self.h_format_tag == WAVE_FORMAT_WMAUDIO3:
riff_type = b'XWMA'
else:
riff_type = b'WAVE'
self.write_header(o_s, riff_type, len(header_raw), len(self.data_raw), dpds_size, seek_size)
self.write_chunk(o_s, b'fmt ', header_raw)
if self.dpds_raw:
self.write_chunk(o_s, b'dpds', self.dpds_raw)
if self.seek_raw:
self.write_chunk(o_s, b'seek', self.seek_raw)
self.write_chunk(o_s, b'data', self.data_raw)
if self.h_format_tag == WAVE_FORMAT_XMA2:
full_filename = filename + '.xma'
elif self.h_format_tag == WAVE_FORMAT_WMAUDIO2 or self.h_format_tag == WAVE_FORMAT_WMAUDIO2:
full_filename = filename + '.xwma'
else:
full_filename = filename + '.wav'
o_s.write_file(full_filename)
