void ms_read_class_init(MSReadClass *klass)
{
ms_filter_class_init(MS_FILTER_CLASS(klass));
ms_filter_class_set_name(MS_FILTER_CLASS(klass),"dskreader");
ms_filter_class_set_attr(MS_FILTER_CLASS(klass),FILTER_IS_SOURCE);
MS_FILTER_CLASS(klass)->max_foutputs=MSREAD_MAX_OUTPUTS;
MS_FILTER_CLASS(klass)->max_qoutputs=MSREAD_MAX_OUTPUTS;
MS_FILTER_CLASS(klass)->w_maxgran=MSREAD_DEF_GRAN;
MS_FILTER_CLASS(klass)->destroy=(MSFilterDestroyFunc)ms_read_destroy;
MS_FILTER_CLASS(klass)->setup=(MSFilterSetupFunc)ms_read_setup;
MS_FILTER_CLASS(klass)->process=(MSFilterProcessFunc)ms_read_process;
MS_FILTER_CLASS(klass)->set_property=(MSFilterPropertyFunc)ms_read_set_property;
}
void ms_MULAWdecoder_class_init(MSMULAWDecoderClass *klass)
{
ms_filter_class_init(MS_FILTER_CLASS(klass));
ms_filter_class_set_name(MS_FILTER_CLASS(klass),"MULAWDecoder");
MS_FILTER_CLASS(klass)->info=(MSFilterInfo*)&MULAWinfo;
MS_FILTER_CLASS(klass)->max_finputs=MSMULAWDECODER_MAX_INPUTS;
MS_FILTER_CLASS(klass)->max_foutputs=MSMULAWDECODER_MAX_INPUTS;
MS_FILTER_CLASS(klass)->r_maxgran=MULAW_DECODER_RMAXGRAN;
MS_FILTER_CLASS(klass)->w_maxgran=MULAW_DECODER_WMAXGRAN;
MS_FILTER_CLASS(klass)->destroy=(MSFilterDestroyFunc)ms_MULAWdecoder_destroy;
MS_FILTER_CLASS(klass)->process=(MSFilterProcessFunc)ms_MULAWdecoder_process;
}
void ms_rtp_send_class_init(MSRtpSendClass *klass)
{
ms_filter_class_init(MS_FILTER_CLASS(klass));
ms_filter_class_set_name(MS_FILTER_CLASS(klass),"RTPSend");
MS_FILTER_CLASS(klass)->max_qinputs=MSRTPSEND_MAX_INPUTS;
MS_FILTER_CLASS(klass)->max_finputs=MSRTPSEND_MAX_INPUTS;
MS_FILTER_CLASS(klass)->r_maxgran=MSRTPSEND_DEF_GRAN;
MS_FILTER_CLASS(klass)->destroy=(MSFilterDestroyFunc)ms_rtp_send_destroy;
MS_FILTER_CLASS(klass)->process=(MSFilterProcessFunc)ms_rtp_send_process;
MS_FILTER_CLASS(klass)->setup=(MSFilterSetupFunc)ms_rtp_send_setup;
}
/**
* ms_ring_player_new:
* @name: The path to the 16-bit 8khz raw file to be played as a ring.
* @seconds: The number of seconds that separates two rings.
*
* Allocates a new MSRingPlayer object.
*
*
* Returns: a pointer the the object, NULL if name could not be open.
*/
MSFilter * ms_ring_player_new(char *name, gint seconds)
{
MSRingPlayer *r;
int fd=-1;
if ((name!=NULL) && (strlen(name)!=0))
{
fd=open(name,O_RDONLY);
if (fd<0)
{
g_warning("ms_ring_player_new: failed to open %s.\n",name);
return NULL;
}
}else {
g_warning("ms_ring_player_new: Bad file name");
return NULL;
}
r=g_new(MSRingPlayer,1);
ms_ring_player_init(r);
if (ms_ring_player_class==NULL)
{
ms_ring_player_class=g_new(MSRingPlayerClass,1);
ms_ring_player_class_init(ms_ring_player_class);
}
MS_FILTER(r)->klass=MS_FILTER_CLASS(ms_ring_player_class);
r->fd=fd;
r->silence=seconds;
r->freq=8000;
if (strstr(name,".wav")!=NULL){
wave_header_t header;
int freq,freq2;
/* read the header */
read(fd,&header,sizeof(wave_header_t));
freq=wave_header_get_rate(&header);
if ((freq2=freq_is_supported(freq))>0){
r->freq=freq2;
}else {
g_warning("Unsupported sampling rate %i",freq);
r->freq=8000;
}
r->channel=wave_header_get_channel(&header);
lseek(fd,WAVE_HEADER_OFFSET,SEEK_SET);
#ifdef WORDS_BIGENDIAN
r->need_swap=1;
#else
r->need_swap=0;
#endif
}
ms_ring_player_set_property(r, MS_FILTER_PROPERTY_FREQ,&r->freq);
r->state=PLAY_RING;
return(MS_FILTER(r));
}
void ms_qdispatcher_class_init(MSQdispatcherClass *klass)
{
MSFilterClass *parent_class=MS_FILTER_CLASS(klass);
ms_filter_class_init(parent_class);
ms_filter_class_set_name(parent_class,"qdispatcher");
parent_class->max_qinputs=MS_QDISPATCHER_MAX_INPUTS;
parent_class->max_qoutputs=MS_QDISPATCHER_MAX_OUTPUTS;
parent_class->destroy=(MSFilterDestroyFunc)ms_qdispatcher_destroy;
parent_class->process=(MSFilterProcessFunc)ms_qdispatcher_process;
}
MSFilter * ms_qdispatcher_new(void)
{
MSQdispatcher *obj;
obj=g_malloc(sizeof(MSQdispatcher));
if (ms_qdispatcher_class==NULL){
ms_qdispatcher_class=g_malloc0(sizeof(MSQdispatcherClass));
ms_qdispatcher_class_init(ms_qdispatcher_class);
}
MS_FILTER(obj)->klass=MS_FILTER_CLASS(ms_qdispatcher_class);
ms_qdispatcher_init(obj);
return MS_FILTER(obj);
}
MSFilter * ms_speex_dec_new()
{
MSSpeexDec *obj=g_new(MSSpeexDec,1);
if (ms_speex_dec_class==NULL){
ms_speex_dec_class=g_new(MSSpeexDecClass,1);
ms_speex_dec_class_init(ms_speex_dec_class);
}
MS_FILTER(obj)->klass=MS_FILTER_CLASS(ms_speex_dec_class);
ms_speex_dec_init(obj);
return MS_FILTER(obj);
}
MSFilter * ms_ilbc_encoder_new(void)
{
MSILBCEncoder *r;
r=g_new(MSILBCEncoder,1);
ms_ilbc_encoder_init(r);
if (ms_ilbc_encoder_class==NULL)
{
ms_ilbc_encoder_class=g_new(MSILBCEncoderClass,1);
ms_ilbc_encoder_class_init(ms_ilbc_encoder_class);
}
MS_FILTER(r)->klass=MS_FILTER_CLASS(ms_ilbc_encoder_class);
return(MS_FILTER(r));
}
MSFilter * ms_rtp_send_new(void)
{
MSRtpSend *r;
r=g_new(MSRtpSend,1);
if (ms_rtp_send_class==NULL)
{
ms_rtp_send_class=g_new(MSRtpSendClass,1);
ms_rtp_send_class_init(ms_rtp_send_class);
}
MS_FILTER(r)->klass=MS_FILTER_CLASS(ms_rtp_send_class);
ms_rtp_send_init(r);
return(MS_FILTER(r));
}
MSFilter * ms_read_new(char *name)
{
MSRead *r;
int fd=-1;
r=g_new(MSRead,1);
ms_read_init(r);
if (ms_read_class==NULL)
{
ms_read_class=g_new(MSReadClass,1);
ms_read_class_init(ms_read_class);
}
MS_FILTER(r)->klass=MS_FILTER_CLASS(ms_read_class);
r->fd=-1;
if (name!=NULL) ms_read_open(r,name);
return(MS_FILTER(r));
}
void ms_ilbc_encoder_class_init(MSILBCEncoderClass *klass)
{
ms_filter_class_init(MS_FILTER_CLASS(klass));
ms_filter_class_set_name(MS_FILTER_CLASS(klass),"ILBCEnc");
MS_FILTER_CLASS(klass)->max_finputs=MSILBCENCODER_MAX_INPUTS;
MS_FILTER_CLASS(klass)->max_qoutputs=MSILBCENCODER_MAX_INPUTS;
MS_FILTER_CLASS(klass)->r_maxgran=ILBC_MAX_SAMPLES_PER_FRAME*2;
MS_FILTER_CLASS(klass)->set_property=(MSFilterPropertyFunc)ms_ilbc_encoder_set_property;
MS_FILTER_CLASS(klass)->get_property=(MSFilterPropertyFunc)ms_ilbc_encoder_get_property;
MS_FILTER_CLASS(klass)->setup=(MSFilterSetupFunc)ms_ilbc_encoder_setup;
MS_FILTER_CLASS(klass)->destroy=(MSFilterDestroyFunc)ms_ilbc_encoder_destroy;
MS_FILTER_CLASS(klass)->process=(MSFilterProcessFunc)ms_ilbc_encoder_process;
MS_FILTER_CLASS(klass)->info=(MSFilterInfo*)&ilbc_info;
}
void ms_speex_dec_class_init(MSSpeexDecClass *klass)
{
gint frame_size=0;
ms_filter_class_init(MS_FILTER_CLASS(klass));
/* use the largest frame size to configure fifos */
speex_mode_query(&speex_wb_mode, SPEEX_MODE_FRAME_SIZE, &frame_size);
MS_FILTER_CLASS(klass)->process=(MSFilterProcessFunc)ms_speex_dec_process;
MS_FILTER_CLASS(klass)->setup=(MSFilterSetupFunc)ms_speex_dec_setup;
MS_FILTER_CLASS(klass)->unsetup=(MSFilterSetupFunc)ms_speex_dec_unsetup;
MS_FILTER_CLASS(klass)->destroy=(MSFilterDestroyFunc)ms_speex_dec_destroy;
MS_FILTER_CLASS(klass)->set_property=(MSFilterPropertyFunc)ms_speex_dec_set_property;
ms_filter_class_set_name(MS_FILTER_CLASS(klass),"SpeexDecoder");
MS_FILTER_CLASS(klass)->info=(MSFilterInfo*)&speex_info;
MS_FILTER_CLASS(klass)->max_foutputs=1;
MS_FILTER_CLASS(klass)->max_qinputs=1;
MS_FILTER_CLASS(klass)->w_maxgran=frame_size*2;
ms_trace("ms_speex_dec_class_init: w_maxgran is %i.",MS_FILTER_CLASS(klass)->w_maxgran);
}
void ms_ring_player_class_init(MSRingPlayerClass *klass)
{
ms_filter_class_init(MS_FILTER_CLASS(klass));
ms_filter_class_set_name(MS_FILTER_CLASS(klass),"ringplay");
ms_filter_class_set_attr(MS_FILTER_CLASS(klass),FILTER_IS_SOURCE);
MS_FILTER_CLASS(klass)->max_foutputs=MS_RING_PLAYER_MAX_OUTPUTS;
MS_FILTER_CLASS(klass)->max_qoutputs=MS_RING_PLAYER_MAX_OUTPUTS;
MS_FILTER_CLASS(klass)->w_maxgran=MS_RING_PLAYER_DEF_GRAN;
MS_FILTER_CLASS(klass)->setup=(MSFilterSetupFunc)ms_ring_player_setup;
MS_FILTER_CLASS(klass)->destroy=(MSFilterDestroyFunc)ms_ring_player_destroy;
MS_FILTER_CLASS(klass)->process=(MSFilterProcessFunc)ms_ring_player_process;
MS_FILTER_CLASS(klass)->set_property=(MSFilterPropertyFunc)ms_ring_player_set_property;
MS_FILTER_CLASS(klass)->get_property=(MSFilterPropertyFunc)ms_ring_player_get_property;
}
