void krad_ipc_server_mixer_broadcast ( krad_ipc_server_t *krad_ipc_server, uint32_t ebml_id, uint32_t ebml_subid, char *portname, char *controlname, float floatval) {
int c;
uint64_t element;
uint64_t subelement;
element = 0;
subelement = 0;
for (c = 0; c < KRAD_IPC_SERVER_MAX_CLIENTS; c++) {
if ((krad_ipc_server->clients[c].broadcasts == 1) && (krad_ipc_server->current_client != &krad_ipc_server->clients[c])) {
if (krad_ipc_aquire_client (&krad_ipc_server->clients[c])) {
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, ebml_id, &element);
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, ebml_subid, &subelement);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_NAME, portname);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_CONTROL_NAME, controlname);
krad_ebml_write_float (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_CONTROL_VALUE, floatval);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, subelement);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, element);
krad_ebml_write_sync (krad_ipc_server->clients[c].krad_ebml2);
krad_ipc_release_client (&krad_ipc_server->clients[c]);
}
}
}
}
void krad_ipc_server_broadcast_tag ( krad_ipc_server_t *krad_ipc_server, char *item, char *name, char *value, int internal) {
int c;
uint64_t element;
uint64_t subelement;
element = 0;
subelement = 0;
for (c = 0; c < KRAD_IPC_SERVER_MAX_CLIENTS; c++) {
if ((krad_ipc_server->clients[c].broadcasts == 1) &&
((internal) || (krad_ipc_server->current_client != &krad_ipc_server->clients[c]))) {
if (krad_ipc_aquire_client (&krad_ipc_server->clients[c])) {
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_RADIO_MSG, &element);
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_RADIO_TAG, &subelement);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_RADIO_TAG_ITEM, item);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_RADIO_TAG_NAME, name);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_RADIO_TAG_VALUE, value);
//krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_RADIO_TAG_SOURCE, "");
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, subelement);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, element);
krad_ebml_write_sync (krad_ipc_server->clients[c].krad_ebml2);
krad_ipc_release_client (&krad_ipc_server->clients[c]);
}
}
}
}
void krad_ipc_server_advanced_string_broadcast ( krad_ipc_server_t *krad_ipc_server, uint32_t ebml_id, uint32_t ebml_subid, uint32_t ebml_subid2, int num, uint32_t ebml_subid3, char *string) {
int c;
uint64_t element;
uint64_t subelement;
element = 0;
subelement = 0;
for (c = 0; c < KRAD_IPC_SERVER_MAX_CLIENTS; c++) {
if ((krad_ipc_server->clients[c].broadcasts == 1) && (krad_ipc_server->current_client != &krad_ipc_server->clients[c])) {
if (krad_ipc_aquire_client (&krad_ipc_server->clients[c])) {
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, ebml_id, &element);
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, ebml_subid, &subelement);
krad_ebml_write_int32 (krad_ipc_server->clients[c].krad_ebml2, ebml_subid2, num);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, ebml_subid3, string);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, subelement);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, element);
krad_ebml_write_sync (krad_ipc_server->clients[c].krad_ebml2);
krad_ipc_release_client (&krad_ipc_server->clients[c]);
}
}
}
}
void krad_ipc_server_response_add_tag ( krad_ipc_server_t *krad_ipc_server, char *tag_item, char *tag_name, char *tag_value) {
uint64_t tag;
krad_ebml_start_element (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_RADIO_TAG, &tag);
krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_RADIO_TAG_ITEM, tag_item);
krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_RADIO_TAG_NAME, tag_name);
krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_RADIO_TAG_VALUE, tag_value);
//krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_RADIO_TAG_SOURCE, "");
krad_ebml_finish_element (krad_ipc_server->current_client->krad_ebml2, tag);
}
void krad_ipc_server_broadcast_portgroup_created ( krad_ipc_server_t *krad_ipc_server, char *name, int channels,
int io_type, float volume, char *mixbus, int xmms2 ) {
int c;
uint64_t portgroup;
uint64_t element;
uint64_t subelement;
for (c = 0; c < KRAD_IPC_SERVER_MAX_CLIENTS; c++) {
if ((krad_ipc_server->clients[c].broadcasts == 1) && (krad_ipc_server->current_client != &krad_ipc_server->clients[c])) {
//if (krad_ipc_server->clients[c].broadcasts == 1) {
if (krad_ipc_aquire_client (&krad_ipc_server->clients[c])) {
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_MSG, &element);
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_CREATED, &subelement);
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP, &portgroup);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_NAME, name);
krad_ebml_write_int8 (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_CHANNELS, channels);
if (io_type == 0) {
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_TYPE, "Jack");
} else {
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_TYPE, "Internal");
}
krad_ebml_write_float (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_VOLUME, volume);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_MIXBUS, mixbus);
krad_ebml_write_string (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_CROSSFADE_NAME, "");
krad_ebml_write_float (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_CROSSFADE, 0.0);
krad_ebml_write_int8 (krad_ipc_server->clients[c].krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_XMMS2, xmms2);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, portgroup);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, subelement);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, element);
krad_ebml_write_sync (krad_ipc_server->clients[c].krad_ebml2);
krad_ipc_release_client (&krad_ipc_server->clients[c]);
}
}
}
}
void krad_ipc_server_simplest_broadcast ( krad_ipc_server_t *krad_ipc_server, uint32_t ebml_id, uint32_t ebml_subid, uint32_t val) {
int c;
uint64_t element;
element = 0;
for (c = 0; c < KRAD_IPC_SERVER_MAX_CLIENTS; c++) {
if (krad_ipc_server->clients[c].broadcasts == 1) {
if (krad_ipc_aquire_client (&krad_ipc_server->clients[c])) {
krad_ebml_start_element (krad_ipc_server->clients[c].krad_ebml2, ebml_id, &element);
krad_ebml_write_int32 (krad_ipc_server->clients[c].krad_ebml2, ebml_subid, val);
krad_ebml_finish_element (krad_ipc_server->clients[c].krad_ebml2, element);
krad_ebml_write_sync (krad_ipc_server->clients[c].krad_ebml2);
krad_ipc_release_client (&krad_ipc_server->clients[c]);
}
}
}
}
void krad_ipc_server_response_add_portgroup ( krad_ipc_server_t *krad_ipc_server, char *name, int channels,
int io_type, float volume, char *mixbus, char *crossfade_name, float crossfade_value, int xmms2) {
uint64_t portgroup;
krad_ebml_start_element (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP, &portgroup);
krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_NAME, name);
krad_ebml_write_int8 (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_CHANNELS, channels);
if (io_type == 0) {
krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_TYPE, "Jack");
} else {
krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_TYPE, "Internal");
}
krad_ebml_write_float (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_VOLUME, volume);
krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_MIXBUS, mixbus);
krad_ebml_write_string (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_CROSSFADE_NAME, crossfade_name);
krad_ebml_write_float (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_CROSSFADE, crossfade_value);
krad_ebml_write_int8 (krad_ipc_server->current_client->krad_ebml2, EBML_ID_KRAD_MIXER_PORTGROUP_XMMS2, xmms2);
krad_ebml_finish_element (krad_ipc_server->current_client->krad_ebml2, portgroup);
}
void krad_ipc_server_response_list_start ( krad_ipc_server_t *krad_ipc_server, uint32_t ebml_id, uint64_t *list) {
krad_ebml_start_element (krad_ipc_server->current_client->krad_ebml2, ebml_id, list);
}
void krad_transponder_link_to_ebml ( krad_ipc_server_client_t *client, krad_link_t *krad_link) {
uint64_t link;
krad_ebml_start_element (client->krad_ebml2, EBML_ID_KRAD_TRANSPONDER_LINK, &link);
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_TRANSPONDER_LINK_NUMBER, krad_link->link_num);
switch ( krad_link->av_mode ) {
case AUDIO_ONLY:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_AV_MODE, "audio only");
break;
case VIDEO_ONLY:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_AV_MODE, "video only");
break;
case AUDIO_AND_VIDEO:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_AV_MODE, "audio and video");
break;
}
switch ( krad_link->operation_mode ) {
case TRANSMIT:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPERATION_MODE, "transmit");
break;
case RECORD:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPERATION_MODE, "record");
break;
case PLAYBACK:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPERATION_MODE, "playback");
break;
case RECEIVE:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPERATION_MODE, "receive");
break;
case CAPTURE:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPERATION_MODE, "capture");
break;
default:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPERATION_MODE, "Other/Unknown");
break;
}
if (krad_link->operation_mode == RECEIVE) {
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_TRANSPORT_MODE,
krad_link_transport_mode_to_string (krad_link->transport_mode));
if ((krad_link->transport_mode == UDP) || (krad_link->transport_mode == TCP)) {
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_PORT, krad_link->port);
}
}
if (krad_link->operation_mode == CAPTURE) {
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VIDEO_SOURCE, krad_link_video_source_to_string (krad_link->video_source));
}
if (krad_link->operation_mode == PLAYBACK) {
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_TRANSPORT_MODE,
krad_link_transport_mode_to_string (krad_link->transport_mode));
if (krad_link->transport_mode == FILESYSTEM) {
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_FILENAME, krad_link->input);
}
if (krad_link->transport_mode == TCP) {
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_HOST, krad_link->host);
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_PORT, krad_link->port);
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_MOUNT, krad_link->mount);
}
}
if ((krad_link->operation_mode == TRANSMIT) || (krad_link->operation_mode == RECORD)) {
switch ( krad_link->av_mode ) {
case AUDIO_ONLY:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_AUDIO_CODEC, krad_codec_to_string (krad_link->audio_codec));
break;
case VIDEO_ONLY:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VIDEO_CODEC, krad_codec_to_string (krad_link->video_codec));
break;
case AUDIO_AND_VIDEO:
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VIDEO_CODEC, krad_codec_to_string (krad_link->video_codec));
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_AUDIO_CODEC, krad_codec_to_string (krad_link->audio_codec));
break;
}
if (krad_link->operation_mode == TRANSMIT) {
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_TRANSPORT_MODE,
krad_link_transport_mode_to_string (krad_link->transport_mode));
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_HOST, krad_link->host);
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_PORT, krad_link->port);
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_MOUNT, krad_link->mount);
}
if (krad_link->operation_mode == RECORD) {
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_FILENAME, krad_link->output);
}
if ((krad_link->av_mode == AUDIO_ONLY) || (krad_link->av_mode == AUDIO_AND_VIDEO)) {
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_AUDIO_CHANNELS, 2);
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_AUDIO_SAMPLE_RATE, 48000);
}
if ((krad_link->av_mode == VIDEO_ONLY) || (krad_link->av_mode == AUDIO_AND_VIDEO)) {
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VIDEO_WIDTH, krad_link->encoding_width);
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VIDEO_HEIGHT, krad_link->encoding_height);
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_FPS_NUMERATOR, krad_link->encoding_fps_numerator);
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_FPS_DENOMINATOR, krad_link->encoding_fps_denominator);
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VIDEO_COLOR_DEPTH, 420);
}
if ((krad_link->av_mode == AUDIO_ONLY) || (krad_link->av_mode == AUDIO_AND_VIDEO)) {
if (krad_link->audio_codec == VORBIS) {
krad_ebml_write_float (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VORBIS_QUALITY, krad_link->krad_vorbis->quality);
}
if (krad_link->audio_codec == FLAC) {
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_FLAC_BIT_DEPTH, krad_link->krad_flac->bit_depth);
}
if (krad_link->audio_codec == OPUS) {
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPUS_SIGNAL,
krad_opus_signal_to_string (krad_opus_get_signal (krad_link->krad_opus)));
krad_ebml_write_string (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPUS_BANDWIDTH,
krad_opus_bandwidth_to_string (krad_opus_get_bandwidth (krad_link->krad_opus)));
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPUS_BITRATE, krad_opus_get_bitrate (krad_link->krad_opus));
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPUS_COMPLEXITY, krad_opus_get_complexity (krad_link->krad_opus));
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_OPUS_FRAME_SIZE, krad_opus_get_frame_size (krad_link->krad_opus));
//EBML_ID_KRAD_LINK_LINK_OGG_MAX_PACKETS_PER_PAGE, atoi(argv[5]));
}
}
if ((krad_link->av_mode == VIDEO_ONLY) || (krad_link->av_mode == AUDIO_AND_VIDEO)) {
if (krad_link->video_codec == THEORA) {
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_THEORA_QUALITY, krad_theora_encoder_quality_get (krad_link->krad_theora_encoder));
}
if (krad_link->video_codec == VP8) {
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VP8_BITRATE, krad_vpx_encoder_bitrate_get (krad_link->krad_vpx_encoder));
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VP8_MIN_QUANTIZER, krad_vpx_encoder_min_quantizer_get (krad_link->krad_vpx_encoder));
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VP8_MAX_QUANTIZER, krad_vpx_encoder_max_quantizer_get (krad_link->krad_vpx_encoder));
krad_ebml_write_int32 (client->krad_ebml2, EBML_ID_KRAD_LINK_LINK_VP8_DEADLINE, krad_vpx_encoder_deadline_get (krad_link->krad_vpx_encoder));
}
}
}
krad_ebml_finish_element (client->krad_ebml2, link);
}