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media2_service.c
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/*
* Copyright (c) 2024 roleo.
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, version 3.
*
* This program is distributed in the hope that it will be useful, but
* WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include <stdio.h>
#include <string.h>
#include "media2_service.h"
#include "conf.h"
#include "fault.h"
#include "utils.h"
#include "log.h"
#include "ezxml_wrapper.h"
#include "onvif_simple_server.h"
extern service_context_t service_ctx;
int media2_get_service_capabilities()
{
char cap[256];
cap[0] = '\0';
strcat(cap, "VideoSource VideoEncoder");
if ((service_ctx.profiles[0].audio_encoder != AUDIO_NONE) ||
((service_ctx.profiles_num == 2) && (service_ctx.profiles[1].audio_encoder != AUDIO_NONE))) {
strcat(cap, " AudioSource AudioEncoder");
}
if ((service_ctx.profiles[0].audio_decoder != AUDIO_NONE) ||
((service_ctx.profiles_num == 2) && (service_ctx.profiles[1].audio_decoder != AUDIO_NONE))) {
strcat(cap, " AudioOutput AudioDecoder");
}
if (service_ctx.ptz_node.enable == 1) {
strcat(cap, " PTZ");
}
long size = cat(NULL, "media2_service_files/GetServiceCapabilities.xml", 2,
"%CAPABILITIES%", cap);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetServiceCapabilities.xml", 2,
"%CAPABILITIES%", cap);
}
int media2_get_profiles()
{
char profiles_num[2];
char stmp_w_h[16], stmp_h_h[16];
char stmp_w_l[16], stmp_h_l[16];
char audio_enc_h[16], audio_enc_l[16];
char video_enc_h[16], video_enc_l[16];
const char *profile_token = get_element("Token", "Body");
ezxml_t x_type;
int n_type;
char xml_name[MAX_LEN];
long size;
int q, h;
char *h264profile[] = { "High", "Main" };
char *profile[] = { "Profile_0", "Profile_1" };
int c;
char dest_a[] = "stdout";
char *dest;
int typeVSC = 0, typeASC = 0, typeVEC = 0, typeAEC = 0, typePTZ = 0, typeAOC = 0, typeADC = 0;
char min_x[256], max_x[256], min_y[256], max_y[256], min_z[256], max_z[256];
audio_enc_h[0] = '\0';
audio_enc_l[0] = '\0';
video_enc_h[0] = '\0';
video_enc_l[0] = '\0';
sprintf(profiles_num, "%d", service_ctx.profiles_num);
sprintf(min_x, "%.1f", service_ctx.ptz_node.min_step_x);
sprintf(max_x, "%.1f", service_ctx.ptz_node.max_step_x);
sprintf(min_y, "%.1f", service_ctx.ptz_node.min_step_y);
sprintf(max_y, "%.1f", service_ctx.ptz_node.max_step_y);
sprintf(min_z, "%.1f", service_ctx.ptz_node.min_step_z);
sprintf(max_z, "%.1f", service_ctx.ptz_node.max_step_z);
x_type = get_element_ptr(NULL, "Type", "Body");
n_type = 0;
do {
if (x_type != NULL) {
if (strstr(x_type->txt, "VideoSource") != NULL) typeVSC = 1;
if (strstr(x_type->txt, "AudioSource") != NULL) typeASC = 1;
if (strstr(x_type->txt, "VideoEncoder") != NULL) typeVEC = 1;
if (strstr(x_type->txt, "AudioEncoder") != NULL) typeAEC = 1;
if (strstr(x_type->txt, "PTZ") != NULL) typePTZ = 1;
if (strstr(x_type->txt, "AudioOutput") != NULL) typeAOC = 1;
if (strstr(x_type->txt, "AudioDecoder") != NULL) typeADC = 1;
if (strstr(x_type->txt, "All") != NULL) {
typeVSC = 1;
typeASC = 1;
typeVEC = 1;
typeAEC = 1;
typePTZ = 1;
typeAOC = 1;
typeADC = 1;
}
n_type++;
x_type = x_type->next;
}
} while (x_type != NULL);
if (service_ctx.profiles_num == 0) {
q = 0;
size = cat(NULL, "media2_service_files/GetProfiles_none.xml", 0);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetProfiles_none.xml", 0);
} else if (profile_token == NULL) {
if (service_ctx.profiles_num == 1) {
q = 1;
h = 0;
} else if (service_ctx.profiles_num == 2) {
q = 2;
}
} else if ((service_ctx.profiles_num > 0) &&
(strcasecmp(service_ctx.profiles[0].name, profile_token) == 0)) {
q = 1;
h = 0;
} else if ((service_ctx.profiles_num == 2) &&
(strcasecmp(service_ctx.profiles[1].name, profile_token) == 0)) {
q = 1;
h = 1;
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoProfile", "No profile", "The requested profile does not exist");
return -1;
}
if (q == 0) {
size = cat(NULL, "media2_service_files/GetProfiles_none.xml", 0);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetProfiles_none.xml", 0);
} else if (q == 1) {
// We need 1st step to evaluate content length
for (c = 0; c < 2; c++) {
if (c == 0) {
dest = NULL;
} else {
dest = dest_a;
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
}
size = cat(dest, "media2_service_files/GetProfiles_header.xml", 2,
"%PROFILE%", profile[h]);
if (n_type > 0) {
size += cat(dest, "media2_service_files/GetProfiles_confstart.xml", 0);
if (typeVSC) {
// Get VideoSource from Profile_0
sprintf(stmp_w_h, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h_h, "%d", service_ctx.profiles[0].height);
size += cat(dest, "media2_service_files/GetProfiles_VSC.xml", 6,
"%PROFILES_NUM%", profiles_num,
"%VSC_WIDTH%", stmp_w_h,
"%VSC_HEIGHT%", stmp_h_h);
}
if (typeASC) {
if (((service_ctx.profiles_num > 0) && (service_ctx.profiles[0].audio_encoder != AUDIO_NONE)) ||
((service_ctx.profiles_num == 2) && (service_ctx.profiles[1].audio_encoder != AUDIO_NONE))) {
size += cat(dest, "media2_service_files/GetProfiles_ASC.xml", 2,
"%PROFILES_NUM%", profiles_num);
}
}
if (typeVEC) {
sprintf(stmp_w_h, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h_h, "%d", service_ctx.profiles[0].height);
set_video_codec(video_enc_h, 16, service_ctx.profiles[h].type, 2);
size += cat(dest, "media2_service_files/GetProfiles_VEC.xml", 10,
"%H264PROFILE%", h264profile[h],
"%PROFILE%", profile[h],
"%VIDEO_ENCODING%", video_enc_h,
"%VEC_WIDTH%", stmp_w_h,
"%VEC_HEIGHT%", stmp_h_h);
}
if (typeAEC) {
if (service_ctx.profiles[h].audio_encoder != AUDIO_NONE) {
set_audio_codec(audio_enc_h, 16, service_ctx.profiles[0].audio_encoder, 2);
size += cat(dest, "media2_service_files/GetProfiles_AEC.xml", 10,
"%PROFILE%", profile[h],
"%AUDIO_ENCODING%", audio_enc_h);
}
}
if (typePTZ) {
if (service_ctx.ptz_node.enable == 1) {
size += cat(dest, "media2_service_files/GetProfiles_PTZ.xml", 12,
"%MIN_X%", min_x,
"%MAX_X%", max_x,
"%MIN_Y%", min_y,
"%MAX_Y%", max_y,
"%MIN_Z%", min_z,
"%MAX_Z%", max_z);
}
}
if (service_ctx.profiles[h].audio_decoder != AUDIO_NONE) {
if (typeAOC) {
size += cat(dest, "media2_service_files/GetProfiles_AOC.xml", 2,
"%PROFILES_NUM%", profiles_num);
}
if (typeADC) {
size += cat(dest, "media2_service_files/GetProfiles_ADC.xml", 2,
"%PROFILE%", profile[h]);
}
}
size += cat(dest, "media2_service_files/GetProfiles_confend.xml", 0);
}
size += cat(dest, "media2_service_files/GetProfiles_footer.xml", 0);
}
} else if (q == 2) {
// We need 1st step to evaluate content length
for (c = 0; c < 2; c++) {
if (c == 0) {
dest = NULL;
} else {
dest = dest_a;
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
}
h = 0;
size = cat(dest, "media2_service_files/GetProfiles_header.xml", 2,
"%PROFILE%", profile[h]);
if (n_type > 0) {
size += cat(dest, "media2_service_files/GetProfiles_confstart.xml", 0);
if (typeVSC) {
// Get VideoSource from Profile_0
sprintf(stmp_w_h, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h_h, "%d", service_ctx.profiles[0].height);
size += cat(dest, "media2_service_files/GetProfiles_VSC.xml", 6,
"%PROFILES_NUM%", profiles_num,
"%VSC_WIDTH%", stmp_w_h,
"%VSC_HEIGHT%", stmp_h_h);
}
if (typeASC) {
if (((service_ctx.profiles_num > 0) && (service_ctx.profiles[0].audio_encoder != AUDIO_NONE)) ||
((service_ctx.profiles_num == 2) && (service_ctx.profiles[1].audio_encoder != AUDIO_NONE))) {
size += cat(dest, "media2_service_files/GetProfiles_ASC.xml", 2,
"%PROFILES_NUM%", profiles_num);
}
}
if (typeVEC) {
sprintf(stmp_w_h, "%d", service_ctx.profiles[h].width);
sprintf(stmp_h_h, "%d", service_ctx.profiles[h].height);
set_video_codec(video_enc_h, 16, service_ctx.profiles[h].type, 2);
size += cat(dest, "media2_service_files/GetProfiles_VEC.xml", 10,
"%H264PROFILE%", h264profile[h],
"%PROFILE%", profile[h],
"%VIDEO_ENCODING%", video_enc_h,
"%VEC_WIDTH%", stmp_w_h,
"%VEC_HEIGHT%", stmp_h_h);
}
if (typeAEC) {
if (service_ctx.profiles[h].audio_encoder != AUDIO_NONE) {
set_audio_codec(audio_enc_h, 16, service_ctx.profiles[h].audio_encoder, 2);
size += cat(dest, "media2_service_files/GetProfiles_AEC.xml", 10,
"%PROFILE%", profile[h],
"%AUDIO_ENCODING%", audio_enc_h);
}
}
if (typePTZ) {
if (service_ctx.ptz_node.enable == 1) {
size += cat(dest, "media2_service_files/GetProfiles_PTZ.xml", 12,
"%MIN_X%", min_x,
"%MAX_X%", max_x,
"%MIN_Y%", min_y,
"%MAX_Y%", max_y,
"%MIN_Z%", min_z,
"%MAX_Z%", max_z);
}
}
if (service_ctx.profiles[h].audio_decoder != AUDIO_NONE) {
if (typeAOC) {
size += cat(dest, "media2_service_files/GetProfiles_AOC.xml", 2,
"%PROFILES_NUM%", profiles_num);
}
if (typeADC) {
size += cat(dest, "media2_service_files/GetProfiles_ADC.xml", 2,
"%PROFILE%", profile[h]);
}
}
size += cat(dest, "media2_service_files/GetProfiles_confend.xml", 0);
}
h = 1;
size += cat(dest, "media2_service_files/GetProfiles_middle.xml", 2,
"%PROFILE%", profile[h]);
if (n_type > 0) {
size += cat(dest, "media2_service_files/GetProfiles_confstart.xml", 0);
if (typeVSC) {
// Get VideoSource from Profile_0
sprintf(stmp_w_l, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h_l, "%d", service_ctx.profiles[0].height);
size += cat(dest, "media2_service_files/GetProfiles_VSC.xml", 6,
"%PROFILES_NUM%", profiles_num,
"%VSC_WIDTH%", stmp_w_l,
"%VSC_HEIGHT%", stmp_h_l);
}
if (typeASC) {
if (((service_ctx.profiles_num > 0) && (service_ctx.profiles[0].audio_encoder != AUDIO_NONE)) ||
((service_ctx.profiles_num == 2) && (service_ctx.profiles[1].audio_encoder != AUDIO_NONE))) {
size += cat(dest, "media2_service_files/GetProfiles_ASC.xml", 2,
"%PROFILES_NUM%", profiles_num);
}
}
if (typeVEC) {
sprintf(stmp_w_l, "%d", service_ctx.profiles[h].width);
sprintf(stmp_h_l, "%d", service_ctx.profiles[h].height);
set_video_codec(video_enc_l, 16, service_ctx.profiles[h].type, 2);
size += cat(dest, "media2_service_files/GetProfiles_VEC.xml", 10,
"%H264PROFILE%", h264profile[h],
"%PROFILE%", profile[h],
"%VIDEO_ENCODING%", video_enc_l,
"%VEC_WIDTH%", stmp_w_l,
"%VEC_HEIGHT%", stmp_h_l);
}
if (typeAEC) {
if (service_ctx.profiles[h].audio_encoder != AUDIO_NONE) {
set_audio_codec(audio_enc_l, 16, service_ctx.profiles[h].audio_encoder, 2);
size += cat(dest, "media2_service_files/GetProfiles_AEC.xml", 10,
"%PROFILE%", profile[h],
"%AUDIO_ENCODING%", audio_enc_l);
}
}
if (typePTZ) {
if (service_ctx.ptz_node.enable == 1) {
size += cat(dest, "media2_service_files/GetProfiles_PTZ.xml", 12,
"%MIN_X%", min_x,
"%MAX_X%", max_x,
"%MIN_Y%", min_y,
"%MAX_Y%", max_y,
"%MIN_Z%", min_z,
"%MAX_Z%", max_z);
}
}
if (service_ctx.profiles[h].audio_decoder != AUDIO_NONE) {
if (typeAOC) {
size += cat(dest, "media2_service_files/GetProfiles_AOC.xml", 2,
"%PROFILES_NUM%", profiles_num);
}
if (typeADC) {
size += cat(dest, "media2_service_files/GetProfiles_ADC.xml", 2,
"%PROFILE%", profile[h]);
}
}
size += cat(dest, "media2_service_files/GetProfiles_confend.xml", 0);
}
size += cat(dest, "media2_service_files/GetProfiles_footer.xml", 0);
}
}
}
int media2_get_video_source_modes()
{
const char *token = get_element("VideoSourceToken", "Body");
char stmp_w[16], stmp_h[16], video_enc[16];
if (strcasecmp("VideoSourceToken", token) == 0) {
// Get data from profile 0
sprintf(stmp_w, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h, "%d", service_ctx.profiles[0].height);
set_video_codec(video_enc, 16, service_ctx.profiles[0].type, 2);
long size = cat(NULL, "media2_service_files/GetVideoSourceModes.xml", 6,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h,
"%VIDEO_ENCODING%", video_enc);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoSourceModes.xml", 6,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h,
"%VIDEO_ENCODING%", video_enc);
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoVideoSource", "No video source", "The requested video source does not exist");
return -1;
}
}
int media2_get_video_source_configurations()
{
const char *configuration_token = get_element("ConfigurationToken", "Body");
const char *profile_token = get_element("ProfileToken", "Body");
char token[23];
char profiles_num[2], stmp_w[16], stmp_h[16];
memset(token, '\0', sizeof(token));
if (profile_token != NULL) {
// Extract "Profile_x" from token Profile_x
strncpy(token, profile_token, 9);
} else if (configuration_token != NULL) {
strncpy(token, configuration_token, 22);
} else if (service_ctx.profiles_num > 0) {
strncpy(token, service_ctx.profiles[0].name, 9);
}
if ((strcasecmp(service_ctx.profiles[0].name, token) == 0) ||
(strcasecmp(service_ctx.profiles[1].name, token) == 0) ||
(strcasecmp("VideoSourceConfigToken", token) == 0)) {
sprintf(profiles_num, "%d", service_ctx.profiles_num);
sprintf(stmp_w, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h, "%d", service_ctx.profiles[0].height);
long size = cat(NULL, "media2_service_files/GetVideoSourceConfigurations.xml", 6,
"%PROFILES_NUM%", profiles_num,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoSourceConfigurations.xml", 6,
"%PROFILES_NUM%", profiles_num,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h);
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoConfig", "No config", "The requested configuration indicated does not exist");
return -1;
}
}
int media2_get_video_source_configuration_options()
{
const char *configuration_token = get_element("ConfigurationToken", "Body");
const char *profile_token = get_element("ProfileToken", "Body");
char token[23];
char stmp_w[16], stmp_h[16];
memset(token, '\0', sizeof(token));
if (profile_token != NULL) {
// Extract "Profile_x" from token Profile_x
strncpy(token, profile_token, 9);
} else if (configuration_token != NULL) {
strncpy(token, configuration_token, 22);
} else if (service_ctx.profiles_num > 0) {
strncpy(token, service_ctx.profiles[0].name, 9);
}
if ((strcasecmp(service_ctx.profiles[0].name, token) == 0) ||
(strcasecmp(service_ctx.profiles[1].name, token) == 0) ||
(strcasecmp("VideoSourceConfigToken", token) == 0)) {
sprintf(stmp_w, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h, "%d", service_ctx.profiles[0].height);
long size = cat(NULL, "media2_service_files/GetVideoSourceConfigurationOptions.xml", 4,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoSourceConfigurationOptions.xml", 4,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h);
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoConfig", "No config", "The requested configuration indicated does not exist");
return -1;
}
}
int media2_get_video_encoder_configurations()
{
char stmp_w_l[16], stmp_h_l[16];
char stmp_w_h[16], stmp_h_h[16];
const char *profile_token = get_element("ProfileToken", "Body");
const char *configuration_token = get_element("ConfigurationToken", "Body");
char token[10];
char video_enc_h[16], video_enc_l[16];
memset(token, '\0', sizeof(token));
if (configuration_token != NULL) {
// Extract "Profile_x" from token Profile_x_VideoEncoderConfig
strncpy(token, configuration_token, 9);
} else if (profile_token != NULL) {
// Extract "Profile_x" from token Profile_x
strncpy(token, profile_token, 9);
}
if (token[0] == '\0') {
if (service_ctx.profiles_num == 1) {
sprintf(stmp_w_h, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h_h, "%d", service_ctx.profiles[0].height);
set_video_codec(video_enc_h, 16, service_ctx.profiles[0].type, 2);
long size = cat(NULL, "media2_service_files/GetVideoEncoderConfigurations.xml", 10,
"%H264PROFILE%", "High",
"%PROFILE%", "Profile_0",
"%WIDTH%", stmp_w_h,
"%HEIGHT%", stmp_h_h,
"%VIDEO_ENCODING%", video_enc_h);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoEncoderConfigurations.xml", 10,
"%H264PROFILE%", "High",
"%PROFILE%", "Profile_0",
"%WIDTH%", stmp_w_h,
"%HEIGHT%", stmp_h_h,
"%VIDEO_ENCODING%", video_enc_h);
} else if (service_ctx.profiles_num == 2) {
sprintf(stmp_w_h, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h_h, "%d", service_ctx.profiles[0].height);
sprintf(stmp_w_l, "%d", service_ctx.profiles[1].width);
sprintf(stmp_h_l, "%d", service_ctx.profiles[1].height);
set_video_codec(video_enc_h, 16, service_ctx.profiles[0].type, 2);
set_video_codec(video_enc_l, 16, service_ctx.profiles[1].type, 2);
long size = cat(NULL, "media2_service_files/GetVideoEncoderConfigurations_both.xml", 12,
"%WIDTH_HIGH%", stmp_w_h,
"%HEIGHT_HIGH%", stmp_h_h,
"%WIDTH_LOW%", stmp_w_l,
"%HEIGHT_LOW%", stmp_h_l,
"%VIDEO_ENCODING_HIGH%", video_enc_h,
"%VIDEO_ENCODING_LOW%", video_enc_l);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoEncoderConfigurations_both.xml", 12,
"%WIDTH_HIGH%", stmp_w_h,
"%HEIGHT_HIGH%", stmp_h_h,
"%WIDTH_LOW%", stmp_w_l,
"%HEIGHT_LOW%", stmp_h_l,
"%VIDEO_ENCODING_HIGH%", video_enc_h,
"%VIDEO_ENCODING_LOW%", video_enc_l);
}
} else if ((service_ctx.profiles_num > 0) &&
(strcasecmp(service_ctx.profiles[0].name, token) == 0)) {
sprintf(stmp_w_h, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h_h, "%d", service_ctx.profiles[0].height);
set_video_codec(video_enc_h, 16, service_ctx.profiles[0].type, 2);
long size = cat(NULL, "media2_service_files/GetVideoEncoderConfigurations.xml", 10,
"%H264PROFILE%", "High",
"%PROFILE%", "Profile_0",
"%WIDTH%", stmp_w_h,
"%HEIGHT%", stmp_h_h,
"%VIDEO_ENCODING%", video_enc_h);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoEncoderConfigurations.xml", 10,
"%H264PROFILE%", "High",
"%PROFILE%", "Profile_0",
"%WIDTH%", stmp_w_h,
"%HEIGHT%", stmp_h_h,
"%VIDEO_ENCODING%", video_enc_h);
} else if ((service_ctx.profiles_num == 2) &&
(strcasecmp(service_ctx.profiles[1].name, token) == 0)) {
sprintf(stmp_w_l, "%d", service_ctx.profiles[1].width);
sprintf(stmp_h_l, "%d", service_ctx.profiles[1].height);
set_video_codec(video_enc_l, 16, service_ctx.profiles[1].type, 2);
long size = cat(NULL, "media2_service_files/GetVideoEncoderConfigurations.xml", 10,
"%H264PROFILE%", "Main",
"%PROFILE%", "Profile_1",
"%WIDTH%", stmp_w_l,
"%HEIGHT%", stmp_h_l,
"%VIDEO_ENCODING%", video_enc_l);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoEncoderConfigurations.xml", 10,
"%H264PROFILE%", "Main",
"%PROFILE%", "Profile_1",
"%WIDTH%", stmp_w_l,
"%HEIGHT%", stmp_h_l,
"%VIDEO_ENCODING%", video_enc_l);
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoProfile", "No profile", "The requested profile does not exist");
return -1;
}
}
int media2_get_video_encoder_configuration_options()
{
char stmp_w[16], stmp_h[16];
const char *configuration_token = get_element("ConfigurationToken", "Body");
const char *profile_token = get_element("ProfileToken", "Body");
char token[10];
char video_enc[16];
memset(token, '\0', sizeof(token));
if (configuration_token != NULL) {
// Extract "Profile_x" from token Profile_x_VideoEncoderConfig
strncpy(token, configuration_token, 9);
} else if (profile_token != NULL) {
// Extract "Profile_x" from token Profile_x
strncpy(token, profile_token, 9);
} else if (service_ctx.profiles_num > 0) {
strncpy(token, service_ctx.profiles[0].name, 9);
}
if ((service_ctx.profiles_num > 0) &&
(strcasecmp(service_ctx.profiles[0].name, token) == 0)) {
sprintf(stmp_w, "%d", service_ctx.profiles[0].width);
sprintf(stmp_h, "%d", service_ctx.profiles[0].height);
set_video_codec(video_enc, 16, service_ctx.profiles[0].type, 2);
long size = cat(NULL, "media2_service_files/GetVideoEncoderConfigurationOptions.xml", 8,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h,
"%H264PROFILE%", "High",
"%VIDEO_ENCODING%", video_enc);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoEncoderConfigurationOptions.xml", 8,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h,
"%H264PROFILE%", "High",
"%VIDEO_ENCODING%", video_enc);
} else if ((service_ctx.profiles_num == 2) &&
(strcasecmp(service_ctx.profiles[1].name, token) == 0)) {
sprintf(stmp_w, "%d", service_ctx.profiles[1].width);
sprintf(stmp_h, "%d", service_ctx.profiles[1].height);
set_video_codec(video_enc, 16, service_ctx.profiles[1].type, 2);
long size = cat(NULL, "media2_service_files/GetVideoEncoderConfigurationOptions.xml", 8,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h,
"%H264PROFILE%", "Main",
"%VIDEO_ENCODING%", video_enc);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetVideoEncoderConfigurationOptions.xml", 8,
"%WIDTH%", stmp_w,
"%HEIGHT%", stmp_h,
"%H264PROFILE%", "Main",
"%VIDEO_ENCODING%", video_enc);
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoProfile", "No profile", "The requested profile does not exist");
return -1;
}
}
int media2_get_audio_source_configurations()
{
const char *configuration_token = get_element("ConfigurationToken", "Body");
const char *profile_token = get_element("ProfileToken", "Body");
char token[23];
char stmp_w[16], stmp_h[16];
char s_profiles_num[2];
int profiles_num;
memset(token, '\0', sizeof(token));
if (profile_token != NULL) {
// Extract "Profile_x" from token Profile_x
strncpy(token, profile_token, 9);
} else if (configuration_token != NULL) {
strncpy(token, configuration_token, 22);
} else if (service_ctx.profiles_num > 0) {
strncpy(token, service_ctx.profiles[0].name, 9);
}
if ((strcasecmp(service_ctx.profiles[0].name, token) == 0) ||
(strcasecmp(service_ctx.profiles[1].name, token) == 0) ||
(strcasecmp("AudioSourceConfigToken", token) == 0)) {
profiles_num = service_ctx.profiles_num;
if (profiles_num == 1) {
if (service_ctx.profiles[0].audio_encoder == AUDIO_NONE) {
profiles_num--;
}
} else if (profiles_num == 2) {
if (service_ctx.profiles[0].audio_encoder == AUDIO_NONE) {
profiles_num--;
}
if (service_ctx.profiles[1].audio_encoder == AUDIO_NONE) {
profiles_num--;
}
}
sprintf(s_profiles_num, "%d", profiles_num);
if (profiles_num > 0) {
long size = cat(NULL, "media2_service_files/GetAudioSourceConfigurations.xml", 2,
"%PROFILES_NUM%", s_profiles_num);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetAudioSourceConfigurations.xml", 2,
"%PROFILES_NUM%", s_profiles_num);
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -1;
}
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoConfig", "No config", "The requested configuration indicated does not exist");
return -2;
}
}
int media2_get_audio_source_configuration_options()
{
const char *configuration_token = get_element("ConfigurationToken", "Body");
const char *profile_token = get_element("ProfileToken", "Body");
char token[23];
memset(token, '\0', sizeof(token));
if (profile_token != NULL) {
// Extract "Profile_x" from token Profile_x
strncpy(token, profile_token, 9);
} else if (configuration_token != NULL) {
strncpy(token, configuration_token, 22);
} else {
if ((service_ctx.profiles_num > 0) && (service_ctx.profiles[0].audio_encoder != AUDIO_NONE)) {
strncpy(token, service_ctx.profiles[0].name, 9);
} else if ((service_ctx.profiles_num == 2) && (service_ctx.profiles[1].audio_encoder != AUDIO_NONE)) {
strncpy(token, service_ctx.profiles[1].name, 9);
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -1;
}
}
if (((service_ctx.profiles_num > 0) && (service_ctx.profiles[0].audio_encoder != AUDIO_NONE)) ||
((service_ctx.profiles_num == 2) && (service_ctx.profiles[1].audio_encoder != AUDIO_NONE))) {
if (((service_ctx.profiles_num > 0) && (strcasecmp(service_ctx.profiles[0].name, token) == 0)) ||
((service_ctx.profiles_num == 2) && (strcasecmp(service_ctx.profiles[1].name, token) == 0)) ||
(strcasecmp("AudioSourceConfigToken", token) == 0)) {
long size = cat(NULL, "media2_service_files/GetAudioSourceConfigurationOptions.xml", 0);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetAudioSourceConfigurationOptions.xml", 0);
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoConfig", "No config", "The requested configuration indicated does not exist");
return -2;
}
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -3;
}
}
int media2_get_audio_encoder_configurations()
{
char audio_enc_h[16];
char audio_enc_l[16];
const char *profile_token = get_element("ProfileToken", "Body");
const char *configuration_token = get_element("ConfigurationToken", "Body");
char token[10];
memset(token, '\0', sizeof(token));
if (configuration_token != NULL) {
// Extract "Profile_x" from token Profile_x_VideoEncoderConfig
strncpy(token, configuration_token, 9);
} else if (profile_token != NULL) {
// Extract "Profile_x" from token Profile_x
strncpy(token, profile_token, 9);
}
if (((service_ctx.profiles_num == 0) && (service_ctx.profiles[0].audio_encoder == AUDIO_NONE)) ||
((service_ctx.profiles_num == 2) &&
(service_ctx.profiles[0].audio_encoder == AUDIO_NONE) && (service_ctx.profiles[1].audio_encoder == AUDIO_NONE))) {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -1;
}
if (token[0] == '\0') {
if (service_ctx.profiles_num == 1) {
if (service_ctx.profiles[0].audio_encoder != AUDIO_NONE) {
set_audio_codec(audio_enc_h, 16, service_ctx.profiles[0].audio_encoder, 2);
long size = cat(NULL, "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_0",
"%AUDIO_ENCODING%", audio_enc_h);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_0",
"%AUDIO_ENCODING%", audio_enc_h);
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -2;
}
} else if (service_ctx.profiles_num == 2) {
if ((service_ctx.profiles[0].audio_encoder != AUDIO_NONE) && (service_ctx.profiles[1].audio_encoder != AUDIO_NONE)) {
set_audio_codec(audio_enc_h, 16, service_ctx.profiles[0].audio_encoder, 2);
set_audio_codec(audio_enc_l, 16, service_ctx.profiles[1].audio_encoder, 2);
long size = cat(NULL, "media2_service_files/GetAudioEncoderConfigurations_both.xml", 4,
"%AUDIO_ENCODING_HIGH%", audio_enc_h,
"%AUDIO_ENCODING_LOW%", audio_enc_l);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetAudioEncoderConfigurations_both.xml", 4,
"%AUDIO_ENCODING_HIGH%", audio_enc_h,
"%AUDIO_ENCODING_LOW%", audio_enc_l);
} else if (service_ctx.profiles[0].audio_encoder != AUDIO_NONE) {
set_audio_codec(audio_enc_h, 16, service_ctx.profiles[0].audio_encoder, 2);
set_audio_codec(audio_enc_l, 16, service_ctx.profiles[1].audio_encoder, 2);
long size = cat(NULL, "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_0",
"%AUDIO_ENCODING%", audio_enc_h);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_0",
"%AUDIO_ENCODING%", audio_enc_h);
} else if (service_ctx.profiles[1].audio_encoder != AUDIO_NONE) {
set_audio_codec(audio_enc_h, 16, service_ctx.profiles[0].audio_encoder, 2);
set_audio_codec(audio_enc_l, 16, service_ctx.profiles[1].audio_encoder, 2);
long size = cat(NULL, "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_1",
"%AUDIO_ENCODING%", audio_enc_l);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_1",
"%AUDIO_ENCODING%", audio_enc_l);
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -3;
}
}
} else if ((service_ctx.profiles_num > 0) &&
(strcasecmp(service_ctx.profiles[0].name, token) == 0)) {
if (service_ctx.profiles[0].audio_encoder != AUDIO_NONE) {
set_audio_codec(audio_enc_h, 16, service_ctx.profiles[0].audio_encoder, 2);
long size = cat(NULL, "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_0",
"%AUDIO_ENCODING%", audio_enc_h);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_0",
"%AUDIO_ENCODING%", audio_enc_h);
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -4;
}
} else if ((service_ctx.profiles_num == 2) &&
(strcasecmp(service_ctx.profiles[1].name, token) == 0)) {
if (service_ctx.profiles[1].audio_encoder != AUDIO_NONE) {
set_audio_codec(audio_enc_l, 16, service_ctx.profiles[1].audio_encoder, 2);
long size = cat(NULL, "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_1",
"%AUDIO_ENCODING%", audio_enc_l);
fprintf(stdout, "Content-type: application/soap+xml\r\n");
fprintf(stdout, "Content-Length: %ld\r\n\r\n", size);
return cat("stdout", "media2_service_files/GetAudioEncoderConfigurations.xml", 4,
"%PROFILE%", "Profile_1",
"%AUDIO_ENCODING%", audio_enc_l);
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -5;
}
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoProfile", "No profile", "The requested profile does not exist");
return -6;
}
}
int media2_get_audio_encoder_configuration_options()
{
char audio_enc[16];
const char *configuration_token = get_element("ConfigurationToken", "Body");
const char *profile_token = get_element("ProfileToken", "Body");
char token[10];
char bitrate[4], samplerate[4];
memset(token, '\0', sizeof(token));
if (configuration_token != NULL) {
// Extract "Profile_x" from token Profile_x_VideoEncoderConfig
strncpy(token, configuration_token, 9);
} else if (profile_token != NULL) {
// Extract "Profile_x" from token Profile_x
strncpy(token, profile_token, 9);
} else {
if ((service_ctx.profiles_num > 0) && (service_ctx.profiles[0].audio_encoder != AUDIO_NONE)) {
strncpy(token, service_ctx.profiles[0].name, 9);
} else if ((service_ctx.profiles_num == 2) && (service_ctx.profiles[1].audio_encoder != AUDIO_NONE)) {
strncpy(token, service_ctx.profiles[1].name, 9);
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -1;
}
}
if ((service_ctx.profiles_num > 0) &&
(strcasecmp(service_ctx.profiles[0].name, token) == 0)) {
// G726 is not suppoerted
if ((service_ctx.profiles[0].audio_encoder != AUDIO_NONE) && (service_ctx.profiles[0].audio_encoder != G726)) {
set_audio_codec(audio_enc, 16, service_ctx.profiles[0].audio_encoder, 2);
if (service_ctx.profiles[0].audio_encoder == G711) {
sprintf(bitrate, "%d", 64);
sprintf(samplerate, "%d", 8);
} else if (service_ctx.profiles[0].audio_encoder == AAC) {
sprintf(bitrate, "%d", 50);
sprintf(samplerate, "%d", 16);
}
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -2;
}
} else if ((service_ctx.profiles_num == 2) &&
(strcasecmp(service_ctx.profiles[1].name, token) == 0)) {
// G726 is not suppoerted
if ((service_ctx.profiles[1].audio_encoder != AUDIO_NONE) && (service_ctx.profiles[1].audio_encoder != G726)) {
set_audio_codec(audio_enc, 16, service_ctx.profiles[1].audio_encoder, 2);
if (service_ctx.profiles[1].audio_encoder == G711) {
sprintf(bitrate, "%d", 64);
sprintf(samplerate, "%d", 8);
} else if (service_ctx.profiles[1].audio_encoder == AAC) {
sprintf(bitrate, "%d", 50);
sprintf(samplerate, "%d", 16);
}
} else {
send_fault("media2_service", "Receiver", "ter:ActionNotSupported", "ter:AudioNotSupported", "AudioNotSupported", "The device does not support audio");
return -3;
}
} else {
send_fault("media2_service", "Sender", "ter:InvalidArgVal", "ter:NoProfile", "No profile", "The requested profile does not exist");
return -4;
}
long size = cat(NULL, "media2_service_files/GetAudioEncoderConfigurationOptions.xml", 6,
"%AUDIO_ENCODING%", audio_enc,
"%BITRATE%", bitrate,
"%SAMPLERATE%", samplerate);
fprintf(stdout, "Content-type: application/soap+xml\r\n");