${uuid_INCLUDE_DIRS}
${alsa_INCLUDE_DIRS}
${pulseaudio_INCLUDE_DIRS}
-# ${librtlsdr_INCLUDE_DIRS}
-# ${gupnp_INCLUDE_DIRS}
+ ${librtlsdr_INCLUDE_DIRS}
+ ${gupnp_INCLUDE_DIRS}
${openssl_INCLUDE_DIRS}
)
${uuid_LIBRARIES}
${alsa_LIBRARIES}
${pulseaudio_LIBRARIES}
-# ${librtlsdr_LIBRARIES}
-# ${gupnp_LIBRARIES}
+ ${librtlsdr_LIBRARIES}
+ ${gupnp_LIBRARIES}
${CMAKE_THREAD_LIBS_INIT}
# ${libefence_LIBRARIES}
${openssl_LIBRARIES}
ADD_SUBDIRECTORY(session)
ADD_SUBDIRECTORY(samples)
ADD_SUBDIRECTORY(audio)
-#ADD_SUBDIRECTORY(radio)
-#ADD_SUBDIRECTORY(media)
+ADD_SUBDIRECTORY(radio)
+ADD_SUBDIRECTORY(media)
static void volume (struct afb_req request) { /* AFB_SESSION_CHECK */
audioCtxHandleT *ctx = (audioCtxHandleT*) afb_req_context_get(request);
- struct afb_arg arg = afb_req_get (request, "value");
- const char *value = arg.value;
+ const char *value = afb_req_value (request, "value");
json_object *jresp;
unsigned int volume[8], i;
char *volume_i;
static void channels (struct afb_req request) { /* AFB_SESSION_CHECK */
audioCtxHandleT *ctx = (audioCtxHandleT*) afb_req_context_get(request);
- struct afb_arg arg = afb_req_get (request, "value");
- const char *value = arg.value;
+ const char *value = afb_req_value (request, "value");
json_object *jresp = json_object_new_object();
char channels_str[256];
static void mute (struct afb_req request) { /* AFB_SESSION_CHECK */
audioCtxHandleT *ctx = (audioCtxHandleT*) afb_req_context_get(request);
- struct afb_arg arg = afb_req_get (request, "value");
- const char *value = arg.value;
+ const char *value = afb_req_value (request, "value");
json_object *jresp = json_object_new_object();
/* no "?value=" parameter : return current state */
static void play (struct afb_req request) { /* AFB_SESSION_CHECK */
audioCtxHandleT *ctx = (audioCtxHandleT*) afb_req_context_get(request);
- struct afb_arg arg = afb_req_get (request, "value");
- const char *value = arg.value;
+ const char *value = afb_req_value (request, "value");
json_object *jresp = json_object_new_object();
/* no "?value=" parameter : return current state */
* limitations under the License.
*/
+#define _GNU_SOURCE
+#include <json-c/json.h>
+
#include "media-api.h"
+#include "media-rygel.h"
+
+#include "afb-plugin.h"
+#include "afb-req-itf.h"
+
+json_object* _rygel_list (mediaCtxHandleT *);
/* ------ LOCAL HELPER FUNCTIONS --------- */
/* private client context creation ; default values */
-STATIC mediaCtxHandleT* initMediaCtx () {
+static mediaCtxHandleT* initMediaCtx () {
mediaCtxHandleT *ctx;
return ctx;
}
-/* called when client session dies [e.g. client quits for more than 15mns] */
-STATIC void freeMedia (void *context) {
-
- free (context);
-}
-
/* ------ PUBLIC PLUGIN FUNCTIONS --------- */
-STATIC json_object* init (AFB_request *request) { /* AFB_SESSION_CHECK */
+static void init (struct afb_req request) { /* AFB_SESSION_CHECK */
- mediaCtxHandleT *ctx;
+ mediaCtxHandleT *ctx = (mediaCtxHandleT*) afb_req_context_get(request);
json_object *jresp;
/* create a private client context */
- if (!request->context)
- request->context = initMediaCtx();
-
- ctx = (mediaCtxHandleT*)request->context;
+ if (!ctx) {
+ ctx = initMediaCtx();
+ afb_req_context_set (request, ctx, free);
+ }
/* initialize server connection */
if (!ctx->media_server)
- _rygel_init (request->context);
+ _rygel_init (ctx);
- jresp = json_object_new_object();
- json_object_object_add(jresp, "info", json_object_new_string ("Media initialized"));
- return jresp;
+ jresp = json_object_new_object ();
+ json_object_object_add (jresp, "init", json_object_new_string ("success"));
+ afb_req_success (request, jresp, "Media - Initialized");
}
-STATIC json_object* list (AFB_request *request) { /* AFB_SESSION_CHECK */
+static void list (struct afb_req request) { /* AFB_SESSION_CHECK */
- mediaCtxHandleT *ctx = (mediaCtxHandleT*)request->context;
+ mediaCtxHandleT *ctx = (mediaCtxHandleT*) afb_req_context_get(request);
json_object *jresp;
jresp = _rygel_list (ctx);
- if (!jresp)
- return jsonNewMessage(AFB_FAIL, "No content found in media server");
+ if (!jresp) {
+ afb_req_fail (request, "failed", "no content found in media server");
+ return;
+ }
- return jresp;
+ afb_req_success (request, jresp, "Media - Listed");
}
-STATIC json_object* selecting (AFB_request *request) { /* AFB_SESSION_CHECK */
+static void selecting (struct afb_req request) { /* AFB_SESSION_CHECK */
- mediaCtxHandleT *ctx = (mediaCtxHandleT*)request->context;
- const char *value = getQueryValue (request, "value");
+ mediaCtxHandleT *ctx = (mediaCtxHandleT*) afb_req_context_get(request);
+ const char *value = afb_req_value (request, "value");
json_object *jresp;
unsigned int index;
char index_str[5];
}
/* "?value=" parameter is negative */
- else if (atoi(value) < 0)
- return jsonNewMessage(AFB_FAIL, "Chosen index cannot be negative");
+ else if (atoi(value) < 0) {
+ afb_req_fail (request, "failed", "chosen index cannot be negatuve");
+ return;
+ }
/* "?value=" parameter is positive */
else if (atoi(value) >= 0) {
index = (unsigned int) atoi(value);
- if (!_rygel_select (ctx, index))
- return jsonNewMessage(AFB_FAIL, "Chosen index superior to current media count");
+ if (!_rygel_select (ctx, index)) {
+ afb_req_fail (request, "failed", "chosen index superior to current media count");
+ return;
+ }
ctx->index = index;
jresp = json_object_new_object();
else
jresp = NULL;
- return jresp;
+ afb_req_success (request, jresp, "Media - Listed");
}
-STATIC json_object* play (AFB_request *request) { /* AFB_SESSION_CHECK */
+static void play (struct afb_req request) { /* AFB_SESSION_CHECK */
- mediaCtxHandleT *ctx = (mediaCtxHandleT*)request->context;
+ mediaCtxHandleT *ctx = (mediaCtxHandleT*) afb_req_context_get(request);
+ json_object *jresp;
- if (!_rygel_do (ctx, PLAY, NULL))
- return jsonNewMessage(AFB_FAIL, "Could not play chosen media");
+ if (!_rygel_do (ctx, PLAY, NULL)) {
+ afb_req_fail (request, "failed", "could not play chosen media");
+ return;
+ }
- return jsonNewMessage(AFB_SUCCESS, "PLaying media");
+ jresp = json_object_new_object ();
+ json_object_object_add (jresp, "play", json_object_new_string ("success"));
+ afb_req_success (request, jresp, "Media - Listed");
}
-STATIC json_object* stop (AFB_request *request) { /* AFB_SESSION_CHECK */
+static void stop (struct afb_req request) { /* AFB_SESSION_CHECK */
- mediaCtxHandleT *ctx = (mediaCtxHandleT*)request->context;
+ mediaCtxHandleT *ctx = (mediaCtxHandleT*) afb_req_context_get(request);
+ json_object *jresp;
- if (!_rygel_do (ctx, STOP, NULL))
- return jsonNewMessage(AFB_FAIL, "Could not stop chosen media");
+ if (!_rygel_do (ctx, STOP, NULL)) {
+ afb_req_fail (request, "failed", "could not stop chosen media");
+ return;
+ }
- return jsonNewMessage(AFB_SUCCESS, "Stopped media");
+ jresp = json_object_new_object ();
+ json_object_object_add (jresp, "stop", json_object_new_string ("success"));
+ afb_req_success (request, jresp, "Media - Stopped");
}
-STATIC json_object* pausing (AFB_request *request) { /* AFB_SESSION_CHECK */
+static void pausing (struct afb_req request) { /* AFB_SESSION_CHECK */
- mediaCtxHandleT *ctx = (mediaCtxHandleT*)request->context;
+ mediaCtxHandleT *ctx = (mediaCtxHandleT*) afb_req_context_get(request);
+ json_object *jresp;
- if (!_rygel_do (ctx, PAUSE, NULL))
- return jsonNewMessage(AFB_FAIL, "Could not pause chosen media");
+ if (!_rygel_do (ctx, PAUSE, NULL)) {
+ afb_req_fail (request, "failed", "could not pause chosen media");
+ return;
+ }
- return jsonNewMessage(AFB_SUCCESS, "Paused media");
+ jresp = json_object_new_object();
+ json_object_object_add (jresp, "pause", json_object_new_string ("success"));
+ afb_req_success (request, jresp, "Media - Paused");
}
-STATIC json_object* seek (AFB_request *request) { /* AFB_SESSION_CHECK */
+static void seek (struct afb_req request) { /* AFB_SESSION_CHECK */
- mediaCtxHandleT *ctx = (mediaCtxHandleT*)request->context;
- const char *value = getQueryValue (request, "value");
+ mediaCtxHandleT *ctx = (mediaCtxHandleT*) afb_req_context_get(request);
+ const char *value = afb_req_value (request, "value");
+ json_object *jresp;
/* no "?value=" parameter : return error */
- if (!value)
- return jsonNewMessage(AFB_FAIL, "You must provide a time");
+ if (!value) {
+ afb_req_fail (request, "failed", "you must provide a time");
+ return;
+ }
- if (!_rygel_do (ctx, SEEK, value))
- return jsonNewMessage(AFB_FAIL, "Could not seek chosen media");
+ if (!_rygel_do (ctx, SEEK, (char *)value)) {
+ afb_req_fail (request, "failed", "could not seek chosen media");
+ return;
+ }
- return jsonNewMessage(AFB_SUCCESS, "Seeked media");
+ jresp = json_object_new_object();
+ json_object_object_add (jresp, "seek", json_object_new_string ("success"));
+ afb_req_success (request, jresp, "Media - Sought");
}
-STATIC json_object* upload (AFB_request *request, AFB_PostItem *item) { /* AFB_SESSION_CHECK */
+#if 0
+static void upload (AFB_request *request, AFB_PostItem *item) { /* AFB_SESSION_CHECK */
- mediaCtxHandleT *ctx = (mediaCtxHandleT*)request->context;
+ mediaCtxHandleT *ctx = (mediaCtxHandleT*) afb_req_context_get(request);
AFB_PostCtx *postFileCtx;
json_object *jresp;
char *path;
/* finalizes file transfer */
return getPostFile (request, item, NULL);
}
+#endif
-STATIC json_object* ping (AFB_request *request) { /* AFB_SESSION_NONE */
- return jsonNewMessage(AFB_SUCCESS, "Ping Binder Daemon - Media API");
+static void ping (struct afb_req request) { /* AFB_SESSION_NONE */
+ afb_req_success (request, NULL, "Media - Ping succeeded");
}
-STATIC AFB_restapi pluginApis[]= {
- {"init" , AFB_SESSION_CHECK, (AFB_apiCB)init , "Media API - init" },
- {"list" , AFB_SESSION_CHECK, (AFB_apiCB)list , "Media API - list" },
- {"select" , AFB_SESSION_CHECK, (AFB_apiCB)selecting , "Media API - select" },
- {"play" , AFB_SESSION_CHECK, (AFB_apiCB)play , "Media API - play" },
- {"stop" , AFB_SESSION_CHECK, (AFB_apiCB)stop , "Media API - stop" },
- {"pause" , AFB_SESSION_CHECK, (AFB_apiCB)pausing , "Media API - pause" },
- {"seek" , AFB_SESSION_CHECK, (AFB_apiCB)seek , "Media API - seek" },
- {"upload" , AFB_SESSION_CHECK, (AFB_apiCB)upload , "Media API - upload" },
- {"ping" , AFB_SESSION_NONE, (AFB_apiCB)ping , "Media API - ping" },
+static const struct AFB_restapi pluginApis[]= {
+ {"init" , AFB_SESSION_CHECK, init , "Media API - init" },
+ {"list" , AFB_SESSION_CHECK, list , "Media API - list" },
+ {"select" , AFB_SESSION_CHECK, selecting , "Media API - select" },
+ {"play" , AFB_SESSION_CHECK, play , "Media API - play" },
+ {"stop" , AFB_SESSION_CHECK, stop , "Media API - stop" },
+ {"pause" , AFB_SESSION_CHECK, pausing , "Media API - pause" },
+ {"seek" , AFB_SESSION_CHECK, seek , "Media API - seek" },
+// {"upload" , AFB_SESSION_CHECK, (AFB_apiCB)upload , "Media API - upload" },
+ {"ping" , AFB_SESSION_NONE, ping , "Media API - ping" },
{NULL}
};
-PUBLIC AFB_plugin* pluginRegister () {
- AFB_plugin *plugin = malloc (sizeof(AFB_plugin));
- plugin->type = AFB_PLUGIN_JSON;
- plugin->info = "Application Framework Binder - Media plugin";
- plugin->prefix = "media";
- plugin->apis = pluginApis;
-
- /*plugin->handle = initRadioPlugin();*/
- plugin->freeCtxCB = (AFB_freeCtxCB)freeMedia;
-
- return (plugin);
+static const struct AFB_plugin pluginDesc = {
+ .type = AFB_PLUGIN_JSON,
+ .info = "Application Framework Binder - Media plugin",
+ .prefix = "media",
+ .apis = pluginApis
};
+
+const struct AFB_plugin *pluginRegister (const struct AFB_interface *itf)
+{
+ return &pluginDesc;
+}
#ifndef MEDIA_API_H
#define MEDIA_API_H
-#include "media-rygel.h"
-
/* -------------- PLUGIN DEFINITIONS ----------------- */
/* private client context [will be destroyed when client leaves] */
unsigned int index; /* currently selected media file */
} mediaCtxHandleT;
-PUBLIC json_object* _rygel_list (mediaCtxHandleT *);
-
#endif /* MEDIA_API_H */
* limitations under the License.
*/
+#define _GNU_SOURCE
+#include <stdio.h>
+#include <string.h>
+
#include "media-api.h"
+#include "media-rygel.h"
/* -------------- MEDIA RYGEL IMPLEMENTATION ---------------- */
/* --- PUBLIC FUNCTIONS --- */
-PUBLIC unsigned char _rygel_init (mediaCtxHandleT *ctx) {
+unsigned char _rygel_init (mediaCtxHandleT *ctx) {
GMainContext *loop;
GUPnPContext *context;
return 1;
}
-PUBLIC void _rygel_free (mediaCtxHandleT *ctx) {
+void _rygel_free (mediaCtxHandleT *ctx) {
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)ctx->media_server;
dev_ctx_c->content_res = NULL;
}
-PUBLIC json_object* _rygel_list (mediaCtxHandleT *ctx) {
+json_object* _rygel_list (mediaCtxHandleT *ctx) {
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)ctx->media_server;
json_object *json_o, *json_a;
return json_o;
}
-PUBLIC unsigned char _rygel_select (mediaCtxHandleT *ctx, unsigned int index) {
+unsigned char _rygel_select (mediaCtxHandleT *ctx, unsigned int index) {
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)ctx->media_server;
unsigned int count;
return 1;
}
-PUBLIC unsigned char _rygel_upload (mediaCtxHandleT *ctx, char *path) {
+unsigned char _rygel_upload (mediaCtxHandleT *ctx, char *path) {
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)ctx->media_server;
char *raw, *upload_id;
return _rygel_start_uploading (dev_ctx_c, path, upload_id);
}
-PUBLIC unsigned char _rygel_do (mediaCtxHandleT *ctx, State state, char *args) {
+unsigned char _rygel_do (mediaCtxHandleT *ctx, State state, char *args) {
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)ctx->media_server;
unsigned int index = ctx->index;
/* --- LOCAL HELPER FUNCTIONS --- */
-STATIC char* _rygel_list_raw (dev_ctx_T* dev_ctx_c, unsigned int *count) {
+char* _rygel_list_raw (dev_ctx_T* dev_ctx_c, unsigned int *count) {
GUPnPServiceProxy *content_dir_proxy;
struct timeval tv_start, tv_now;
return dev_ctx_c->content_res;
}
-STATIC char* _rygel_find_upload_id (dev_ctx_T* dev_ctx_c, char *raw) {
+char* _rygel_find_upload_id (dev_ctx_T* dev_ctx_c, char *raw) {
char *found;
char id[33];
return strdup (id);
}
-STATIC char* _rygel_find_id_for_index (dev_ctx_T* dev_ctx_c, char *raw, unsigned int index) {
+char* _rygel_find_id_for_index (dev_ctx_T* dev_ctx_c, char *raw, unsigned int index) {
char *found = raw;
char id[33];
return strdup (id);
}
-STATIC char* _rygel_find_metadata_for_id (dev_ctx_T* dev_ctx_c, char *id) {
+char* _rygel_find_metadata_for_id (dev_ctx_T* dev_ctx_c, char *id) {
GUPnPServiceProxy *content_dir_proxy;
struct timeval tv_start, tv_now;
return dev_ctx_c->content_res;
}
-STATIC char* _rygel_find_uri_for_metadata (dev_ctx_T* dev_ctx_c, char *metadata) {
+char* _rygel_find_uri_for_metadata (dev_ctx_T* dev_ctx_c, char *metadata) {
char *start, *end, *uri = NULL;
int length;
return uri;
}
-STATIC char * _rygel_time_for_string (char *string) {
+char * _rygel_time_for_string (char *string) {
int total_seconds;
unsigned int hours, minutes, seconds;
return time;
}
-STATIC unsigned char _rygel_start_uploading (dev_ctx_T* dev_ctx_c, char *path, char *upload_id) {
+unsigned char _rygel_start_uploading (dev_ctx_T* dev_ctx_c, char *path, char *upload_id) {
GUPnPServiceProxy *content_dir_proxy;
GUPnPDIDLLiteWriter *didl_writer;
return 1;
}
-STATIC unsigned char _rygel_start_doing (dev_ctx_T* dev_ctx_c, char *uri, char *metadata, State state, char *args) {
+unsigned char _rygel_start_doing (dev_ctx_T* dev_ctx_c, char *uri, char *metadata, State state, char *args) {
GUPnPServiceProxy *av_transport_proxy;
struct timeval tv_start, tv_now;
return 1;
}
-STATIC unsigned char _rygel_find_av_transport (dev_ctx_T* dev_ctx_c) {
+unsigned char _rygel_find_av_transport (dev_ctx_T* dev_ctx_c) {
GUPnPControlPoint *control_point;
gint handler_cb;
/* ---- LOCAL CALLBACK FUNCTIONS ---- */
-STATIC void _rygel_device_cb (GUPnPControlPoint *point, GUPnPDeviceProxy *proxy,
+static void _rygel_device_cb (GUPnPControlPoint *point, GUPnPDeviceProxy *proxy,
gpointer data) {
mediaCtxHandleT *ctx = (mediaCtxHandleT*)data;
ctx->media_server = (void*)dev_ctx[client_count];
}
-STATIC void _rygel_av_transport_cb (GUPnPControlPoint *point, GUPnPDeviceProxy *proxy,
+static void _rygel_av_transport_cb (GUPnPControlPoint *point, GUPnPDeviceProxy *proxy,
gpointer data) {
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)data;
dev_ctx_c->av_transport = av_transport;
}
-STATIC void _rygel_content_cb (GUPnPServiceProxy *content_dir, GUPnPServiceProxyAction *action,
+static void _rygel_content_cb (GUPnPServiceProxy *content_dir, GUPnPServiceProxyAction *action,
gpointer data) {
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)data;
}
}
-STATIC void _rygel_metadata_cb (GUPnPServiceProxy *content_dir, GUPnPServiceProxyAction *action,
+static void _rygel_metadata_cb (GUPnPServiceProxy *content_dir, GUPnPServiceProxyAction *action,
gpointer data) {
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)data;
dev_ctx_c->content_res = result;
}
-STATIC void _rygel_select_cb (GUPnPServiceProxy *av_transport, GUPnPServiceProxyAction *action,
+static void _rygel_select_cb (GUPnPServiceProxy *av_transport, GUPnPServiceProxyAction *action,
gpointer data)
{
}
}
-STATIC void _rygel_upload_cb (GUPnPServiceProxy *content_dir, GUPnPServiceProxyAction *action,
+static void _rygel_upload_cb (GUPnPServiceProxy *content_dir, GUPnPServiceProxyAction *action,
gpointer data)
{
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)data;
}
}
-STATIC void _rygel_transfer_cb (GUPnPServiceProxy *content_dir, GUPnPServiceProxyAction *action,
+static void _rygel_transfer_cb (GUPnPServiceProxy *content_dir, GUPnPServiceProxyAction *action,
gpointer data)
{
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)data;
dev_ctx_c->transfer_started = 1;
}
-STATIC void _rygel_do_cb (GUPnPServiceProxy *av_transport, GUPnPServiceProxyAction *action,
+static void _rygel_do_cb (GUPnPServiceProxy *av_transport, GUPnPServiceProxyAction *action,
gpointer data)
{
dev_ctx_T *dev_ctx_c = (dev_ctx_T*)data;
/* --------------- MEDIA RYGEL DEFINITIONS ------------------ */
#include <sys/time.h>
+#include <json-c/json.h>
#include <libgupnp/gupnp-control-point.h>
#include <libgupnp-av/gupnp-av.h>
-#include "local-def.h"
+#include "media-api.h"
#define URN_MEDIA_SERVER "urn:schemas-upnp-org:device:MediaServer:1"
#define URN_MEDIA_RENDERER "urn:schemas-upnp-org:device:MediaRenderer:1"
unsigned char transfer_started;
};
-STATIC char* _rygel_list_raw (dev_ctx_T *, unsigned int *);
-STATIC char* _rygel_find_upload_id (dev_ctx_T *, char *);
-STATIC char* _rygel_find_id_for_index (dev_ctx_T *, char *, unsigned int);
-STATIC char* _rygel_find_metadata_for_id (dev_ctx_T *, char *);
-STATIC char* _rygel_find_uri_for_metadata (dev_ctx_T *, char *);
-STATIC unsigned char _rygel_start_uploading (dev_ctx_T *, char *, char *);
-STATIC unsigned char _rygel_start_doing (dev_ctx_T *, char *, char *, State, char *);
-STATIC unsigned char _rygel_find_av_transport (dev_ctx_T *);
-STATIC void _rygel_device_cb (GUPnPControlPoint *, GUPnPDeviceProxy *, gpointer);
-STATIC void _rygel_av_transport_cb (GUPnPControlPoint *, GUPnPDeviceProxy *, gpointer);
-STATIC void _rygel_content_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
-STATIC void _rygel_metadata_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
-STATIC void _rygel_select_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
-STATIC void _rygel_upload_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
-STATIC void _rygel_transfer_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
-STATIC void _rygel_do_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
+unsigned char _rygel_init (mediaCtxHandleT *);
+void _rygel_free (mediaCtxHandleT *);
+json_object* _rygel_list (mediaCtxHandleT *);
+unsigned char _rygel_select (mediaCtxHandleT *, unsigned int);
+unsigned char _rygel_upload (mediaCtxHandleT *, char *);
+unsigned char _rygel_do (mediaCtxHandleT *, State, char *);
+
+char* _rygel_list_raw (dev_ctx_T *, unsigned int *);
+char* _rygel_find_upload_id (dev_ctx_T *, char *);
+char* _rygel_find_id_for_index (dev_ctx_T *, char *, unsigned int);
+char* _rygel_find_metadata_for_id (dev_ctx_T *, char *);
+char* _rygel_find_uri_for_metadata (dev_ctx_T *, char *);
+unsigned char _rygel_start_uploading (dev_ctx_T *, char *, char *);
+unsigned char _rygel_start_doing (dev_ctx_T *, char *, char *, State, char *);
+unsigned char _rygel_find_av_transport (dev_ctx_T *);
+static void _rygel_device_cb (GUPnPControlPoint *, GUPnPDeviceProxy *, gpointer);
+static void _rygel_av_transport_cb (GUPnPControlPoint *, GUPnPDeviceProxy *, gpointer);
+static void _rygel_content_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
+static void _rygel_metadata_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
+static void _rygel_select_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
+static void _rygel_upload_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
+static void _rygel_transfer_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
+static void _rygel_do_cb (GUPnPServiceProxy *, GUPnPServiceProxyAction *, gpointer);
static unsigned int client_count = 0;
static struct dev_ctx **dev_ctx = NULL;
#define _GNU_SOURCE
#include <strings.h>
+#include <json-c/json.h>
#include "radio-api.h"
#include "radio-rtlsdr.h"
static pluginHandleT *the_radio = NULL;
/* detect new radio devices */
-STATIC void updateRadioDevList(pluginHandleT *handle) {
+void updateRadioDevList(pluginHandleT *handle) {
int idx;
}
/* global plugin context creation ; at loading time [radio devices might not be visible] */
-STATIC pluginHandleT* initRadioPlugin() {
+static void initRadioPlugin() {
- pluginHandleT *handle;
+ pluginHandleT *handle = the_radio;
handle = calloc (1, sizeof(pluginHandleT));
updateRadioDevList (handle);
-
- return handle;
}
/* private client context creation ; default values */
-STATIC radioCtxHandleT* initRadioCtx () {
+static radioCtxHandleT* initRadioCtx () {
radioCtxHandleT *ctx;
ctx = malloc (sizeof(radioCtxHandleT));
ctx->radio = NULL;
- //ctx->idx = -1;
+ ctx->idx = -1;
ctx->mode = FM;
ctx->freq = 100.0;
ctx->mute = 0;
}
/* reserve a radio device for requesting client, power it on */
-STATIC AFB_error reserveRadio (pluginHandleT *handle, radioCtxHandleT *ctx) {
+unsigned char reserveRadio (pluginHandleT *handle, radioCtxHandleT *ctx) {
unsigned int idx;
/* loop on all devices, find an unused one */
if (idx == MAX_RADIO) break;
if (handle->radios[idx]->used == FALSE) goto found_radio; /* found one */
}
- return AFB_FAIL;
+ return 0;
found_radio:
/* try to power it on, passing client context info such as frequency... */
ctx->radio = handle->radios[idx];
ctx->idx = idx;
- return AFB_SUCCESS;
+ return 1;
}
/* free a radio device from requesting client, power it off */
-STATIC AFB_error releaseRadio (pluginHandleT *handle, radioCtxHandleT *ctx) {
+unsigned char releaseRadio (pluginHandleT *handle, radioCtxHandleT *ctx) {
/* stop playing if it was doing this (blocks otherwise) */
if (ctx->is_playing) {
/* clean client context */
ctx->radio = NULL;
- //ctx->idx = -1;
+ ctx->idx = -1;
- return AFB_SUCCESS;
+ return 1;
}
/* called when client session dies [e.g. client quits for more than 15mns] */
-STATIC void freeRadio (void *context) {
+static void freeRadio (void *context) {
releaseRadio (the_radio, context);
free (context);
/* ------ PUBLIC PLUGIN FUNCTIONS --------- */
-STATIC void init (struct afb_req request) { /* AFB_SESSION_CHECK */
+static void init (struct afb_req request) { /* AFB_SESSION_CHECK */
+ radioCtxHandleT *ctx = (radioCtxHandleT*) afb_req_context_get(request);
json_object *jresp;
/* create a private client context */
- if (!request.context)
- request.context = initRadioCtx();
+ if (!ctx) {
+ ctx = initRadioCtx();
+ afb_req_context_set (request, ctx, free);
+ }
jresp = json_object_new_object();
- json_object_object_add(jresp, "info", json_object_new_string ("Radio initialized"));
+ json_object_object_add(jresp, "init", json_object_new_string ("success"));
afb_req_success (request, jresp, "Radio - Initialized");
}
-STATIC void power (struct afb_req request) { /* AFB_SESSION_CHECK */
+static void power (struct afb_req request) { /* AFB_SESSION_CHECK */
pluginHandleT *handle = the_radio;
- radioCtxHandleT *ctx = (radioCtxHandleT*)request.context;
- const char *value = afb_req_argument (request, "value");
+ radioCtxHandleT *ctx = (radioCtxHandleT*) afb_req_context_get(request);
+ const char *value = afb_req_value (request, "value");
json_object *jresp;
/* no "?value=" parameter : return current state */
/* "?value=" parameter is "1" or "true" */
else if ( atoi(value) == 1 || !strcasecmp(value, "true") ) {
if (!ctx->radio) {
- if (reserveRadio (handle, ctx) == AFB_FAIL) {
- //request->errcode = MHD_HTTP_SERVICE_UNAVAILABLE;
- afb_req_fail (request, "failed", "No more radio devices available");
- return;
+ if (!reserveRadio (handle, ctx)) {
+ afb_req_fail (request, "failed", "no more radio devices available");
+ return;
}
}
jresp = json_object_new_object();
/* "?value=" parameter is "0" or "false" */
else if ( atoi(value) == 0 || !strcasecmp(value, "false") ) {
if (ctx->radio) {
- if (releaseRadio (handle, ctx) == AFB_FAIL) {
- //request->errcode = MHD_HTTP_SERVICE_UNAVAILABLE;
+ if (!releaseRadio (handle, ctx)) {
afb_req_fail (request, "failed", "Unable to release radio device");
- return;
+ return;
}
}
jresp = json_object_new_object();
afb_req_success (request, jresp, "Radio - Power set");
}
-STATIC void mode (struct afb_req request) { /* AFB_SESSION_CHECK */
+static void mode (struct afb_req request) { /* AFB_SESSION_CHECK */
- radioCtxHandleT *ctx = (radioCtxHandleT*)request.context;
- const char *value = afb_req_argument (request, "value");
+ radioCtxHandleT *ctx = (radioCtxHandleT*) afb_req_context_get(request);
+ const char *value = afb_req_value (request, "value");
json_object *jresp = json_object_new_object();
/* no "?value=" parameter : return current state */
afb_req_success (request, jresp, "Radio - Mode set");
}
-STATIC void freq (struct afb_req request) { /* AFB_SESSION_CHECK */
+static void freq (struct afb_req request) { /* AFB_SESSION_CHECK */
- radioCtxHandleT *ctx = (radioCtxHandleT*)request.context;
- const char *value = afb_req_argument (request, "value");
+ radioCtxHandleT *ctx = (radioCtxHandleT*) afb_req_context_get(request);
+ const char *value = afb_req_value (request, "value");
json_object *jresp = json_object_new_object();
double freq;
char freq_str[256];
afb_req_success (request, jresp, "Radio - Frequency Set");
}
-STATIC void mute (struct afb_req request) { /* AFB_SESSION_CHECK */
+static void mute (struct afb_req request) { /* AFB_SESSION_CHECK */
- radioCtxHandleT *ctx = (radioCtxHandleT*)request.context;
- const char *value = afb_req_argument (request, "value");
+ radioCtxHandleT *ctx = (radioCtxHandleT*) afb_req_context_get(request);
+ const char *value = afb_req_value (request, "value");
json_object *jresp = json_object_new_object();
- //char *mute_str;
/* no "?value=" parameter : return current state */
if (!value || !ctx->radio) {
afb_req_success (request, jresp, "Radio - Mute set");
}
-STATIC void play (struct afb_req request) { /* AFB_SESSION_CHECK */
+static void play (struct afb_req request) { /* AFB_SESSION_CHECK */
- radioCtxHandleT *ctx = (radioCtxHandleT*)request.context;
- const char *value = afb_req_argument (request, "value");
+ radioCtxHandleT *ctx = (radioCtxHandleT*) afb_req_context_get(request);
+ const char *value = afb_req_value (request, "value");
json_object *jresp = json_object_new_object();
/* no "?value=" parameter : return current state */
afb_req_success (request, jresp, "Radio - Play succeeded");
}
-STATIC void ping (struct afb_req request) { /* AFB_SESSION_NONE */
+static void ping (struct afb_req request) { /* AFB_SESSION_NONE */
afb_req_success (request, NULL, "Radio - Ping succeeded");
}
-STATIC const struct AFB_restapi pluginApis[]= {
+static const struct AFB_restapi pluginApis[]= {
{"init" , AFB_SESSION_CHECK, init , "Radio API - init"},
{"power" , AFB_SESSION_CHECK, power , "Radio API - power"},
{"mode" , AFB_SESSION_CHECK, mode , "Radio API - mode"},
{NULL}
};
-STATIC const struct AFB_plugin plug_desc = {
+static const struct AFB_plugin pluginDesc = {
.type = AFB_PLUGIN_JSON,
.info = "Application Framework Binder - Radio plugin",
.prefix = "radio",
- .apis = pluginApis,
- //plugin->freeCtxCB = (AFB_freeCtxCB)freeRadio;
- //the_radio = initRadioPlugin();
+ .apis = pluginApis
};
+
+const struct AFB_plugin *pluginRegister (const struct AFB_interface *itf)
+{
+ initRadioPlugin();
+ return &pluginDesc;
+}
/* private client context [will be destroyed when client leaves] */
typedef struct {
radioDevT *radio; /* pointer to client radio */
- unsigned int idx; /* radio index within global array */
+ int idx; /* radio index within global array */
Mode mode; /* radio mode: AM/FM */
float freq; /* radio frequency (Mhz) */
unsigned char mute; /* radio muted: 0(false)/1(true) */
*/
#include <stdio.h>
+#include <stdlib.h>
#include <string.h>
+#include <unistd.h>
#include "radio-api.h"
#include "radio-rtlsdr.h"
+static unsigned int init_dev_count = 0;
+static struct dev_ctx **dev_ctx = NULL;
+
/* ------------- RADIO RTLSDR IMPLEMENTATION ---------------- */
/* --- PUBLIC FUNCTIONS --- */
/* Radio initialization should be done only when user start the radio and not at plugin initialization
Making this call too early would impose to restart the binder to detect a radio */
-PUBLIC unsigned char _radio_on (unsigned int num, radioCtxHandleT *ctx) {
+unsigned char _radio_on (unsigned int num, radioCtxHandleT *ctx) {
if (num >= _radio_dev_count())
return 0;
if (init_dev_count < _radio_dev_count()) {
init_dev_count = _radio_dev_count();
- dev_ctx = (dev_ctx_T**) realloc (dev_ctx, init_dev_count * sizeof(dev_ctx_T));
+ dev_ctx = (dev_ctx_T**) realloc (dev_ctx, init_dev_count * sizeof(dev_ctx_T*));
}
dev_ctx[num] = (dev_ctx_T*) malloc (sizeof(dev_ctx_T));
dev_ctx[num]->dongle = NULL;
dev_ctx[num]->demod = NULL;
dev_ctx[num]->output = NULL;
- _radio_dev_init(dev_ctx[num], num);
+ _radio_dev_init (dev_ctx[num], num);
return 1;
}
-PUBLIC void _radio_off (unsigned int num) {
+void _radio_off (unsigned int num) {
if (num >= _radio_dev_count())
return;
if (dev_ctx[num]) {
- _radio_dev_free(dev_ctx[num]);
- free(dev_ctx[num]);
+ _radio_dev_free (dev_ctx[num]);
+ free (dev_ctx[num]);
}
/* free(dev_ctx); */
}
-PUBLIC void _radio_set_mode (unsigned int num, Mode mode) {
+void _radio_set_mode (unsigned int num, Mode mode) {
if (!dev_ctx || !dev_ctx[num])
return;
dev_ctx[num]->mode = mode;
- _radio_apply_params(dev_ctx[num]);
+ _radio_apply_params (dev_ctx[num]);
}
-PUBLIC void _radio_set_freq (unsigned int num, double freq) {
+void _radio_set_freq (unsigned int num, double freq) {
if (!dev_ctx || !dev_ctx[num])
return;
dev_ctx[num]->freq = (float)freq;
- _radio_apply_params(dev_ctx[num]);
+ _radio_apply_params (dev_ctx[num]);
}
-PUBLIC void _radio_set_mute (unsigned int num, unsigned char mute) {
+void _radio_set_mute (unsigned int num, unsigned char mute) {
if (!dev_ctx || !dev_ctx[num])
return;
dev_ctx[num]->mute = mute;
- _radio_apply_params(dev_ctx[num]);
+ _radio_apply_params (dev_ctx[num]);
}
-PUBLIC void _radio_play (unsigned int num) {
+void _radio_play (unsigned int num) {
if (!dev_ctx || !dev_ctx[num])
return;
- _radio_start_threads(dev_ctx[num]);
+ _radio_start_threads (dev_ctx[num]);
}
-PUBLIC void _radio_stop (unsigned int num) {
+void _radio_stop (unsigned int num) {
if (!dev_ctx || !dev_ctx[num])
return;
- _radio_stop_threads(dev_ctx[num]);
+ _radio_stop_threads (dev_ctx[num]);
}
-PUBLIC unsigned int _radio_dev_count () {
+unsigned int _radio_dev_count () {
return rtlsdr_get_device_count();
}
-PUBLIC const char* _radio_dev_name (unsigned int num) {
- return rtlsdr_get_device_name(num);
+const char* _radio_dev_name (unsigned int num) {
+ return rtlsdr_get_device_name (num);
}
/* --- LOCAL HELPER FUNCTIONS --- */
-STATIC unsigned char _radio_dev_init (dev_ctx_T *dev_ctx, unsigned int num) {
+unsigned char _radio_dev_init (dev_ctx_T *dev_ctx, unsigned int num) {
rtlsdr_dev_t *dev = dev_ctx->dev;
- if (rtlsdr_open(&dev, num) < 0)
+ if (rtlsdr_open (&dev, num) < 0)
return 0;
- rtlsdr_set_tuner_gain_mode(dev, 0);
+ rtlsdr_set_tuner_gain_mode (dev, 0);
- if (rtlsdr_reset_buffer(dev) < 0)
+ if (rtlsdr_reset_buffer (dev) < 0)
return 0;
dev_ctx->dev = dev;
- _radio_apply_params(dev_ctx);
+ _radio_apply_params (dev_ctx);
return 1;
}
-STATIC unsigned char _radio_dev_free (dev_ctx_T *dev_ctx) {
+unsigned char _radio_dev_free (dev_ctx_T *dev_ctx) {
rtlsdr_dev_t *dev = dev_ctx->dev;
- if (rtlsdr_close(dev) < 0)
+ if (rtlsdr_close (dev) < 0)
return 0;
dev = NULL;
return 1;
}
-STATIC void _radio_apply_params (dev_ctx_T *dev_ctx) {
+void _radio_apply_params (dev_ctx_T *dev_ctx) {
rtlsdr_dev_t *dev = dev_ctx->dev;
Mode mode = dev_ctx->mode;
float freq = dev_ctx->freq;
freq += 16000;
freq += rate / 4;
- rtlsdr_set_center_freq(dev, freq);
- rtlsdr_set_sample_rate(dev, rate);
+ rtlsdr_set_center_freq (dev, freq);
+ rtlsdr_set_sample_rate (dev, rate);
dev_ctx->dev = dev;
}
-STATIC void _radio_start_threads (dev_ctx_T *dev_ctx) {
- rtlsdr_dev_t *dev = dev_ctx->dev;
- dev_ctx->dongle = (dongle_ctx*) malloc(sizeof(dongle_ctx));
- dev_ctx->demod = (demod_ctx*) malloc(sizeof(demod_ctx));
- dev_ctx->output = (output_ctx*) malloc(sizeof(output_ctx));
+void _radio_start_threads (dev_ctx_T *dev_ctx) {
+ dev_ctx->dongle = (dongle_ctx*) malloc (sizeof(dongle_ctx));
+ dev_ctx->demod = (demod_ctx*) malloc (sizeof(demod_ctx));
+ dev_ctx->output = (output_ctx*) malloc (sizeof(output_ctx));
dongle_ctx *dongle = dev_ctx->dongle;
demod_ctx *demod = dev_ctx->demod;
output_ctx *output = dev_ctx->output;
- pthread_rwlock_init(&demod->lck, NULL);
- pthread_cond_init(&demod->ok, NULL);
- pthread_mutex_init(&demod->ok_m, NULL);
- pthread_rwlock_init(&output->lck, NULL);
- pthread_cond_init(&output->ok, NULL);
- pthread_mutex_init(&output->ok_m, NULL);
+ pthread_rwlock_init (&demod->lck, NULL);
+ pthread_cond_init (&demod->ok, NULL);
+ pthread_mutex_init (&demod->ok_m, NULL);
+ pthread_rwlock_init (&output->lck, NULL);
+ pthread_cond_init (&output->ok, NULL);
+ pthread_mutex_init (&output->ok_m, NULL);
dev_ctx->should_run = 1;
/* dongle thread */
dongle->thr_finished = 0;
- pthread_create(&dongle->thr, NULL, _dongle_thread_fn, (void*)dev_ctx);
+ pthread_create (&dongle->thr, NULL, _dongle_thread_fn, (void*)dev_ctx);
/* demod thread */
demod->pre_r = demod->pre_j = 0;
demod->now_r = demod->now_j = 0;
demod->index = demod->pre_index = demod->now_index = 0;
demod->thr_finished = 0;
- pthread_create(&demod->thr, NULL, _demod_thread_fn, (void*)dev_ctx);
+ pthread_create (&demod->thr, NULL, _demod_thread_fn, (void*)dev_ctx);
/* output thread */
output->thr_finished = 0;
- pthread_create(&output->thr, NULL, _output_thread_fn, (void*)dev_ctx);
+ pthread_create (&output->thr, NULL, _output_thread_fn, (void*)dev_ctx);
}
-STATIC void _radio_stop_threads (dev_ctx_T *dev_ctx) {
+void _radio_stop_threads (dev_ctx_T *dev_ctx) {
rtlsdr_dev_t *dev = dev_ctx->dev;
dongle_ctx *dongle = dev_ctx->dongle;
demod_ctx *demod = dev_ctx->demod;
/* stop each "while" loop in threads */
dev_ctx->should_run = 0;
- rtlsdr_cancel_async(dev);
- pthread_signal(&demod->ok, &demod->ok_m);
- pthread_signal(&output->ok, &output->ok_m);
+ rtlsdr_cancel_async (dev);
+ pthread_signal (&demod->ok, &demod->ok_m);
+ pthread_signal (&output->ok, &output->ok_m);
while (!dongle->thr_finished ||
!demod->thr_finished ||
!output->thr_finished)
- usleep(100000);
-
- pthread_join(dongle->thr, NULL);
- pthread_join(demod->thr, NULL);
- pthread_join(output->thr, NULL);
- pthread_rwlock_destroy(&demod->lck);
- pthread_cond_destroy(&demod->ok);
- pthread_mutex_destroy(&demod->ok_m);
- pthread_rwlock_destroy(&output->lck);
- pthread_cond_destroy(&output->ok);
- pthread_mutex_destroy(&output->ok_m);
-
- free(dongle); dev_ctx->dongle = NULL;
- free(demod); dev_ctx->demod = NULL;
- free(output); dev_ctx->output = NULL;
+ usleep (100000);
+
+ pthread_join (dongle->thr, NULL);
+ pthread_join (demod->thr, NULL);
+ pthread_join (output->thr, NULL);
+ pthread_rwlock_destroy (&demod->lck);
+ pthread_cond_destroy (&demod->ok);
+ pthread_mutex_destroy (&demod->ok_m);
+ pthread_rwlock_destroy (&output->lck);
+ pthread_cond_destroy (&output->ok);
+ pthread_mutex_destroy (&output->ok_m);
+
+ free (dongle); dev_ctx->dongle = NULL;
+ free (demod); dev_ctx->demod = NULL;
+ free (output); dev_ctx->output = NULL;
}
/* ---- LOCAL THREADED FUNCTIONS ---- */
-STATIC void _rtlsdr_callback (unsigned char *buf, uint32_t len, void *ctx) {
+static void _rtlsdr_callback (unsigned char *buf, uint32_t len, void *ctx) {
dev_ctx_T *dev_ctx = (dev_ctx_T *)ctx;
dongle_ctx *dongle = dev_ctx->dongle;
demod_ctx *demod = dev_ctx->demod;
dongle->buf[i] = (int16_t)buf[i] - 127;
/* lock demod thread, write to it, unlock */
- pthread_rwlock_wrlock(&demod->lck);
- memcpy(demod->buf, dongle->buf, 2 * len);
+ pthread_rwlock_wrlock (&demod->lck);
+ memcpy (demod->buf, dongle->buf, 2 * len);
demod->buf_len = len;
- pthread_rwlock_unlock(&demod->lck);
- pthread_signal(&demod->ok, &demod->ok_m);
+ pthread_rwlock_unlock (&demod->lck);
+ pthread_signal (&demod->ok, &demod->ok_m);
}
/**/
-STATIC void* _dongle_thread_fn (void *ctx) {
+static void* _dongle_thread_fn (void *ctx) {
dev_ctx_T *dev_ctx = (dev_ctx_T *)ctx;
dongle_ctx *dongle = dev_ctx->dongle;
- rtlsdr_read_async(dev_ctx->dev, _rtlsdr_callback, dev_ctx, 0, 0);
+ rtlsdr_read_async (dev_ctx->dev, _rtlsdr_callback, dev_ctx, 0, 0);
dongle->thr_finished = 1;
return 0;
}
-STATIC void _lowpass_demod (void *ctx) {
+static void _lowpass_demod (void *ctx) {
demod_ctx *demod = (demod_ctx *)ctx;
int i=0, i2=0;
demod->buf_len = i2;
}
/**/
-STATIC void _lowpassreal_demod (void *ctx) {
+static void _lowpassreal_demod (void *ctx) {
demod_ctx *demod = (demod_ctx *)ctx;
int i=0, i2=0;
int fast = 200000;
demod->res_len = i2;
}
/**/
-STATIC void _multiply (int ar, int aj, int br, int bj, int *cr, int *cj) {
+static void _multiply (int ar, int aj, int br, int bj, int *cr, int *cj) {
*cr = ar*br - aj*bj;
*cj = aj*br + ar*bj;
}
/**/
-STATIC int _polar_discriminant (int ar, int aj, int br, int bj) {
+static int _polar_discriminant (int ar, int aj, int br, int bj) {
int cr, cj;
double angle;
- _multiply(ar, aj, br, -bj, &cr, &cj);
- angle = atan2((double)cj, (double)cr);
+ _multiply (ar, aj, br, -bj, &cr, &cj);
+ angle = atan2 ((double)cj, (double)cr);
return (int)(angle / 3.14159 * (1<<14));
}
/**/
-STATIC void _fm_demod (void *ctx) {
+static void _fm_demod (void *ctx) {
demod_ctx *demod = (demod_ctx *)ctx;
int16_t *buf = demod->buf;
int buf_len = demod->buf_len;
int pcm, i;
- pcm = _polar_discriminant(buf[0], buf[1], demod->pre_r, demod->pre_j);
+ pcm = _polar_discriminant (buf[0], buf[1], demod->pre_r, demod->pre_j);
demod->res[0] = (int16_t)pcm;
for (i = 2; i < (buf_len-1); i += 2) {
- pcm = _polar_discriminant(buf[i], buf[i+1], buf[i-2], buf[i-1]);
+ pcm = _polar_discriminant (buf[i], buf[i+1], buf[i-2], buf[i-1]);
demod->res[i/2] = (int16_t)pcm;
}
demod->pre_r = buf[buf_len - 2];
demod->res_len = buf_len/2;
}
/**/
-STATIC void _am_demod (void *ctx) {
+static void _am_demod (void *ctx) {
demod_ctx *demod = (demod_ctx *)ctx;
int16_t *buf = demod->buf;
int buf_len = demod->buf_len;
demod->res_len = buf_len/2;
}
/**/
-STATIC void* _demod_thread_fn (void *ctx) {
+static void* _demod_thread_fn (void *ctx) {
dev_ctx_T *dev_ctx = (dev_ctx_T *)ctx;
demod_ctx *demod = dev_ctx->demod;
output_ctx *output = dev_ctx->output;
while(dev_ctx->should_run) {
- pthread_wait(&demod->ok, &demod->ok_m);
- pthread_rwlock_wrlock(&demod->lck);
- _lowpass_demod(demod);
+ pthread_wait (&demod->ok, &demod->ok_m);
+ pthread_rwlock_wrlock (&demod->lck);
+ _lowpass_demod (demod);
if (dev_ctx->mode == FM)
- _fm_demod(demod);
+ _fm_demod (demod);
else
- _am_demod(demod);
- _lowpassreal_demod(demod);
- pthread_rwlock_unlock(&demod->lck);
+ _am_demod (demod);
+ _lowpassreal_demod (demod);
+ pthread_rwlock_unlock (&demod->lck);
/* lock demod thread, write to it, unlock */
- pthread_rwlock_wrlock(&output->lck);
- memcpy(output->buf, demod->res, 2 * demod->res_len);
+ pthread_rwlock_wrlock (&output->lck);
+ memcpy (output->buf, demod->res, 2 * demod->res_len);
output->buf_len = demod->res_len;
- pthread_rwlock_unlock(&output->lck);
- pthread_signal(&output->ok, &output->ok_m);
+ pthread_rwlock_unlock (&output->lck);
+ pthread_signal (&output->ok, &output->ok_m);
}
demod->thr_finished = 1;
return 0;
}
-STATIC void* _output_thread_fn (void *ctx) {
+static void* _output_thread_fn (void *ctx) {
dev_ctx_T *dev_ctx = (dev_ctx_T *)ctx;
output_ctx *output = dev_ctx->output;
FILE *file;
file = fopen (AUDIO_BUFFER, "wb");
while (dev_ctx->should_run) {
- pthread_wait(&output->ok, &output->ok_m);
- pthread_rwlock_rdlock(&output->lck);
+ pthread_wait (&output->ok, &output->ok_m);
+ pthread_rwlock_rdlock (&output->lck);
if (!dev_ctx->mute && file) {
fwrite (output->buf, 2, output->buf_len, file);
fflush (file);
fseek (file, 0, SEEK_SET);
}
- pthread_rwlock_unlock(&output->lck);
+ pthread_rwlock_unlock (&output->lck);
}
if (file) fclose(file);
unlink (AUDIO_BUFFER);
#include <rtl-sdr.h>
#include "radio-api.h"
-#include "local-def.h"
#define pthread_signal(n, m) pthread_mutex_lock(m); pthread_cond_signal(n); pthread_mutex_unlock(m)
#define pthread_wait(n, m) pthread_mutex_lock(m); pthread_cond_wait(n, m); pthread_mutex_unlock(m)
#define BUF_LEN 16*16384
+#define AUDIO_BUFFER "/tmp/audio_buf"
typedef struct dongle_ctx dongle_ctx;
typedef struct demod_ctx demod_ctx;
output_ctx *output;
};
-PUBLIC unsigned int _radio_dev_count (void);
-PUBLIC const char* _radio_dev_name (unsigned int);
+unsigned int _radio_dev_count (void);
+const char* _radio_dev_name (unsigned int);
-PUBLIC unsigned char _radio_on (unsigned int, radioCtxHandleT *);
-PUBLIC void _radio_off (unsigned int);
-PUBLIC void _radio_stop (unsigned int);
-PUBLIC void _radio_play (unsigned int);
-PUBLIC void _radio_set_mode (unsigned int, Mode);
-PUBLIC void _radio_set_freq (unsigned int, double);
-PUBLIC void _radio_set_mute (unsigned int, unsigned char);
+unsigned char _radio_on (unsigned int, radioCtxHandleT *);
+void _radio_off (unsigned int);
+void _radio_stop (unsigned int);
+void _radio_play (unsigned int);
+void _radio_set_mode (unsigned int, Mode);
+void _radio_set_freq (unsigned int, double);
+void _radio_set_mute (unsigned int, unsigned char);
-STATIC void* _dongle_thread_fn (void *);
-STATIC void* _demod_thread_fn (void *);
-STATIC void* _output_thread_fn (void *);
-STATIC unsigned char _radio_dev_init (struct dev_ctx *, unsigned int);
-STATIC unsigned char _radio_dev_free (struct dev_ctx *);
-STATIC void _radio_apply_params (struct dev_ctx *);
-STATIC void _radio_start_threads (struct dev_ctx *);
-STATIC void _radio_stop_threads (struct dev_ctx *);
+unsigned char _radio_dev_init (struct dev_ctx *, unsigned int);
+unsigned char _radio_dev_free (struct dev_ctx *);
+void _radio_apply_params (struct dev_ctx *);
+void _radio_start_threads (struct dev_ctx *);
+void _radio_stop_threads (struct dev_ctx *);
-static unsigned int init_dev_count = 0;
-static struct dev_ctx **dev_ctx = NULL;
+static void* _dongle_thread_fn (void *);
+static void* _demod_thread_fn (void *);
+static void* _output_thread_fn (void *);
#endif /* RADIO_RTLSDR_H */
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