* Copyright (C) 2006 the VideoLAN team
* $Id$
*
- * Authors: Clément Stenac <zorglub@videolan.org>
+ * Authors: Clément Stenac <zorglub@videolan.org>
*
* 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
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston MA 02110-1301, USA.
*****************************************************************************/
+#ifdef HAVE_CONFIG_H
+# include "config.h"
+#endif
+
#include <vlc_streaming.h>
#include <assert.h>
/**********************************************************************
* General chain manipulation
**********************************************************************/
-sout_duplicate_t *streaming_ChainAddDup( sout_chain_t *p_chain )
+/** Add a new duplicate element to a streaming chain
+ * \return the new element
+ */
+static sout_duplicate_t *streaming_ChainAddDup( sout_chain_t *p_chain )
{
DECMALLOC_NULL( p_module, sout_module_t );
MALLOC_NULL( DUPM, sout_duplicate_t );
p_module->i_type = SOUT_MOD_DUPLICATE;
DUPM->i_children = 0;
DUPM->pp_children = NULL;
- INSERT_ELEM( p_chain->pp_modules, p_chain->i_modules, p_chain->i_modules,
- p_module );
- return p_module->typed.p_duplicate;
+ TAB_APPEND( p_chain->i_modules, p_chain->pp_modules, p_module );
+ return DUPM;
}
-sout_std_t *streaming_ChainAddStd( sout_chain_t *p_chain, char *psz_access,
- char *psz_mux, char *psz_url )
+/** Add a new standard element to a streaming chain
+ * \return the new element
+ */
+static sout_std_t *streaming_ChainAddStd( sout_chain_t *p_chain,
+ const char *psz_access,
+ const char *psz_mux,
+ const char *psz_url )
{
DECMALLOC_NULL( p_module, sout_module_t );
MALLOC_NULL( STDM, sout_std_t );
STDM->psz_mux = strdup( psz_mux );
STDM->psz_access = strdup( psz_access );
STDM->psz_url = strdup( psz_url );
- INSERT_ELEM( p_chain->pp_modules, p_chain->i_modules, p_chain->i_modules,
- p_module );
+ TAB_APPEND( p_chain->i_modules, p_chain->pp_modules, p_module );
return STDM;
}
-sout_display_t *streaming_ChainAddDisplay( sout_chain_t *p_chain )
+/** Add a new display element to a streaming chain
+ * \return the new element
+ */
+static sout_display_t *streaming_ChainAddDisplay( sout_chain_t *p_chain )
{
DECMALLOC_NULL( p_module, sout_module_t );
MALLOC_NULL( DISM, sout_display_t );
p_module->i_type = SOUT_MOD_DISPLAY;
+ TAB_APPEND( p_chain->i_modules, p_chain->pp_modules, p_module );
return DISM;
}
-sout_transcode_t *streaming_ChainAddTranscode( sout_chain_t *p_chain,
+/** Add a new transcode element to a streaming chain
+ * \return the new element
+ */
+static sout_transcode_t *streaming_ChainAddTranscode( sout_chain_t *p_chain,
char *psz_vcodec, char * psz_acodec, char * psz_scodec,
- int i_vb, float f_scale, int i_ab, int i_channels,
- vlc_bool_t b_soverlay, char *psz_additional )
+ int i_vb, float f_scale, int i_ab, int i_channels,
+ bool b_soverlay, char *psz_additional )
{
DECMALLOC_NULL( p_module, sout_module_t );
MALLOC_NULL( TRAM, sout_transcode_t );
p_module->i_type = SOUT_MOD_TRANSCODE;
-
+ memset( TRAM, 0, sizeof( sout_transcode_t ) );
assert( !( b_soverlay && psz_scodec ) );
if( psz_vcodec ) TRAM->psz_vcodec = strdup( psz_vcodec );
if( psz_acodec ) TRAM->psz_acodec = strdup( psz_acodec );
if( psz_scodec ) TRAM->psz_scodec = strdup( psz_scodec );
TRAM->i_vb = i_vb; TRAM->i_ab = i_ab; TRAM->f_scale = f_scale;
TRAM->i_channels = i_channels; TRAM->b_soverlay = b_soverlay;
- if( TRAM->psz_additional ) TRAM->psz_additional = strdup( psz_additional );
+ if( psz_additional ) TRAM->psz_additional = strdup( psz_additional );
+ TAB_APPEND( p_chain->i_modules, p_chain->pp_modules, p_module );
return TRAM;
}
-
-void streaming_DupAddChild( sout_duplicate_t *p_dup )
+
+/** Add a new clean child chain to an existing duplicate element */
+static void streaming_DupAddChild( sout_duplicate_t *p_dup )
{
- if( p_dup )
- {
- sout_chain_t * p_child = streaming_ChainNew();
- INSERT_ELEM( p_dup->pp_children, p_dup->i_children,
- p_dup->i_children, p_child );
- }
+ assert( p_dup );
+ sout_chain_t * p_child = streaming_ChainNew();
+ TAB_APPEND( p_dup->i_children, p_dup->pp_children, p_child );
}
#define DUP_OR_CHAIN p_dup ? p_dup->pp_children[p_dup->i_children-1] : p_chain
psz_opt );\
free( psz_opt ); }
-void streaming_ChainClean( sout_chain_t *p_chain )
+/** Clean up a chain (recursively if it has some children) */
+static void streaming_ChainClean( sout_chain_t *p_chain )
{
int i,j;
sout_module_t *p_module;
case SOUT_MOD_DUPLICATE:
if( DUPM->i_children == 0 ) break;
for( j = DUPM->i_children - 1 ; j >= 0; j-- )
- {
streaming_ChainClean( DUPM->pp_children[j] );
- }
break;
case SOUT_MOD_STD:
FREENULL( STDM->psz_url );
}
}
+/**********************************************************************
+ * Parameters handling
+ **********************************************************************/
+
+#define APPLY_PSZ( element, field ) case element: \
+streaming_ParameterApply( p_param, &p_module->field, NULL, NULL, NULL ); break;
+#define APPLY_INT( element, field ) case element: \
+streaming_ParameterApply( p_param, NULL, &p_module->field, NULL, NULL ); break;
+#define APPLY_FLOAT( element, field ) case element: \
+streaming_ParameterApply( p_param, NULL, NULL, &p_module->field, NULL ); break;
+#define APPLY_BOOL( element, field ) case element: \
+streaming_ParameterApply( p_param, NULL, NULL, NULL, &p_module->field ); break;
+
+/** Apply the parameters for the Std module. It will copy the values from
+ * the parameters to the fields themselves
+ */
+void streaming_StdParametersApply( sout_std_t *p_module )
+{
+ int i;
+ for( i = 0 ; i< p_module->i_params; i++ )
+ {
+ sout_param_t *p_param = p_module->pp_params[i];
+ switch( p_param->i_element )
+ {
+ APPLY_PSZ( PSZ_MUX, psz_mux );
+ APPLY_PSZ( PSZ_ACCESS, psz_access );
+ APPLY_PSZ( PSZ_URL, psz_url );
+ APPLY_PSZ( PSZ_NAME, psz_name );
+ APPLY_PSZ( PSZ_GROUP, psz_group );
+ }
+ }
+}
+
+/** Apply the parameters for the Transcode module. It will copy the values from
+ * the parameters to the fields themselves
+ */
+void streaming_TranscodeParametersApply( sout_transcode_t *p_module )
+{
+ int i;
+ for( i = 0 ; i< p_module->i_params; i++ )
+ {
+ sout_param_t *p_param = p_module->pp_params[i];
+ switch( p_param->i_element )
+ {
+ APPLY_INT( I_VB, i_vb ); APPLY_INT( I_AB, i_ab );
+ APPLY_INT( I_CHANNELS, i_channels ) ;
+ APPLY_FLOAT( F_SCALE, f_scale );
+ APPLY_BOOL( B_SOVERLAY, b_soverlay );
+ APPLY_PSZ( PSZ_VC, psz_vcodec );
+ APPLY_PSZ( PSZ_AC, psz_acodec );
+ APPLY_PSZ( PSZ_SC, psz_scodec );
+ APPLY_PSZ( PSZ_VE, psz_venc ); APPLY_PSZ( PSZ_AE, psz_aenc );
+ }
+ }
+}
+
+/** Apply a single parameter
+ * \param p_param the parameter to apply
+ * \param ppsz_dest target string, if param is a string
+ * \param pi_dest target int, if param is an integer
+ * \param pf_dest target float, if param is a float
+ * \param pb_dest target bool, if param is a bool
+ */
+void streaming_ParameterApply( sout_param_t *p_param, char **ppsz_dest,
+ int *pi_dest, float *pf_dest, bool *pb_dest )
+{
+ /* Todo : Handle psz_string like formatting */
+ if( p_param->psz_string )
+ {
+ assert( ppsz_dest );
+ fprintf( stderr, "Unsupported !\n" );
+ }
+ else
+ {
+ switch( p_param->i_type )
+ {
+ case VLC_VAR_INTEGER:
+ assert( pi_dest );
+ *pi_dest = p_param->value.i_int;
+ break;
+ case VLC_VAR_FLOAT:
+ assert( pf_dest );
+ *pf_dest = p_param->value.f_float;
+ break;
+ case VLC_VAR_STRING:
+ assert( ppsz_dest );
+ free( *ppsz_dest );
+ *ppsz_dest = p_param->value.psz_string ?
+ strdup( p_param->value.psz_string ) :
+ NULL;
+ break;
+ case VLC_VAR_BOOL:
+ assert( pb_dest );
+ *pb_dest = p_param->value.b_bool;
+ break;
+ }
+ }
+}
+
/**********************************************************************
* Interaction with streaming GUI descriptors
**********************************************************************/
#define DO_ENABLE_ACCESS \
if( !strcmp( STDM->psz_access, "file" ) )\
{ \
- pd->b_file = VLC_TRUE; pd->psz_file = strdup( STDM->psz_url ); \
+ pd->b_file = true; pd->psz_file = strdup( STDM->psz_url ); \
} \
- else if( !strcmp( STDM->psz_access, "http" ) )\
+ else if( !strcmp( STDM->psz_access, "http" ) )\
{ \
- pd->b_http = VLC_TRUE; pd->psz_http = strdup( STDM->psz_url ); \
+ pd->b_http = true; pd->psz_http = strdup( STDM->psz_url ); \
} \
- else if( !strcmp( STDM->psz_access, "mms" ) )\
+ else if( !strcmp( STDM->psz_access, "mms" ) )\
{ \
- pd->b_mms = VLC_TRUE; pd->psz_mms = strdup( STDM->psz_url ); \
+ pd->b_mms = true; pd->psz_mms = strdup( STDM->psz_url ); \
} \
- else if( !strcmp( STDM->psz_access, "udp" ) )\
+ else if( !strcmp( STDM->psz_access, "udp" ) )\
{ \
- pd->b_udp = VLC_TRUE; pd->psz_udp = strdup( STDM->psz_url ); \
+ pd->b_udp = true; pd->psz_udp = strdup( STDM->psz_url ); \
} \
else \
{ \
msg_Err( p_this, "unahandled access %s", STDM->psz_access ); \
}
-
+#if 0
/**
- * Try to convert a chain to a gui descriptor. This is only possible for
- * "simple" chains.
+ * Try to convert a chain to a gui descriptor. This is only possible for
+ * "simple" chains.
* \param p_this vlc object
* \param p_chain the source streaming chain
* \param pd the destination gui descriptor object
* \return TRUE if the conversion succeeded, false else
*/
-vlc_bool_t streaming_ChainToGuiDesc( vlc_object_t *p_this,
+bool streaming_ChainToGuiDesc( vlc_object_t *p_this,
sout_chain_t *p_chain, sout_gui_descr_t *pd )
{
int j, i_last = 0;
sout_module_t *p_module;
- if( p_chain->i_modules == 0 || p_chain->i_modules > 2 ) return VLC_FALSE;
+ if( p_chain->i_modules == 0 || p_chain->i_modules > 2 ) return false;
if( p_chain->pp_modules[0]->i_type == SOUT_MOD_TRANSCODE )
{
- if( p_chain->i_modules == 1 ) return VLC_FALSE;
+ if( p_chain->i_modules == 1 ) return false;
p_module = p_chain->pp_modules[0];
i_last++;
if( p_chain->pp_modules[i_last]->i_type == SOUT_MOD_DUPLICATE )
{
p_module = p_chain->pp_modules[i_last];
-
+
// Nothing allowed after duplicate. Duplicate mustn't be empty
- if( p_chain->i_modules > i_last +1 || !DUPM->i_children )
- return VLC_FALSE;
+ if( p_chain->i_modules > i_last +1 || !DUPM->i_children )
+ return false;
for( j = 0 ; j< DUPM->i_children ; j++ )
{
sout_chain_t *p_child = DUPM->pp_children[j];
- if( p_child->i_modules != 1 ) return VLC_FALSE;
+ if( p_child->i_modules != 1 ) return false;
p_module = p_child->pp_modules[0];
if( p_module->i_type == SOUT_MOD_STD )
{
DO_ENABLE_ACCESS
}
else if( p_module->i_type == SOUT_MOD_DISPLAY )
- pd->b_local = VLC_TRUE;
+ pd->b_local = true;
else if( p_module->i_type == SOUT_MOD_RTP )
{
msg_Err( p_this, "RTP unhandled" );
- return VLC_FALSE;
+ return false;
}
}
i_last++;
}
else if( p_chain->pp_modules[i_last]->i_type == SOUT_MOD_DISPLAY )
{
- pd->b_local = VLC_TRUE;
+ pd->b_local = true;
}
else if( p_chain->pp_modules[i_last]->i_type == SOUT_MOD_RTP )
{
msg_Err( p_this, "RTP unhandled" );
- return VLC_FALSE;
+ return false;
}
- return VLC_TRUE;
+ return true;
}
+#endif
#define HANDLE_GUI_URL( type, access ) if( pd->b_##type ) { \
- streaming_DupAddChild( p_dup ); \
+ if( p_dup ) streaming_DupAddChild( p_dup ); \
if( pd->i_##type > 0 ) \
{ \
char *psz_url; \
sout_gui_descr_t *pd )
{
sout_duplicate_t *p_dup = NULL;
+ (void)p_obj;
+
/* Clean up the chain */
streaming_ChainClean( p_chain );
/* Transcode */
if( pd->psz_vcodec || pd->psz_acodec || pd->psz_scodec || pd->b_soverlay )
{
+ fprintf( stderr, "382 vcodec %s\n", pd->psz_vcodec );
streaming_ChainAddTranscode( p_chain, pd->psz_vcodec, pd->psz_acodec,
pd->psz_scodec, pd->i_vb, pd->f_scale,
- pd->i_ab, pd->i_channels,
+ pd->i_ab, pd->i_channels,
pd->b_soverlay, NULL );
}
/* #std{} */
- if( pd->b_local + pd->b_file + pd->b_http + pd->b_mms + pd->b_rtp +
- pd->b_udp > 1 )
+ if( pd->b_local + pd->b_file + pd->b_http + pd->b_mms + pd->b_rtp +
+ pd->b_udp + pd->b_icecast > 1 )
{
p_dup = streaming_ChainAddDup( p_chain );
}
if( pd->b_local )
{
- streaming_DupAddChild( p_dup );
- streaming_ChainAddDisplay( DUP_OR_CHAIN );
+ if( p_dup ) streaming_DupAddChild( p_dup );
+ streaming_ChainAddDisplay( DUP_OR_CHAIN );
}
if( pd->b_file )
{
- streaming_DupAddChild( p_dup );
+ if( p_dup ) streaming_DupAddChild( p_dup );
streaming_ChainAddStd( DUP_OR_CHAIN, "file", pd->psz_mux,
pd->psz_file );
}
if( pd->b_udp )
{
sout_std_t *p_std;
- streaming_DupAddChild( p_dup );
+ if( p_dup ) streaming_DupAddChild( p_dup );
if( pd->i_udp > 0 )
{
char *psz_url;
p_std = streaming_ChainAddStd( DUP_OR_CHAIN, "udp",
pd->psz_mux, pd->psz_udp );
}
- if( pd->i_ttl ) ADD_OPT( "ttl=%i", pd->i_ttl );
+ if( pd->i_ttl )
+ ADD_OPT( "ttl=%i", pd->i_ttl );
if( pd->b_sap )
{
- pd->b_sap = VLC_TRUE;
- p_std->psz_name = strdup( pd->psz_name );
+ pd->b_sap = true;
+ p_std->psz_name = strdup( pd->psz_name );
p_std->psz_group = pd->psz_group ? strdup( pd->psz_group ) : NULL;
}
}
+ if( pd->b_icecast )
+ {
+ sout_std_t *p_std;
+ char *psz_username;
+
+ if( p_dup ) streaming_DupAddChild( p_dup );
+
+ if( !strcmp( pd->sa_icecast.psz_username, "" ) )
+ {
+ asprintf( &psz_username, "%s", "" );
+ }
+ else
+ {
+ asprintf( &psz_username, "%s:%s@", pd->sa_icecast.psz_username,
+ pd->sa_icecast.psz_password );
+ }
+ if( pd->i_icecast > 0 )
+ {
+ char *psz_url;
+ asprintf( &psz_url, "%s%s:%i%s", psz_username, pd->psz_icecast,
+ pd->i_icecast, pd->psz_icecast_mountpoint );
+ p_std = streaming_ChainAddStd( DUP_OR_CHAIN, "shout",
+ pd->psz_mux, psz_url );
+ free( psz_url );
+ }
+ else
+ {
+ char *psz_url;
+ asprintf( &psz_url, "%s:%s@%s%s", pd->sa_icecast.psz_username,
+ pd->sa_icecast.psz_password, pd->psz_icecast,
+ pd->psz_icecast_mountpoint );
+ p_std = streaming_ChainAddStd( DUP_OR_CHAIN, "shout",
+ pd->psz_mux, psz_url );
+ free( psz_url );
+ }
+ free( psz_username );
+ }
HANDLE_GUI_URL( http, "http" )
HANDLE_GUI_URL( mms, "mms" )
}
/**********************************************************************
* Create a sout string from a chain
**********************************************************************/
-char * streaming_ChainToPsz( sout_chain_t *p_chain )
+static char * ChainToPsz( sout_chain_t *p_chain, bool b_root )
{
- int i;
+ int i, j;
char psz_output[MAX_CHAIN];
char psz_temp[MAX_CHAIN];
- sprintf( psz_output, "#" );
+ if( b_root ) sprintf( psz_output, "#" );
+ else psz_output[0] = '\0';
+
for( i = 0 ; i< p_chain->i_modules; i++ )
{
sout_module_t *p_module = p_chain->pp_modules[i];
switch( p_module->i_type )
{
+ case SOUT_MOD_DUPLICATE:
+ CHAIN_APPEND( "duplicate{" );
+ for( j = 0 ; j < DUPM->i_children ; j ++ )
+ {
+ char *psz_child = ChainToPsz( DUPM->pp_children[j], false);
+ fprintf(stderr, "child %s\n", psz_child);
+ CHAIN_APPEND( "dst=%s", psz_child );
+ free( psz_child );
+ if( j != DUPM->i_children - 1 ) CHAIN_APPEND( "," );
+ }
+ CHAIN_APPEND( "}" );
+ break;
case SOUT_MOD_TRANSCODE:
CHAIN_APPEND( "transcode{" );
if( TRAM->psz_vcodec )
break;
case SOUT_MOD_DISPLAY:
- CHAIN_APPEND( "display" )
+ CHAIN_APPEND( "display" );
break;
case SOUT_MOD_STD:
- CHAIN_APPEND( "std{access=%s,url=%s,mux=%s}", STDM->psz_access,
+ CHAIN_APPEND( "std{access=%s,dst=%s,mux=%s}", STDM->psz_access,
STDM->psz_url, STDM->psz_mux );
+ break;
}
+ if( i != p_chain->i_modules - 1 ) CHAIN_APPEND( ":" );
}
return strdup( psz_output );
}
+char * streaming_ChainToPsz( sout_chain_t *p_chain )
+{
+ return ChainToPsz( p_chain, true );
+}
+
/**********************************************************************
* Handle streaming profiles
**********************************************************************/
+#if 0
/**
* List the available profiles. Fills the pp_profiles list with preinitialized
- * values. Only metadata is decoded
+ * values.
* \param p_this vlc object
* \param pi_profiles number of listed profiles
* \param pp_profiles array of profiles
*/
-void streaming_ProfilesList( vlc_object_t *p_this, int *pi_profiles,
+void streaming_ProfilesList( vlc_object_t *p_this, int *pi_profiles,
streaming_profile_t **pp_profiles )
{
}
p_this->p_private = (void *)p_parser;
/* And call the module ! All work is done now */
- p_module = module_Need( p_this, "profile parser", "", VLC_TRUE );
+ p_module = module_Need( p_this, "profile parser", "", true );
if( !p_module )
{
msg_Warn( p_this, "parsing profile failed" );
+ return VLC_EGENERIC;
}
+ return VLC_SUCCESS;
}
+#endif