bool X11Audio::init(char * p_hostname, uint2 p_channels, uint2 p_width)
{
if ( !isinit() )
{
MCuseESD = ( initialise_weak_link_esd() != 0 ) ;
if ( p_hostname != NULL )
m_host = p_hostname ;
m_flags = 0 ;
if ( p_channels == 1 )
m_flags |= ESD_MONO ;
else
m_flags |= ESD_STEREO ;
if ( p_width == 1 )
m_flags |= ESD_BITS8 ;
else
m_flags |= ESD_BITS16 ;
// m_esd_connection is no longer used to specify the network sound channel.
// we still use it as a little flag to say we are all set-up and ready to go.
m_esd_connection = 1;
return true ;
}
return true ;
}
void X11Audio::close(void)
{
if ( isinit() )
{
esd_close(m_esd_connection);
}
}
int X11Audio::play(int1 * p_sample, uint4 p_samplesize, uint p_rate)
{
if ( isinit() )
{
uint t_func = ESD_PLAY | ESD_STREAM | m_flags;
int chan ;
chan = esd_play_stream(t_func, p_rate, NULL, NULL);
uint t_bytes_written ;
t_bytes_written = write(chan, p_sample, p_samplesize);
esd_close(chan);
return t_bytes_written ;
}
}
elemptr symmodel::get_model_widx( const vector<string>& parsed, const vector<size_t>& idx, const vector<elemptr>& trace )
{
//I start with it already parsed.
//If parsed.size() == 0, I simply return this (with an index?)
//The empty string indicates "this" model? No, when I parse it, I need to sep it, so an empty, will return in a zero-parse, of size zero, or nothing?
//Either way, would result in same, so return ;)
if( parsed.size() == 0 || parsed[0].compare("") == 0 )
{
fprintf(stdout, "FOUND MODEL! [%s]\n", buildpath().c_str() );
elemptr t = elemptr( shared_from_this(), idx );
return t;
}
else
{
fprintf(stdout, "Model [%s], attempting to find model name [%s] widx (note, trace size is [%lu])\n", buildpath().c_str(), CAT(parsed, "/").c_str(), trace.size());
}
//This is the next model I will go into
string submodel = parsed[0];
vector<string> remainder( parsed.begin()+1, parsed.end() ); //same as remainder, remainder.erase(0);
//REV: This is where I should iterate up the tree! This is the issue.
vector<size_t> mlocs = find_model( submodel );
vector<size_t> hlocs = find_hole( submodel );
//At this point, we are finding the hole etc. normally.
if( mlocs.size() >= 1 )
{
if( mlocs.size() > 1 )
{
fprintf(stderr, "WTF found more than one in getmodelwidx\n");
exit(1);
}
size_t mloc = mlocs[0];
//add model to trace? I guess? It is a submodel, so it is not necessary I guess? But it helps it find submodels I guess? Could this cause a problem?
fprintf(stdout, "Model [%s], going through submodel [%s] to find [%s]\n", buildpath().c_str(), models[mloc]->localname.c_str(), CAT(remainder, "/").c_str() );
std::shared_ptr<symmodel> nextmodel = models[mloc];
//Don't add to trace because if same model, parent will cause infinite loop in combin with trace.
//However
//Problem is if I go through a hole, and the hole is the same model, that is the main problem
vector<elemptr> newtrace = trace;
//size_t idx_in_submodel = idx; //no change, b/c submodel.
vector<size_t> idx_in_submodel = idx; //no change, b/c submodel.
//newtrace.push_back( elemptr( shared_from_this(), idx ) );
return nextmodel->get_model_widx( remainder, idx_in_submodel, newtrace );
}
else if( hlocs.size() >= 1 )
{
if( hlocs.size() > 1)
{
fprintf(stderr, "WTF more than one HOLE found in getmodelwidx\n");
exit(1);
}
size_t hloc = hlocs[0];
fprintf(stdout, "Model [%s], going through hole [%s] to find [%s]\n", buildpath().c_str(), holes[hloc].name.c_str(), CAT(remainder, "/").c_str());
if( holes[ hloc ].members.size() != 1 )
{
fprintf(stderr, "ERROR in get_model_widx, getting [%s] from HOLE, but hole [%s] has size [%lu], but it should be 1\n", submodel.c_str(), holes[hloc].name.c_str(), holes[hloc].members.size() );
exit(1);
}
//REV: so in the case it does not exist yet, we have a problem?
std::shared_ptr<symmodel> nextmodel = holes[hloc].members[0];
if( check_same_toplevel_model( nextmodel ) )
{
//Dont add to trace because its same model so infinite loop with going to parent.x
vector<elemptr> newtrace = trace;
//size_t idx_in_submodel = idx; //no change, b/c submodel.
vector<size_t> idx_in_submodel = idx; //no change, b/c submodel.
//newtrace.push_back( elemptr( shared_from_this(), idx ) );
return nextmodel->get_model_widx( remainder, idx_in_submodel, newtrace );
}
else //not same toplevel model
{
//I NEED TO GO THROUGH A CORRESPONDENCE
fprintf(stdout, "REV: about to go through a corresp to get a non-same model thing through a hole...\n");
//std::shared_ptr<corresp> mycorresp;
auto mycorresp = getcorresp( nextmodel );
if( !mycorresp )
{
fprintf(stderr, "REV: getcorresp in get_model_widx, failed, no such corresp exists between [%s] and [%s]\n", buildpath().c_str(), nextmodel->buildpath().c_str());
exit(1);
}
//REV; SANITY, if corresp not allocated yet, just return 0.
//size_t idx_in_submodel = 0;
vector<size_t> idx_in_submodel(1,0);
//REV; Don't check this here, check this in the corresp struct? I.e. return dummy data if it is not existing yet (or exit?)
if(mycorresp->isinit())
{
fprintf(stdout, "Corresp is INIT!!!! Will attempt a GETALL...\n");
//REV: TODO HERE, just return it directly, with new IDX_IN_SUBMODEL ;0
//REV: this is it!!! This is where I
vector<size_t> sanity = mycorresp->getall( idx );
fprintf(stdout, "Attempted to GETALL from the corresp!\n");
/*if( sanity.size() != 1 )
{
fprintf(stderr, "SANITY check for corresp during access failed! Expected corresp for idx [%lu] of model [%s] to have only 1 corresponding element in model [%s], but it had [%lu]\n", idx, buildpath().c_str(), nextmodel->buildpath().c_str(), sanity.size() );
exit(1);
}
size_t idx_in_submodel = sanity[0]; //no change, b/c submodel.
*/
idx_in_submodel = sanity;
}
vector<elemptr> newtrace = trace;
newtrace.push_back( elemptr( shared_from_this(), idx ) );
fprintf(stdout, "About to get next model with idx...\n");
auto toret = nextmodel->get_model_widx( remainder, idx_in_submodel, newtrace );
fprintf(stdout, "FINISHED About to get next model with idx...\n");
return toret;
}
} //end if not found in HOLES (or submodels)
else
{
fprintf(stdout, "Model [%s], walking up to parent [%s] to find [%s]\n", buildpath().c_str(), parent->localname.c_str(), CAT(parsed, "/").c_str());
//Else, try to bubble up to ROOT.
if( parent && (parent->parent) )
{
std::shared_ptr<symmodel> nextmodel = parent;
vector<elemptr> newtrace = trace;
//size_t idx_in_submodel = idx; //no change, b/c submodel.
vector<size_t> idx_in_submodel = idx; //no change, b/c submodel.
//newtrace.push_back( elemptr( shared_from_this(), idx ) );
return nextmodel->get_model_widx( parsed, idx_in_submodel, newtrace );
}
else if( parent && !(parent->parent) )
{
//Couldn't find it! Return empty elemptr...bad.
elemptr ep;
return ep;
}
else
{
fprintf(stderr, "REV; this should never happen weird, Neither parent nor parent->parent? In searching for model with idx. Exit\n");
if( parent )
{
fprintf( stderr, "Parent of me [%s] exists and is [%s]\n", buildpath().c_str(), parent->buildpath().c_str() );
}
else
{
fprintf( stderr, "Parent does not exist... (note current model is [%s])!\n", buildpath().c_str() );
}
exit(1);
}
} //couldn't find in "else" (i.e. not in this model, so try bubbling up parents)
if(trace.size() == 0)
{
fprintf(stderr, "Trace size zero. This should never happen (should have been caught above)\n");
exit(1);
}
//REV: Did I mess something up? First it should check through all guys directly to see if it is same model? I.e. if target model matches b/c we can use that idx.
fprintf(stdout, "Couldn't find model [%s] in previous model trace [%s], so moving to next! (trace size is [%lu])\n", CAT(parsed,"/").c_str(), buildpath().c_str(), trace.size() );
//Move back model and try again?
vector<elemptr> newtrace = trace;
//size_t idx_in_submodel = newtrace[ newtrace.size() - 1].idx; //end of trace.
vector<size_t> idx_in_submodel = newtrace[ newtrace.size() - 1].idx; //end of trace.
std::shared_ptr<symmodel> nextmodel = newtrace[ newtrace.size() - 1].model;
newtrace.pop_back();
fprintf(stdout, "Will now try to run with new trace size [%lu]\n", newtrace.size() );
return nextmodel->get_model_widx( parsed, idx_in_submodel, newtrace );
} //end get_model_widx
