// ----------------------------------------------------------------------------
//
bool HttpRestServices::edit_venue_layout_save( CString& response, LPCSTR data, DWORD size, LPCSTR content_type ) {
Venue* venue = studio.getVenue();
if ( !venue )
return false;
venue->setVenueLayout( data );
return true;
}
// ----------------------------------------------------------------------------
//
bool HttpRestServices::query_venue_layout( CString& response, LPCSTR data ) {
Venue* venue = studio.getVenue();
if ( !venue )
return false;
LPCSTR layout = venue->getVenueLayout();
if ( layout == NULL )
return false;
response = layout;
return true;
}
ShowAtVenue::ShowAtVenue(const Show& show, const Venue& venue, const char* date)
{
m_show = show;
m_venue = venue;
m_date = _strdup(date);
m_numOfPeople = 0;
m_seatArr = new Contact**[venue.getNumOfRows()]; //Dynamic allocate the Seats array ROWS
for (int i = 0; i < venue.getNumOfRows(); i++)
{
m_seatArr[i] = new Contact*[venue.getNumOfSeatsPerRow()];
for (int j = 0; j < venue.getNumOfSeatsPerRow(); j++)
{
m_seatArr[i][j] = NULL; //If seat is not taken the value is NULL
}
}
}
int main()
{
Venue theSpot;
theSpot.addEvent(10, "Coffee Hour"); //Should work -works!
theSpot.addEvent(11, "Brunch w/ Bob"); //Should work -works!
theSpot.addEvent(11, "Bingo"); //Shouldn't work -doesn't work!
cout << theSpot.findEvent(10).getTitle() << endl; //Should find Coffee Hour -does!
cout << theSpot.findEvent("Brunch w/ Bob").getTime() << endl; //Should find 11 o'clock -does!
cout << theSpot.findEvent("Bingo").getTime() << endl; //Should print -1, because Bingo ain't there! -does!
return 0;
}
int main()
{
//Creates a venue to be utilized
Venue theVenue;
//Creates an event in the venue at 10 called wedding, displays "Event scheduled"
theVenue.addEvent(10, "Wedding");
//Creates an event in the venue at 8 called business meeting, displays "Event scheduled"
theVenue.addEvent(8, "Business Meeting");
//Will not create this event, because the time is already taken, displays error message
theVenue.addEvent(10, "Poker Night");
//will find and display the event at 10, wedding
cout << theVenue.findEvent(10).getTitle() << endl;
//will find and display the event called business meeting, 8
cout << theVenue.findEvent("Business Meeting").getTime() << endl;
//will return -1, because the event poker night does not exist
cout << theVenue.findEvent("Poker Night").getTime() << endl;
//will return Free, because there is no event at 6
cout << theVenue.findEvent(6).getTitle() << endl;
return 0;
}
// ----------------------------------------------------------------------------
//
bool HttpRestServices::edit_venue_update( CString& response, LPCSTR data, DWORD size, LPCSTR content_type ) {
Venue* venue = studio.getVenue();
if ( !venue )
return false;
SimpleJsonParser parser;
try {
parser.parse( data );
CString name = parser.get<CString>( "name" );
CString description = parser.get<CString>( "description" );
CString dmx_port = parser.get<CString>( "dmx_port" );
CString audio_capture_device = parser.get<CString>( "audio_capture_device" );
int dmx_packet_delay_ms = parser.get<int>( "dmx_packet_delay_ms" );
int dmx_minimum_delay_ms = parser.get<int>( "dmx_minimum_delay_ms" );
int audio_sample_size = parser.get<int>( "audio_sample_size" );
float audio_boost = parser.get<float>( "audio_boost" );
float audio_boost_floor = parser.get<float>( "audio_boost_floor" );
int auto_blackout = parser.get<int>( "auto_blackout" );
// There may be a better solution for this, but we need to kill all attached sound devices before the reset
m_sound_sampler.detach();
venue->close();
venue->setName( name );
venue->setDescription( description );
venue->setDmxPort( dmx_port );
venue->setDmxPacketDelayMS( dmx_packet_delay_ms );
venue->setDmxMinimumDelayMS( dmx_minimum_delay_ms );
venue->setAudioCaptureDevice( audio_capture_device );
venue->setAudioBoost( audio_boost );
venue->setAudioBoostFloor( audio_boost_floor );
venue->setAudioSampleSize( audio_sample_size );
venue->setAutoBlackout( auto_blackout );
venue->open();
}
catch ( std::exception& e ) {
throw StudioException( "JSON parser error (%s) data (%s)", e.what(), data );
}
return true;
}
// ----------------------------------------------------------------------------
//
bool HttpRestServices::query_venue_describe( CString& response, LPCSTR data ) {
Venue* venue = studio.getVenue();
if ( !venue )
return false;
JsonBuilder json( response );
json.startObject();
json.add( "name", venue->getName() );
json.add( "description", venue->getDescription() );
json.add( "auto_blackout", venue->getAutoBlackout() );
json.add( "dmx_port", venue->getDmxPort() );
json.add( "dmx_packet_delay_ms", venue->getDmxPacketDelayMS() );
json.add( "dmx_minimum_delay_ms", venue->getDmxMinimumDelayMS() );
json.add( "audio_capture_device", venue->getAudioCaptureDevice() );
json.add( "audio_sample_size", venue->getAudioSampleSize() );
json.add( "audio_boost", venue->getAudioBoost() );
json.add( "audio_boost_floor", venue->getAudioBoostFloor() );
json.startArray( "ports" );
for ( int i=1; i <= 12; i++ ) {
CString com_port;
com_port.Format( "com%d", i );
json.add( com_port );
}
json.endArray( "ports" );
json.startArray( "capture_devices" );
for ( AudioCaptureDeviceArray::iterator it=AudioInputStream::audioCaptureDevices.begin();
it != AudioInputStream::audioCaptureDevices.end(); ++it )
json.add( (*it).m_friendly_name );
json.endArray( "capture_devices" );
json.endObject();
return true;
}
