/**
* gain: 0-221 (0=inf, 221=20db, 201=10db, 181=0db, 161=-10db, 141=-20db, 121=-30db, 101=-40db, 21=-80db)
*/
void ClientDbxZonePro::setInputGain(uint8_t b0, uint8_t b1, uint16_t gain) {
_resetBuffer();
_insertMsgId(0x0100); // Set Command
_insertObjectId(b0, b1, 0x01, 0x01);
_insertSVID(0x0000);
_insertDataType(3);
_insertData(gain);
_sendBuffer();
}
/**
* Read from client buffer
*/
void ClientSonyDeckControlUDP::_readFromClient() {
// Read from Serial Port 1:
while (_Udp.available()) {
uint8_t inputValBuf[2];
uint8_t inputVal;
_Udp.read(inputValBuf, 1);
inputVal = inputValBuf[0];
/* if (_serialOutput)
Serial.println(inputVal,HEX);
*/
if (_bufferWriteIndex < _binBufferSize) {
_binarybuffer[_bufferWriteIndex] = inputVal;
if (_bufferWriteIndex == 0) { // start of session... init it
_binarybufferCheckSum = 0; // Reset checksum register
_binarybufferExpectedLength = (_binarybuffer[0] & B00001111) + 2; // Get length of the packet
}
// If the pointer is equal to the expected length it means we have just read the checksum byte, so lets evaluate that:
if (_bufferWriteIndex == _binarybufferExpectedLength) {
if (_binarybufferCheckSum == _binarybuffer[_bufferWriteIndex]) {
_bufferWriteIndex++;
_parselineDispatch();
_resetLastIncomingMsg();
_resetBuffer();
} else {
if (_serialOutput)
Serial.println(F("Bad checksum"));
delay(5); // Let more data arrive, so we can flush it.
while (_Udp.available()) {
_Udp.read();
}
}
_bufferWriteIndex = 0;
_pendingAnswer = false;
} else {
// If we are not at the end (checksum byte), we continously calculate the checksum:
_binarybufferCheckSum += _binarybuffer[_bufferWriteIndex];
_bufferWriteIndex++;
}
} else {
if (_serialOutput)
Serial.println(F("ERROR: Buffer overflow."));
delay(5); // Let more data arrive, so we can flush it.
while (_Udp.available()) {
_Udp.read();
}
_pendingAnswer = false;
}
}
}
/**
* Setting output master volume
* level: 0-221 (0=inf, 221=20db, 201=10db, 181=0db, 161=-10db, 141=-20db, 121=-30db, 101=-40db, 21=-80db)
*/
void ClientDbxZonePro::setOutputMaster(uint8_t b0, uint8_t b1, uint16_t level) {
_resetBuffer();
_insertMsgId(0x0100); // Set Command
//_insertFlags(0x0400);
_insertObjectId(b0, b1, 0x05, 0x01);
_insertSVID(0x000c); // Master is SV_ID 12 on a ZonePro 1260m
_insertDataType(3);
_insertData(level);
_sendBuffer();
}
/**
* Setting volume on a given input for the output
* input = 1-12
* level: 0-415 (0=inf, 415=20db, 315=10dB, 215=0db, 115=-10db)
*/
void ClientDbxZonePro::setOutputMix(uint8_t b0, uint8_t b1, uint8_t input, uint16_t level) {
_resetBuffer();
_insertMsgId(0x0100); // Set Command
//_insertFlags(0x0400);
_insertObjectId(b0, b1, 0x05, 0x01);
_insertSVID(0x0000+(input-1));
_insertDataType(3);
_insertData(level);
_sendBuffer();
}
/**
* Setting output master mute
*/
void ClientDbxZonePro::setOutputMute(uint8_t b0, uint8_t b1, bool mute) {
_resetBuffer();
_insertMsgId(0x0100); // Set Command
//_insertFlags(0x0400);
_insertObjectId(b0, b1, 0x05, 0x01);
_insertSVID(0x000d);
_insertDataType(1);
_insertData(mute?1:0);
_sendBuffer();
}
void DataOStream::_flush()
{
EQASSERT( _enabled );
if( !_connections.empty( ))
{
void* ptr = _buffer.getData() + _bufferStart;
const uint64_t size = _buffer.getSize() - _bufferStart;
_compressorState = STATE_UNCOMPRESSED;
_compress( ptr, size, STATE_PARTIAL );
sendData( ptr, size, false );
}
_dataSent = true;
_resetBuffer();
}
/**
* Read from client buffer. (Overloading from superclass)
*/
void ClientDbxZonePro::_readFromClient() {
// When we enter here we expect to read a full package at a time, so we reset buffer:
_resetBuffer();
uint16_t len = 0;
bool overflow = false;
while (_client.available()) {
if (_bufferWriteIndex<_binBufferSize) {
_binarybuffer[_bufferWriteIndex++] = _client.read();
} else { // Overflow. Only theoretical because we should at some point reach "21" for the headersize, see below.
overflow = true;
_client.read();
_bufferWriteIndex++;
}
if (_bufferWriteIndex==21) { // Header has been retrieved completely. Subprocess this:
if (_binarybuffer[1] || _binarybuffer[2]) {
// Error, we don't have that large a buffer!
if (_serialOutput) Serial.println(F("ERROR: Too large package."));
}
len = (_binarybuffer[3]<<8) | _binarybuffer[4];
_processPayload(len-_bufferWriteIndex);
_resetBuffer();
len = 0;
overflow = false;
}
if (overflow) {
Serial.print(F("ERROR: Buffer overflow: Package was "));
Serial.print(len);
Serial.println(F(" bytes."));
}
}
}
/**
* Read from client buffer
*/
void SkaarhojSerialClient::_readFromClient() {
while (_HardSerial.available()) {
char c = _HardSerial.read();
if (c==_EOLChar) { // Line feed, always used
_parselineDispatch();
_resetLastIncomingMsg();
_resetBuffer();
} else if (c==_EOTChar) { // Prompt
if (_serialOutput>1) Serial.println(F("EOT received..."));
_initialize();
_resetLastIncomingMsg();
_resetBuffer();
_pendingEOT = false;
} else if (c==13 || c==10) { // <CR> and <LF> ignored (they should be captured as _EOLChar if necessary)
// Ignore.
} else if (_bufferWriteIndex < _bufferSize-1) { // one byte for null termination reserved
_buffer[_bufferWriteIndex] = c;
_bufferWriteIndex++;
} else {
if (_serialOutput) Serial.println(F("ERROR: Buffer overflow."));
}
}
}
void ClientBMDVideohubTCP::routeInputToOutput(uint8_t input, uint8_t output, bool waitForConfirmedChange) {
_resetBuffer();
_addToBuffer_P(PSTR("VIDEO OUTPUT ROUTING:\n"));
_addToBuffer(String(output - 1));
_addToBuffer_P(PSTR(" "));
_addToBuffer(String(input - 1));
_addToBuffer_P(PSTR("\n\n"));
_sendBuffer();
if (waitForConfirmedChange) {
unsigned long timer = millis();
while(_outputRouting[output - 1] != input-1 && millis()-500 < timer) { // 500 ms timeout if route is not set...
runLoop();
}
}
}
void App::init()
{
static std::once_flag flag;
std::call_once(flag, [this]()
{
assert(cudaGLSetGLDevice(0) == cudaSuccess);
assert(SDL_Init(SDL_INIT_VIDEO) == 0);
_window = SDL_CreateWindow("SPH DEMOSCENE", SDL_WINDOWPOS_CENTERED, SDL_WINDOWPOS_CENTERED,
_width, _height, SDL_WINDOW_OPENGL | SDL_WINDOW_SHOWN);
assert(_window != nullptr);
_context = SDL_GL_CreateContext(_window);
glewInit();
glGenBuffers(1, &_glPixelBuffer);
_resetBuffer();
});
assert(cudaGraphicsGLRegisterBuffer(&_cudaGr, _glPixelBuffer, cudaGraphicsMapFlagsWriteDiscard) == cudaSuccess);
}
/**
* Subscribes to a given object (shift+ctrl+o when you have selected an object in the ZonePro Program Screen - there you will see values for b0-b3)
* Subscription means that the ZonePro will send you updates if the value is changed on the device.
* Subscriptions DO NOT invoke a value message if you set the value yourself.
*/
void ClientDbxZonePro::_subscribe(uint8_t b0, uint8_t b1, uint8_t b2, uint8_t b3) {
_resetBuffer();
_insertMsgId(0x0113); // SubscribeAll
_insertFlags(0x0400);
_insertObjectId(b0, b1, b2, b3);
_binarybuffer[21] = highByte(_localNodeId);
_binarybuffer[22] = lowByte(_localNodeId);
_binarybuffer[23] = b3;
_binarybuffer[24] = b2;
_binarybuffer[25] = b1;
_binarybuffer[26] = b0;
_binarybuffer[27] = 0x01;
_bufferWriteIndex=30;
_sendBuffer();
}
/**
* Sends ping command. (Overloading from superclass)
*/
void ClientBMDVideohubTCP::_sendPing() {
_resetBuffer();
_addToBuffer_P(PSTR("PING:\n\n"));
_sendBuffer();
}
void DataOStream::reset()
{
_resetBuffer();
}
/**
* Sends ping command. (Overloading from superclass)
*/
void ClientKramerVSHDMIMatrix::_sendPing() {
_resetBuffer();
_addToBuffer_P(PSTR("#\r"));
_sendBuffer();
}
