void Scene::_parseViewPlane( ){
size_t w, h, s;
double p;
_nextToken( );
_checkToken( "ViewPlane");
_nextToken( );
_checkToken( "{");
_nextToken( );
_checkToken( "width");
_nextToken( );
w = _parseInt( );
_nextToken( );
_checkToken( "height" );
_nextToken( );
h = _parseInt( );
_nextToken( );
_checkToken( "pixelsize" );
_nextToken( );
p = _parseFloat( );
_nextToken( );
_checkToken( "sampleCount" );
_nextToken( );
s = _parseInt( );
_nextToken( );
_checkToken( "}" );
// Fill me in!
}
void Scene::_parseMaterials( ){
_nextToken( );
_checkToken( "Materials" );
_nextToken( );
_checkToken( "{");
_nextToken( );
_checkToken( "numMaterials" );
_nextToken( );
int materialCount = _parseInt( );
for( int i = 0; i < materialCount; i++ ){
_nextToken( );
if( std::strcmp( _currentToken, "PhongMaterial") == 0 ){
_parsePhongMaterial(i);
}else if( std::strcmp( _currentToken, "SomeOtherMaterial") == 0 ){
assert(0 == 1);
}else if( std::strcmp( _currentToken, "AnotherMaterial") == 0 ){
assert(0 == 1);
}else{
_checkToken( "PhongMaterial | tbd");
}
}
_nextToken( );
_checkToken("}");
}
void Scene::_parseLights( ){
_nextToken( );
_checkToken( "Lights" );
_nextToken( );
_checkToken( "{");
_nextToken( );
_checkToken( "numLights" );
_nextToken( );
int lightCount = _parseInt( );
for( int i = 0; i < lightCount; i++ ){
_nextToken( );
if( std::strcmp( _currentToken, "PointLight") == 0 ){
_parsePointLight(i);
}else if( std::strcmp( _currentToken, "DirectionalLight") == 0 ){
_parseDirectionalLight(i);
}else if( std::strcmp( _currentToken, "SomeOtherLight") == 0 ){
assert(0 == 1);
}else{
_checkToken("PointLight | DirectionalLight");
}
}
_nextToken( );
_checkToken("}");
}
int OptionManager::_parseBool (const char *str, int &val)
{
if (strcasecmp(str, "true") == 0 || strcasecmp(str, "on") == 0 ||
strcasecmp(str, "yes") == 0) {
val = 1;
return 1;
} else if (strcasecmp(str, "false") == 0 || strcasecmp(str, "off") == 0 ||
strcasecmp(str, "no") == 0) {
val = 0;
return 1;
} else
return _parseInt(str, val);
}
void OptionManager::callOptionHandler (const char* name, const char* value) {
if (!typeMap.find(name))
throw Error("Property \"%s\" not defined", name);
OPTION_TYPE type = typeMap.at(name);
int x = 0, y = 0;
float f = 0, r = 0, g = 0, b = 0;
switch (type)
{
case OPTION_STRING:
stringSetters.at(name)(value);
break;
case OPTION_INT:
if (_parseInt(value, x) < 0)
throw Error("Cannot recognize \"%s\" as an integer value", value);
intSetters.at(name)(x);
break;
case OPTION_BOOL:
if (_parseBool(value, x) < 0)
throw Error("Cannot recognize \"%s\" as a boolean value", value);
boolSetters.at(name)(x);
break;
case OPTION_FLOAT:
if (_parseFloat(value, f) < 0)
throw Error("Cannot recognize \"%s\" as a float value", value);
floatSetters.at(name)(f);
break;
case OPTION_COLOR:
if (_parseColor(value, r, g, b) < 0)
throw Error("Cannot recognize \"%s\" as a color value", value);
colorSetters.at(name)(r, g, b);
break;
case OPTION_XY:
if (_parseSize(value, x, y) < 0)
throw Error("Cannot recognize \"%s\" as a pair of integers", value);
xySetters.at(name)(x, y);
break;
default:
throw Error("Option type not supported");
}
}
void Scene::_parseGroup( ){
_nextToken( );
_checkToken( "Group" );
_nextToken( );
_checkToken( "{");
_nextToken( );
_checkToken( "numObjects" );
_nextToken( );
int objectCount = _parseInt( );
int i = 0;
_nextToken( );
while( i < objectCount ){
if( std::strcmp( _currentToken, "MaterialIndex") == 0 ){
_parseMaterialIndex( );
}else if( std::strcmp( _currentToken, "Group") == 0 ){
assert(0 == 1);
_parseGroup( );
i += 1;
}else if( std::strcmp( _currentToken, "Transform") == 0 ){
assert(0 == 1);
}else if( std::strcmp( _currentToken, "Sphere") == 0 ){
_parseSphere(i);
i += 1;
}else if( std::strcmp( _currentToken, "Plane") == 0 ){
assert(0 == 1);
i += 1;
}else if( std::strcmp( _currentToken, "Triangle") == 0 ){
assert(0 == 1);
i += 1;
}else if( std::strcmp( _currentToken, "TriangleMesh") == 0 ){
assert(0 == 1);
i += 1;
}else{
_checkToken( "Group | tbd");
}
_nextToken( );
}
}
JValue* Parser::_parseValue() {
switch(_cur_token.type()) {
case TT_STRING:
return _parseString();
case TT_INTEGER:
return _parseInt();
case TT_REAL:
return _parseReal();
case TT_TRUE:
return _parseTrue();
case TT_FALSE:
return _parseFalse();
case TT_NULL:
return _parseNull();
case TT_ARRAY_OPEN_BRACE:
return _parseArray();
case TT_OBJECT_OPEN_BRACE:
return _parseObject();
default:
_err = _instream->error();
return NULL;
}
}
void BMDVideohubClient::_parseline() {
int inputNum;
int outputNum;
int portNum;
if (!strcmp(_linebuffer,"")) {
_section = 0;
} else if (!strcmp_P(_linebuffer,PSTR("PROTOCOL PREAMBLE:"))) { //strcmp_P("RAM STRING", PSTR("FLASH STRING"));
_section = 1;
} else if (!strcmp_P(_linebuffer,PSTR("VIDEOHUB DEVICE:"))) {
_section = 2;
}
/*else if (!strcmp_P(_linebuffer,PSTR("INPUT LABELS:"))) {
_section = 3;
} else if (!strcmp_P(_linebuffer,PSTR("OUTPUT LABELS:"))) {
_section = 4;
} */
else if (!strcmp_P(_linebuffer,PSTR("VIDEO OUTPUT LOCKS:"))) {
_section = 5;
} else if (!strcmp_P(_linebuffer,PSTR("VIDEO OUTPUT ROUTING:"))) {
_section = 6;
} else {
_linebufferParsePointer=0;
switch(_section) {
case 2: // VIDEOHUB DEVICE
if (_isFirstPartOfLinebuffer("Device present:")) {
_linebufferParsePointer+=15+1;
_devicePresent = _isFirstPartOfLinebuffer("true");
}
if (_isFirstPartOfLinebuffer("Video inputs:")) {
_linebufferParsePointer+=13+1;
_numInputs = _parseInt();
}
/*if (_isFirstPartOfLinebuffer("Video processing units:")) {
_linebufferParsePointer+=23+1;
_numProcUnits = _parseInt();
}*/
if (_isFirstPartOfLinebuffer("Video outputs:")) {
_linebufferParsePointer+=14+1;
_numOutputs = _parseInt();
}
/*if (_isFirstPartOfLinebuffer("Video monitoring outputs:")) {
_linebufferParsePointer+=25+1;
_numMonOutputs = _parseInt();
}*/
/*if (_isFirstPartOfLinebuffer("Serial ports:")) {
_linebufferParsePointer+=13+1;
_serialPorts = _parseInt();
}*/
break;
case 3: // INPUT LABELS
break;
case 4:/* // OUTPUT LABELS
portNum = _parseInt();
if (portNum>=0 && portNum<=15) {
_linebufferParsePointer++;
while(_linebufferParsePointer < _linebufferPointer) {
// Here: Traverse every char ofthe label.
// For future implementation when I know where to store this information! Too little memory.
// Serial.print(_linebuffer[_linebufferParsePointer]);
_linebufferParsePointer++;
}
}*/
break;
case 5: // VIDEO OUTPUT LOCKS
outputNum = _parseInt();
if (outputNum>=0 && outputNum<=_numOutputs-1) {
_outputLocks[outputNum] = _linebuffer[_linebufferParsePointer+1];
}
break;
case 6: // VIDEO OUTPUT ROUTING
outputNum = _parseInt();
if (outputNum>=0 && outputNum<=39) {
_linebufferParsePointer++; // Advance
inputNum = _parseInt();
if (inputNum>=0 && inputNum<=39) {
_outputRouting[outputNum] = inputNum;
}
}
break;
}
}
}
void Scene::_parseMaterialIndex( ){
_checkToken( "MaterialIndex");
_nextToken( );
_currentMaterialIndex = _parseInt( );
}
/**
* Parses a line from client
*/
void BMDSmartViewClient::_parseline() {
if (!strcmp(_linebuffer,"")) {
_section = 0;
} else if (!strcmp_P(_linebuffer,PSTR("PROTOCOL PREAMBLE:"))) { //strcmp_P("RAM STRING", PSTR("FLASH STRING"));
_section = 1;
} else if (!strcmp_P(_linebuffer,PSTR("SMARTVIEW DEVICE:"))) {
_section = 2;
} else if (!strcmp_P(_linebuffer,PSTR("NETWORK:"))) {
_section = 3;
} else if (!strcmp_P(_linebuffer,PSTR("MONITOR A:"))) {
_section = 4;
} else if (!strcmp_P(_linebuffer,PSTR("MONITOR B:"))) {
_section = 5;
} else {
_linebufferParsePointer = 0;
switch(_section) {
case 4: // Monitor A or B:
case 5:
if (_isFirstPartOfLinebuffer_P(PSTR("Brightness:"))) {
_linebufferParsePointer+=11+1;
_Smart_brightness[_section-4] = _parseInt();
}
if (_isFirstPartOfLinebuffer_P(PSTR("Contrast:"))) {
_linebufferParsePointer+=9+1;
_Smart_contrast[_section-4] = _parseInt();
}
if (_isFirstPartOfLinebuffer_P(PSTR("Saturation:"))) {
_linebufferParsePointer+=11+1;
_Smart_saturation[_section-4] = _parseInt();
}
if (_isFirstPartOfLinebuffer_P(PSTR("Identify:"))) {
_linebufferParsePointer+=9+1;
if (_isFirstPartOfLinebuffer_P(PSTR("true"))) {
_Smart_identify[_section-4] = true;
} else {
_Smart_identify[_section-4] = false;
}
}
if (_isFirstPartOfLinebuffer_P(PSTR("Border:"))) {
_linebufferParsePointer+=7+1;
if (_isFirstPartOfLinebuffer_P(PSTR("None"))) {
_Smart_border[_section-4] = 0;
} else if (_isFirstPartOfLinebuffer_P(PSTR("Red"))) {
_Smart_border[_section-4] = 1;
} else if (_isFirstPartOfLinebuffer_P(PSTR("Green"))) {
_Smart_border[_section-4] = 2;
} else if (_isFirstPartOfLinebuffer_P(PSTR("Blue"))) {
_Smart_border[_section-4] = 3;
/* } else if (_isFirstPartOfLinebuffer_P(PSTR("White"))) { // Doesn't work yet?
_Smart_border[_section-4] = 4;
*/ } else {
_Smart_border[_section-4] = 255;
}
}
if (_isFirstPartOfLinebuffer_P(PSTR("WidescreenSD:"))) {
_linebufferParsePointer+=13+1;
if (_isFirstPartOfLinebuffer_P(PSTR("auto"))) {
_Smart_widescreenSD[_section-4] = 0;
} else if (_isFirstPartOfLinebuffer_P(PSTR("on"))) {
_Smart_widescreenSD[_section-4] = 1;
} else if (_isFirstPartOfLinebuffer_P(PSTR("off"))) {
_Smart_widescreenSD[_section-4] = 2;
} else {
_Smart_widescreenSD[_section-4] = 255;
}
}
if (_isFirstPartOfLinebuffer_P(PSTR("ScopeMode:"))) {
_linebufferParsePointer+=10+1;
if (_isFirstPartOfLinebuffer_P(PSTR("Picture"))) {
_Smart_scopeMode[_section-4] = 0;
} else if (_isFirstPartOfLinebuffer_P(PSTR("AudioDbfs"))) {
_Smart_scopeMode[_section-4] = 1;
} else if (_isFirstPartOfLinebuffer_P(PSTR("AudioDbvu"))) {
_Smart_scopeMode[_section-4] = 2;
} else if (_isFirstPartOfLinebuffer_P(PSTR("Histogram"))) {
_Smart_scopeMode[_section-4] = 3;
} else if (_isFirstPartOfLinebuffer_P(PSTR("ParadeRGB"))) {
_Smart_scopeMode[_section-4] = 4;
} else if (_isFirstPartOfLinebuffer_P(PSTR("ParadeYUV"))) {
_Smart_scopeMode[_section-4] = 5;
} else if (_isFirstPartOfLinebuffer_P(PSTR("Vector100"))) {
_Smart_scopeMode[_section-4] = 6;
} else if (_isFirstPartOfLinebuffer_P(PSTR("Vector75"))) {
_Smart_scopeMode[_section-4] = 7;
} else if (_isFirstPartOfLinebuffer_P(PSTR("WaveformLuma"))) {
_Smart_scopeMode[_section-4] = 8;
} else {
_Smart_scopeMode[_section-4] = 255;
}
}
if (_isFirstPartOfLinebuffer_P(PSTR("AudioChannel:"))) {
_linebufferParsePointer+=13+1;
_Smart_audioChannel[_section-4] = _parseInt();
}
break;
}
}
// Content parsing:
if (_serialOutput) Serial.print(_section);
if (_serialOutput) Serial.print(F(": "));
if (_serialOutput) Serial.println(_linebuffer);
_resetLastIncomingMsg();
}
