OpenGLModule::OpenGLModule(InviwoApplication* app)
: InviwoModule(app, "OpenGL")
, sharedResources_{util::make_unique<SharedOpenGLResources>()}
, shaderManager_{util::make_unique<ShaderManager>()} {
SharedOpenGLResources::init(sharedResources_.get());
ShaderManager::init(shaderManager_.get());
opengl::addShaderResources(shaderManager_.get(), {getPath(ModulePath::GLSL)});
registerDrawer(util::make_unique<MeshDrawerGL>());
registerRepresentationConverter(util::make_unique<LayerRAM2GLConverter>());
registerRepresentationConverter(util::make_unique<LayerGL2RAMConverter>());
registerRepresentationConverter(util::make_unique<VolumeRAM2GLConverter>());
registerRepresentationConverter(util::make_unique<VolumeGL2RAMConverter>());
registerRepresentationConverter(util::make_unique<BufferRAM2GLConverter>());
registerRepresentationConverter(util::make_unique<BufferGL2RAMConverter>());
registerRepresentationConverter(util::make_unique<ElementBufferRAM2GLConverter>());
registerRepresentationConverter(util::make_unique<ElementBufferGL2RAMConverter>());
registerProcessor<CanvasProcessorGL>();
auto settings = util::make_unique<OpenGLSettings>();
auto openGLCap = util::make_unique<OpenGLCapabilities>(settings.get());
shaderManager_.get()->setOpenGLSettings(settings.get());
registerSettings(std::move(settings));
registerCapabilities(std::move(openGLCap));
}
OpenGLModule::OpenGLModule(InviwoApplication* app) : InviwoModule(app, "OpenGL") {
ShaderManager::init();
#ifdef OPENGL_INCLUDE_SHADER_RESOURCES
OPENGL_addGeneratedShaderResources();
#else
ShaderManager::getPtr()->addShaderSearchPath(InviwoApplication::PATH_MODULES, "opengl/glsl");
#endif
registerDrawer(util::make_unique<MeshDrawerGL>());
registerRepresentationConverter(util::make_unique<LayerRAM2GLConverter>());
registerRepresentationConverter(util::make_unique<LayerGL2RAMConverter>());
registerRepresentationConverter(util::make_unique<VolumeRAM2GLConverter>());
registerRepresentationConverter(util::make_unique<VolumeGL2RAMConverter>());
registerRepresentationConverter(util::make_unique<BufferRAM2GLConverter>());
registerRepresentationConverter(util::make_unique<BufferGL2RAMConverter>());
registerRepresentationConverter(util::make_unique<ElementBufferRAM2GLConverter>());
registerRepresentationConverter(util::make_unique<ElementBufferGL2RAMConverter>());
registerProcessor<CanvasProcessorGL>();
auto settings = util::make_unique<OpenGLSettings>();
auto openGLCap = util::make_unique<OpenGLCapabilities>(settings.get());
ShaderManager::getPtr()->setUniformWarningLevel(settings.get());
registerSettings(std::move(settings));
registerCapabilities(std::move(openGLCap));
}
void registerQlFunctions(const XLOPER &xDll) {
registerAbcd(xDll);
registerAccountingengines(xDll);
registerAlphaform(xDll);
registerAssetswap(xDll);
registerBasketlossmodels(xDll);
registerBonds(xDll);
registerBrowniangenerators(xDll);
registerBtp(xDll);
registerCalendar(xDll);
registerCapfloor(xDll);
registerCapletvolstructure(xDll);
registerCmsmarket(xDll);
registerCmsmarketcalibration(xDll);
registerCorrelation(xDll);
registerCouponvectors(xDll);
registerCredit(xDll);
registerCtsmmcapletcalibration(xDll);
registerCurvestate(xDll);
registerDate(xDll);
registerDaycounter(xDll);
registerDefaultbasket(xDll);
registerDefaulttermstructures(xDll);
registerDriftcalculators(xDll);
registerEvolutiondescription(xDll);
registerExercise(xDll);
registerForwardrateagreement(xDll);
registerHandles(xDll);
registerIndex(xDll);
registerInstruments(xDll);
registerInterpolation(xDll);
registerLatentmodels(xDll);
registerLeg(xDll);
registerMarketmodelevolvers(xDll);
registerMarketmodels(xDll);
registerMathf(xDll);
registerOptimization(xDll);
registerOptions(xDll);
registerOvernightindexedswap(xDll);
registerPayoffs(xDll);
registerPiecewiseyieldcurve(xDll);
registerPrices(xDll);
registerPricingengines(xDll);
registerProcesses(xDll);
registerProducts(xDll);
registerQuotes(xDll);
registerRandomsequencegenerator(xDll);
registerRangeaccrual(xDll);
registerRatehelpers(xDll);
registerSchedule(xDll);
registerSequencestatistics(xDll);
registerSettings(xDll);
registerShortratemodels(xDll);
registerSmilesection(xDll);
registerStatistics(xDll);
registerSwap(xDll);
registerSwaption(xDll);
registerSwaptionvolstructure(xDll);
registerTermstructures(xDll);
registerTimeseries(xDll);
registerUtilities(xDll);
registerVanillaswap(xDll);
registerVolatilities(xDll);
registerVolatility(xDll);
}
InviwoCore::InviwoCore() : InviwoModule() {
setIdentifier("Core");
// Register Converters
registerRepresentationConverter(new VolumeDisk2RAMConverter());
registerRepresentationConverter(new LayerDisk2RAMConverter());
registerRepresentationConverter(new MeshDisk2RAMConverter());
// Register MetaData
registerMetaData(new BoolMetaData());
registerMetaData(new IntMetaData());
registerMetaData(new FloatMetaData());
registerMetaData(new DoubleMetaData());
registerMetaData(new StringMetaData());
registerMetaData(new FloatVec2MetaData());
registerMetaData(new FloatVec3MetaData());
registerMetaData(new FloatVec4MetaData());
registerMetaData(new DoubleVec2MetaData());
registerMetaData(new DoubleVec3MetaData());
registerMetaData(new DoubleVec4MetaData());
registerMetaData(new IntVec2MetaData());
registerMetaData(new IntVec3MetaData());
registerMetaData(new IntVec4MetaData());
registerMetaData(new UIntVec2MetaData());
registerMetaData(new UIntVec3MetaData());
registerMetaData(new UIntVec4MetaData());
registerMetaData(new FloatMat2MetaData());
registerMetaData(new FloatMat3MetaData());
registerMetaData(new FloatMat4MetaData());
registerMetaData(new DoubleMat2MetaData());
registerMetaData(new DoubleMat4MetaData());
registerMetaData(new DoubleMat3MetaData());
registerMetaData(new VectorMetaData<2,float>());
registerMetaData(new VectorMetaData<3,float>());
registerMetaData(new VectorMetaData<4,float>());
registerMetaData(new VectorMetaData<2,double>());
registerMetaData(new VectorMetaData<3,double>());
registerMetaData(new VectorMetaData<4,double>());
registerMetaData(new VectorMetaData<2,int>());
registerMetaData(new VectorMetaData<3,int>());
registerMetaData(new VectorMetaData<4,int>());
registerMetaData(new VectorMetaData<2,unsigned int>());
registerMetaData(new VectorMetaData<3,unsigned int>());
registerMetaData(new VectorMetaData<4,unsigned int>());
registerMetaData(new MatrixMetaData<2,float>());
registerMetaData(new MatrixMetaData<3,float>());
registerMetaData(new MatrixMetaData<4,float>());
registerMetaData(new MatrixMetaData<2,double>());
registerMetaData(new MatrixMetaData<3,double>());
registerMetaData(new MatrixMetaData<4,double>());
registerMetaData(new PositionMetaData());
registerMetaData(new ProcessorMetaData());
registerMetaData(new ProcessorWidgetMetaData());
registerMetaData(new PropertyEditorWidgetMetaData());
// Register Capabilities
registerCapabilities(new SystemCapabilities());
// Register Data readers
registerDataReader(new DatVolumeReader());
registerDataReader(new IvfVolumeReader());
registerDataReader(new RawVolumeReader());
// Register Data writers
registerDataWriter(new DatVolumeWriter());
registerDataWriter(new IvfVolumeWriter());
// Register Settings
registerSettings(new SystemSettings());
registerSettings(new LinkSettings());
// Register Ports
registerPort(MeshInport);
registerPort(MeshMultiInport);
registerPort(MeshOutport);
registerPort(ImageInport);
registerPort(ImageOutport);
registerPort(VolumeInport);
registerPort(VolumeOutport);
// Register PortInspectors
registerPortInspector("org.inviwo.ImageOutport", InviwoApplication::getPtr()->getPath(InviwoApplication::PATH_PORTINSPECTORS, "/imageportinspector.inv"));
registerPortInspector("org.inviwo.VolumeOutport", InviwoApplication::getPtr()->getPath(InviwoApplication::PATH_PORTINSPECTORS, "/volumeportinspector.inv"));
registerPortInspector("org.inviwo.GeometryOutport", InviwoApplication::getPtr()->getPath(InviwoApplication::PATH_PORTINSPECTORS, "/geometryportinspector.inv"));
//registerProperty(EventProperty); TODO fix "default" contructor with 2 args...
registerProperty(CompositeProperty);
registerProperty(AdvancedMaterialProperty);
registerProperty(BoolProperty);
registerProperty(ButtonProperty);
registerProperty(CameraProperty);
registerProperty(DirectoryProperty);
registerProperty(DoubleMat2Property);
registerProperty(DoubleMat3Property);
registerProperty(DoubleMat4Property);
registerProperty(DoubleProperty);
registerProperty(DoubleVec2Property);
registerProperty(DoubleVec3Property);
registerProperty(DoubleVec4Property);
registerProperty(FileProperty);
registerProperty(FloatMat2Property);
registerProperty(FloatMat3Property);
registerProperty(FloatMat4Property);
registerProperty(FloatMinMaxProperty);
registerProperty(FloatProperty);
registerProperty(FloatVec2Property);
registerProperty(FloatVec3Property);
registerProperty(FloatVec4Property);
registerProperty(ImageEditorProperty);
registerProperty(IntMinMaxProperty);
registerProperty(IntProperty);
registerProperty(IntVec2Property);
registerProperty(IntVec3Property);
registerProperty(IntVec4Property);
registerProperty(OptionPropertyDouble);
registerProperty(OptionPropertyFloat);
registerProperty(OptionPropertyInt);
registerProperty(OptionPropertyString);
registerProperty(PlaneProperty);
registerProperty(PositionProperty);
registerProperty(SimpleLightingProperty);
registerProperty(SimpleRaycastingProperty);
registerProperty(StringProperty);
registerProperty(TransferFunctionProperty);
registerProperty(VolumeIndicatorProperty);
// START OF AUTOGENERATED CODE
// The following code has been autogenerated using createconverters.py
typedef OrdinalPropertyConverter<FloatProperty, IntProperty> FloatPropertyToIntPropertyConverter;
typedef OrdinalPropertyConverter<FloatProperty, Int64Property> FloatPropertyToInt64PropertyConverter;
typedef OrdinalPropertyConverter<FloatProperty, DoubleProperty> FloatPropertyToDoublePropertyConverter;
typedef OrdinalPropertyConverter<IntProperty, FloatProperty> IntPropertyToFloatPropertyConverter;
typedef OrdinalPropertyConverter<IntProperty, Int64Property> IntPropertyToInt64PropertyConverter;
typedef OrdinalPropertyConverter<IntProperty, DoubleProperty> IntPropertyToDoublePropertyConverter;
typedef OrdinalPropertyConverter<Int64Property, FloatProperty> Int64PropertyToFloatPropertyConverter;
typedef OrdinalPropertyConverter<Int64Property, IntProperty> Int64PropertyToIntPropertyConverter;
typedef OrdinalPropertyConverter<Int64Property, DoubleProperty> Int64PropertyToDoublePropertyConverter;
typedef OrdinalPropertyConverter<DoubleProperty, FloatProperty> DoublePropertyToFloatPropertyConverter;
typedef OrdinalPropertyConverter<DoubleProperty, IntProperty> DoublePropertyToIntPropertyConverter;
typedef OrdinalPropertyConverter<DoubleProperty, Int64Property> DoublePropertyToInt64PropertyConverter;
typedef OrdinalPropertyConverter<FloatVec2Property, DoubleVec2Property> FloatVec2PropertyToDoubleVec2PropertyConverter;
typedef OrdinalPropertyConverter<FloatVec2Property, IntVec2Property> FloatVec2PropertyToIntVec2PropertyConverter;
typedef OrdinalPropertyConverter<DoubleVec2Property, FloatVec2Property> DoubleVec2PropertyToFloatVec2PropertyConverter;
typedef OrdinalPropertyConverter<DoubleVec2Property, IntVec2Property> DoubleVec2PropertyToIntVec2PropertyConverter;
typedef OrdinalPropertyConverter<IntVec2Property, FloatVec2Property> IntVec2PropertyToFloatVec2PropertyConverter;
typedef OrdinalPropertyConverter<IntVec2Property, DoubleVec2Property> IntVec2PropertyToDoubleVec2PropertyConverter;
typedef OrdinalPropertyConverter<FloatVec3Property, DoubleVec3Property> FloatVec3PropertyToDoubleVec3PropertyConverter;
typedef OrdinalPropertyConverter<FloatVec3Property, IntVec3Property> FloatVec3PropertyToIntVec3PropertyConverter;
typedef OrdinalPropertyConverter<DoubleVec3Property, FloatVec3Property> DoubleVec3PropertyToFloatVec3PropertyConverter;
typedef OrdinalPropertyConverter<DoubleVec3Property, IntVec3Property> DoubleVec3PropertyToIntVec3PropertyConverter;
typedef OrdinalPropertyConverter<IntVec3Property, FloatVec3Property> IntVec3PropertyToFloatVec3PropertyConverter;
typedef OrdinalPropertyConverter<IntVec3Property, DoubleVec3Property> IntVec3PropertyToDoubleVec3PropertyConverter;
typedef OrdinalPropertyConverter<FloatVec4Property, DoubleVec4Property> FloatVec4PropertyToDoubleVec4PropertyConverter;
typedef OrdinalPropertyConverter<FloatVec4Property, IntVec4Property> FloatVec4PropertyToIntVec4PropertyConverter;
typedef OrdinalPropertyConverter<DoubleVec4Property, FloatVec4Property> DoubleVec4PropertyToFloatVec4PropertyConverter;
typedef OrdinalPropertyConverter<DoubleVec4Property, IntVec4Property> DoubleVec4PropertyToIntVec4PropertyConverter;
typedef OrdinalPropertyConverter<IntVec4Property, FloatVec4Property> IntVec4PropertyToFloatVec4PropertyConverter;
typedef OrdinalPropertyConverter<IntVec4Property, DoubleVec4Property> IntVec4PropertyToDoubleVec4PropertyConverter;
registerPropertyConverter(ScalarToStringConverter<FloatProperty>);
registerPropertyConverter(ScalarToStringConverter<IntProperty>);
registerPropertyConverter(ScalarToStringConverter<Int64Property>);
registerPropertyConverter(ScalarToStringConverter<DoubleProperty>);
registerPropertyConverter(VectorToStringConverter<FloatVec2Property>);
registerPropertyConverter(VectorToStringConverter<DoubleVec2Property>);
registerPropertyConverter(VectorToStringConverter<IntVec2Property>);
registerPropertyConverter(VectorToStringConverter<FloatVec3Property>);
registerPropertyConverter(VectorToStringConverter<DoubleVec3Property>);
registerPropertyConverter(VectorToStringConverter<IntVec3Property>);
registerPropertyConverter(VectorToStringConverter<FloatVec4Property>);
registerPropertyConverter(VectorToStringConverter<DoubleVec4Property>);
registerPropertyConverter(VectorToStringConverter<IntVec4Property>);
registerPropertyConverter(FloatPropertyToIntPropertyConverter);
registerPropertyConverter(FloatPropertyToInt64PropertyConverter);
registerPropertyConverter(FloatPropertyToDoublePropertyConverter);
registerPropertyConverter(IntPropertyToFloatPropertyConverter);
registerPropertyConverter(IntPropertyToInt64PropertyConverter);
registerPropertyConverter(IntPropertyToDoublePropertyConverter);
registerPropertyConverter(Int64PropertyToFloatPropertyConverter);
registerPropertyConverter(Int64PropertyToIntPropertyConverter);
registerPropertyConverter(Int64PropertyToDoublePropertyConverter);
registerPropertyConverter(DoublePropertyToFloatPropertyConverter);
registerPropertyConverter(DoublePropertyToIntPropertyConverter);
registerPropertyConverter(DoublePropertyToInt64PropertyConverter);
registerPropertyConverter(FloatVec2PropertyToDoubleVec2PropertyConverter);
registerPropertyConverter(FloatVec2PropertyToIntVec2PropertyConverter);
registerPropertyConverter(DoubleVec2PropertyToFloatVec2PropertyConverter);
registerPropertyConverter(DoubleVec2PropertyToIntVec2PropertyConverter);
registerPropertyConverter(IntVec2PropertyToFloatVec2PropertyConverter);
registerPropertyConverter(IntVec2PropertyToDoubleVec2PropertyConverter);
registerPropertyConverter(FloatVec3PropertyToDoubleVec3PropertyConverter);
registerPropertyConverter(FloatVec3PropertyToIntVec3PropertyConverter);
registerPropertyConverter(DoubleVec3PropertyToFloatVec3PropertyConverter);
registerPropertyConverter(DoubleVec3PropertyToIntVec3PropertyConverter);
registerPropertyConverter(IntVec3PropertyToFloatVec3PropertyConverter);
registerPropertyConverter(IntVec3PropertyToDoubleVec3PropertyConverter);
registerPropertyConverter(FloatVec4PropertyToDoubleVec4PropertyConverter);
registerPropertyConverter(FloatVec4PropertyToIntVec4PropertyConverter);
registerPropertyConverter(DoubleVec4PropertyToFloatVec4PropertyConverter);
registerPropertyConverter(DoubleVec4PropertyToIntVec4PropertyConverter);
registerPropertyConverter(IntVec4PropertyToFloatVec4PropertyConverter);
registerPropertyConverter(IntVec4PropertyToDoubleVec4PropertyConverter);
// END OF AUTOGENERATED CODE
}
int main(int argc, char **argv, char **envp)
{
struct ReadBuffer * buf = newReadBuffer(fileno(stdin));
char * line = NULL;
size_t linesz = 0;
int act = 0;
setupSignals();
openlog("squidGuard", LOG_PID | LOG_NDELAY | LOG_CONS, SYSLOG_FAC);
if (!parseOptions(argc, argv)) {
closelog();
exit(1);
}
registerSettings();
//sgSetGlobalErrorLogFile();
sgReadConfig(configFile);
sgSetGlobalErrorLogFile();
sgLogInfo("squidGuard %s started", VERSION);
if (globalUpdate || globalCreateDb != NULL) {
sgLogInfo("db update done");
sgLogInfo("squidGuard stopped.");
closelog();
freeAllLists();
exit(0);
}
sgLogInfo("squidGuard ready for requests");
while ((act = doBufferRead(buf, &line, &linesz)) >= 0) {
struct AccessList *acl;
static struct SquidInfo request;
if (act == 0) {
sgReloadConfig(configFile);
continue;
}
if (authzMode == 1) {
if (parseAuthzLine(line, &request) != 1) {
sgLogError("Error parsing squid acl helper line");
denyOnError("Error parsing squid acl helper line");
continue;
}
} else {
if (parseLine(line, &request) != 1) {
sgLogError("Error parsing squid redirector line");
denyOnError("Error parsing squid redirector line");
continue;
}
}
if (inEmergencyMode) {
const char *message = "squidGuard is in emergency mode, check configuration";
if (passthrough)
allowOnError(message);
else
denyOnError(message);
continue;
}
for (acl = getFirstAccessList(); acl; acl = acl->next) {
char *redirect = NULL;
enum AccessResults access = checkAccess(acl, &request, &redirect);
if (access == ACCESS_UNDEFINED)
continue;
if (access == ACCESS_GRANTED) {
grantAccess(acl);
break;
}
denyAccess(acl, redirect, &request);
sgFree(redirect);
break;
}
fflush(stdout);
}
sgLogNotice("squidGuard stopped");
closelog();
freeAllLists();
sgFree(line);
freeReadBuffer(buf);
exit(0);
}
