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| UdpReceiver (SignalFlowContext const &context, char const *name, CompositeComponent *parent=nullptr) |
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| ~UdpReceiver () |
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void | setup (std::size_t port, Mode mode, boost::asio::io_service *externalIoService=nullptr) |
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void | process () override |
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| AtomicComponent (SignalFlowContext const &context, char const *name, CompositeComponent *parent=nullptr) |
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| AtomicComponent (AtomicComponent const &)=delete |
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| AtomicComponent (AtomicComponent &&)=delete |
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virtual | ~AtomicComponent () override |
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| Component (SignalFlowContext const &context, char const *componentName, CompositeComponent *parent) |
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| Component (SignalFlowContext const &context, std::string const &componentName, CompositeComponent *parent) |
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| Component (Component const &)=delete |
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| Component (Component &&)=delete |
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Component & | operator= (Component const &)=delete |
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Component & | operator= (Component &&)=delete |
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virtual | ~Component () |
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std::string const & | name () const |
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std::string | fullName () const |
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void | status (StatusMessage::Kind status, char const *message) |
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template<typename ... MessageArgs> |
void | status (StatusMessage::Kind status, MessageArgs ... args) |
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bool | isComposite () const |
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AudioPortBase & | audioPort (char const *portName) |
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AudioPortBase const & | audioPort (char const *portName) const |
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AudioPortBase & | audioPort (std::string const &portName) |
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AudioPortBase const & | audioPort (std::string const &portName) const |
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ParameterPortBase & | parameterPort (char const *portName) |
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ParameterPortBase const & | parameterPort (char const *portName) const |
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ParameterPortBase & | parameterPort (std::string const &portName) |
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ParameterPortBase const & | parameterPort (std::string const &portName) const |
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SamplingFrequencyType | samplingFrequency () const |
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std::size_t | period () const |
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bool | isTopLevel () const |
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impl::ComponentImplementation & | implementation () |
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impl::ComponentImplementation const & | implementation () const |
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A component to receive messages from a predefined UDP network port. The message can operate either synchronously (messages are collected from the network socket when the process() method is called) or asynchronously (the messages are fetched at an arbitrary time using a thread instantiated by the component). In either case, messages are transmitted further only when the process() method is called for the next time.