/** \brief basic SocketHandle supporting protocol and policy abstraction
- The senf::SocketHandle class introduces the two abstraction layers of the socket
+ The %senf::SocketHandle class introduces the two abstraction layers of the socket
library. senf::SocketHandle does \e not provide socket functions it only provides the
infrastructure necessary to support both, the protocol and the policy interface.
- senf::SocketHandle takes the socket policy as a template argument. senf::SocketHandle also
+ %SocketHandle takes the socket policy as a template argument. %SocketHandle also
introduces the protocol class. However, the class has no public constructors (see the
derived classes senf::ProtocolClientSocketHandle and senf::ProtocolServerSocketHandle).
- The most important functionality provided by senf::SocketHandle is the conversion
+ The most important functionality provided by %SocketHandle is the conversion
constructor. This allows to implicitly convert between compatible socket handle types as
specified by the socket policy. The conversion constructor is defined in such a way, that
only valid conversions are possible (see the implementation source for a more complete
discussion).
+ \tparam SPolicy socket policy
+
\note This class is \e not meant to be used as a base-class outside the library
implementation; The protected interface is for internal use only.
\param map string to string mapping to be filled with
state information
- \param lod level of detail requested. The
+ \param lod level of %detail requested. The
interpretation of this value is protocol specific
\implementation This member will be re-implemented in
/**< Formats the complete state map value and returns it as
a single multi-line string.
- \param lod level of detail requested. The
+ \param lod level of %detail requested. The
interpretation of this value is protocol specific
\implementation This member will be re-implemented in