Classes
class	BoolConverter
	Converter for bool. More...

class	ByteArrayConverter
	"Converts" arbitrary payloads into a std::string which should be interpreted as an array of bytes. More...

class	Converter

class	ConverterSelectionStrategy
	Implementation of this interface perform mappings of one of the followings forms: More...

class	EventIdConverter
	A converter for EventId. More...

class	EventsByScopeMapConverter
	A converter for aggregated events ordered by their scope and time for each scope. More...

class	Int64Converter
	Converter for the int64 type. More...

class	ConverterPredicate
	Implementations of this interface can be used to perform Converter selection based on predicate evaluation. More...

class	AlwaysApplicable
	A predicate that unconditionally causes its associated Converter to be selected. More...

class	PredicateConverterList
	Objects of this class are used to perform Converter selection via a chain-of-responsibility strategy. More...

class	ProtocolBufferConverter
	A generic converter for data types based on Protocol Buffer messages. More...

class	RegexConverterPredicate
	Objects of this class select Converter s by matching the query wire-schema or data-type against a sotred reqular expression. More...

class	Repository
	Maintains a collection of converters for a specific wire format. More...

class	RepositoryCreater
	An internal factory object to create typed converter repositories. More...

class	TypeBasedRepositoryCreater
	A RepositoryCreate which can be statically typed using a template argument for the desired wire type. More...

class	RosettaConverter

class	SchemaAndByteArrayConverter
	"Converts" arbitrary payloads into a pair consisting of the original wire schema and a std::string which should be interpreted as an array of bytes. More...

class	SerializationException
	An exception indicating a serialization or deserialization problem for data. More...

class	StringConverter
	Converts any string into any string serializing content to a string. More...

class	TypeNameConverterPredicate
	Objects of this class select Converter s by matching the query wire-schema or data-type against a stored string. More...

class	Uint32Converter
	Converter for the uint32 type. More...

class	Uint64Converter
	Converter for the uint64 type. More...

class	UnambiguousConverterMap
	Objects this class store mappings of one of the followings forms. More...

class	VoidConverter
	Fulfill the interface... More...

Typedefs
typedef boost::shared_ptr < BoolConverter >	BoolConverterPtr

typedef boost::shared_ptr < Int64Converter >	Int64ConverterPtr

typedef boost::shared_ptr < ConverterPredicate >	ConverterPredicatePtr

typedef boost::shared_ptr < Uint32Converter >	Uint32ConverterPtr

typedef boost::shared_ptr < Uint64Converter >	Uint64ConverterPtr

typedef boost::shared_ptr < VoidConverter >	VoidConverterPtr

Functions
void	registerDefaultConverters ()

Repository< string >::Ptr	stringConverterRepository ()

template<class WireType >
Repository< WireType >::Ptr	converterRepository ()
	Returns a Repository of Converter instances specifically for the given wire type. More...

	DEPRECATED (RSB_EXPORT Repository< std::string >::Ptr stringConverterRepository())

internal repository implementation
All this is done so that the memory of Repositories is maintained inside the RSB DLL on windows. Otherwise multiple clients would have different instances of the repositories. Moreover, I have added a general name-based lookup for repositories instead of being fixed to wire types (c++ types) as this might become a scalability problem later. We might find out that e.g. several connectors use string as their data type and still converters need to be fundamentally different. For this purpose general name-based lookup is possible now. So far only internally and the type-based methods map to this mechanism by using RTTI names. Todo: somehow find out if we can get rid of all the void pointer handling. right now I am missing a replacement of reinterpret_cast for shared_ptrs. The underlying problem is that Converter uses references and hence no Repository<void> can be declared as a polymorphic base type for the generic handling by name
void *	converterRepositoryByName (const std::string &wireTypeName, RepositoryCreater &creater)
	Returns a repository for a converters of a certain wire type by a look up based on a name for the wire type. More...

Variables
static bool	registered = false

static boost::mutex	registrationMutex

static map< string, void * >	repositoriesByName

static boost::mutex	repositoriesByNameMutex