zerobuf Namespace Reference

Zero-copy, zero-serialize, zero-hassle protocol buffers. More...

Classes
class	Allocator
	Allocator base class and interface. More...
class	ConstAllocator
	A zerobuf root allocator which gives read-only access to its data. More...
class	DynamicSubAllocatorBase
	A zerobuf child allocator which manages a dynamic allocation of statically-sized members. More...
class	NonMovingAllocator
	A zerobuf root allocator which does not move existing fields. More...
class	NonMovingBaseAllocator
	Allocator base class which does not move existing fields. More...
class	NonMovingSubAllocatorBase
	A zerobuf child allocator which does not move existing fields. More...
class	StaticSubAllocatorBase
	A zerobuf child allocator which manages a static sub-struct. More...
class	Vector
	STL-like vector abstraction for dynamic arrays in a zerobuf. More...
class	Version
	Information about the current ZeroBuf version. More...
class	Zerobuf
	Base class for all Zerobuf serializable objects. More...

Typedefs
typedef DynamicSubAllocatorBase< Allocator >	DynamicSubAllocator
typedef DynamicSubAllocatorBase< const Allocator >	ConstDynamicSubAllocator
typedef NonMovingSubAllocatorBase< Allocator >	NonMovingSubAllocator
typedef NonMovingSubAllocatorBase< const Allocator >	ConstNonMovingSubAllocator
typedef StaticSubAllocatorBase< Allocator >	StaticSubAllocator
typedef StaticSubAllocatorBase< const Allocator >	ConstStaticSubAllocator
typedef std::unique_ptr< Allocator >	AllocatorPtr
typedef std::unique_ptr< const Allocator >	ConstAllocatorPtr
typedef uint8_t	byte_t
	alias type for base64 encoded fields
typedef servus::Serializable::Data	Data

Functions
template<typename T >
std::string	enum_to_string (const T &)
template<typename T >
T	string_to_enum (const std::string &)
template<class T >
std::ostream &	operator<< (std::ostream &os, const Vector< T > &vector)
template<>
std::ostream &	operator<< (std::ostream &os, const Vector< char > &string)
std::ostream &	operator<< (std::ostream &os, const Zerobuf &zerobuf)

Detailed Description

Zero-copy, zero-serialize, zero-hassle protocol buffers.

Zerobuf uses a schema language (currently FlatBuffers .fbs) generating C++ classes which provide direct get and set access on the defined data members; a single, in-memory buffer storing all data members, which is directly serializable; Easy to use, random access to the the data members; and zero copy of the data used by the (C++) implementation from and to the network.