proton Namespace Reference

The main Proton namespace. More...

Namespaces
	codec
	Unsettled API - AMQP data encoding and decoding.
	connect_config
	Unsettled API
	io
	Unsettled API - Interfaces for IO integration.

Classes
class	annotation_key
	A key for use with AMQP annotation maps. More...
class	binary
	Arbitrary binary data. More...
class	byte_array
	Arbitrary fixed-size data. More...
class	connection
	A connection to a remote AMQP peer. More...
class	connection_options
	Options for creating a connection. More...
class	container
	A top-level container of connections, sessions, and links. More...
class	decimal32
	A 32-bit decimal floating-point value. More...
class	decimal64
	A 64-bit decimal floating-point value. More...
class	decimal128
	A 128-bit decimal floating-point value. More...
class	delivery
	A received message. More...
struct	delivery_mode
	The message delivery policy to establish when opening a link. More...
class	duration
	A span of time in milliseconds. More...
class	endpoint
	The base class for session, connection, and link. More...
struct	error
	The base Proton error. More...
struct	timeout_error
	An operation timed out. More...
struct	conversion_error
	An error converting between AMQP and C++ data. More...
class	error_condition
	Describes an endpoint error state. More...
class	returned
	A return type for container methods. More...
class	link
	A named channel for sending or receiving messages. More...
class	listen_handler
	Unsettled API - A handler for incoming connections. More...
class	listener
	A listener for incoming connections. More...
class	map
	A collection of key-value pairs. More...
class	message
	An AMQP message. More...
class	message_id
	An AMQP message ID. More...
class	messaging_handler
	Handler for Proton messaging events. More...
class	null
	The type of the AMQP null value. More...
class	receiver
	A channel for receiving messages. More...
class	receiver_options
	Options for creating a receiver. More...
class	reconnect_options
	Unsettled API - Options for reconnect and failover after connection loss. More...
class	sasl
	SASL information. More...
class	scalar
	A holder for an instance of any scalar AMQP type. More...
class	scalar_base
	The base class for scalar types. More...
class	sender
	A channel for sending messages. More...
class	sender_options
	Options for creating a sender. More...
class	session
	A container of senders and receivers. More...
class	session_options
	Options for creating a session. More...
class	source
	A point of origin for messages. More...
class	source_options
	Options for creating a source node for a sender or receiver. More...
class	ssl
	SSL information. More...
class	ssl_certificate
	Unsettled API - An SSL certificate. More...
class	ssl_server_options
	Unsettled API - SSL configuration for inbound connections. More...
class	ssl_client_options
	Unsettled API - SSL configuration for outbound connections. More...
class	symbol
	A string that represents the AMQP symbol type. More...
class	target
	A destination for messages. More...
class	target_options
	Options for creating a target node for a sender or receiver. More...
class	terminus
	One end of a link, either a source or a target. More...
class	timestamp
	A 64-bit timestamp in milliseconds since the Unix epoch. More...
class	tracker
	A tracker for a sent message. More...
class	transfer
	The base class for delivery and tracker. More...
class	transport
	A network channel supporting an AMQP connection. More...
struct	url_error
	Deprecated - Use a third-party URL library. More...
class	url
	Deprecated - Use a third-party URL library. More...
class	uuid
	A 16-byte universally unique identifier. More...
class	value
	A holder for any AMQP value, simple or complex. More...
class	work_queue
	Unsettled API - A context for thread-safe execution of work. More...

Typedefs
typedef class container	default_container
	Deprecated - Use proton::container.

Enumerations
enum	type_id {   NULL_TYPE , BOOLEAN , UBYTE , BYTE ,   USHORT , SHORT , UINT , INT ,   CHAR , ULONG , LONG , TIMESTAMP ,   FLOAT , DOUBLE , DECIMAL32 , DECIMAL64 ,   DECIMAL128 , UUID , BINARY , STRING ,   SYMBOL , DESCRIBED , ARRAY , LIST ,   MAP }
	An identifier for AMQP types. More...

Functions
template<>
uint64_t	get< uint64_t > (const annotation_key &x)
	Get the uint64_t value or throw conversion_error.
template<>
symbol	get< symbol > (const annotation_key &x)
	Get the symbol value or throw conversion_error.
template<class T >
T	coerce (const annotation_key &x)
	Get the binary value or throw conversion_error. More...
std::ostream &	operator<< (std::ostream &, const binary &)
	Print a binary value.
std::ostream &	operator<< (std::ostream &, const decimal32 &)
	Print a 32-bit decimal value.
std::ostream &	operator<< (std::ostream &, const decimal64 &)
	Print a 64-bit decimal value.
std::ostream &	operator<< (std::ostream &, const decimal128 &)
	Print a 128-bit decimal value.
std::ostream &	operator<< (std::ostream &, duration)
	Print a duration.
bool	operator== (const error_condition &x, const error_condition &y)
std::ostream &	operator<< (std::ostream &o, const error_condition &err)
	Human readable string.
template<class K , class T >
proton::codec::decoder &	operator>> (proton::codec::decoder &d, map< K, T > &m)
	Decode from a proton::map.
template<class K , class T >
proton::codec::encoder &	operator<< (proton::codec::encoder &e, const map< K, T > &m)
	Encode to a proton::map.
template<class K , class T >
void	swap (map< K, T > &, map< K, T > &)
	Swap proton::map instances.
std::string	to_string (const message &)
	Human readable string representation.
template<>
uint64_t	get< uint64_t > (const message_id &x)
	Get the uint64_t value or throw conversion_error.
template<>
uuid	get< uuid > (const message_id &x)
	Get the uuid value or throw conversion_error.
template<>
binary	get< binary > (const message_id &x)
	Get the binary value or throw conversion_error.
template<>
std::string	get< std::string > (const message_id &x)
	Get the std::string value or throw conversion_error.
template<class T >
T	coerce (const message_id &x)
	Coerce the contained value to type T. More...
std::ostream &	operator<< (std::ostream &, const null &)
	Print a null value.
template<class T >
T	get (const scalar &s)
	Get a contained value of type T. More...
template<class T >
T	coerce (const scalar &x)
	Coerce the contained value to type T. More...
template<class T >
T	coerce (scalar &x)
	Coerce the contained value to type T. More...
std::string	to_string (const scalar_base &x)
	Return a readable string representation of x for display purposes.
std::ostream &	operator<< (std::ostream &, timestamp)
	Print a timestamp.
std::string	to_string (enum transfer::state)
	Human-readalbe name of the transfer::state.
std::ostream &	operator<< (std::ostream &, const enum transfer::state)
	Human-readalbe name of the transfer::state.
std::string	type_name (type_id)
	Get the name of the AMQP type.
std::ostream &	operator<< (std::ostream &, type_id)
	Print the type name.
void	assert_type_equal (type_id want, type_id got)
	Throw a conversion_error if want != got with a message including the names of the types.
std::ostream &	operator<< (std::ostream &, const uuid &)
	UUID standard format: 8-4-4-4-12 (36 chars, 32 alphanumeric chars and 4 hyphens).
std::string	to_string (const uuid &u)
	UUID standard format: 8-4-4-4-12 (36 chars, 32 alphanumeric chars and 4 hyphens).
template<class T >
T	get (const value &v)
	Get a contained value of type T. More...
template<class T >
void	get (const value &v, T &x)
	Like get(const value&) but extracts the value to a reference x instead of returning it. More...
template<class T , class U >
void	get (const U &u, T &x)
template<class T >
T	coerce (const value &v)
	Coerce the contained value to type T. More...
template<class T >
void	coerce (const value &v, T &x)
	Like coerce(const value&) but assigns the value to a reference instead of returning it. More...
template<>
void	get< null > (const value &v, null &)
	Special case for null, just checks that value contains NULL.
template<>
void	get< decltype(nullptr)> (const value &v, decltype(nullptr)&)
	Special case for null, just checks that value contains NULL.
std::string	to_string (const value &x)
	Return a readable string representation of x for display purposes.
Comparison and arithmetic operators
bool	operator< (duration x, duration y)
bool	operator== (duration x, duration y)
duration	operator+ (duration x, duration y)
duration	operator- (duration x, duration y)
duration	operator* (duration d, uint64_t n)
duration	operator* (uint64_t n, duration d)
duration	operator/ (duration d, uint64_t n)
bool	operator== (timestamp x, timestamp y)
bool	operator< (timestamp x, timestamp y)
timestamp	operator+ (timestamp ts, duration d)
timestamp	operator- (timestamp ts, duration d)
duration	operator- (timestamp t0, timestamp t1)
timestamp	operator+ (duration d, timestamp ts)
Functions to test the properties of a type ID
bool	type_id_is_signed_int (type_id t)
bool	type_id_is_unsigned_int (type_id t)
bool	type_id_is_integral (type_id t)
bool	type_id_is_floating_point (type_id t)
bool	type_id_is_decimal (type_id t)
bool	type_id_is_signed (type_id t)
bool	type_id_is_string_like (type_id t)
bool	type_id_is_container (type_id t)
bool	type_id_is_null (type_id t)
bool	type_id_is_scalar (type_id t)

Detailed Description

The main Proton namespace.

Enumeration Type Documentation

type_id

enum type_id

An identifier for AMQP types.

Enumerator
NULL_TYPE	The null type, contains no data.
BOOLEAN	Boolean true or false.
UBYTE	Unsigned 8-bit integer.
BYTE	Signed 8-bit integer.
USHORT	Unsigned 16-bit integer.
SHORT	Signed 16-bit integer.
UINT	Unsigned 32-bit integer.
INT	Signed 32-bit integer.
CHAR	32-bit unicode character.
ULONG	Unsigned 64-bit integer.
LONG	Signed 64-bit integer.
TIMESTAMP	Signed 64-bit milliseconds since the epoch.
FLOAT	32-bit binary floating point.
DOUBLE	64-bit binary floating point.
DECIMAL32	32-bit decimal floating point.
DECIMAL64	64-bit decimal floating point.
DECIMAL128	128-bit decimal floating point.
UUID	16-byte UUID.
BINARY	Variable-length sequence of bytes.
STRING	Variable-length utf8-encoded string.
SYMBOL	Variable-length encoded string.
DESCRIBED	A descriptor and a value.
ARRAY	A sequence of values of the same type.
LIST	A sequence of values of mixed types.
MAP	A sequence of key-value pairs.

Function Documentation

coerce() [1/6]

T coerce

(

const annotation_key &

x

)

Get the binary value or throw conversion_error.

Coerce the contained value to type T. For example:

 uint64_t i = coerce<uint64_t>(x)

This will succeed if x contains any numeric value, but may lose precision if it contains a float or double value.

Exceptions

conversion_error

if the value cannot be converted to T according to std::is_convertible

operator==()

bool proton::operator==	(	const error_condition &	x,
		const error_condition &	y
	)

Returns

true if name, description and properties are all equal

coerce() [2/6]

T coerce

(

const message_id &

x

)

Coerce the contained value to type T.

For example:

 uint64_t i = coerce<uint64_t>(x)

This will succeed if x contains any numeric value, but may lose precision if it contains a float or double value.

Exceptions

conversion_error

if the value cannot be converted to T according to std::is_convertible

get() [1/3]

T get

(

const scalar &

s

)

Get a contained value of type T.

For example:

 uint64_t i = get<uint64_t>(x)

This will succeed if and only if x contains a uint64_t value.

Exceptions

conversion_error

if contained value is not of type T.

Examples

message_properties.cpp.

coerce() [3/6]

T coerce

(

const scalar &

x

)

Coerce the contained value to type T.

For example:

 uint64_t i = coerce<uint64_t>(x)

This will succeed if x contains any numeric value, but may lose precision if it contains a float or double value.

Exceptions

conversion_error

if the value cannot be converted to T according to std::is_convertible

coerce() [4/6]

T coerce

(

scalar &

x

)

Coerce the contained value to type T.

For example:

 uint64_t i = coerce<uint64_t>(x)

This will succeed if x contains any numeric value, but may lose precision if it contains a float or double value.

Exceptions

conversion_error

if the value cannot be converted to T according to std::is_convertible

get() [2/3]

T get

(

const value &

v

)

Get a contained value of type T.

For example:

 uint64_t i = get<uint64_t>(x)

This will succeed if and only if x contains a uint64_t value.

Exceptions

conversion_error

if contained value is not of type T.

get() [3/3]

void get	(	const value &	v,
		T &	x
	)

Like get(const value&) but extracts the value to a reference x instead of returning it.

May be more efficient for complex values (arrays, maps, etc.)

coerce() [5/6]

T coerce

(

const value &

v

)

Coerce the contained value to type T.

For example:

 uint64_t i = coerce<uint64_t>(x)

This will succeed if x contains any numeric value, but may lose precision if it contains a float or double value.

Exceptions

conversion_error

if the value cannot be converted to T according to std::is_convertible

coerce() [6/6]

void coerce	(	const value &	v,
		T &	x
	)

Like coerce(const value&) but assigns the value to a reference instead of returning it.

May be more efficient for complex values (arrays, maps, etc.)