#include <bslx_genericoutstream.h>

Detailed Description

template<class STREAMBUF>
class bslx::GenericOutStream< STREAMBUF >

This class provides output methods to externalize values, and C-style arrays of values, of the fundamental integral and floating-point types, as well as bsl::string values. In particular, each put method of this class is guaranteed to write stream data that can be read by the corresponding get method of bslx::GenericInStream. See the bslx package-level documentation for the definition of the BDEX OutStream protocol.

See bslx_genericoutstream

Public Member Functions
	GenericOutStream (STREAMBUF *streamBuf, int versionSelector)

	~GenericOutStream ()

GenericOutStream &	flush ()

void	invalidate ()

GenericOutStream &	putLength (int length)

GenericOutStream &	putVersion (int version)

GenericOutStream &	putInt64 (bsls::Types::Int64 value)

GenericOutStream &	putUint64 (bsls::Types::Uint64 value)

GenericOutStream &	putInt56 (bsls::Types::Int64 value)

GenericOutStream &	putUint56 (bsls::Types::Uint64 value)

GenericOutStream &	putInt48 (bsls::Types::Int64 value)

GenericOutStream &	putUint48 (bsls::Types::Uint64 value)

GenericOutStream &	putInt40 (bsls::Types::Int64 value)

GenericOutStream &	putUint40 (bsls::Types::Uint64 value)

GenericOutStream &	putInt32 (int value)

GenericOutStream &	putUint32 (unsigned int value)

GenericOutStream &	putInt24 (int value)

GenericOutStream &	putUint24 (unsigned int value)

GenericOutStream &	putInt16 (int value)

GenericOutStream &	putUint16 (unsigned int value)

GenericOutStream &	putInt8 (int value)

GenericOutStream &	putUint8 (unsigned int value)

GenericOutStream &	putFloat64 (double value)

GenericOutStream &	putFloat32 (float value)

GenericOutStream &	putString (const bsl::string &value)

GenericOutStream &	putArrayInt64 (const bsls::Types::Int64 *values, int numValues)

GenericOutStream &	putArrayUint64 (const bsls::Types::Uint64 *values, int numValues)

GenericOutStream &	putArrayInt56 (const bsls::Types::Int64 *values, int numValues)

GenericOutStream &	putArrayUint56 (const bsls::Types::Uint64 *values, int numValues)

GenericOutStream &	putArrayInt48 (const bsls::Types::Int64 *values, int numValues)

GenericOutStream &	putArrayUint48 (const bsls::Types::Uint64 *values, int numValues)

GenericOutStream &	putArrayInt40 (const bsls::Types::Int64 *values, int numValues)

GenericOutStream &	putArrayUint40 (const bsls::Types::Uint64 *values, int numValues)

GenericOutStream &	putArrayInt32 (const int *values, int numValues)

GenericOutStream &	putArrayUint32 (const unsigned int *values, int numValues)

GenericOutStream &	putArrayInt24 (const int *values, int numValues)

GenericOutStream &	putArrayUint24 (const unsigned int *values, int numValues)

GenericOutStream &	putArrayInt16 (const short *values, int numValues)

GenericOutStream &	putArrayUint16 (const unsigned short *values, int numValues)

GenericOutStream &	putArrayInt8 (const char *values, int numValues)

GenericOutStream &	putArrayInt8 (const signed char *values, int numValues)

GenericOutStream &	putArrayUint8 (const char *values, int numValues)

GenericOutStream &	putArrayUint8 (const unsigned char *values, int numValues)

GenericOutStream &	putArrayFloat64 (const double *values, int numValues)

GenericOutStream &	putArrayFloat32 (const float *values, int numValues)

	operator const void * () const

int	bdexVersionSelector () const

bool	isValid () const

Constructor & Destructor Documentation

◆ GenericOutStream()

template<class STREAMBUF >

bslx::GenericOutStream< STREAMBUF >::GenericOutStream	(	STREAMBUF *	streamBuf,
		int	versionSelector
	)

inline

Create an output byte stream that writes its output to the specified streamBuf and uses the specified (compile-time-defined) versionSelector as needed (see {Versioning}).

Note: Note that the versionSelector is expected to be formatted as "YYYYMMDD", a date representation.

◆ ~GenericOutStream()

template<class STREAMBUF >

bslx::GenericOutStream< STREAMBUF >::~GenericOutStream ( )

inline

Destroy this object.

Member Function Documentation

◆ bdexVersionSelector()

template<class STREAMBUF >

int bslx::GenericOutStream< STREAMBUF >::bdexVersionSelector ( ) const

inline

Return the versionSelector to be used with operator<< for BDEX streaming as per the bslx package-level documentation.

◆ flush()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::flush ( )

inline

If this stream is valid, invoke the pubsync method on the underlying stream supplied at construction of this object; otherwise, this function has no effect.

◆ invalidate()

template<class STREAMBUF >

void bslx::GenericOutStream< STREAMBUF >::invalidate ( )

inline

Put this output stream in an invalid state. This function has no effect if this stream is already invalid.

◆ isValid()

template<class STREAMBUF >

bool bslx::GenericOutStream< STREAMBUF >::isValid ( ) const

inline

Return true if this stream is valid, and false otherwise. An invalid stream is a stream for which an output operation was detected to have failed or invalidate was called.

◆ operator const void *()

template<class STREAMBUF >

bslx::GenericOutStream< STREAMBUF >::operator const void * ( ) const

inline

Return a non-zero value if this stream is valid, and 0 otherwise. An invalid stream is a stream for which an output operation was detected to have failed or invalidate was called.

◆ putArrayFloat32()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayFloat32	(	const float *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive four-byte IEEE single-precision floating-point numbers (in network byte order) comprised of the most-significant four bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

Note: Note that for non-conforming platforms, this operation may be lossy.

◆ putArrayFloat64()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayFloat64	(	const double *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive eight-byte IEEE double-precision floating-point numbers (in network byte order) comprised of the most-significant eight bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

Note: Note that for non-conforming platforms, this operation may be lossy.

◆ putArrayInt16()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt16	(	const short *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive two-byte, two's complement integers (in network byte order) comprised of the least-significant two bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayInt24()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt24	(	const int *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive three-byte, two's complement integers (in network byte order) comprised of the least-significant three bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayInt32()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt32	(	const int *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive four-byte, two's complement integers (in network byte order) comprised of the least-significant four bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayInt40()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt40	(	const bsls::Types::Int64 *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive five-byte, two's complement integers (in network byte order) comprised of the least-significant five bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayInt48()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt48	(	const bsls::Types::Int64 *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive six-byte, two's complement integers (in network byte order) comprised of the least-significant six bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayInt56()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt56	(	const bsls::Types::Int64 *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive seven-byte, two's complement integers (in network byte order) comprised of the least-significant seven bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayInt64()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt64	(	const bsls::Types::Int64 *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive eight-byte, two's complement integers (in network byte order) comprised of the least-significant eight bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayInt8() [1/2]

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt8	(	const char *	values,
		int	numValues
	)

inline

Write to the stream supplied at construction the consecutive one-byte, two's complement integers comprised of the least-significant one byte of each of the specified numValues leading entries in the specified values, and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayInt8() [2/2]

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayInt8	(	const signed char *	values,
		int	numValues
	)

inline

◆ putArrayUint16()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint16	(	const unsigned short *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive two-byte, two's complement unsigned integers (in network byte order) comprised of the least-significant two bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayUint24()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint24	(	const unsigned int *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive three-byte, two's complement unsigned integers (in network byte order) comprised of the least-significant three bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayUint32()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint32	(	const unsigned int *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive four-byte, two's complement unsigned integers (in network byte order) comprised of the least-significant four bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayUint40()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint40	(	const bsls::Types::Uint64 *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive five-byte, two's complement unsigned integers (in network byte order) comprised of the least-significant five bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayUint48()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint48	(	const bsls::Types::Uint64 *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive six-byte, two's complement unsigned integers (in network byte order) comprised of the least-significant six bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayUint56()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint56	(	const bsls::Types::Uint64 *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive seven-byte, two's complement unsigned integers (in network byte order) comprised of the least-significant seven bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayUint64()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint64	(	const bsls::Types::Uint64 *	values,
		int	numValues
	)

Write to the stream supplied at construction the consecutive eight-byte, two's complement unsigned integers (in network byte order) comprised of the least-significant eight bytes of each of the specified numValues leading entries in the specified values (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayUint8() [1/2]

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint8	(	const char *	values,
		int	numValues
	)

inline

Write to the stream supplied at construction the consecutive one-byte, two's complement unsigned integers comprised of the least-significant one byte of each of the specified numValues leading entries in the specified values, and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= numValues and values has sufficient contents.

◆ putArrayUint8() [2/2]

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putArrayUint8	(	const unsigned char *	values,
		int	numValues
	)

inline

◆ putFloat32()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putFloat32 ( float value )

inline

Write to the stream supplied at construction the four-byte IEEE single-precision floating-point number (in network byte order) comprised of the most-significant four bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Note: Note that for non-conforming platforms, this operation may be lossy.

◆ putFloat64()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putFloat64 ( double value )

inline

Write to the stream supplied at construction the eight-byte IEEE double-precision floating-point number (in network byte order) comprised of the most-significant eight bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Note: Note that for non-conforming platforms, this operation may be lossy.

◆ putInt16()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putInt16 ( int value )

inline

Write to the stream supplied at construction the two-byte, two's complement integer (in network byte order) comprised of the least-significant two bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putInt24()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putInt24 ( int value )

inline

Write to the stream supplied at construction the three-byte, two's complement integer (in network byte order) comprised of the least-significant three bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putInt32()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putInt32 ( int value )

inline

Write to the stream supplied at construction the four-byte, two's complement integer (in network byte order) comprised of the least-significant four bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putInt40()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putInt40 ( bsls::Types::Int64 value )

inline

Write to the stream supplied at construction the five-byte, two's complement integer (in network byte order) comprised of the least-significant five bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putInt48()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putInt48 ( bsls::Types::Int64 value )

inline

Write to the stream supplied at construction the six-byte, two's complement integer (in network byte order) comprised of the least-significant six bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putInt56()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putInt56 ( bsls::Types::Int64 value )

inline

Write to the stream supplied at construction the seven-byte, two's complement integer (in network byte order) comprised of the least-significant seven bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putInt64()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putInt64 ( bsls::Types::Int64 value )

inline

Write to the stream supplied at construction the eight-byte, two's complement integer (in network byte order) comprised of the least-significant eight bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putInt8()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putInt8 ( int value )

inline

Write to the stream supplied at construction the one-byte, two's complement integer comprised of the least-significant one byte of the specified value, and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putLength()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putLength ( int length )

inline

If the specified length is less than 128, write to the stream supplied at construction the one-byte integer comprised of the least-significant one byte of the length; otherwise, write to the stream the four-byte, two's complement integer (in network byte order) comprised of the least-significant four bytes of the length (in host byte order) with the most-significant bit set. Return a reference to this stream. If this stream is initially invalid, this operation has no effect.

Precondition: The behavior is undefined unless 0 <= length.

◆ putString()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putString ( const bsl::string & value )

inline

Write to the stream supplied at construction the length of the specified value (see putLength) and an array of one-byte, two's complement unsigned integers comprised of the least-significant one byte of each character in the value, and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putUint16()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putUint16 ( unsigned int value )

inline

Write to the stream supplied at construction the two-byte, two's complement unsigned integer (in network byte order) comprised of the least-significant two bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putUint24()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putUint24 ( unsigned int value )

inline

Write to the stream supplied at construction the three-byte, two's complement unsigned integer (in network byte order) comprised of the least-significant three bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putUint32()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putUint32 ( unsigned int value )

inline

Write to the stream supplied at construction the four-byte, two's complement unsigned integer (in network byte order) comprised of the least-significant four bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putUint40()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putUint40 ( bsls::Types::Uint64 value )

inline

Write to the stream supplied at construction the five-byte, two's complement unsigned integer (in network byte order) comprised of the least-significant five bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putUint48()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putUint48 ( bsls::Types::Uint64 value )

inline

Write to the stream supplied at construction the six-byte, two's complement unsigned integer (in network byte order) comprised of the least-significant six bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putUint56()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putUint56 ( bsls::Types::Uint64 value )

inline

Write to the stream supplied at construction the seven-byte, two's complement unsigned integer (in network byte order) comprised of the least-significant seven bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putUint64()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putUint64 ( bsls::Types::Uint64 value )

inline

Write to the stream supplied at construction the eight-byte, two's complement unsigned integer (in network byte order) comprised of the least-significant eight bytes of the specified value (in host byte order), and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putUint8()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putUint8 ( unsigned int value )

inline

Write to the stream supplied at construction the one-byte, two's complement unsigned integer comprised of the least-significant one byte of the specified value, and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

◆ putVersion()

template<class STREAMBUF >

GenericOutStream< STREAMBUF > & bslx::GenericOutStream< STREAMBUF >::putVersion ( int version )

inline

Write to the stream supplied at construction the one-byte, two's complement unsigned integer comprised of the least-significant one byte of the specified version, and return a reference to this stream. If this stream is initially invalid, this operation has no effect.

The documentation for this class was generated from the following file:

bslx_genericoutstream.h

Detailed Description

Public Member Functions

Constructor & Destructor Documentation

◆ GenericOutStream()

◆ ~GenericOutStream()

Member Function Documentation

◆ bdexVersionSelector()

◆ flush()

◆ invalidate()

◆ isValid()

◆ operator const void *()

◆ putArrayFloat32()

◆ putArrayFloat64()

◆ putArrayInt16()

◆ putArrayInt24()

◆ putArrayInt32()

◆ putArrayInt40()

◆ putArrayInt48()

◆ putArrayInt56()

◆ putArrayInt64()

◆ putArrayInt8() [1/2]

◆ putArrayInt8() [2/2]

◆ putArrayUint16()

◆ putArrayUint24()

◆ putArrayUint32()

◆ putArrayUint40()

◆ putArrayUint48()

◆ putArrayUint56()

◆ putArrayUint64()

◆ putArrayUint8() [1/2]

◆ putArrayUint8() [2/2]

◆ putFloat32()

◆ putFloat64()

◆ putInt16()

◆ putInt24()

◆ putInt32()

◆ putInt40()

◆ putInt48()

◆ putInt56()

◆ putInt64()

◆ putInt8()

◆ putLength()

◆ putString()

◆ putUint16()

◆ putUint24()

◆ putUint32()

◆ putUint40()

◆ putUint48()

◆ putUint56()

◆ putUint64()

◆ putUint8()

◆ putVersion()