BloombergLP::bslx::MarshallingUtil

Synopsis

Declared in <bslx_marshallingutil.h>

struct MarshallingUtil;

Description

This struct provides a namespace for a suite of functions that facilitate the marshalling of values, and C-style arrays of values, of the fundamental integral and floating-point types in a data-independent, platform-neutral representation.

Enums

Name	Description
`Unnamed enum`	Platform-independent wire-format sizes (in bytes) for marshalled types. Note that the wire-format size may differ from the size in memory.

Static Member Functions

Name	Description
`getArrayFloat32`	Load consecutive four-byte IEEE floats from the specified `buffer`.
`getArrayFloat64`	Load consecutive eight-byte IEEE doubles from the specified `buffer`.
`getArrayInt16`	Load consecutive two-byte integers from the specified `buffer`.
`getArrayInt24`	Load consecutive three-byte integers from the specified `buffer`.
`getArrayInt32`	Load consecutive four-byte integers from the specified `buffer`.
`getArrayInt40`	Load 40-bit integers from `buffer` into `variables`.
`getArrayInt48`	Load consecutive six-byte integers from the specified `buffer`.
`getArrayInt56`	Load consecutive seven-byte integers from the specified `buffer`.
`getArrayInt64`	Load consecutive eight-byte integers from the specified `buffer`.
`getArrayInt8`	`getArrayInt8` overloads
`getArrayUint16`	Load consecutive two-byte unsigned integers from the specified `buffer`.
`getArrayUint24`	Load consecutive three-byte unsigned integers from the specified `buffer`.
`getArrayUint32`	Load `numVariables` big-endian `uint32` values from `buffer`.
`getArrayUint40`	Load consecutive five-byte unsigned integers from the specified `buffer`.
`getArrayUint48`	Load consecutive six-byte unsigned integers from the specified `buffer`.
`getArrayUint56`	Load consecutive seven-byte unsigned integers from the specified `buffer`.
`getArrayUint64`	Load consecutive eight-byte unsigned integers from the specified `buffer`.
`getFloat32`	Load a four-byte IEEE float from the specified `buffer`.
`getFloat64`	Load an eight-byte IEEE double from the specified `buffer`.
`getInt16`	Load a two-byte integer from the specified `buffer`.
`getInt24`	Load a three-byte integer from the specified `buffer`.
`getInt32`	Load a four-byte integer from the specified `buffer`.
`getInt40`	Load a five-byte two's complement integer from `buffer`.
`getInt48`	Load a six-byte integer from the specified `buffer`.
`getInt56`	Load a seven-byte integer from the specified `buffer`.
`getInt64`	Load an eight-byte integer from the specified `buffer`.
`getInt8`	`getInt8` overloads
`getUint16`	Load a two-byte unsigned integer from the specified `buffer`.
`getUint24`	Load a three-byte unsigned integer from the specified `buffer`.
`getUint32`	Load a four-byte unsigned integer from the specified `buffer`.
`getUint40`	Load a five-byte unsigned integer from the specified `buffer`.
`getUint48`	Load a six-byte unsigned integer from the specified `buffer`.
`getUint56`	Load a seven-byte unsigned integer from the specified `buffer`.
`getUint64`	Load an eight-byte unsigned integer from the specified `buffer`.
`putArrayFloat32`	Store consecutive four-byte IEEE floats into the specified `buffer`.
`putArrayFloat64`	Store consecutive eight-byte IEEE doubles into the specified `buffer`.
`putArrayInt16`	`putArrayInt16` overloads
`putArrayInt24`	`putArrayInt24` overloads
`putArrayInt32`	`putArrayInt32` overloads
`putArrayInt40`	`putArrayInt40` overloads
`putArrayInt48`	`putArrayInt48` overloads
`putArrayInt56`	`putArrayInt56` overloads
`putArrayInt64`	`putArrayInt64` overloads
`putArrayInt8`	`putArrayInt8` overloads
`putFloat32`	Store a four-byte IEEE float into the specified `buffer`.
`putFloat64`	Store an eight-byte IEEE double into the specified `buffer`.
`putInt16`	Store a two-byte integer into the specified `buffer`.
`putInt24`	Store a three-byte integer into the specified `buffer`.
`putInt32`	Store a four-byte integer into the specified `buffer`.
`putInt40`	Store a five-byte integer into the specified `buffer`.
`putInt48`	Store a six-byte integer into the specified `buffer`.
`putInt56`	Store a seven-byte integer into the specified `buffer`.
`putInt64`	Store an eight-byte integer into the specified `buffer`.
`putInt8`	Store a one-byte integer into the specified `buffer`.