Provided by: libemf-doc_1.0.11-2ubuntu2_all 

NAME
EMF::ENHMETAHEADER - Enhanced Metafile Header Record.
SYNOPSIS
#include <libemf.h>
Inherits EMF::METARECORD, and ENHMETAHEADER.
Public Member Functions
ENHMETAHEADER (LPCWSTR description=0)
~ENHMETAHEADER ()
bool serialize (DATASTREAM ds)
bool unserialize (DATASTREAM ds)
int size (void) const
void execute (METAFILEDEVICECONTEXT *source, HDC dc) const
Detailed Description
Enhanced Metafile Header Record.
The ENHMETAHEADER serves two purposes in this library: it keeps track of the size of the metafile (in
physical dimensions) and number of records and handles that are ultimately to be written to the disk
file. It is also a real record that must be written out.
Constructor & Destructor Documentation
EMF::ENHMETAHEADER::ENHMETAHEADER (LPCWSTR description = 0) [inline]
Parameters
description an optional description argument is a UNICODE-like string with the following format:
'some text\0some more text\0\0'. The W32 interface defines UNICODE characters to be two-byte
(unsigned short strings). The constructor makes a copy of the argument.
EMF::ENHMETAHEADER::~ENHMETAHEADER () [inline]
Destructor deletes memory allocated for description.
Member Function Documentation
void EMF::ENHMETAHEADER::execute (METAFILEDEVICECONTEXT * source, HDC dc) const [inline], [virtual]
Execute this record in the context of the given device context.
Parameters
source the device context from which this record is taken.
dc device context for execute.
Implements EMF::METARECORD.
bool EMF::ENHMETAHEADER::serialize (DATASTREAM ds) [inline], [virtual]
Serializing the header is an example of an extended record.
Parameters
ds Metafile datastream.
Implements EMF::METARECORD.
int EMF::ENHMETAHEADER::size (void) const [inline], [virtual]
Internally computed size of this record.
Implements EMF::METARECORD.
bool EMF::ENHMETAHEADER::unserialize (DATASTREAM ds) [inline]
Read a header record from the datastream.
Author
Generated automatically by Doxygen for libemf from the source code.
Version 1.0.9 Tue Mar 24 2020 EMF::ENHMETAHEADER(3)