/* This file is part of the LibMSWrite Library
Copyright ( C ) 2001 - 2003 Clarence Dang < clarencedang @ users . sourceforge . net >
This library is free software ; you can redistribute it and / or
modify it under the terms of the GNU Library General Public
License Version 2 as published by the Free Software Foundation .
This library is distributed in the hope that it will be useful ,
but WITHOUT ANY WARRANTY ; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the GNU
Library General Public License Version 2 for more details .
You should have received a copy of the GNU Library General Public License
Version 2 along with this library ; see the file COPYING . LIB . If not ,
write to the Free Software Foundation , Inc . , 51 Franklin Street , Fifth Floor ,
* Boston , MA 02110 - 1301 , USA .
LibMSWrite Project Website :
http : //sourceforge.net/projects/libmswrite/
*/
/*
* structures_generated - Internal MS Write file structures
* This file was generated by make_structures_generated 0.51 pre 2003 / 07 / 09.
* ALL CHANGES MADE TO THIS FILE " WILL BE LOST IN TIME LIKE TEARS IN RAIN " !
*/
# include <assert.h>
# include <stdio.h>
# include <string.h>
# include "structures_generated.h"
# include "structures_private.h" // for forward references to embedded structures
# include "structures.h" // for forward references to embedded structures
namespace MSWrite
{
// -------------------- BEGIN HeaderGenerated --------------------
HeaderGenerated : : HeaderGenerated ( )
{
// --- set defaults for variables --
m_magic = ( Word ) ( 0xBE31 /*Write 3.0*/ ) ;
m_zero = ( Word ) ( 0 ) ;
m_magic2 = ( Word ) ( 0xAB00 ) ;
memset ( m_zero2 , ( Word ) ( 0 ) , 4 * sizeof ( Word ) ) ;
// no default for m_numCharBytesPlus128
// no default for m_pageParaInfo
// no default for m_pageFootnoteTable
// no default for m_pageSectionProperty
// no default for m_pageSectionTable
// no default for m_pagePageTable
// no default for m_pageFontTable
memset ( m_zero3 , ( Word ) ( 0 ) , 33 * sizeof ( Word ) ) ;
// no default for m_numPages
}
HeaderGenerated : : ~ HeaderGenerated ( )
{
}
HeaderGenerated & HeaderGenerated : : operator = ( const HeaderGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_magic = rhs . m_magic ;
m_zero = rhs . m_zero ;
m_magic2 = rhs . m_magic2 ;
memcpy ( m_zero2 , rhs . m_zero2 , 4 * sizeof ( Word ) ) ;
m_numCharBytesPlus128 = rhs . m_numCharBytesPlus128 ;
m_pageParaInfo = rhs . m_pageParaInfo ;
m_pageFootnoteTable = rhs . m_pageFootnoteTable ;
m_pageSectionProperty = rhs . m_pageSectionProperty ;
m_pageSectionTable = rhs . m_pageSectionTable ;
m_pagePageTable = rhs . m_pagePageTable ;
m_pageFontTable = rhs . m_pageFontTable ;
memcpy ( m_zero3 , rhs . m_zero3 , 33 * sizeof ( Word ) ) ;
m_numPages = rhs . m_numPages ;
return * this ;
}
bool HeaderGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_magic = = 0xBE31 | | m_magic = = 0xBE32 , DWord ( m_magic ) ) ) return false ;
if ( ! Verify ( Error : : InvalidFormat , m_zero = = 0 , DWord ( m_zero ) ) ) return false ;
if ( ! Verify ( Error : : InvalidFormat , m_magic2 = = 0xAB00 , DWord ( m_magic2 ) ) ) return false ;
for ( int i = 0 ; i < 4 ; i + + )
{
if ( ! Verify ( Error : : InvalidFormat , m_zero2 [ i ] = = 0 , long ( m_zero2 ) ) ) return false ;
}
if ( ! Verify ( Error : : InvalidFormat , m_numCharBytesPlus128 > = 128 , DWord ( m_numCharBytesPlus128 ) ) ) return false ;
// m_pageParaInfo will not be checked
// m_pageFootnoteTable will not be checked
// m_pageSectionProperty will not be checked
// m_pageSectionTable will not be checked
// m_pagePageTable will not be checked
// m_pageFontTable will not be checked
for ( int i = 0 ; i < 33 ; i + + )
{
if ( ! Verify ( Error : : Warn , m_zero3 [ i ] = = 0 , long ( m_zero3 ) ) ) return false ;
}
if ( ! Verify ( Error : : InvalidFormat , m_numPages > 0 , DWord ( m_numPages ) ) ) return false ;
return true ;
}
bool HeaderGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read HeaderGenerated data " ) ;
ReadWord ( m_magic , m_data + 0 ) ;
ReadWord ( m_zero , m_data + 2 ) ;
ReadWord ( m_magic2 , m_data + 4 ) ;
for ( int i = 0 ; i < 4 ; i + + )
{
ReadWord ( m_zero2 [ i ] , m_data + 6 + i * sizeof ( Word ) ) ;
}
ReadDWord ( m_numCharBytesPlus128 , m_data + 14 ) ;
ReadWord ( m_pageParaInfo , m_data + 18 ) ;
ReadWord ( m_pageFootnoteTable , m_data + 20 ) ;
ReadWord ( m_pageSectionProperty , m_data + 22 ) ;
ReadWord ( m_pageSectionTable , m_data + 24 ) ;
ReadWord ( m_pagePageTable , m_data + 26 ) ;
ReadWord ( m_pageFontTable , m_data + 28 ) ;
for ( int i = 0 ; i < 33 ; i + + )
{
ReadWord ( m_zero3 [ i ] , m_data + 30 + i * sizeof ( Word ) ) ;
}
ReadWord ( m_numPages , m_data + 96 ) ;
return verifyVariables ( ) ;
}
bool HeaderGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_magic , m_data + 0 ) ;
WriteWord ( m_zero , m_data + 2 ) ;
WriteWord ( m_magic2 , m_data + 4 ) ;
for ( int i = 0 ; i < 4 ; i + + )
{
WriteWord ( m_zero2 [ i ] , m_data + 6 + i * sizeof ( Word ) ) ;
}
WriteDWord ( m_numCharBytesPlus128 , m_data + 14 ) ;
WriteWord ( m_pageParaInfo , m_data + 18 ) ;
WriteWord ( m_pageFootnoteTable , m_data + 20 ) ;
WriteWord ( m_pageSectionProperty , m_data + 22 ) ;
WriteWord ( m_pageSectionTable , m_data + 24 ) ;
WriteWord ( m_pagePageTable , m_data + 26 ) ;
WriteWord ( m_pageFontTable , m_data + 28 ) ;
for ( int i = 0 ; i < 33 ; i + + )
{
WriteWord ( m_zero3 [ i ] , m_data + 30 + i * sizeof ( Word ) ) ;
}
WriteWord ( m_numPages , m_data + 96 ) ;
return true ;
}
bool HeaderGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write HeaderGenerated data " ) ;
return true ;
}
// -------------------- BEGIN PageLayoutGenerated --------------------
PageLayoutGenerated : : PageLayoutGenerated ( )
{
// --- set defaults for variables --
m_magic102 = ( Byte ) ( 102 ) ;
m_magic512 = ( Word ) ( 512 ) ;
m_pageHeight = ( Word ) ( Inch2Twip ( 11 ) ) ;
m_pageWidth = ( Word ) ( Inch2Twip ( 8.5 ) ) ;
m_pageNumberStart = ( Word ) ( 1 ) ;
m_topMargin = ( Word ) ( Inch2Twip ( 1 ) ) ;
m_textHeight = ( Word ) ( Inch2Twip ( 9 ) ) ;
m_leftMargin = ( Word ) ( Inch2Twip ( 1.25 ) ) ;
m_textWidth = ( Word ) ( Inch2Twip ( 6 ) ) ;
m_magic256 = ( Word ) ( 256 ) ;
m_headerFromTop = ( Word ) ( Inch2Twip ( 0.75 ) ) ;
m_footerFromTop = ( Word ) ( Inch2Twip ( 11.0 /*m_pageHeight*/ - 0.75 ) ) ;
m_magic720 = ( Word ) ( 720 ) ;
m_zero = ( Word ) ( 0 ) ;
m_magic1080 = ( Word ) ( 1080 ) ;
m_unknown = ( Word ) ( 0 ) ;
m_zero2 = ( Word ) ( 0 ) ;
}
PageLayoutGenerated : : ~ PageLayoutGenerated ( )
{
}
PageLayoutGenerated & PageLayoutGenerated : : operator = ( const PageLayoutGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_magic102 = rhs . m_magic102 ;
m_magic512 = rhs . m_magic512 ;
m_pageHeight = rhs . m_pageHeight ;
m_pageWidth = rhs . m_pageWidth ;
m_pageNumberStart = rhs . m_pageNumberStart ;
m_topMargin = rhs . m_topMargin ;
m_textHeight = rhs . m_textHeight ;
m_leftMargin = rhs . m_leftMargin ;
m_textWidth = rhs . m_textWidth ;
m_magic256 = rhs . m_magic256 ;
m_headerFromTop = rhs . m_headerFromTop ;
m_footerFromTop = rhs . m_footerFromTop ;
m_magic720 = rhs . m_magic720 ;
m_zero = rhs . m_zero ;
m_magic1080 = rhs . m_magic1080 ;
m_unknown = rhs . m_unknown ;
m_zero2 = rhs . m_zero2 ;
return * this ;
}
bool PageLayoutGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : Warn , m_magic102 = = 102 , DWord ( m_magic102 ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_magic512 = = 512 , DWord ( m_magic512 ) ) ) return false ;
// m_pageHeight will not be checked
// m_pageWidth will not be checked
// m_pageNumberStart will not be checked
// m_topMargin will not be checked
// m_textHeight will not be checked
// m_leftMargin will not be checked
// m_textWidth will not be checked
if ( ! Verify ( Error : : Warn , m_magic256 = = 256 , DWord ( m_magic256 ) ) ) return false ;
// m_headerFromTop will not be checked
// m_footerFromTop will not be checked
if ( ! Verify ( Error : : Warn , m_magic720 = = 720 , DWord ( m_magic720 ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_zero = = 0 , DWord ( m_zero ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_magic1080 = = 1080 , DWord ( m_magic1080 ) ) ) return false ;
// m_unknown will not be checked
if ( ! Verify ( Error : : Warn , m_zero2 = = 0 , DWord ( m_zero2 ) ) ) return false ;
return true ;
}
bool PageLayoutGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read PageLayoutGenerated data " ) ;
ReadByte ( m_magic102 , m_data + 0 ) ;
ReadWord ( m_magic512 , m_data + 1 ) ;
ReadWord ( m_pageHeight , m_data + 3 ) ;
ReadWord ( m_pageWidth , m_data + 5 ) ;
ReadWord ( m_pageNumberStart , m_data + 7 ) ;
ReadWord ( m_topMargin , m_data + 9 ) ;
ReadWord ( m_textHeight , m_data + 11 ) ;
ReadWord ( m_leftMargin , m_data + 13 ) ;
ReadWord ( m_textWidth , m_data + 15 ) ;
ReadWord ( m_magic256 , m_data + 17 ) ;
ReadWord ( m_headerFromTop , m_data + 19 ) ;
ReadWord ( m_footerFromTop , m_data + 21 ) ;
ReadWord ( m_magic720 , m_data + 23 ) ;
ReadWord ( m_zero , m_data + 25 ) ;
ReadWord ( m_magic1080 , m_data + 27 ) ;
ReadWord ( m_unknown , m_data + 29 ) ;
ReadWord ( m_zero2 , m_data + 31 ) ;
return verifyVariables ( ) ;
}
bool PageLayoutGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteByte ( m_magic102 , m_data + 0 ) ;
WriteWord ( m_magic512 , m_data + 1 ) ;
WriteWord ( m_pageHeight , m_data + 3 ) ;
WriteWord ( m_pageWidth , m_data + 5 ) ;
WriteWord ( m_pageNumberStart , m_data + 7 ) ;
WriteWord ( m_topMargin , m_data + 9 ) ;
WriteWord ( m_textHeight , m_data + 11 ) ;
WriteWord ( m_leftMargin , m_data + 13 ) ;
WriteWord ( m_textWidth , m_data + 15 ) ;
WriteWord ( m_magic256 , m_data + 17 ) ;
WriteWord ( m_headerFromTop , m_data + 19 ) ;
WriteWord ( m_footerFromTop , m_data + 21 ) ;
WriteWord ( m_magic720 , m_data + 23 ) ;
WriteWord ( m_zero , m_data + 25 ) ;
WriteWord ( m_magic1080 , m_data + 27 ) ;
WriteWord ( m_unknown , m_data + 29 ) ;
WriteWord ( m_zero2 , m_data + 31 ) ;
return true ;
}
bool PageLayoutGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write PageLayoutGenerated data " ) ;
return true ;
}
// -------------------- BEGIN SectionDescriptorGenerated --------------------
SectionDescriptorGenerated : : SectionDescriptorGenerated ( )
{
// --- set defaults for variables --
// no default for m_afterEndCharByte
m_undefined = ( Word ) ( 0 ) ;
// no default for m_sectionPropertyLocation
}
SectionDescriptorGenerated : : ~ SectionDescriptorGenerated ( )
{
}
SectionDescriptorGenerated & SectionDescriptorGenerated : : operator = ( const SectionDescriptorGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_afterEndCharByte = rhs . m_afterEndCharByte ;
m_undefined = rhs . m_undefined ;
m_sectionPropertyLocation = rhs . m_sectionPropertyLocation ;
return * this ;
}
bool SectionDescriptorGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
// m_afterEndCharByte will not be checked
// m_undefined will not be checked
// m_sectionPropertyLocation will not be checked
return true ;
}
bool SectionDescriptorGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read SectionDescriptorGenerated data " ) ;
ReadDWord ( m_afterEndCharByte , m_data + 0 ) ;
ReadWord ( m_undefined , m_data + 4 ) ;
ReadDWord ( m_sectionPropertyLocation , m_data + 6 ) ;
return verifyVariables ( ) ;
}
bool SectionDescriptorGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteDWord ( m_afterEndCharByte , m_data + 0 ) ;
WriteWord ( m_undefined , m_data + 4 ) ;
WriteDWord ( m_sectionPropertyLocation , m_data + 6 ) ;
return true ;
}
bool SectionDescriptorGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write SectionDescriptorGenerated data " ) ;
return true ;
}
// -------------------- BEGIN SectionTableGenerated --------------------
SectionTableGenerated : : SectionTableGenerated ( )
{
// --- set pointer(s) to NULL (prevent segfault with premature exit) ---
for ( int i = 0 ; i < 2 ; i + + )
m_sed [ i ] = NULL ;
// --- allocate memory for embedded structures ---
for ( int i = 0 ; i < 2 ; i + + )
{
m_sed [ i ] = new SectionDescriptor ; // forward ref to structures*.cpp
if ( ! m_sed [ i ] ) return ;
}
// --- set defaults for variables --
m_numSectionDescriptors = ( Word ) ( 2 ) ;
m_undefined = ( Word ) ( 0 ) ;
// leaving constructor of m_sed to set its own defaults
}
SectionTableGenerated : : ~ SectionTableGenerated ( )
{
for ( int i = 0 ; i < 2 ; i + + )
delete m_sed [ i ] ;
}
SectionTableGenerated & SectionTableGenerated : : operator = ( const SectionTableGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_numSectionDescriptors = rhs . m_numSectionDescriptors ;
m_undefined = rhs . m_undefined ;
for ( int i = 0 ; i < 2 ; i + + )
* m_sed [ i ] = * ( rhs . m_sed [ i ] ) ;
return * this ;
}
bool SectionTableGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
// m_numSectionDescriptors will not be checked
// m_undefined will not be checked
for ( int i = 0 ; i < 2 ; i + + )
{
if ( ! m_sed [ i ] ) { ErrorAndQuit ( Error : : OutOfMemory , " could not allocate memory for sed in constructor " ) ; }
}
return true ;
}
bool SectionTableGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read SectionTableGenerated data " ) ;
ReadWord ( m_numSectionDescriptors , m_data + 0 ) ;
ReadWord ( m_undefined , m_data + 2 ) ;
for ( int i = 0 ; i < 2 ; i + + )
{
m_device - > setCache ( m_data + 4 + i * SectionDescriptorGenerated : : s_size ) ;
m_sed [ i ] - > setDevice ( m_device ) ;
if ( ! m_sed [ i ] - > readFromDevice ( ) ) return false ;
m_device - > setCache ( NULL ) ;
}
return verifyVariables ( ) ;
}
bool SectionTableGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_numSectionDescriptors , m_data + 0 ) ;
WriteWord ( m_undefined , m_data + 2 ) ;
for ( int i = 0 ; i < 2 ; i + + )
{
m_device - > setCache ( m_data + 4 + i * SectionDescriptorGenerated : : s_size ) ;
m_sed [ i ] - > setDevice ( m_device ) ;
if ( ! m_sed [ i ] - > writeToDevice ( ) ) return false ;
m_device - > setCache ( NULL ) ;
}
return true ;
}
bool SectionTableGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write SectionTableGenerated data " ) ;
return true ;
}
// -------------------- BEGIN FontGenerated --------------------
FontGenerated : : FontGenerated ( )
{
// --- set defaults for variables --
m_numDataBytes = ( Word ) ( 0 ) ;
m_family = ( Byte ) ( 0 ) ;
}
FontGenerated : : ~ FontGenerated ( )
{
}
FontGenerated & FontGenerated : : operator = ( const FontGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_numDataBytes = rhs . m_numDataBytes ;
m_family = rhs . m_family ;
return * this ;
}
bool FontGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
// m_numDataBytes will not be checked
// m_family will not be checked
return true ;
}
bool FontGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read FontGenerated data " ) ;
ReadWord ( m_numDataBytes , m_data + 0 ) ;
ReadByte ( m_family , m_data + 2 ) ;
return verifyVariables ( ) ;
}
bool FontGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_numDataBytes , m_data + 0 ) ;
WriteByte ( m_family , m_data + 2 ) ;
return true ;
}
bool FontGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write FontGenerated data " ) ;
return true ;
}
// -------------------- BEGIN FontTableGenerated --------------------
FontTableGenerated : : FontTableGenerated ( )
{
// --- set defaults for variables --
m_numFonts = ( Word ) ( 0 ) ;
}
FontTableGenerated : : ~ FontTableGenerated ( )
{
}
FontTableGenerated & FontTableGenerated : : operator = ( const FontTableGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_numFonts = rhs . m_numFonts ;
return * this ;
}
bool FontTableGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
// m_numFonts will not be checked
return true ;
}
bool FontTableGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read FontTableGenerated data " ) ;
ReadWord ( m_numFonts , m_data + 0 ) ;
return verifyVariables ( ) ;
}
bool FontTableGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_numFonts , m_data + 0 ) ;
return true ;
}
bool FontTableGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write FontTableGenerated data " ) ;
return true ;
}
// -------------------- BEGIN PagePointerGenerated --------------------
PagePointerGenerated : : PagePointerGenerated ( )
{
// --- set defaults for variables --
// no default for m_pageNumber
// no default for m_firstCharByte
}
PagePointerGenerated : : ~ PagePointerGenerated ( )
{
}
PagePointerGenerated & PagePointerGenerated : : operator = ( const PagePointerGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_pageNumber = rhs . m_pageNumber ;
m_firstCharByte = rhs . m_firstCharByte ;
return * this ;
}
bool PagePointerGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_pageNumber > 0 , DWord ( m_pageNumber ) ) ) return false ;
// m_firstCharByte will not be checked
return true ;
}
bool PagePointerGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read PagePointerGenerated data " ) ;
ReadWord ( m_pageNumber , m_data + 0 ) ;
ReadDWord ( m_firstCharByte , m_data + 2 ) ;
return verifyVariables ( ) ;
}
bool PagePointerGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_pageNumber , m_data + 0 ) ;
WriteDWord ( m_firstCharByte , m_data + 2 ) ;
return true ;
}
bool PagePointerGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write PagePointerGenerated data " ) ;
return true ;
}
// -------------------- BEGIN PageTableGenerated --------------------
PageTableGenerated : : PageTableGenerated ( )
{
// --- set defaults for variables --
m_numPagePointers = ( Word ) ( 0 ) ;
m_zero = ( Word ) ( 0 ) ;
}
PageTableGenerated : : ~ PageTableGenerated ( )
{
}
PageTableGenerated & PageTableGenerated : : operator = ( const PageTableGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_numPagePointers = rhs . m_numPagePointers ;
m_zero = rhs . m_zero ;
return * this ;
}
bool PageTableGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
// m_numPagePointers will not be checked
if ( ! Verify ( Error : : Warn , m_zero = = 0 , DWord ( m_zero ) ) ) return false ;
return true ;
}
bool PageTableGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read PageTableGenerated data " ) ;
ReadWord ( m_numPagePointers , m_data + 0 ) ;
ReadWord ( m_zero , m_data + 2 ) ;
return verifyVariables ( ) ;
}
bool PageTableGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_numPagePointers , m_data + 0 ) ;
WriteWord ( m_zero , m_data + 2 ) ;
return true ;
}
bool PageTableGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write PageTableGenerated data " ) ;
return true ;
}
// -------------------- BEGIN FormatPointerGenerated --------------------
FormatPointerGenerated : : FormatPointerGenerated ( )
{
// --- set defaults for variables --
// no default for m_afterEndCharBytePlus128
// no default for m_formatPropertyOffset
}
FormatPointerGenerated : : ~ FormatPointerGenerated ( )
{
}
FormatPointerGenerated & FormatPointerGenerated : : operator = ( const FormatPointerGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_afterEndCharBytePlus128 = rhs . m_afterEndCharBytePlus128 ;
m_formatPropertyOffset = rhs . m_formatPropertyOffset ;
return * this ;
}
bool FormatPointerGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_afterEndCharBytePlus128 > = 128 , DWord ( m_afterEndCharBytePlus128 ) ) ) return false ;
if ( ! Verify ( Error : : InvalidFormat , m_formatPropertyOffset = = 0xFFFF | | m_formatPropertyOffset < 123 - 1 /*numDataBytes of either FormatProperty, can't have 0 byte FormatProperty*/ , DWord ( m_formatPropertyOffset ) ) ) return false ;
return true ;
}
bool FormatPointerGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read FormatPointerGenerated data " ) ;
ReadDWord ( m_afterEndCharBytePlus128 , m_data + 0 ) ;
ReadWord ( m_formatPropertyOffset , m_data + 4 ) ;
return verifyVariables ( ) ;
}
bool FormatPointerGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteDWord ( m_afterEndCharBytePlus128 , m_data + 0 ) ;
WriteWord ( m_formatPropertyOffset , m_data + 4 ) ;
return true ;
}
bool FormatPointerGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write FormatPointerGenerated data " ) ;
return true ;
}
// -------------------- BEGIN FormatCharPropertyGenerated --------------------
FormatCharPropertyGenerated : : FormatCharPropertyGenerated ( )
{
// --- set defaults in raw array (needed because it's a useThisMuch structure) ---
WriteByte ( ( Byte ) ( 1 ) , m_data + 1 ) ; // unknown
m_data [ 2 ] = 0 ; // isBold, isItalic, fontCodeLow
WriteByte ( ( Byte ) ( 24 ) , m_data + 3 ) ; // fontSize
m_data [ 4 ] = 0 ; // isUnderlined, zero, isPageNumber, zero2, fontCodeHigh, zero3, position
m_data [ 5 ] = 0 ;
m_data [ 6 ] = 0 ;
// --- set defaults for variables --
m_numDataBytes = ( Byte ) ( 0 ) ;
m_unknown = ( Byte ) ( 1 ) ;
m_isBold = ( unsigned ) ( 0 ) ;
m_isItalic = ( unsigned ) ( 0 ) ;
m_fontCodeLow = ( unsigned ) ( 0 ) ;
m_fontSize = ( Byte ) ( 24 ) ;
m_isUnderlined = ( unsigned ) ( 0 ) ;
m_zero = ( unsigned ) ( 0 ) ;
m_isPageNumber = ( unsigned ) ( 0 ) ;
m_zero2 = ( unsigned ) ( 0 ) ;
m_fontCodeHigh = ( unsigned ) ( 0 ) ;
m_zero3 = ( unsigned ) ( 0 ) ;
m_position = ( Byte ) ( 0 ) ;
}
FormatCharPropertyGenerated : : ~ FormatCharPropertyGenerated ( )
{
}
FormatCharPropertyGenerated & FormatCharPropertyGenerated : : operator = ( const FormatCharPropertyGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
UseThisMuch : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_numDataBytes = rhs . m_numDataBytes ;
m_unknown = rhs . m_unknown ;
m_isBold = rhs . m_isBold ;
m_isItalic = rhs . m_isItalic ;
m_fontCodeLow = rhs . m_fontCodeLow ;
m_fontSize = rhs . m_fontSize ;
m_isUnderlined = rhs . m_isUnderlined ;
m_zero = rhs . m_zero ;
m_isPageNumber = rhs . m_isPageNumber ;
m_zero2 = rhs . m_zero2 ;
m_fontCodeHigh = rhs . m_fontCodeHigh ;
m_zero3 = rhs . m_zero3 ;
m_position = rhs . m_position ;
return * this ;
}
bool FormatCharPropertyGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_numDataBytes > = 1 & & m_numDataBytes < = s_size - sizeof ( Byte ) , DWord ( m_numDataBytes ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_unknown < = 1 , DWord ( m_unknown ) ) ) return false ;
// m_isBold will not be checked
// m_isItalic will not be checked
// m_fontCodeLow will not be checked
// m_fontSize will not be checked
// m_isUnderlined will not be checked
if ( ! Verify ( Error : : Warn , m_zero = = 0 , DWord ( m_zero ) ) ) return false ;
// m_isPageNumber will not be checked
if ( ! Verify ( Error : : Warn , m_zero2 = = 0 , DWord ( m_zero2 ) ) ) return false ;
// m_fontCodeHigh will not be checked
if ( ! Verify ( Error : : Warn , m_zero3 = = 0 , DWord ( m_zero3 ) ) ) return false ;
// m_position will not be checked
return true ;
}
bool FormatCharPropertyGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// find out how many bytes to read
if ( ! m_device - > readInternal ( m_data , 1 ) )
ErrorAndQuit ( Error : : FileError , " could not read FormatCharPropertyGenerated numDataBytes " ) ;
ReadByte ( m_numDataBytes , m_data ) ;
if ( ! Verify ( Error : : InvalidFormat , m_numDataBytes > = 1 & & m_numDataBytes < = s_size - sizeof ( Byte ) , DWord ( m_numDataBytes ) ) ) return false ;
if ( ! m_device - > readInternal ( m_data + 1 , m_numDataBytes ) )
ErrorAndQuit ( Error : : FileError , " could not read FormatCharPropertyGenerated data " ) ;
ReadByte ( m_unknown , m_data + 1 ) ;
signalHaveSetData ( m_unknown = = Byte ( 1 ) , 0 /*offset*/ + 8 /*size*/ ) ;
ReadBitsFromByte ( m_isBold , m_data [ 2 ] , 0 , 1 ) ;
signalHaveSetData ( m_isBold = = bool ( 0 ) , 8 /*offset*/ + 1 /*size*/ ) ;
ReadBitsFromByte ( m_isItalic , m_data [ 2 ] , 1 , 1 ) ;
signalHaveSetData ( m_isItalic = = bool ( 0 ) , 9 /*offset*/ + 1 /*size*/ ) ;
ReadBitsFromByte ( m_fontCodeLow , m_data [ 2 ] , 2 , 6 ) ;
signalHaveSetData ( m_fontCodeLow = = unsigned ( 0 ) , 10 /*offset*/ + 6 /*size*/ ) ;
ReadByte ( m_fontSize , m_data + 3 ) ;
signalHaveSetData ( m_fontSize = = Byte ( 24 ) , 16 /*offset*/ + 8 /*size*/ ) ;
ReadBitsFromByte ( m_isUnderlined , m_data [ 4 ] , 0 , 1 ) ;
signalHaveSetData ( m_isUnderlined = = bool ( 0 ) , 24 /*offset*/ + 1 /*size*/ ) ;
ReadBitsFromByte ( m_zero , m_data [ 4 ] , 1 , 5 ) ;
signalHaveSetData ( m_zero = = unsigned ( 0 ) , 25 /*offset*/ + 5 /*size*/ ) ;
ReadBitsFromByte ( m_isPageNumber , m_data [ 4 ] , 6 , 1 ) ;
signalHaveSetData ( m_isPageNumber = = bool ( 0 ) , 30 /*offset*/ + 1 /*size*/ ) ;
ReadBitsFromByte ( m_zero2 , m_data [ 4 ] , 7 , 1 ) ;
signalHaveSetData ( m_zero2 = = bool ( 0 ) , 31 /*offset*/ + 1 /*size*/ ) ;
ReadBitsFromByte ( m_fontCodeHigh , m_data [ 5 ] , 0 , 3 ) ;
signalHaveSetData ( m_fontCodeHigh = = unsigned ( 0 ) , 32 /*offset*/ + 3 /*size*/ ) ;
ReadBitsFromByte ( m_zero3 , m_data [ 5 ] , 3 , 5 ) ;
signalHaveSetData ( m_zero3 = = unsigned ( 0 ) , 35 /*offset*/ + 5 /*size*/ ) ;
ReadByte ( m_position , m_data + 6 ) ;
signalHaveSetData ( m_position = = Byte ( 0 ) , 40 /*offset*/ + 8 /*size*/ ) ;
return verifyVariables ( ) ;
}
bool FormatCharPropertyGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
// set m_data to 0 to avoid problems with bit ops
memset ( m_data , 0 , s_size ) ;
WriteByte ( m_numDataBytes , m_data + 0 ) ;
WriteByte ( m_unknown , m_data + 1 ) ;
WriteBitsToByte ( m_isBold , m_data [ 2 ] , 0 , 1 ) ;
WriteBitsToByte ( m_isItalic , m_data [ 2 ] , 1 , 1 ) ;
WriteBitsToByte ( m_fontCodeLow , m_data [ 2 ] , 2 , 6 ) ;
WriteByte ( m_fontSize , m_data + 3 ) ;
WriteBitsToByte ( m_isUnderlined , m_data [ 4 ] , 0 , 1 ) ;
WriteBitsToByte ( m_zero , m_data [ 4 ] , 1 , 5 ) ;
WriteBitsToByte ( m_isPageNumber , m_data [ 4 ] , 6 , 1 ) ;
WriteBitsToByte ( m_zero2 , m_data [ 4 ] , 7 , 1 ) ;
WriteBitsToByte ( m_fontCodeHigh , m_data [ 5 ] , 0 , 3 ) ;
WriteBitsToByte ( m_zero3 , m_data [ 5 ] , 3 , 5 ) ;
WriteByte ( m_position , m_data + 6 ) ;
return true ;
}
bool FormatCharPropertyGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// sync m_numDataBytes with reality
updateNumDataBytes ( ) ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , 1 /*sizeof (m_numDataBytes)*/ + ( m_numDataBytes ? m_numDataBytes : getNeedNumDataBytes ( ) ) ) )
ErrorAndQuit ( Error : : FileError , " could not write FormatCharPropertyGenerated data " ) ;
return true ;
}
// -------------------- BEGIN FormatParaPropertyTabulatorGenerated --------------------
FormatParaPropertyTabulatorGenerated : : FormatParaPropertyTabulatorGenerated ( )
{
// --- set defaults for variables --
m_indent = ( Word ) ( 0 ) ;
m_type = ( Byte ) ( 0 ) ;
m_zero = ( Byte ) ( 0 ) ;
}
FormatParaPropertyTabulatorGenerated : : ~ FormatParaPropertyTabulatorGenerated ( )
{
}
FormatParaPropertyTabulatorGenerated & FormatParaPropertyTabulatorGenerated : : operator = ( const FormatParaPropertyTabulatorGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_indent = rhs . m_indent ;
m_type = rhs . m_type ;
m_zero = rhs . m_zero ;
return * this ;
}
bool FormatParaPropertyTabulatorGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
// m_indent will not be checked
if ( ! Verify ( Error : : InvalidFormat , m_type = = 0 | | m_type = = 3 , DWord ( m_type ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_zero = = 0 , DWord ( m_zero ) ) ) return false ;
return true ;
}
bool FormatParaPropertyTabulatorGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read FormatParaPropertyTabulatorGenerated data " ) ;
ReadWord ( m_indent , m_data + 0 ) ;
ReadByte ( m_type , m_data + 2 ) ;
ReadByte ( m_zero , m_data + 3 ) ;
return verifyVariables ( ) ;
}
bool FormatParaPropertyTabulatorGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_indent , m_data + 0 ) ;
WriteByte ( m_type , m_data + 2 ) ;
WriteByte ( m_zero , m_data + 3 ) ;
return true ;
}
bool FormatParaPropertyTabulatorGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write FormatParaPropertyTabulatorGenerated data " ) ;
return true ;
}
// -------------------- BEGIN FormatParaPropertyGenerated --------------------
FormatParaPropertyGenerated : : FormatParaPropertyGenerated ( )
{
// --- set pointer(s) to NULL (prevent segfault with premature exit) ---
for ( int i = 0 ; i < 14 ; i + + )
m_tab [ i ] = NULL ;
// --- allocate memory for embedded structures ---
for ( int i = 0 ; i < 14 ; i + + )
{
m_tab [ i ] = new FormatParaPropertyTabulator ; // forward ref to structures*.cpp
if ( ! m_tab [ i ] ) return ;
}
// --- set defaults in raw array (needed because it's a useThisMuch structure) ---
WriteByte ( ( Byte ) ( 60 ) , m_data + 1 ) ; // magic0_60_or_61
m_data [ 2 ] = 0 ; // tqalignment
WriteWord ( ( Word ) ( 30 ) , m_data + 3 ) ; // magic30
memset ( m_data + 5 , 0 , 6 ) ; // rightIndent, leftIndent, leftIndentFirstLine
WriteWord ( ( Word ) ( 240 ) , m_data + 11 ) ; // lineSpacing
memset ( m_data + 13 , 0 , 10 ) ; // zero, headerOrFooter, isNotNormalParagraph, isOnFirstPage, isObject, zero2, zero3
memset ( m_data + 23 , 0 , 56 ) ; // HACK: default embedded structures is 0
// --- set defaults for variables --
m_numDataBytes = ( Byte ) ( 0 ) ;
m_magic0_60_or_61 = ( Byte ) ( 60 ) ;
m_tqalignment = ( Byte ) ( 0 ) ;
m_magic30 = ( Word ) ( 30 ) ;
m_rightIndent = ( Word ) ( 0 ) ;
m_leftIndent = ( Word ) ( 0 ) ;
m_leftIndentFirstLine = ( Short ) ( 0 ) ;
m_lineSpacing = ( Word ) ( 240 ) ;
for ( int i = 0 ; i < 2 ; i + + )
m_zero [ i ] = ( Word ) ( 0 ) ;
m_headerOrFooter = ( unsigned ) ( 0 ) ;
m_isNotNormalParagraph = ( unsigned ) ( 0 ) ;
m_isOnFirstPage = ( unsigned ) ( 0 ) ;
m_isObject = ( unsigned ) ( 0 ) ;
m_zero2 = ( unsigned ) ( 0 ) ;
memset ( m_zero3 , ( Byte ) ( 0 ) , 5 * sizeof ( Byte ) ) ;
// leaving constructor of m_tab to set its own defaults
}
FormatParaPropertyGenerated : : ~ FormatParaPropertyGenerated ( )
{
for ( int i = 0 ; i < 14 ; i + + )
delete m_tab [ i ] ;
}
FormatParaPropertyGenerated & FormatParaPropertyGenerated : : operator = ( const FormatParaPropertyGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
UseThisMuch : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_numDataBytes = rhs . m_numDataBytes ;
m_magic0_60_or_61 = rhs . m_magic0_60_or_61 ;
m_tqalignment = rhs . m_tqalignment ;
m_magic30 = rhs . m_magic30 ;
m_rightIndent = rhs . m_rightIndent ;
m_leftIndent = rhs . m_leftIndent ;
m_leftIndentFirstLine = rhs . m_leftIndentFirstLine ;
m_lineSpacing = rhs . m_lineSpacing ;
memcpy ( m_zero , rhs . m_zero , 2 * sizeof ( Word ) ) ;
m_headerOrFooter = rhs . m_headerOrFooter ;
m_isNotNormalParagraph = rhs . m_isNotNormalParagraph ;
m_isOnFirstPage = rhs . m_isOnFirstPage ;
m_isObject = rhs . m_isObject ;
m_zero2 = rhs . m_zero2 ;
memcpy ( m_zero3 , rhs . m_zero3 , 5 * sizeof ( Byte ) ) ;
for ( int i = 0 ; i < 14 ; i + + )
* m_tab [ i ] = * ( rhs . m_tab [ i ] ) ;
return * this ;
}
bool FormatParaPropertyGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_numDataBytes > = 1 & & m_numDataBytes < = s_size - sizeof ( Byte ) , DWord ( m_numDataBytes ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_magic0_60_or_61 = = 0 | | m_magic0_60_or_61 = = 60 | | m_magic0_60_or_61 = = 61 , DWord ( m_magic0_60_or_61 ) ) ) return false ;
// m_tqalignment will not be checked
if ( ! Verify ( Error : : Warn , m_magic30 = = 30 , DWord ( m_magic30 ) ) ) return false ;
// m_rightIndent will not be checked
// m_leftIndent will not be checked
// m_leftIndentFirstLine will not be checked
// m_lineSpacing will not be checked
for ( int i = 0 ; i < 2 ; i + + )
{
if ( ! Verify ( Error : : Warn , m_zero [ i ] = = 0 , long ( m_zero ) ) ) return false ;
}
// m_headerOrFooter will not be checked
// m_isNotNormalParagraph will not be checked
// m_isOnFirstPage will not be checked
// m_isObject will not be checked
if ( ! Verify ( Error : : Warn , m_zero2 = = 0 , DWord ( m_zero2 ) ) ) return false ;
for ( int i = 0 ; i < 5 ; i + + )
{
if ( ! Verify ( Error : : Warn , m_zero3 [ i ] = = 0 , long ( m_zero3 ) ) ) return false ;
}
for ( int i = 0 ; i < 14 ; i + + )
{
if ( ! m_tab [ i ] ) { ErrorAndQuit ( Error : : OutOfMemory , " could not allocate memory for tab in constructor " ) ; }
}
return true ;
}
bool FormatParaPropertyGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// find out how many bytes to read
if ( ! m_device - > readInternal ( m_data , 1 ) )
ErrorAndQuit ( Error : : FileError , " could not read FormatParaPropertyGenerated numDataBytes " ) ;
ReadByte ( m_numDataBytes , m_data ) ;
if ( ! Verify ( Error : : InvalidFormat , m_numDataBytes > = 1 & & m_numDataBytes < = s_size - sizeof ( Byte ) , DWord ( m_numDataBytes ) ) ) return false ;
if ( ! m_device - > readInternal ( m_data + 1 , m_numDataBytes ) )
ErrorAndQuit ( Error : : FileError , " could not read FormatParaPropertyGenerated data " ) ;
ReadByte ( m_magic0_60_or_61 , m_data + 1 ) ;
signalHaveSetData ( m_magic0_60_or_61 = = Byte ( 60 ) , 0 /*offset*/ + 8 /*size*/ ) ;
ReadByte ( m_tqalignment , m_data + 2 ) ;
signalHaveSetData ( m_tqalignment = = Byte ( 0 ) , 8 /*offset*/ + 8 /*size*/ ) ;
ReadWord ( m_magic30 , m_data + 3 ) ;
signalHaveSetData ( m_magic30 = = Word ( 30 ) , 16 /*offset*/ + 16 /*size*/ ) ;
ReadWord ( m_rightIndent , m_data + 5 ) ;
signalHaveSetData ( m_rightIndent = = Word ( 0 ) , 32 /*offset*/ + 16 /*size*/ ) ;
ReadWord ( m_leftIndent , m_data + 7 ) ;
signalHaveSetData ( m_leftIndent = = Word ( 0 ) , 48 /*offset*/ + 16 /*size*/ ) ;
ReadShort ( m_leftIndentFirstLine , m_data + 9 ) ;
signalHaveSetData ( m_leftIndentFirstLine = = Short ( 0 ) , 64 /*offset*/ + 16 /*size*/ ) ;
ReadWord ( m_lineSpacing , m_data + 11 ) ;
signalHaveSetData ( m_lineSpacing = = Word ( 240 ) , 80 /*offset*/ + 16 /*size*/ ) ;
for ( int i = 0 ; i < 2 ; i + + )
{
ReadWord ( m_zero [ i ] , m_data + 13 + i * sizeof ( Word ) ) ;
}
ReadBitsFromByte ( m_headerOrFooter , m_data [ 17 ] , 0 , 1 ) ;
signalHaveSetData ( m_headerOrFooter = = bool ( 0 ) , 128 /*offset*/ + 1 /*size*/ ) ;
ReadBitsFromByte ( m_isNotNormalParagraph , m_data [ 17 ] , 1 , 2 ) ;
signalHaveSetData ( m_isNotNormalParagraph = = unsigned ( 0 ) , 129 /*offset*/ + 2 /*size*/ ) ;
ReadBitsFromByte ( m_isOnFirstPage , m_data [ 17 ] , 3 , 1 ) ;
signalHaveSetData ( m_isOnFirstPage = = bool ( 0 ) , 131 /*offset*/ + 1 /*size*/ ) ;
ReadBitsFromByte ( m_isObject , m_data [ 17 ] , 4 , 1 ) ;
signalHaveSetData ( m_isObject = = bool ( 0 ) , 132 /*offset*/ + 1 /*size*/ ) ;
ReadBitsFromByte ( m_zero2 , m_data [ 17 ] , 5 , 3 ) ;
signalHaveSetData ( m_zero2 = = unsigned ( 0 ) , 133 /*offset*/ + 3 /*size*/ ) ;
memcpy ( m_zero3 , m_data + 18 , 5 * sizeof ( Byte ) ) ;
for ( int i = 0 ; i < 14 ; i + + )
{
m_device - > setCache ( m_data + 23 + i * FormatParaPropertyTabulatorGenerated : : s_size ) ;
m_tab [ i ] - > setDevice ( m_device ) ;
if ( ! m_tab [ i ] - > readFromDevice ( ) ) return false ;
m_device - > setCache ( NULL ) ;
}
return verifyVariables ( ) ;
}
bool FormatParaPropertyGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
// set m_data to 0 to avoid problems with bit ops
memset ( m_data , 0 , s_size ) ;
WriteByte ( m_numDataBytes , m_data + 0 ) ;
WriteByte ( m_magic0_60_or_61 , m_data + 1 ) ;
WriteByte ( m_tqalignment , m_data + 2 ) ;
WriteWord ( m_magic30 , m_data + 3 ) ;
WriteWord ( m_rightIndent , m_data + 5 ) ;
WriteWord ( m_leftIndent , m_data + 7 ) ;
WriteShort ( m_leftIndentFirstLine , m_data + 9 ) ;
WriteWord ( m_lineSpacing , m_data + 11 ) ;
for ( int i = 0 ; i < 2 ; i + + )
{
WriteWord ( m_zero [ i ] , m_data + 13 + i * sizeof ( Word ) ) ;
}
WriteBitsToByte ( m_headerOrFooter , m_data [ 17 ] , 0 , 1 ) ;
WriteBitsToByte ( m_isNotNormalParagraph , m_data [ 17 ] , 1 , 2 ) ;
WriteBitsToByte ( m_isOnFirstPage , m_data [ 17 ] , 3 , 1 ) ;
WriteBitsToByte ( m_isObject , m_data [ 17 ] , 4 , 1 ) ;
WriteBitsToByte ( m_zero2 , m_data [ 17 ] , 5 , 3 ) ;
memcpy ( m_data + 18 , m_zero3 , 5 * sizeof ( Byte ) ) ;
for ( int i = 0 ; i < 14 ; i + + )
{
m_device - > setCache ( m_data + 23 + i * FormatParaPropertyTabulatorGenerated : : s_size ) ;
m_tab [ i ] - > setDevice ( m_device ) ;
if ( ! m_tab [ i ] - > writeToDevice ( ) ) return false ;
m_device - > setCache ( NULL ) ;
}
return true ;
}
bool FormatParaPropertyGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// sync m_numDataBytes with reality
updateNumDataBytes ( ) ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , 1 /*sizeof (m_numDataBytes)*/ + ( m_numDataBytes ? m_numDataBytes : getNeedNumDataBytes ( ) ) ) )
ErrorAndQuit ( Error : : FileError , " could not write FormatParaPropertyGenerated data " ) ;
return true ;
}
// -------------------- BEGIN FormatInfoPageGenerated --------------------
FormatInfoPageGenerated : : FormatInfoPageGenerated ( )
{
// --- set defaults for variables --
// no default for m_firstCharBytePlus128
memset ( m_packedStructs , ( Byte ) ( 0 ) , 123 * sizeof ( Byte ) ) ;
m_numFormatPointers = ( Byte ) ( 0 ) ;
}
FormatInfoPageGenerated : : ~ FormatInfoPageGenerated ( )
{
}
FormatInfoPageGenerated & FormatInfoPageGenerated : : operator = ( const FormatInfoPageGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_firstCharBytePlus128 = rhs . m_firstCharBytePlus128 ;
memcpy ( m_packedStructs , rhs . m_packedStructs , 123 * sizeof ( Byte ) ) ;
m_numFormatPointers = rhs . m_numFormatPointers ;
return * this ;
}
bool FormatInfoPageGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_firstCharBytePlus128 > = 128 , DWord ( m_firstCharBytePlus128 ) ) ) return false ;
// m_packedStructs will not be checked
// m_numFormatPointers will not be checked
return true ;
}
bool FormatInfoPageGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read FormatInfoPageGenerated data " ) ;
ReadDWord ( m_firstCharBytePlus128 , m_data + 0 ) ;
memcpy ( m_packedStructs , m_data + 4 , 123 * sizeof ( Byte ) ) ;
ReadByte ( m_numFormatPointers , m_data + 127 ) ;
return verifyVariables ( ) ;
}
bool FormatInfoPageGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteDWord ( m_firstCharBytePlus128 , m_data + 0 ) ;
memcpy ( m_data + 4 , m_packedStructs , 123 * sizeof ( Byte ) ) ;
WriteByte ( m_numFormatPointers , m_data + 127 ) ;
return true ;
}
bool FormatInfoPageGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write FormatInfoPageGenerated data " ) ;
return true ;
}
// -------------------- BEGIN BMP_BitmapFileHeaderGenerated --------------------
BMP_BitmapFileHeaderGenerated : : BMP_BitmapFileHeaderGenerated ( )
{
// --- set defaults for variables --
m_magic = ( Word ) ( Word ( ' B ' ) + ( Word ( ' M ' ) < < 8 ) ) ;
// no default for m_totalBytes
for ( int i = 0 ; i < 2 ; i + + )
m_zero [ i ] = ( Word ) ( 0 ) ;
// no default for m_actualImageOffset
}
BMP_BitmapFileHeaderGenerated : : ~ BMP_BitmapFileHeaderGenerated ( )
{
}
BMP_BitmapFileHeaderGenerated & BMP_BitmapFileHeaderGenerated : : operator = ( const BMP_BitmapFileHeaderGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_magic = rhs . m_magic ;
m_totalBytes = rhs . m_totalBytes ;
memcpy ( m_zero , rhs . m_zero , 2 * sizeof ( Word ) ) ;
m_actualImageOffset = rhs . m_actualImageOffset ;
return * this ;
}
bool BMP_BitmapFileHeaderGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_magic = = Word ( ' B ' ) + ( Word ( ' M ' ) < < 8 ) , DWord ( m_magic ) ) ) return false ;
// m_totalBytes will not be checked
for ( int i = 0 ; i < 2 ; i + + )
{
if ( ! Verify ( Error : : Warn , m_zero [ i ] = = 0 , long ( m_zero ) ) ) return false ;
}
// m_actualImageOffset will not be checked
return true ;
}
bool BMP_BitmapFileHeaderGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read BMP_BitmapFileHeaderGenerated data " ) ;
ReadWord ( m_magic , m_data + 0 ) ;
ReadDWord ( m_totalBytes , m_data + 2 ) ;
for ( int i = 0 ; i < 2 ; i + + )
{
ReadWord ( m_zero [ i ] , m_data + 6 + i * sizeof ( Word ) ) ;
}
ReadDWord ( m_actualImageOffset , m_data + 10 ) ;
return verifyVariables ( ) ;
}
bool BMP_BitmapFileHeaderGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_magic , m_data + 0 ) ;
WriteDWord ( m_totalBytes , m_data + 2 ) ;
for ( int i = 0 ; i < 2 ; i + + )
{
WriteWord ( m_zero [ i ] , m_data + 6 + i * sizeof ( Word ) ) ;
}
WriteDWord ( m_actualImageOffset , m_data + 10 ) ;
return true ;
}
bool BMP_BitmapFileHeaderGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write BMP_BitmapFileHeaderGenerated data " ) ;
return true ;
}
// -------------------- BEGIN BMP_BitmapInfoHeaderGenerated --------------------
BMP_BitmapInfoHeaderGenerated : : BMP_BitmapInfoHeaderGenerated ( )
{
// --- set defaults for variables --
m_numHeaderBytes = ( DWord ) ( s_size ) ;
// no default for m_width
// no default for m_height
m_numPlanes = ( Word ) ( 1 ) ;
// no default for m_bitsPerPixel
m_compression = ( DWord ) ( 0 ) ;
m_sizeImage = ( DWord ) ( 0 ) ;
m_xPixelsPerMeter = ( Long ) ( 0 ) ;
m_yPixelsPerMeter = ( Long ) ( 0 ) ;
m_coloursUsed = ( DWord ) ( 0 ) ;
// no default for m_coloursImportant
}
BMP_BitmapInfoHeaderGenerated : : ~ BMP_BitmapInfoHeaderGenerated ( )
{
}
BMP_BitmapInfoHeaderGenerated & BMP_BitmapInfoHeaderGenerated : : operator = ( const BMP_BitmapInfoHeaderGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_numHeaderBytes = rhs . m_numHeaderBytes ;
m_width = rhs . m_width ;
m_height = rhs . m_height ;
m_numPlanes = rhs . m_numPlanes ;
m_bitsPerPixel = rhs . m_bitsPerPixel ;
m_compression = rhs . m_compression ;
m_sizeImage = rhs . m_sizeImage ;
m_xPixelsPerMeter = rhs . m_xPixelsPerMeter ;
m_yPixelsPerMeter = rhs . m_yPixelsPerMeter ;
m_coloursUsed = rhs . m_coloursUsed ;
m_coloursImportant = rhs . m_coloursImportant ;
return * this ;
}
bool BMP_BitmapInfoHeaderGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_numHeaderBytes = = DWord ( s_size ) , DWord ( m_numHeaderBytes ) ) ) return false ;
// m_width will not be checked
// m_height will not be checked
if ( ! Verify ( Error : : InvalidFormat , m_numPlanes = = 1 , DWord ( m_numPlanes ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_bitsPerPixel = = 1 | | m_bitsPerPixel = = 4 | | m_bitsPerPixel = = 8 | | m_bitsPerPixel = = 24 , DWord ( m_bitsPerPixel ) ) ) return false ;
// m_compression will not be checked
// m_sizeImage will not be checked
// m_xPixelsPerMeter will not be checked
// m_yPixelsPerMeter will not be checked
// m_coloursUsed will not be checked
// m_coloursImportant will not be checked
return true ;
}
bool BMP_BitmapInfoHeaderGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read BMP_BitmapInfoHeaderGenerated data " ) ;
ReadDWord ( m_numHeaderBytes , m_data + 0 ) ;
ReadLong ( m_width , m_data + 4 ) ;
ReadLong ( m_height , m_data + 8 ) ;
ReadWord ( m_numPlanes , m_data + 12 ) ;
ReadWord ( m_bitsPerPixel , m_data + 14 ) ;
ReadDWord ( m_compression , m_data + 16 ) ;
ReadDWord ( m_sizeImage , m_data + 20 ) ;
ReadLong ( m_xPixelsPerMeter , m_data + 24 ) ;
ReadLong ( m_yPixelsPerMeter , m_data + 28 ) ;
ReadDWord ( m_coloursUsed , m_data + 32 ) ;
ReadDWord ( m_coloursImportant , m_data + 36 ) ;
return verifyVariables ( ) ;
}
bool BMP_BitmapInfoHeaderGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteDWord ( m_numHeaderBytes , m_data + 0 ) ;
WriteLong ( m_width , m_data + 4 ) ;
WriteLong ( m_height , m_data + 8 ) ;
WriteWord ( m_numPlanes , m_data + 12 ) ;
WriteWord ( m_bitsPerPixel , m_data + 14 ) ;
WriteDWord ( m_compression , m_data + 16 ) ;
WriteDWord ( m_sizeImage , m_data + 20 ) ;
WriteLong ( m_xPixelsPerMeter , m_data + 24 ) ;
WriteLong ( m_yPixelsPerMeter , m_data + 28 ) ;
WriteDWord ( m_coloursUsed , m_data + 32 ) ;
WriteDWord ( m_coloursImportant , m_data + 36 ) ;
return true ;
}
bool BMP_BitmapInfoHeaderGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write BMP_BitmapInfoHeaderGenerated data " ) ;
return true ;
}
// -------------------- BEGIN BMP_BitmapColourIndexGenerated --------------------
BMP_BitmapColourIndexGenerated : : BMP_BitmapColourIndexGenerated ( )
{
// --- set defaults for variables --
// no default for m_blue
// no default for m_green
// no default for m_red
m_reserved = ( Byte ) ( 0 ) ;
}
BMP_BitmapColourIndexGenerated : : ~ BMP_BitmapColourIndexGenerated ( )
{
}
BMP_BitmapColourIndexGenerated & BMP_BitmapColourIndexGenerated : : operator = ( const BMP_BitmapColourIndexGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_blue = rhs . m_blue ;
m_green = rhs . m_green ;
m_red = rhs . m_red ;
m_reserved = rhs . m_reserved ;
return * this ;
}
bool BMP_BitmapColourIndexGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
// m_blue will not be checked
// m_green will not be checked
// m_red will not be checked
// m_reserved will not be checked
return true ;
}
bool BMP_BitmapColourIndexGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read BMP_BitmapColourIndexGenerated data " ) ;
ReadByte ( m_blue , m_data + 0 ) ;
ReadByte ( m_green , m_data + 1 ) ;
ReadByte ( m_red , m_data + 2 ) ;
ReadByte ( m_reserved , m_data + 3 ) ;
return verifyVariables ( ) ;
}
bool BMP_BitmapColourIndexGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteByte ( m_blue , m_data + 0 ) ;
WriteByte ( m_green , m_data + 1 ) ;
WriteByte ( m_red , m_data + 2 ) ;
WriteByte ( m_reserved , m_data + 3 ) ;
return true ;
}
bool BMP_BitmapColourIndexGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write BMP_BitmapColourIndexGenerated data " ) ;
return true ;
}
// -------------------- BEGIN BitmapHeaderGenerated --------------------
BitmapHeaderGenerated : : BitmapHeaderGenerated ( )
{
// --- set defaults for variables --
m_zero = ( Word ) ( 0 ) ;
m_width = ( Word ) ( 0 ) ;
m_height = ( Word ) ( 0 ) ;
m_widthBytes = ( Word ) ( 0 ) ;
m_numPlanes = ( Byte ) ( 0 ) ;
m_bitsPerPixel = ( Byte ) ( 0 ) ;
m_zero2 = ( DWord ) ( 0 ) ;
}
BitmapHeaderGenerated : : ~ BitmapHeaderGenerated ( )
{
}
BitmapHeaderGenerated & BitmapHeaderGenerated : : operator = ( const BitmapHeaderGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_zero = rhs . m_zero ;
m_width = rhs . m_width ;
m_height = rhs . m_height ;
m_widthBytes = rhs . m_widthBytes ;
m_numPlanes = rhs . m_numPlanes ;
m_bitsPerPixel = rhs . m_bitsPerPixel ;
m_zero2 = rhs . m_zero2 ;
return * this ;
}
bool BitmapHeaderGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_zero = = 0 , DWord ( m_zero ) ) ) return false ;
// m_width will not be checked
// m_height will not be checked
// m_widthBytes will not be checked
if ( ! Verify ( Error : : InvalidFormat , m_numPlanes = = 0 | | m_numPlanes = = 1 , DWord ( m_numPlanes ) ) ) return false ;
// m_bitsPerPixel will not be checked
if ( ! Verify ( Error : : InvalidFormat , m_zero2 = = 0 , DWord ( m_zero2 ) ) ) return false ;
return true ;
}
bool BitmapHeaderGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read BitmapHeaderGenerated data " ) ;
ReadWord ( m_zero , m_data + 0 ) ;
ReadWord ( m_width , m_data + 2 ) ;
ReadWord ( m_height , m_data + 4 ) ;
ReadWord ( m_widthBytes , m_data + 6 ) ;
ReadByte ( m_numPlanes , m_data + 8 ) ;
ReadByte ( m_bitsPerPixel , m_data + 9 ) ;
ReadDWord ( m_zero2 , m_data + 10 ) ;
return verifyVariables ( ) ;
}
bool BitmapHeaderGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_zero , m_data + 0 ) ;
WriteWord ( m_width , m_data + 2 ) ;
WriteWord ( m_height , m_data + 4 ) ;
WriteWord ( m_widthBytes , m_data + 6 ) ;
WriteByte ( m_numPlanes , m_data + 8 ) ;
WriteByte ( m_bitsPerPixel , m_data + 9 ) ;
WriteDWord ( m_zero2 , m_data + 10 ) ;
return true ;
}
bool BitmapHeaderGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write BitmapHeaderGenerated data " ) ;
return true ;
}
// -------------------- BEGIN WMFHeaderGenerated --------------------
WMFHeaderGenerated : : WMFHeaderGenerated ( )
{
// --- set defaults for variables --
m_fieldType = ( Word ) ( 1 ) ;
m_headerSize = ( Word ) ( 9 ) ;
m_winVersion = ( Word ) ( 0x0300 ) ;
// no default for m_fileSize
m_numObjects = ( Word ) ( 0 ) ;
// no default for m_maxRecordSize
m_zero = ( Word ) ( 0 ) ;
}
WMFHeaderGenerated : : ~ WMFHeaderGenerated ( )
{
}
WMFHeaderGenerated & WMFHeaderGenerated : : operator = ( const WMFHeaderGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_fieldType = rhs . m_fieldType ;
m_headerSize = rhs . m_headerSize ;
m_winVersion = rhs . m_winVersion ;
m_fileSize = rhs . m_fileSize ;
m_numObjects = rhs . m_numObjects ;
m_maxRecordSize = rhs . m_maxRecordSize ;
m_zero = rhs . m_zero ;
return * this ;
}
bool WMFHeaderGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_fieldType = = 1 , DWord ( m_fieldType ) ) ) return false ;
if ( ! Verify ( Error : : InvalidFormat , m_headerSize = = 9 , DWord ( m_headerSize ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_winVersion < = 0x0300 , DWord ( m_winVersion ) ) ) return false ;
// m_fileSize will not be checked
// m_numObjects will not be checked
// m_maxRecordSize will not be checked
if ( ! Verify ( Error : : Warn , m_zero = = 0 , DWord ( m_zero ) ) ) return false ;
return true ;
}
bool WMFHeaderGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read WMFHeaderGenerated data " ) ;
ReadWord ( m_fieldType , m_data + 0 ) ;
ReadWord ( m_headerSize , m_data + 2 ) ;
ReadWord ( m_winVersion , m_data + 4 ) ;
ReadDWord ( m_fileSize , m_data + 6 ) ;
ReadWord ( m_numObjects , m_data + 10 ) ;
ReadDWord ( m_maxRecordSize , m_data + 12 ) ;
ReadWord ( m_zero , m_data + 16 ) ;
return verifyVariables ( ) ;
}
bool WMFHeaderGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_fieldType , m_data + 0 ) ;
WriteWord ( m_headerSize , m_data + 2 ) ;
WriteWord ( m_winVersion , m_data + 4 ) ;
WriteDWord ( m_fileSize , m_data + 6 ) ;
WriteWord ( m_numObjects , m_data + 10 ) ;
WriteDWord ( m_maxRecordSize , m_data + 12 ) ;
WriteWord ( m_zero , m_data + 16 ) ;
return true ;
}
bool WMFHeaderGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write WMFHeaderGenerated data " ) ;
return true ;
}
// -------------------- BEGIN ImageGenerated --------------------
ImageGenerated : : ImageGenerated ( )
{
// --- set pointer(s) to NULL (prevent segfault with premature exit) ---
m_bmh = NULL ;
// --- allocate memory for embedded structures ---
m_bmh = new BitmapHeader ; // forward ref to structures*.cpp
if ( ! m_bmh ) return ;
// --- set defaults for variables --
// no default for m_mappingMode
// no default for m_MFP_width
// no default for m_MFP_height
m_MFP_unknown = ( Word ) ( 0 ) ;
m_indent = ( Word ) ( 0 ) ;
// no default for m_width
// no default for m_height
m_zero = ( Word ) ( 0 ) ;
// leaving constructor of m_bmh to set its own defaults
m_numHeaderBytes = ( Word ) ( s_size ) ;
// no default for m_numDataBytes
m_horizontalScalingRel1000 = ( Word ) ( 1000 ) ;
m_verticalScalingRel1000 = ( Word ) ( 1000 ) ;
}
ImageGenerated : : ~ ImageGenerated ( )
{
delete m_bmh ;
}
ImageGenerated & ImageGenerated : : operator = ( const ImageGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_mappingMode = rhs . m_mappingMode ;
m_MFP_width = rhs . m_MFP_width ;
m_MFP_height = rhs . m_MFP_height ;
m_MFP_unknown = rhs . m_MFP_unknown ;
m_indent = rhs . m_indent ;
m_width = rhs . m_width ;
m_height = rhs . m_height ;
m_zero = rhs . m_zero ;
* m_bmh = * ( rhs . m_bmh ) ;
m_numHeaderBytes = rhs . m_numHeaderBytes ;
m_numDataBytes = rhs . m_numDataBytes ;
m_horizontalScalingRel1000 = rhs . m_horizontalScalingRel1000 ;
m_verticalScalingRel1000 = rhs . m_verticalScalingRel1000 ;
return * this ;
}
bool ImageGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_mappingMode ! = 0xE4 , DWord ( m_mappingMode ) ) ) return false ;
// m_MFP_width will not be checked
// m_MFP_height will not be checked
if ( ! Verify ( Error : : Warn , m_MFP_unknown = = 0 , DWord ( m_MFP_unknown ) ) ) return false ;
// m_indent will not be checked
// m_width will not be checked
// m_height will not be checked
// m_zero will not be checked
if ( ! m_bmh ) { ErrorAndQuit ( Error : : OutOfMemory , " could not allocate memory for bmh in constructor " ) ; }
if ( ! Verify ( Error : : InvalidFormat , m_numHeaderBytes = = s_size , DWord ( m_numHeaderBytes ) ) ) return false ;
// m_numDataBytes will not be checked
// m_horizontalScalingRel1000 will not be checked
// m_verticalScalingRel1000 will not be checked
return true ;
}
bool ImageGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read ImageGenerated data " ) ;
ReadWord ( m_mappingMode , m_data + 0 ) ;
ReadWord ( m_MFP_width , m_data + 2 ) ;
ReadWord ( m_MFP_height , m_data + 4 ) ;
ReadWord ( m_MFP_unknown , m_data + 6 ) ;
ReadWord ( m_indent , m_data + 8 ) ;
ReadWord ( m_width , m_data + 10 ) ;
ReadWord ( m_height , m_data + 12 ) ;
ReadWord ( m_zero , m_data + 14 ) ;
m_device - > setCache ( m_data + 16 ) ;
m_bmh - > setDevice ( m_device ) ;
if ( ! m_bmh - > readFromDevice ( ) ) return false ;
m_device - > setCache ( NULL ) ;
ReadWord ( m_numHeaderBytes , m_data + 30 ) ;
ReadDWord ( m_numDataBytes , m_data + 32 ) ;
ReadWord ( m_horizontalScalingRel1000 , m_data + 36 ) ;
ReadWord ( m_verticalScalingRel1000 , m_data + 38 ) ;
return verifyVariables ( ) ;
}
bool ImageGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_mappingMode , m_data + 0 ) ;
WriteWord ( m_MFP_width , m_data + 2 ) ;
WriteWord ( m_MFP_height , m_data + 4 ) ;
WriteWord ( m_MFP_unknown , m_data + 6 ) ;
WriteWord ( m_indent , m_data + 8 ) ;
WriteWord ( m_width , m_data + 10 ) ;
WriteWord ( m_height , m_data + 12 ) ;
WriteWord ( m_zero , m_data + 14 ) ;
m_device - > setCache ( m_data + 16 ) ;
m_bmh - > setDevice ( m_device ) ;
if ( ! m_bmh - > writeToDevice ( ) ) return false ;
m_device - > setCache ( NULL ) ;
WriteWord ( m_numHeaderBytes , m_data + 30 ) ;
WriteDWord ( m_numDataBytes , m_data + 32 ) ;
WriteWord ( m_horizontalScalingRel1000 , m_data + 36 ) ;
WriteWord ( m_verticalScalingRel1000 , m_data + 38 ) ;
return true ;
}
bool ImageGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write ImageGenerated data " ) ;
return true ;
}
// -------------------- BEGIN OLEGenerated --------------------
OLEGenerated : : OLEGenerated ( )
{
// --- set defaults for variables --
// no default for m_mappingMode
m_zero = ( DWord ) ( 0 ) ;
// no default for m_objectType
// no default for m_indent
// no default for m_width
// no default for m_height
m_zero2 = ( Word ) ( 0 ) ;
// no default for m_numDataBytes
m_zero3 = ( DWord ) ( 0 ) ;
// no default for m_objectName
m_zero4 = ( Word ) ( 0 ) ;
// no default for m_numHeaderBytes
m_zero5 = ( DWord ) ( 0 ) ;
// no default for m_widthScaledRel1000
// no default for m_heightScaledRel1000
}
OLEGenerated : : ~ OLEGenerated ( )
{
}
OLEGenerated & OLEGenerated : : operator = ( const OLEGenerated & rhs )
{
if ( this = = & rhs )
return * this ;
NeedsDevice : : operator = ( rhs ) ;
memcpy ( m_data , rhs . m_data , s_size ) ;
m_mappingMode = rhs . m_mappingMode ;
m_zero = rhs . m_zero ;
m_objectType = rhs . m_objectType ;
m_indent = rhs . m_indent ;
m_width = rhs . m_width ;
m_height = rhs . m_height ;
m_zero2 = rhs . m_zero2 ;
m_numDataBytes = rhs . m_numDataBytes ;
m_zero3 = rhs . m_zero3 ;
m_objectName = rhs . m_objectName ;
m_zero4 = rhs . m_zero4 ;
m_numHeaderBytes = rhs . m_numHeaderBytes ;
m_zero5 = rhs . m_zero5 ;
m_widthScaledRel1000 = rhs . m_widthScaledRel1000 ;
m_heightScaledRel1000 = rhs . m_heightScaledRel1000 ;
return * this ;
}
bool OLEGenerated : : verifyVariables ( void )
{
CHECK_DEVICE ;
if ( ! Verify ( Error : : InvalidFormat , m_mappingMode = = 0xE4 , DWord ( m_mappingMode ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_zero = = 0 , DWord ( m_zero ) ) ) return false ;
if ( ! Verify ( Error : : InvalidFormat , m_objectType > = 1 & & m_objectType < = 3 , DWord ( m_objectType ) ) ) return false ;
// m_indent will not be checked
// m_width will not be checked
// m_height will not be checked
if ( ! Verify ( Error : : Warn , m_zero2 = = 0 , DWord ( m_zero2 ) ) ) return false ;
// m_numDataBytes will not be checked
if ( ! Verify ( Error : : Warn , m_zero3 = = 0 , DWord ( m_zero3 ) ) ) return false ;
// m_objectName will not be checked
if ( ! Verify ( Error : : Warn , m_zero4 = = 0 , DWord ( m_zero4 ) ) ) return false ;
if ( ! Verify ( Error : : InvalidFormat , m_numHeaderBytes = = s_size , DWord ( m_numHeaderBytes ) ) ) return false ;
if ( ! Verify ( Error : : Warn , m_zero5 = = 0 , DWord ( m_zero5 ) ) ) return false ;
// m_widthScaledRel1000 will not be checked
// m_heightScaledRel1000 will not be checked
return true ;
}
bool OLEGenerated : : readFromDevice ( void )
{
CHECK_DEVICE ;
// read the data straight from the file
if ( ! m_device - > readInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not read OLEGenerated data " ) ;
ReadWord ( m_mappingMode , m_data + 0 ) ;
ReadDWord ( m_zero , m_data + 2 ) ;
ReadWord ( m_objectType , m_data + 6 ) ;
ReadWord ( m_indent , m_data + 8 ) ;
ReadWord ( m_width , m_data + 10 ) ;
ReadWord ( m_height , m_data + 12 ) ;
ReadWord ( m_zero2 , m_data + 14 ) ;
ReadDWord ( m_numDataBytes , m_data + 16 ) ;
ReadDWord ( m_zero3 , m_data + 20 ) ;
ReadDWord ( m_objectName , m_data + 24 ) ;
ReadWord ( m_zero4 , m_data + 28 ) ;
ReadWord ( m_numHeaderBytes , m_data + 30 ) ;
ReadDWord ( m_zero5 , m_data + 32 ) ;
ReadWord ( m_widthScaledRel1000 , m_data + 36 ) ;
ReadWord ( m_heightScaledRel1000 , m_data + 38 ) ;
return verifyVariables ( ) ;
}
bool OLEGenerated : : writeToArray ( void )
{
CHECK_DEVICE ;
WriteWord ( m_mappingMode , m_data + 0 ) ;
WriteDWord ( m_zero , m_data + 2 ) ;
WriteWord ( m_objectType , m_data + 6 ) ;
WriteWord ( m_indent , m_data + 8 ) ;
WriteWord ( m_width , m_data + 10 ) ;
WriteWord ( m_height , m_data + 12 ) ;
WriteWord ( m_zero2 , m_data + 14 ) ;
WriteDWord ( m_numDataBytes , m_data + 16 ) ;
WriteDWord ( m_zero3 , m_data + 20 ) ;
WriteDWord ( m_objectName , m_data + 24 ) ;
WriteWord ( m_zero4 , m_data + 28 ) ;
WriteWord ( m_numHeaderBytes , m_data + 30 ) ;
WriteDWord ( m_zero5 , m_data + 32 ) ;
WriteWord ( m_widthScaledRel1000 , m_data + 36 ) ;
WriteWord ( m_heightScaledRel1000 , m_data + 38 ) ;
return true ;
}
bool OLEGenerated : : writeToDevice ( void )
{
CHECK_DEVICE ;
// ensure that the variables are in range
if ( ! verifyVariables ( ) ) return false ;
// write the variables to the array
if ( ! writeToArray ( ) ) return false ;
// write the data straight to the file
if ( ! m_device - > writeInternal ( m_data , s_size ) )
ErrorAndQuit ( Error : : FileError , " could not write OLEGenerated data " ) ;
return true ;
}
} // namespace MSWrite {
// end of structures_generated.cpp