dime  0.9.1
Portable DXF file library
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dimeHeaderSection Class Reference

The dimeHeaderSection class handles the HEADER section. More...

#include <dime/sections/HeaderSection.h>

Inheritance diagram for dimeHeaderSection:
dimeSection dimeBase

Public Member Functions

 dimeHeaderSection (dimeMemHandler *const memhandler)
 
virtual ~dimeHeaderSection ()
 
virtual dimeSectioncopy (dimeModel *const model) const
 
virtual int countRecords () const
 
virtual const char * getSectionName () const
 
int getVariable (const char *const variableName, int *const groupcodes, dimeParam *const params, const int maxparams) const
 
virtual bool read (dimeInput *const file)
 
int setVariable (const char *const variableName, const int *const groupcodes, const dimeParam *const params, const int numparams, dimeMemHandler *const memhandler=NULL)
 
virtual int typeId () const
 
virtual bool write (dimeOutput *const file)
 
- Public Member Functions inherited from dimeSection
 dimeSection (dimeMemHandler *const memhandler)
 
virtual ~dimeSection ()
 
virtual bool isOfType (const int thetypeid) const
 
- Public Member Functions inherited from dimeBase
 dimeBase (void)
 
virtual ~dimeBase ()
 
void operator delete (void *ptr)
 
void * operator new (size_t size, dimeMemHandler *memhandler=NULL, const int alignment=4)
 

Additional Inherited Members

- Public Types inherited from dimeBase
enum  {
  dimeBaseType = 1 , dimeRecordType , dimeStringRecordType , dimeFloatRecordType ,
  dimeDoubleRecordType , dimeInt8RecordType , dimeInt16RecordType , dimeInt32RecordType ,
  dimeHexRecordType , dimeRecordHolderType , dimeClassType , dimeUnknownClassType ,
  dimeObjectType , dimeUnknownObjectType , dimeEntityType , dimeUnknownEntityType ,
  dimePolylineType , dimeVertexType , dimeFaceEntityType , dimeExtrusionEntityType ,
  dime3DFaceType , dimeSolidType , dimeTraceType , dimeLineType ,
  dimeTextType , dimePointType , dimeBlockType , dimeInsertType ,
  dimeCircleType , dimeArcType , dimeLWPolylineType , dimeEllipseType ,
  dimeSplineType , dimeSectionType , dimeUnknownSectionType , dimeEntitiesSectionType ,
  dimeBlocksSectionType , dimeTablesSectionType , dimeHeaderSectionType , dimeClassesSectionType ,
  dimeObjectsSectionType , dimeTableType , dimeTableEntryType , dimeUnknownTableType ,
  dimeUCSTableType , dimeLayerTableType , dimeLastTypeTag
}
 
- Static Public Member Functions inherited from dimeSection
static dimeSectioncreateSection (const char *const sectionname, dimeMemHandler *memhandler)
 
- Protected Attributes inherited from dimeSection
dimeMemHandlermemHandler
 

Detailed Description

The dimeHeaderSection class handles the HEADER section.

Constructor & Destructor Documentation

◆ dimeHeaderSection()

dimeHeaderSection::dimeHeaderSection ( dimeMemHandler *const memhandler)

Constructor

◆ ~dimeHeaderSection()

dimeHeaderSection::~dimeHeaderSection ( )
virtual

Destructor

Member Function Documentation

◆ copy()

dimeSection * dimeHeaderSection::copy ( dimeModel *const model) const
virtual

Implements dimeSection.

◆ countRecords()

int dimeHeaderSection::countRecords ( ) const
virtual

Returns the number of records in this section.

Implements dimeSection.

◆ getSectionName()

const char * dimeHeaderSection::getSectionName ( ) const
virtual

Implements dimeSection.

◆ getVariable()

int dimeHeaderSection::getVariable ( const char *const variableName,
int *const groupcodes,
dimeParam *const params,
const int maxparams ) const

Returns a header variable. The variable attributes are copied into the groupcodes and params arrays. No more than maxparams attributes are copied. This method returns the number of attributes copied into the arrays, or -1 if the variable could not be found.

◆ read()

bool dimeHeaderSection::read ( dimeInput *const file)
virtual

Implements dimeSection.

◆ setVariable()

int dimeHeaderSection::setVariable ( const char *const variableName,
const int *const groupcodes,
const dimeParam *const params,
const int numparams,
dimeMemHandler *const memhandler = NULL )

Sets a header variable.

If the variable already exists in the header section, its value is overwritten. Otherwise, a new variable is created and appended to the existing variables.

◆ typeId()

int dimeHeaderSection::typeId ( ) const
virtual

Must be implemented by all subclasses, and should return an unique id for that class.

Implements dimeSection.

◆ write()

bool dimeHeaderSection::write ( dimeOutput *const file)
virtual

Implements dimeSection.


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