Files
harbour-core/harbour/tests/dynobj.prg
Viktor Szakats 232f180695 2012-07-19 10:23 UTC+0200 Viktor Szakats (harbour syenar.net)
* tests/arrayidx.prg
  * tests/brwpos.prg
  * tests/clasinit.prg
  * tests/clsicast.prg
  * tests/clsscast.prg
  * tests/clsscope.prg
  * tests/codebl.prg
  * tests/codebloc.prg
  * tests/cpinfo.prg
  * tests/db_brows.prg
  * tests/destruct.prg
  * tests/dynobj.prg
  * tests/flink.prg
  * tests/fortest.prg
  * tests/fsplit.prg
  * tests/inherit.prg
  * tests/keywords.prg
  * tests/multiarg.prg
  * tests/newrdd.prg
  * tests/onidle.prg
  * tests/overload.prg
  * tests/rto_get.prg
  * tests/setkeys.prg
  * tests/speedtst.prg
  * tests/stripem.prg
  * tests/tb1.prg
  * tests/testbrw.prg
  * tests/testdbf.prg
  * tests/testhtml.prg
  * tests/testwarn.prg
  * tests/tstblock.prg
  * tests/tstmacro.prg
  * tests/wvtext.prg
    * more cleanups
2012-07-19 08:26:32 +00:00

166 lines
3.3 KiB
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/*
* $Id$
*/
//
// DynObj
//
// Implementation of dynamic objects in Harbour
//
// Written by Eddie Runia <eddie@runia.com>
// www - http://harbour-project.org
//
// Placed in the public domain
//
PROCEDURE Main()
LOCAL oForm := TForm():New()
LOCAL nSeq
QOut( "What methods are in the class :" )
Debug( __objGetMethodList( oForm ) )
/* Let's add an inline at run-time. Should already be possible */
QOut( "Let's add inline 'CalcArea' at run-time to an already instanced class" )
__objAddInline( oForm, "CalcArea", ;
{| self | ( ::nRight - ::nLeft ) * ( ::nBottom - ::nTop ) } )
QOut( "What methods are in the class :" )
Debug( __objGetMethodList( oForm ) )
QOut( "What is the Form area ?" )
QOut( oForm:CalcArea() )
QOut( "Let's add method 'Smile' at run-time to an already instanced class" )
__objAddMethod( oForm, "Smile", @Smile() )
QOut( "What methods are in the class :" )
Debug( __objGetMethodList( oForm ) )
QOut( "Smile please " )
oForm:Smile()
Pause()
QOut( "Data items before" )
Debug( oForm )
QOut( "Let's add an additional data item" )
__objAddData( oForm, "cHelp" )
oForm:cHelp := "This is a real tricky test"
QOut( "Data items after" )
Debug( oForm )
Pause()
QOut( "Let's attach a bigger smile" )
__objModMethod( oForm, "Smile", @BigSmile() )
QOut( "Let's smile" )
oForm:Smile()
QOut( "And CalcArea() will now give a result in square inches" )
__objModInline( oForm, "CalcArea", ;
{| self | ( ::nRight - ::nLeft ) * ( ::nBottom - ::nTop ) / ( 2.54 * 2.54 ) } )
QOut( "What is the Form area ?" )
QOut( oForm:CalcArea() )
QOut( "What methods are in the class :" )
Debug( __objGetMethodList( oForm ) )
QOut( "Delete CalcArea" )
__objDelInline( oForm, "CalcArea" )
QOut( "What methods are in the class :" )
Debug( __objGetMethodList( oForm ) )
QOut( "Delete Smile" )
__objDelMethod( oForm, "Smile" )
QOut( "What methods are in the class :" )
Debug( __objGetMethodList( oForm ) )
Pause()
QOut( "Data items before" )
Debug( oForm )
QOut( "Let's delete cHelp" )
__objDelData( oForm, "cHelp" )
QOut( "Data items after" )
Debug( oForm )
/* oForm:cHelp := "Please crash" */
RETURN
FUNCTION TForm()
STATIC oClass
IF oClass == nil
oClass := HBClass():New( "TFORM" ) // starts a new class definition
oClass:AddData( "cText" ) // define this class objects datas
oClass:AddData( "nTop" )
oClass:AddData( "nLeft" )
oClass:AddData( "nBottom" )
oClass:AddData( "nRight" )
oClass:AddMethod( "New", @New() ) // define this class objects methods
oClass:AddInline( "Show", {| self | ::cText } )
oClass:Create() // builds this class
ENDIF
RETURN oClass:Instance() // builds an object of this class
STATIC FUNCTION New()
LOCAL Self := QSelf()
::nTop := 10
::nLeft := 10
::nBottom := 20
::nRight := 40
RETURN Self
STATIC FUNCTION Smile()
LOCAL self := QSelf()
if ::CalcArea() == 300
QOut( ":-)" )
ELSE
QOut( ":-(" )
ENDIF
RETURN self
STATIC FUNCTION BigSmile()
LOCAL self := QSelf()
QOut( ":-)))" )
RETURN self
FUNCTION Pause()
__Accept( "Pause :" )
RETURN nil