// imports
#import "header.h"

// defines
#define TEST_DEFINITION			10
#define TEST_MACRO(x)			(x+1)

@implementation TestClass

#pragma mark -
#pragma mark Init

-(id)init
{
	if (self = [super init])	// it doesn't handle this well so 'init's need to be fixed by hand
	{
		m_iMemberVariable = 0;
	}
	
	return (self);
}

-(BOOL)testMethod:(TestObject1*)pObject1 (TestObject2*)pObject2
{
	short int		iLocalVariable;
	
	// single line comment
	
	/*  multiple
		line
		comment
	*/
	
	pObject = [[Object alloc] init];
	[pObject release];
	iTestArray[64] = 3;	// mustn't be fooled into thinking the [ is the beginning of a method call!
	strcpy(szBuffer, "[don't be fooled by the [!");
	[self methodNoParamaters];	// comment on end of line
	[self methodWithOneParameter:8];
	[self methodWithMultipleParameters:8 and:10];
	[pObject methodWithMethodAsParameter:[pObject test]];
	[pObject methodWithMultiLineParameters:[pObject test1]
									and:[pObject test2:9]];
									
#ifdef CONDTIONAL_COMPILATION_TEST
	i = 3;
#endif

	for (iBracketTest=0; iBracketTest<1; iBracketTest++)
	{
		switch ([pObject method:test1 and:test2])
		{
			case 1: break;
			case 2: [pObject test]; break;
			default: return FALSE;
		}
	} 
	
	return TRUE;	
}

@end
						
						

// imports
#include "header.h"

// defines
#define TEST_DEFINITION			10
#define TEST_MACRO(x)			(x+1)



#pragma mark -
#pragma mark Init

TestClass::TestClass()
{
	if (self = __super::->init())	// it doesn't handle this well so 'init's need to be fixed by hand
	{
		m_iMemberVariable = 0;
	}
	
	return (self);
}

BOOL TestClass::testMethod(TestObject1* pObject1, TestObject2* pObject2)
{
	short int		iLocalVariable;
	
	// single line comment
	
	/*  multiple
		line
		comment
	*/

	
	pObject = new Object;
	pObject delete;
	iTestArray[64] = 3;	// mustn't be fooled into thinking the [ is the beginning of a method call!
	strcpy(szBuffer, "[don't be fooled by the [!");
	this->methodNoParamaters();	// comment on end of line
	this->methodWithOneParameter(8);
	this->methodWithMultipleParameters(8, 10);
	pObject->methodWithMethodAsParameter(pObject->test());
	pObject->methodWithMultiLineParameters(pObject->test1(), pObject->test2(9));
									
#ifdef CONDTIONAL_COMPILATION_TEST
	i = 3;
#endif

	for (iBracketTest=0; iBracketTest<1; iBracketTest++)
	{
		switch (pObject->method(test1, test2))
		{
			case 1: break;
			case 2: pObject->test(); break;
			default: return FALSE;
		}
	} 
	
	return TRUE;	
}