C / C++ / MFC

class CSplitFrame : public CframeWnd

void CMainFrame::OnTrendview() 
{
	
	if( pTrendDisplayFrame == NULL )
	{
		iWindowNumber = 4;
		CDocTemplate *pTemplate = theApp.pTrendViewTemplate;
		CCS3OprDoc* pDoc = new CCS3OprDoc;
		pTrendDisplayFrame = (CMDIChildWnd *)pTemplate->CreateNewFrame( pDoc ,NULL );
		if( pTrendDisplayFrame == NULL )
		{
			MessageBox( "Unable to Create Trend Display" );
			return;
		}
		pTemplate->InitialUpdateFrame( pTrendDisplayFrame,NULL );
	}
	else
		MDIActivate( pTrendDisplayFrame );
}

// create new from resource
	if (!pFrame->LoadFrame(m_nIDResource,
			WS_OVERLAPPEDWINDOW | FWS_ADDTOTITLE,   // default frame styles
			NULL, &context))
	{
		TRACE(traceAppMsg, 0, "Warning: CDocTemplate couldn't create a frame.\n");
		// frame will be deleted in PostNcDestroy cleanup
		return NULL;
	}

class CSplitFrame : public CMDIChildWnd

// walk up two parents for MDIFrame that owns MDIChild (skip MDIClient)
CMDIFrameWnd* CMDIChildWnd::GetMDIFrame()
{
	ASSERT_KINDOF(CMDIChildWnd, this);
	ASSERT(m_hWnd != NULL);
	HWND hWndMDIClient = ::GetParent(m_hWnd);
	ASSERT(hWndMDIClient != NULL);

	CMDIFrameWnd* pMDIFrame;
	pMDIFrame = (CMDIFrameWnd*)CWnd::FromHandle(::GetParent(hWndMDIClient));
	ASSERT(pMDIFrame != NULL);
	ASSERT_KINDOF(CMDIFrameWnd, pMDIFrame); //Assertion error occurred here
	ASSERT(pMDIFrame->m_hWndMDIClient == hWndMDIClient);
	ASSERT_VALID(pMDIFrame);
	return pMDIFrame;
}

class CTrendView : public CView

class CTrendListView : public CView

void CMainFrame::OnTrendListView()
{
	// TODO: Add your command handler code here
	iGraphView = 0;	//Code added by Mohan //Graph view inactive
	if( pTrendListDisplayFrame == NULL )
	{
		iWindowNumber = 11;
		CDocTemplate *pTemplate = theApp.pTrendListViewTemplate;
		CCS3OprDoc* pDoc = new CCS3OprDoc;
		pTrendListDisplayFrame = (CMDIChildWnd *)pTemplate->CreateNewFrame( pDoc ,NULL );
		if( pTrendListDisplayFrame == NULL )
		{
			AfxMessageBox( "Unable to Create Tuning Display" );
			return;
		}
		pTemplate->InitialUpdateFrame( pTrendListDisplayFrame ,NULL );
	}
	else
		MDIActivate( pTrendListDisplayFrame );	

}

--------------
Main menu
--------------
Toolbar
-------------
TrendView
--------------
another toolbar
---------------
TrendListview

Anu_Bala wrote:

Im invoking this TrendListView as follow

C++

void CMainFrame::OnTrendListView()
{
    // TODO: Add your command handler code here
    iGraphView = 0; //Code added by Mohan //Graph view inactive
    if( pTrendListDisplayFrame == NULL )
    {
        iWindowNumber = 11;
        CDocTemplate *pTemplate = theApp.pTrendListViewTemplate;
        CCS3OprDoc* pDoc = new CCS3OprDoc;
        pTrendListDisplayFrame = (CMDIChildWnd *)pTemplate->CreateNewFrame( pDoc ,NULL );
        if( pTrendListDisplayFrame == NULL )
        {
            AfxMessageBox( "Unable to Create Tuning Display" );
            return;
        }
        pTemplate->InitialUpdateFrame( pTrendListDisplayFrame ,NULL );
    }
    else
        MDIActivate( pTrendListDisplayFrame );  

}

Quote:

Are there programmers that are currently using machine code and Assembly?

Quote:

If yes, why?

Quote:

So You Want To Be A Malware Analyst - Malwarebytes Labs | Malwarebytes Labs[^]

In order for a Malware Analyst to be able to read the malware code, they will need to disassemble it. Unfortunately, the highest language derived from binary code is Assembly, which is the last level of human readable code. Therefore, it is imperative that a would-be Malware Analyst, also learn how to read and write Assembly code.

Quote:

1.1 Reasons for using assembly code
Assembly coding is not used as much today as previously. However, there are still reasons
for learning and using assembly code. The main reasons are:

Quote:

If yes, are there many programmers that are currently using machine code and Assembly?

If yes, why?

class CLASS_I2CIO {
public:
	CLASS_I2CIO();
	CLASS_I2CIO(char Device, int Address);
	CLASS_I2CIO(int width, int length, int height)
		        : m_width(width), m_length(length), m_height(height)
		    {}

	CLASS_I2CIO(char *x1, int y1); // :

this is the one which fails 
	CLASS_I2CIO(char *x1, int y1, int Width, int Height);

private:
    char *device;
    int address;
    int width, height;

public:
	virtual ~CLASS_I2CIO();
	int FileDescriptor = 0;

	// class variables
	__u8 reg;  /* Device register to access */
	__s32 res;
	char buffer[10]= { }; // clear buffer  - was not initialized

CLASS_I2CIO(char Device, int Address);

class C_VNA {
   C_VNA();
   ...
   CLASS_I2CIO   i2c_ads1115_test; // just declaring the type of the member variable here
};
...
// constructors
// initialize the class members here (only needed when not using default constructor)
C_VNA::C_VNA()
 : i2c_ads1115_test(DEVICE_I2C,ADDRESS_ADS) 
{
   // more initialization code
}

Stefan_Lang wrote:

had to remove tags - for some reason they are not working!?

Vaclav_ wrote:

The error "points " to #define which is redefined in this class - temporary for test purposes.

#include "spi.h" // #defines DEVICE_SPI, etc

 #define DEVICE_SPI_"dev/spidev0.0" // Temporary define 

class C_VNA {
    // ...
};

#ifdef DEVICE_SPI
#define ORIG_DEVICE_SPI DEVICE_SPI
#undef DEVICE_SPI
#endif
#define DEVICE_SPI "dev/spidev0.0"
// your code here that uses the temporary DEVICE_SPI

#ifdef ORIG_DEVICE_SPI
#undef DEVICE_SPI
#define DEVICE_SPI ORIG_DEVICE_SPI
#undef  ORIG_DEVICE_SPI
#endif

CLASS_I2CIO   i2c_ads1115(DEVICE_I2C,ADDRESS_ADS);

CLASS_I2CIO   i2c_ads1115_test(const char* DEVICE_I2C, int ADDRESS_ADS);