#include "Application1.h"

boolean Application1::InitAppData()
{
	Application1 * pMe = this;
	// Save local copy for easy access:
	pMe->piDisplay = pMe->applet.m_pIDisplay;
	pMe->piShell   = pMe->applet.m_pIShell;

	// Get the device information for this handset.
	// Reference all the data by looking at the pMe->deviceInfo structure.
	// Check the API reference guide for all the handy device info you can get.
	pMe->deviceInfo.wStructSize = sizeof(pMe->deviceInfo);
	ISHELL_GetDeviceInfo(pMe->applet.m_pIShell,&pMe->deviceInfo);

	// Insert your code here for initializing or allocating resources...

	return TRUE;// No failures up to this point, so return success.
}
void Application1::FreeAppData()
{

	//RELEASEIF(this->piEnv);
	//RELEASEIF(this->deviceInfo);
	//RELEASEIF(this->piDisplay);
	//RELEASEIF(this->piShell);
}
boolean Application1::HandleEvent(AEEEvent eCode, uint16 wParam, uint32 dwParam)
{
	Application1 *pMe = this;

	switch (eCode) {
		// Event to inform app to start, so start-up code is here:
		case EVT_APP_START:
			Application1::initAppData(pMe);
			Application1::drawScreen(pMe); // Draw text on display screen.
			return TRUE;         

			// Event to inform app to exit, so shut-down code is here:
		case EVT_APP_STOP:

			Application1::freeAppData(pMe);
			return TRUE;

			// Event to inform app to suspend, so suspend code is here:
		case EVT_APP_SUSPEND:

			Application1::freeAppData(pMe);
			return TRUE;

			// Event to inform app to resume, so resume code is here:
		case EVT_APP_RESUME:
			// example //BREW:0x00000001:Hello World
		case EVT_APP_MESSAGE:
			return TRUE;

			// A key was pressed:
		case EVT_KEY:
			return FALSE;

			// Clamshell has opened/closed
			// wParam = TRUE if open, FALSE if closed
		case EVT_FLIP:
			return TRUE;
			// wParam = TRUE if keygaurd is on
		case EVT_KEYGUARD:
			return TRUE;

			// If event wasn't handled here, then break out:
		default:
			break;
	}
	return FALSE; // Event wasn't handled.
}
void Application1::DrawScreen()
{
	Application1 * pMe = this;
	AECHAR szBuf[64] = {0};
	int nStrLen = 0;
	RGBVAL oldTextColor = RGB_BLACK;

	IDISPLAY_ClearScreen(pMe->piDisplay); // Erase whole screen.

	// Load the string resource into a buffer:
	nStrLen = ISHELL_LoadResString(pMe->piShell,
		APPLICATION1_RES_FILE,
		IDS_STRING_1001, szBuf, sizeof(szBuf));

	// If the text was successfully loaded from resource file into buffer:
	if (0 < nStrLen) {
		// Set user-text color to black:
		oldTextColor = IDisplay_SetColor(pMe->piDisplay,
			CLR_USER_TEXT,
			RGB_BLACK);

		IDisplay_DrawText(pMe->piDisplay, // Display instance.
			AEE_FONT_BOLD, // Use Bold font.
			szBuf,         // String buffer containing text.
			-1,     // Automatically compute string length.
			0,      // x-coordinate ignored since IDF_ALIGN_CENTER.
			0,      // y-coordinate ignored since IDF_ALIGN_MIDDLE.
			NULL,   // No clipping.
			IDF_ALIGN_CENTER | // Center-align horizontally.
			IDF_ALIGN_MIDDLE); // Middle-align vertically.
	}

	// Restore previous color:
	IDisplay_SetColor(pMe->piDisplay, CLR_USER_TEXT, oldTextColor);

	IDisplay_Update (pMe->piDisplay);

}

int AEEClsCreateInstance(AEECLSID ClsId, IShell * piShell, IModule * piModule,
						 void ** ppObj)
{

	*ppObj = NULL;

	// Confirm this applet is the one intended to be created (classID matches):
	if(AEEApplet_New(sizeof(Application1), ClsId, piShell,piModule,(IApplet**)ppObj,
		(AEEHANDLER)Application1::handleEvent,(PFNFREEAPPDATA)Application1::freeAppData))
	{
		if(Application1::initAppData((Application1 *) *ppObj))
		{
			return (AEE_SUCCESS);
		}
	}
	return AEE_EFAILED;
}