Develop embedded systems based on UML state machines

Jerome_D

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1 Jun 2005CPOL3 min read

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This article discovers how to develop and simulate cross-platform embedded systems using the UML State Machine Wizard.

phonedevenv.zip
- PhoneDevEnv
  - App
    - App.cpp
    - App.def
    - App.dsp
    - App.dsw
    - App.h
    - App.rc
    - bg.bmp
    - DialogCtrl.c
    - DialogCtrl.h
    - Display.c
    - Display.h
    - dog.bmp
    - duck.bmp
    - EditCtrl.c
    - EditCtrl.h
    - exit.bmp
    - Global.h
    - guitar.bmp
    - ImageList.c
    - ImageList.h
    - Main.c
    - Main.c.bak
    - MenuCtrl.c
    - MenuCtrl.h
    - pink.bmp
    - PowerUpDown.c
    - PowerUpDown.h
    - RcSummary.txt
    - ReadMe.txt
    - resource.h
    - roll.bmp
    - Service.c
    - Service.c.bak
    - sme_rc.c
    - sme_rc.h
    - StdAfx.cpp
    - StdAfx.h
    - UICtrl.c
    - UICtrl.h
  - GHdr
    - Service.h
    - Service.h.bak
    - sme.h
    - sme.h.bak
    - sme_debug.h
    - SrvAgent.h
  - Output
    - EngineSrvAgent_D.dll
    - EngineSrvAgent_D.lib
    - EngineSrvAgent_UD.dll
    - EngineSrvAgent_UD.lib
  - PhoneDevEnv.dsw
  - Readme.txt
  - RevisionHist.txt
  - RevisionHist.txt.bak
  - Simulator
    - AppThread.cpp
    - AppThread.h
    - Clock.cpp
    - Clock.h
    - ColorPalette.cpp
    - ColorPalette.h
    - DispCtrl.cpp
    - DispCtrl.h
    - Hdr.h
    - RcSummary.txt
    - ReadMe.txt
    - res
      - Simulator.ico
      - Simulator.rc2
    - resource.h
    - Simulator.clw
    - Simulator.cpp
    - Simulator.dsp
    - Simulator.dsp.bak
    - Simulator.h
    - Simulator.plg.bak
    - Simulator.rc
    - SimulatorDlg.cpp
    - SimulatorDlg.cpp.bak
    - SimulatorDlg.h
    - SmeDebug.txt
    - StdAfx.cpp
    - StdAfx.h
  - TestCase.txt
statemachinewiz.zip
- StateMachineWiz.exe

/*
FILE:ImageList.h
NOTE: The State Machine Wizard will add mapping macros between /*{{ and /*}}. Do NOT modify manually.
*/

#ifndef IMAGELIST_H
#define IMAGELIST_H

#include "sme.h"

#ifdef __cplusplus
extern "C" {
#endif

SME_BEGIN_STATE_DECLARE(ImageList)
	/*{{SME_STATE_DECLARE(ImageList)*/
	SME_STATE_DECLARE(ImageList)
	SME_MAX_STATE(ImageList)
	/*}}SME_STATE_DECLARE*/
SME_END_STATE_DECLARE

/*{{SME_BEGIN_EVENT_HANDLER(ImageList)*/
int ImageListEntry(struct SME_APP_T *pApp, struct SME_EVENT_T *pEvent);
int ImageListExit(struct SME_APP_T *pApp, struct SME_EVENT_T *pEvent);
int OnImageListEVENT_KEY_LEFTSOFT(struct SME_APP_T *pApp, struct SME_EVENT_T *pEvent);
int OnImageListEVENT_KEY_RIGHTSOFT(struct SME_APP_T *pApp, struct SME_EVENT_T *pEvent);
int OnImageListEVENT_KEY_UP(struct SME_APP_T *pApp, struct SME_EVENT_T *pEvent);
int OnImageListEVENT_KEY_DOWN(struct SME_APP_T *pApp, struct SME_EVENT_T *pEvent);
int OnImageListEVENT_IMAGE_OK(struct SME_APP_T *pApp, struct SME_EVENT_T *pEvent);
int OnImageListEVENT_IMAGE_CANCEL(struct SME_APP_T *pApp, struct SME_EVENT_T *pEvent);
/*}}SME_END_EVENT_HANDLER*/

int ImageListUpdateDisplay();

#ifdef __cplusplus
}
#endif

#endif

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License

This article, along with any associated source code and files, is licensed under The Code Project Open License (CPOL)

Written By

Jerome_D

Web Developer

China

Jerome. (Free to speak, free to use.)

Develop embedded systems based on UML state machines

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