,,

//main.c
#include "swilib.h"
void ElfKiller(void) { //用于 elf 退出時的相關操作
extern void *ELF_BEGIN;
//這里一般使用 mfree(), freeWS() 來釋放內存
((void (*)(void *))(mfree_adr()))(ELF_BEGIN); // 懶得解釋 :(
}
int main(char *exename, char *fname) { //主函數
//參數 exename 表示被動使用的ELF? 格式 4:\\Zbin\\xyz.elf
//參數 fname 傳遞文件名, 格式 0:\\Misc\\data.txt
//如果 ELF 啟動自身則為 0
char *mem;
int i, err;
int handle;
if (fname) {
      //操作標準文件:
      handle = fopen(fname, A_ReadWrite+A_BIN+A_Append+A_Create, P_READ+P_WRITE, err);
      //表示按記錄文件打開，數據添加到文件末尾，如果文件不存在則創建之
      //如果為 handle=fopen (fname,A_ReadOnly+A_BIN, 0,err);
      //則表示按只讀方式打開文件，具體常數參看 swilib.h
      if (handle != -1) { //-1 = error
         mem = malloc(10000); //分配內存: AllocWS() 按行分配 (2b)
         if (mem != 0) { //0 = error
            i = fread(handle, mem, 10000, err); //返回讀取得字節數，如果錯誤返回 error。
            //放置你的代碼在這里 makesomebody (mem,i);
            fwrite(handle, mem, i, err);
            mfree(mem); //釋放內存: FreeWS() 按行釋放
         }
         fclose(handle); //關閉文件
      }
}
SUBPROC((void *)ElfKiller); //放這個東西在這里就最好了，不存在也沒關系!
return(0);
}
//PS. 由于 x65 中文件的讀取和記錄是按 32767 字節的塊操作的,
//因此將 fread() 和 fwrite() 改造為 fread32 () 和 fwrite32()
int fread32(int fh, char *buf, int len, unsigned int *err) { // (c) Rst7
int clen;
int rlen;
int total=0;
while (len) {
      if (len > 16384) clen = 16384; else clen = len;
      total += (rlen = fread(fh, buf, clen, err));
      if (rlen != clen) break;
      buf += rlen;
      len -= clen;
}
return(total);
}

//main.c
//屏幕和鍵盤處理
#include "swilib.h"
typedef struct {
GUI gui;
//WSHDR *ws1;
//WSHDR *ws2;
//int i1;
} MAIN_GUI;
typedef struct {
CSM_RAM csm;
int gui_id;
} MAIN_CSM;
const int minus11 = -11;
const unsigned int INK = 0;
const unsigned int PAPER = 1;
volatile int xx = 0, yy = 0; //繪圖坐標
const char bmp[12] = {0xFC, 0x86, 0xB3, 0xA9, 0xB1, 0xA9, 0x81, 0xFF, 0, 0, 0, 0};
const IMGHDR img = {8, 12, 0x1, 0, (char *)bmp};
//============
//屏幕輸出
//============
void DrwImg(IMGHDR *img, int x, int y, int *pen, int *brush)  {
RECT rc;
DRWOBJ drwobj;
StoreXYWHtoRECT(rc, x, y, img->w, img->h);
SetPropTo_Obj5(drwobj, &rc, 0, img);
SetColor(drwobj, pen, brush);
DrawObject(drwobj);
}
void DrawScreen(void) {
int *ink = GetPaletteAdrByColorIndex(INK);
int *paper = GetPaletteAdrByColorIndex(PAPER);
int x = xx;
DrwImg((IMGHDR *)img, x, yy, ink, paper);
}
//繪制屏幕
void method0(MAIN_GUI *data) {
DrawScreen();
}
void method1(MAIN_GUI *data, void *(*malloc_adr)(int)) {}
void method2(MAIN_GUI *data, void (*mfree_adr)(void *)) {}
void method3(MAIN_GUI *data, void *(*malloc_adr)(int), void (*mfree_adr)(void *)) {}
void method4(MAIN_GUI *data, void (*mfree_adr)(void *)) {}
void method7(MAIN_GUI *data, void (*mfree_adr)(void *)) {}
int method8(void) {return(0);}
int method9(void) {return(0);}
//============
//按鍵控制
//============
int method5 (MAIN_GUI *data, GUI_MSG *msg) {
//if (msg->gbsmsg->msg==KEY_UP) //釋放按鍵時
if ((msg->gbsmsg->msg == KEY_DOWN) || (msg->gbsmsg->msg == LONG_PRESS)) //按下鍵或者長按鍵時
      switch(msg->gbsmsg->submess) {
      case RED_BUTTON:
         return(1); //發生 generalFunc 流調用 GUI - > 關閉 GUI
      case UP_BUTTON:
         if (yy > 0) --yy; break;
      case LEFT_BUTTON:
         if (xx > 0) --xx; break;
      case DOWN_BUTTON:
         if (yy < 130) ++yy; break;
      case RIGHT_BUTTON:
         if ( xx < 120) ++xx; break;
      //case GREEN_BUTTON:
      //case RIGHT_SOFT:
      //case ENTER_BUTTON:
      //case LEFT_SOFT:
      //case VOL_UP_BUTTON:
      //case VOL_DOWN_BUTTON:
      //case \'0\':
      //case \'9\':
      //case \'#\':
      //SUBPROC((void *)DoDiskAccess,1);
      //降低其他處理的優先級以繪制窗口
      }
DrawScreen();
return(0);
}
const void *const gui_methods[11] = {
(void *)method0, //Redraw
(void *)method1, //Create
(void *)method2, //Close
(void *)method3, //Focus
(void *)method4, //Unfocus
(void *)method5, //OnKey
0,
(void *)method7, //Destroy
(void *)method8,
(void *)method9,
0
};
const RECT Canvas={0,0,131,175};
void maincsm_oncreate(CSM_RAM *data) {
MAIN_GUI *main_gui = malloc(sizeof (MAIN_GUI));
MAIN_CSM *csm = (MAIN_CSM *)data;
zeromem(main_gui, sizeof (MAIN_GUI));
//ustk=malloc(STKSZ); //為程序分配內存
//info_ws=AllocWS(512);
main_gui->gui.canvas = (void *)(Canvas);
main_gui->gui.flag30 = 2;
main_gui->gui.methods = (void *)gui_methods; //基本方法(見上面)
main_gui->gui.item_ll.data_mfree = (void (*)(void *))mfree_adr(); //我也不清楚:(
csm->csm.state = 0;
csm->csm.unk1 = 0;
csm->gui_id = CreateGUI(main_gui); //直接創建 GUI
}
void Killer(void) { //退出程序
extern void *ELF_BEGIN;
//mfree(ustk); //釋放內存
//FreeWS(info_ws);
((void (*)(void *))(mfree_adr()))(ELF_BEGIN);
}
void maincsm_onclose(CSM_RAM *csm) {
//GBS_StopTimer(light_tmr);
SUBPROC((void *)Killer);
}
int maincsm_onmessage(CSM_RAM *data, GBS_MSG *msg) {
return(1);
}
unsigned short maincsm_name_body[140];
const struct {
CSM_DESC maincsm;
WSHDR maincsm_name;
} MAINCSM = {
            {
                  maincsm_onmessage, //信息進程
                  maincsm_oncreate, //創建時調用的方法
                  //如果機型為 S75 移除以下4行
                  //并在 swilib.h 里取消對 #define NEWSGOLD 這行的注釋
                  //0,
                  //0,
                  //0,
                  //0,
                  maincsm_onclose, //關閉時調用的方法
                  sizeof (MAIN_CSM),
                  1,
                  minus11
            },
            {
                  maincsm_name_body,
                  NAMECSM_MAGIC1,
                  NAMECSM_MAGIC2,
                  0x0,
                  139
            }
         };
int main(char *exename, char *fname) {
char dummy[sizeof (MAIN_CSM)];
//strcpy(filename,fname); //保存數據到文件
CreateCSM(MAINCSM.maincsm, dummy, 0);
return 0;
}