//int selectmenu(char *menu1,char *menu2,char *menu3,int no)
int selectmenu(char *menu1,char *menu2,int no)
{
int x1=6,y1=12,x2=126,y2=36,yfill1=15,n1=1;
clear_area (5, 12, 121, 48);
clear_area (xstart,yfill1,xend,15);
if(strlen(menu1)>0)
kmy_LcdTextOut(xstart,15,menu1);
if(strlen(menu2)>0)
kmy_LcdTextOut(xstart,30,menu2);
//if(strlen(menu3)>0)
//kmy_LcdTextOut(xstart,45,menu3);
reverse_area(xstart,yfill1,xend,15,2);
myprintf("\n Select Menu Is called\n");
Keydata=0;
// while(Keydata!=KEY_L1 && Keydata!=KEY_R1)
while(Keydata!=KEY_ReturnPrevious && Keydata!=KEY_Enter)
{
Keydata=0;
Keydata=kmy_GetKeyValue();
if(Keydata==KEY_ReturnPrevious)
return 0;
if(Keydata==KEY_DOWN && n1<no)
{
n1++;
clear_area (xstart,yfill1,xend,15);
if(strlen(menu1)>0)
kmy_LcdTextOut(xstart,15,menu1);
if(strlen(menu2)>0)
kmy_LcdTextOut(xstart,30,menu2);
// if(strlen(menu3)>0)
// kmy_LcdTextOut(xstart,45,menu3);
yfill1=yfill1+15;
reverse_area(xstart,yfill1,xend,15,2);
}else if(Keydata==KEY_UP && n1>1)
{ n1--;
clear_area (xstart,yfill1,xend,15);
yfill1=yfill1-15;
if(strlen(menu1)>0)
kmy_LcdTextOut(xstart,15,menu1);
if(strlen(menu2)>0)
kmy_LcdTextOut(xstart,30,menu2);
// if(strlen(menu3)>0)
//kmy_LcdTextOut(xstart,45,menu3);
reverse_area(xstart,yfill1,xend,15,2);
}
}
printf("\nyfill in selectmenu()=%d\n",yfill1);
x1=yfill1/15;
return x1;
}
unsigned char WiFi_Receive (unsigned char *recBuff, unsigned int recBuffSize, const char *okstr, unsigned long second)
{
unsigned char keyval = KEY_NONE;
unsigned int RecvLen=0;
unsigned char ReceiveOK_flag=0;
memset(recBuff,0,recBuffSize);
memset(uCmdRspFrame.CmdRspBuf,0,sizeof(uCmdRspFrame.CmdRspBuf));
kmy_AutoPostKey(second);
while(1)
{
/*
while(!ReadINTPin())
{
keyval = kmy_GetKeyValue();
if (keyval == KEY_WaitTimeout)
{
if(ReceiveOK_flag)return TCP_ReceiveOK;
else return TCP_ReceiveTimeOut;
}
if (keyval == KEY_ReturnPrevious||keyval == KEY_ReturnInitInterface) return TCP_UserSelfReturn;
}
*/
if(rak_checkPktIrq() == RAK_TRUE)
{
rak_read_packet(&uCmdRspFrame);
rak_clearPktIrq();
if(uCmdRspFrame.rspCode[0]==RSPCODE_RECV_DATA)
{
//printf("%s",uCmdRspFrame.recvFrame.recvDataBuf);
RecvLen+=uCmdRspFrame.recvFrame.data_len;
if(RecvLen<recBuffSize)strcat((char*)recBuff,(char*)uCmdRspFrame.recvFrame.recvDataBuf);
else return TCP_ReceiveBuffNotEnough;
if(strstr((char*)uCmdRspFrame.recvFrame.recvDataBuf,okstr))
{
ReceiveOK_flag=1;
kmy_AutoPostKey(6);
}
memset(uCmdRspFrame.CmdRspBuf,0,sizeof(uCmdRspFrame.CmdRspBuf));
}
}
keyval = kmy_GetKeyValue();
if (keyval == KEY_WaitTimeout)
{
if(ReceiveOK_flag)return TCP_ReceiveOK;
else return TCP_ReceiveTimeOut;
}
if (keyval == KEY_ReturnPrevious||keyval == KEY_ReturnInitInterface) return TCP_UserSelfReturn;
}
}
unsigned char tcp_receive (unsigned char *recBuff, unsigned int recBuffSize, const unsigned char *okstr, unsigned short second)
{
unsigned int timeout_cnt, ret;
unsigned char *pRec;
unsigned int receive_len = 0;
unsigned char keyval = KEY_NONE;
pRec = recBuff;
SetAutoExitTime (0);
SetBLOverTime (0);
second = second * 10;
for (timeout_cnt = 0; timeout_cnt < second; timeout_cnt++)
{
keyval = kmy_GetKeyValue();
if (keyval != KEY_NONE) return TCP_UserSelfReturn;
ret = ReadDatasFromtty (fd_ttyS1, (unsigned char*) pRec, recBuffSize, 0, 100000);
pRec += ret;
recBuffSize -= ret;
receive_len += ret;
if(strstr((char*)recBuff,(char const*)okstr))
{
ret = ReadDatasFromtty (fd_ttyS1, (unsigned char*) pRec, recBuffSize, 0, 3000000);
pRec += ret;
recBuffSize -= ret;
receive_len += ret;
if (recBuffSize == 0) return TCP_ReceiveBuffNotEnough;
return TCP_ReceiveOK;
}
if (recBuffSize == 0) return TCP_ReceiveBuffNotEnough;
}
return TCP_ReceiveTimeOut;
}
void pendingorder()
{
int flag=0,count=-1,count1=1,yfillarea=15;
struct Msgstore obj,obj1,obj2,obj3;
memset(&obj,'\0',sizeof(obj));
callpending:
// drawline1();
obj.slno=1;
count=-1;count1=1;yfillarea=15;
while(count<256)
{
kmy_FlashReadBuffer((char *)&obj,0x070000+obj.slno*256,sizeof(obj));
myprintf("\n reading smsno==%d sms==%s\n",obj.slno,obj.sms);
if(obj.slno==0||obj.slno==-1)
break;
count=obj.slno;
obj.slno++;
}
if(count==-1)
{
popup(" LIST IS EMPTY");
}else
{ kmy_FlashReadBuffer((char *)&obj1,0x070000+1*256,sizeof(obj1));
kmy_FlashReadBuffer((char *)&obj2,0x070000+2*256,sizeof(obj2));
kmy_FlashReadBuffer((char *)&obj3,0x070000+3*256,sizeof(obj3));
clear_area(xstart,ystart,xend,yend);
if(obj1.slno>0)
kmy_LcdTextOut(5,15,obj1.mobileno);
if(obj2.slno>0)
kmy_LcdTextOut(5,30,obj2.mobileno);
if(obj3.slno>0)
kmy_LcdTextOut(5,45,obj3.mobileno);
Keydata=0;
reverse_area(xstart,yfillarea,xend,15,2);
//while(Keydata!=KEY_L1 && Keydata!=KEY_R1)
while(Keydata!=KEY_LEFT && Keydata!=KEY_RIGHT)
{
// ReadDataFSPort();
// Process_Modem_data();
Keydata=0;
Keydata=kmy_GetKeyValue();
// if(Keydata==KEY_L1)
if(Keydata==KEY_LEFT)
{
flag=1;
break;
}else
// if(Keydata==KEY_R1)
if(Keydata==KEY_RIGHT)
{
flag=0;
break;
}
if(Keydata==KEY_DOWN && count1<count)
{
count1++;
clear_area(xstart,yfillarea,xend,15);
yfillarea+=15;
if(yfillarea>45)
{
kmy_FlashReadBuffer((char *)&obj1,0x070000+count1*256,sizeof(obj1));
kmy_FlashReadBuffer((char *)&obj2,0x070000+(count1+1)*256,sizeof(obj2));
kmy_FlashReadBuffer((char *)&obj3,0x070000+(count1+2)*256,sizeof(obj3));
yfillarea=15;
clear_area(xstart,ystart,xend,yend);
}
if(obj1.slno>0)
kmy_LcdTextOut(5,15,obj1.mobileno);
if(obj2.slno>0)
kmy_LcdTextOut(5,30,obj2.mobileno);
if(obj3.slno>0)
kmy_LcdTextOut(5,45,obj3.mobileno);
reverse_area(xstart,yfillarea,xend,15,2);
printf("\n DOWN count1==%d\n",count1);
}else if(Keydata==KEY_UP && count1>1)
{
count1--;
clear_area(xstart,yfillarea,xend,15);
yfillarea-=15;
if(yfillarea<15)
{
yfillarea=45;
kmy_FlashReadBuffer((char *)&obj3,0x070000+count1*256,sizeof(obj3));
kmy_FlashReadBuffer((char *)&obj2,0x070000+(count1-1)*256,sizeof(obj2));
kmy_FlashReadBuffer((char *)&obj1,0x070000+(count1-2)*256,sizeof(obj1));
clear_area(xstart,ystart,xend,yend);
}
if(obj1.slno>0)
kmy_LcdTextOut(5,15,obj1.mobileno);
if(obj2.slno>0)
kmy_LcdTextOut(5,30,obj2.mobileno);
if(obj3.slno>0)
kmy_LcdTextOut(5,45,obj3.mobileno);
reverse_area(xstart,yfillarea,xend,15,2);
printf("\n Up count1==%d\n",count1);
}
}// while loop
if(flag==0)//confirm
{
myprintf("\n Count1==%d\n",count1);
kmy_FlashReadBuffer((char *)&obj2,0x070000+count1*256,sizeof(obj2));
// readinbx(obj2);
// flag=selectmenu("ACCEPT ORDER","REJECT ORDER","EXIT",3);
if(flag==1)
{
kmy_FlashEraseSector(0x080000);
count=-1;
obj.slno=1;
flag=0;
// acceptorder1(obj2);
while(count<256)
{
kmy_FlashReadBuffer((char *)&obj,0x070000+obj.slno*256,sizeof(obj));
myprintf("\n reading smsno==%d sms==%s\n",obj.slno,obj.sms);
if(obj.slno==0||obj.slno==-1)
break;
if(count1==obj.slno)
{
flag++;
}else
{ obj1=obj;
if(flag==0)
{
kmy_FlashWriteBuffer((char *)&obj1,0x080000+obj1.slno*256,sizeof(obj1));
}else
{ obj1.slno=obj1.slno-flag;
myprintf("\n Sector 8 Writting slno==%d\n",obj1.slno);
kmy_FlashWriteBuffer((char *)&obj1,0x080000+obj1.slno*256,sizeof(obj1));
}
}
count=obj.slno;
obj.slno++;
}
if(count>0)
{
kmy_FlashEraseSector(0x070000);
count=-1;
obj.slno=1;
while(count<256)
{
kmy_FlashReadBuffer((char *)&obj,0x080000+obj.slno*256,sizeof(obj));
myprintf("\n reading smsno==%d sms==%s\n",obj.slno,obj.sms);
if(obj.slno==0||obj.slno==-1)
break;
kmy_FlashWriteBuffer((char *)&obj,0x070000+obj.slno*256,sizeof(obj));
count=obj.slno;
obj.slno++;
}
}
}else if(flag==2)
{
kmy_FlashEraseSector(0x080000);
count=-1;
obj.slno=1;
flag=0;
popup2(" PLEASE WAIT","");
// rejectorder(obj2);
popup2(" PLEASE WAIT","");
while(count<256)
{
kmy_FlashReadBuffer((char *)&obj,0x070000+obj.slno*256,sizeof(obj));
myprintf("\n reading smsno==%d sms==%s\n",obj.slno,obj.sms);
if(obj.slno==0||obj.slno==-1)
break;
if(count1==obj.slno)
{
flag++;
}else
{ obj1=obj;
if(flag==0)
{
kmy_FlashWriteBuffer((char *)&obj1,0x080000+obj1.slno*256,sizeof(obj1));
}else
{ obj1.slno=obj1.slno-flag;
myprintf("\n Sector 8 Writting slno==%d\n",obj1.slno);
kmy_FlashWriteBuffer((char *)&obj1,0x080000+obj1.slno*256,sizeof(obj1));
}
}
count=obj.slno;
obj.slno++;
}
if(count>0)
{
kmy_FlashEraseSector(0x070000);
count=-1;
obj.slno=1;
while(count<256)
{
kmy_FlashReadBuffer((char *)&obj,0x080000+obj.slno*256,sizeof(obj));
myprintf("\n reading smsno==%d sms==%s\n",obj.slno,obj.sms);
if(obj.slno==0||obj.slno==-1)
break;
kmy_FlashWriteBuffer((char *)&obj,0x070000+obj.slno*256,sizeof(obj));
count=obj.slno;
obj.slno++;
}
}
}else
{
}
goto callpending;
}else if(flag==3)//return exit
{
return;
}
}
}
