📄 menu.c
字号:
break;
case PANEL_NUM0:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM0, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM1:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM1, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM2:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM2, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM3:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM3, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM4:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM4, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM5:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM5, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM6:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM6, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM7:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM7, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM8:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM8, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
case PANEL_NUM9:
if(setconfirm == TRUE)
{
EditorDateTimeInput(PANEL_NUM9, curStep);
if (curStep < stepmax)
curStep++;
else
curStep = 0;
curindex= GetDateTimeCursorXPos(curStep);
}
break;
default:
break;
}
// sprintf(buf,"%-20s\n%-20s",firstlinebuf,secondlinebuf);
// DisplayLCD(0, buf, strlen(buf));
LCDDisplayClear();
if(setconfirm != FALSE)
{
DisplayLCD(0, firstlinebuf, AlignL1,FALSE);
DisplayLCD(1, secondlinebuf, LEFT,FALSE);
}
else
{
DisplayLCD(0, firstlinebuf, AlignL1,FALSE);
DisplayLCD(1, secondlinebuf, AlignL2,TRUE);
}
if(curindex<=15)
LCDCursorPos(curindex,0);
else
LCDCursorPos((curindex-16),1);
}
Bool DateTimeValid(DateTimeSct dt)
{
Uint8 month, day, hour, minute, year;
month = dt.Month;
day = dt.Date;
hour = dt.Hour;
minute = dt.Minute;
year = dt.Year;
if(IsLeapYear(year))
{
if(month>12||month == 0)
return FALSE;
else if(day > monthday[month]||hour >= 24||minute >= 60||day == 0||year > 37)
return FALSE;
}
else
{
if(month>12||month == 0)
return FALSE;
else if(day > monthday2[month]||hour >= 24||minute >= 60||day == 0||year > 37)
return FALSE;
}
return TRUE;
}
/*
void UpdateDateTime(DateTimeSct dt)
{
dt.Minute++;
if(dt.Minute > 59)
{
dt.Minute = 0;
dt.Hour++;
}
if(dt.Hour > 23)
{
dt.Hour = 0;
dt.Date++;
}
if(IsLeapYear(dt.Year))
{
if(dt.Date >= monthday[dt.Month])
{
dt.Date = 1;
dt.Month++;
}
if(dt.Month >12)
{
dt.Month = 1;
dt.Year++;
}
}
else
{
if(dt.Date >= monthday2[dt.Month])
{
dt.Date = 1;
dt.Month++;
}
if(dt.Month >12)
{
dt.Month = 1;
dt.Year++;
}
}
if(dt.Year > 99)
dt.Year = 0;
}
*/
Bool IsLeapYear(Uint8 year)
{
Uint16 yt;
yt = 2000 + year;
if (!(year % 4) && (year % 100) || !(year % 400)) {
return TRUE;
} else {
return FALSE;
}
}
void CalDateTimeFormat(Uint32 dtdata,P_DateTimeSct dt)
{
Uint32 daycount,dayleft,secleft;
Uint8 i;
daycount = dtdata/(60*60*24);
secleft = dtdata - daycount*(60*60*24);
dt->Hour = (Uint8)(secleft/(60*60));
dt->Minute = (Uint8)((secleft - dt->Hour*(60*60))/60);
dt->Second = (Uint8)(secleft-dt->Hour*(60*60)-dt->Minute*60);
for(i = 0; i < 101; i++)
{
if(daycount < daysofyear[i])
break;
}
dt->Year = i-1;
dayleft = daycount - daysofyear[dt->Year];
for(i = 0; i < 13; i++)
{
if(IsLeapYear(dt->Year))
{
if(dayleft<monthdays[i])
break;
}
else
{
if(dayleft<monthdays2[i])
break;
}
}
dt->Month = i;
if(IsLeapYear(dt->Year))
{
dt->Date = dayleft - monthdays[(dt->Month-1)] + 1;
}
else
{
dt->Date = dayleft - monthdays2[(dt->Month-1)] + 1;
}
}
Uint32 CalDateTimeData(P_DateTimeSct dt)
{
Uint32 dtdata;
if(IsLeapYear(dt->Year))
dtdata = (daysofyear[dt->Year]+monthdays[dt->Month-1]
+(dt->Date) - 1)*(24*60*60)+(dt->Hour)*(60*60) + (dt->Minute)*60;
else
dtdata = (daysofyear[dt->Year]+monthdays2[dt->Month-1]
+(dt->Date) - 1)*(24*60*60)+(dt->Hour)*(60*60) + (dt->Minute)*60;
return dtdata;
}
void CalZoomRatio()
{
switch(gUIMain.copysetting.Presetratio)
{
case PR100:
gUIMain.copysetting.Zoomratio = 100;
break;
case PR78:
gUIMain.copysetting.Zoomratio = 78;
break;
case pr83:
gUIMain.copysetting.Zoomratio = 83;
break;
case PR94:
gUIMain.copysetting.Zoomratio = 94;
break;
case PR104:
gUIMain.copysetting.Zoomratio = 104;
break;
default:
break;
}
}
void CalDFZoomRatio()
{
switch(gMFPSettingNvram.Copy.Presetratio)
{
case PR100:
gMFPSettingNvram.Copy.Zoomratio = 100;
break;
case PR78:
gMFPSettingNvram.Copy.Zoomratio = 78;
break;
case pr83:
gMFPSettingNvram.Copy.Zoomratio = 83;
break;
case PR94:
gMFPSettingNvram.Copy.Zoomratio = 94;
break;
case PR104:
gMFPSettingNvram.Copy.Zoomratio = 104;
break;
default:
break;
}
}
API_RET GetCurrentDateTime(P_DateTimeSct dt)
{
STATUS status;
Uint32 curtime;
static Uint32 datetimedata;
static Uint32 lastreadRTCtime = 0;
status = NU_Obtain_Semaphore(&gDateTimeSem,NU_SUSPEND);
if(NU_SUCCESS != status)
{
PSPRINTF("Obtain Date&Time Sem fail");
return API_FAIL;
}
// EnableRTCAccess();
curtime = TaskGetSystemMilliTicks();
if(curtime - lastreadRTCtime > 1000)
{
datetimedata = ReadRTC_C();
PSPRINTF("\nRead new RTC\n");
}
CalDateTimeFormat(datetimedata,dt);
lastreadRTCtime = TaskGetSystemMilliTicks();
status = NU_Release_Semaphore(&gDateTimeSem);
if(NU_SUCCESS != status)
{
PSPRINTF("Release Date&Time Sem fail");
return API_FAIL;
}
return API_OK;
}
int ReadRTC(P_DATETIME pResult)
{
STATUS status;
DateTimeSct dt;
P_DateTimeSct dtt;
dtt = &dt;
status = GetCurrentDateTime(dtt);
if(status == API_OK)
{
pResult ->tm_sec = (int)dtt->Second;
pResult ->tm_min = (int)dtt->Minute;
pResult ->tm_hour = (int)dtt->Hour;
pResult ->tm_mday = (int)dtt->Date;
pResult ->tm_mon = (int)dtt->Month-1;
pResult ->tm_year = (int)dtt->Year+100;
return 1;
}
else
return 0;
}
int SetRTC(DATETIME* pSetup)
{
return 1;
}
void ResetDCCount(void)
{
gUIMain.DCExpire = FALSE;
Write_DrumCarPageCnt(0);
}
void ClearDrum(void)
{
Uint32 UI_ExeCmd[4];
UI_ExeCmd[0] = Print_ClearDrum;
//TaskMsgSend(UI_EXe_msgQue_id, &UI_ExeCmd);
NU_Send_To_Mailbox(&UI_MailBox,(void *)UI_ExeCmd,NU_SUSPEND);
return;
}
void Print_Test_Page(void)
{
Uint32 UI_ExeCmd[4];
UI_ExeCmd[0] = Print_Accuracy;
//TaskMsgSend(UI_EXe_msgQue_id, &UI_ExeCmd);
NU_Send_To_Mailbox(&UI_MailBox,(void *)UI_ExeCmd,NU_SUSPEND);
}
void Print_Test_Page_20Gray(void)
{
Uint32 UI_ExeCmd[4];
UI_ExeCmd[0] = Print_20Gray;
//TaskMsgSend(UI_EXe_msgQue_id, &UI_ExeCmd);
NU_Send_To_Mailbox(&UI_MailBox,(void *)UI_ExeCmd,NU_SUSPEND);
}
void Print_Test_Page_5Gray(void)
{
// Msg UI_ExeCmd;
Uint32 UI_ExeCmd[4];
UI_ExeCmd[0] = Print_5percent;
//TaskMsgSend(UI_EXe_msgQue_id, &UI_ExeCmd);
NU_Send_To_Mailbox(&UI_MailBox,(void *)UI_ExeCmd,NU_SUSPEND);
}
void print_Percent100_chart(void)
{
Uint32 UI_ExeCmd[4];
UI_ExeCmd[0] = Print_100percent;
//TaskMsgSend(UI_EXe_msgQue_id, &UI_ExeCmd);
NU_Send_To_Mailbox(&UI_MailBox,(void *)UI_ExeCmd,NU_SUSPEND);
}
void Print_White_chart(void)
{
Uint32 UI_ExeCmd[4];
UI_ExeCmd[0] = Print_WhiteLetter;
//TaskMsgSend(UI_EXe_msgQue_id, &UI_ExeCmd);
NU_Send_To_Mailbox(&UI_MailBox,(void *)UI_ExeCmd,NU_SUSPEND);
}
// ----- add 2006.12.01 Mytecs ------
Uint32 ReadRTC_Uint32(void)
{
DateTimeSct dts;
struct tm pp;
GetCurrentDateTime(&dts);
ConvertDateTime2tm(&dts, &pp);
return mktime(&pp);
}
// -----------------------------------
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