📄 smfm.c
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return;
}
/**********************************************************************\
* Test Mode : Operational Panel
*
* Note
* History
* 2003.01.09 Aceking Wang Create
\**********************************************************************/
void SM_KeyBoard(void)
{
UINT16 currentbutton = 0;
UINT8 step = 0, loop = 1;
char buf[34];
while (loop){
//currentbutton = UIGetKey();
/* Process Button Request */
if (TM_OPPanelProc(step++) == TEST_OPPANEL_PROC_END)
loop = 0;
break;
/* Be a good OS citizen */
TASKSLEEP_MILLISECONDS(50);
}
return;
}
#if 0
static void DRAM_OPButton(void)
{
UINT16 currentbutton = 0;
UINT8 loop = 1;
while (loop){
currentbutton = UIGetKey();
/* Process Button Request */
switch (currentbutton)
{
case PANEL_SELECT:
case PANEL_BACK:
loop = 0;
break;
}
/* Be a good OS citizen */
TASKSLEEP_MILLISECONDS(50);
}
}
void SM_DRAM(void)
{
char str1[17];
char buf[34];
// UINT32 i;
// Application_Task_Delete();
// DRAM_RW_OK = FALSE;
// tempMemory = FreeMemory;
// FreeMemoryBlock = FreeMemorySize/(1024*100);
sprintf(str1, "D-RAM:");
// if (DRAM_RWStatusGet())
// sprintf(buf, "%-16s\n%16s", str1, " complete ok ");
// else
// sprintf(buf, "%-16s\n%16s", str1, " complete error");
LCDStringOut(0, 0, buf, strlen(buf));
/*
while(FreeMemoryBlock)
{
memset(tempMemory, 0x3c, 1024*100);
tempMemory += 1024*50;
FreeMemoryBlock--;
}
memset(tempMemory, 0x3c, FreeMemorySize%(1024*100));
tempMemory = FreeMemory;
FreeMemoryBlock = FreeMemorySize;
while (FreeMemoryBlock)
{
if (*tempMemory != 0x3c)
break;
FreeMemoryBlock--;
}
if (FreeMemoryBlock == 0)
DRAM_RW_OK = TRUE;
Application_Task_Init();
*/
DRAM_OPButton();
}
#endif
void SM_FAXSpeaker(void)
{
Uint8 loop = 1;
Uint16 currentbutton = 0;
// char buf[34];
LCDDisplayClear();
strcpy(firstlinebuf,GetMsgData(DISP_TEST_RESULT));
strcpy(secondlinebuf,GetMsgData(Ms_OKNG[ut]));
DisplayLCD(0, firstlinebuf, MIDDLE, FALSE);
DisplayLCD(1, secondlinebuf, MIDDLE, TRUE);
ut = 0;
SpeakerSoundPlay(SOUND_OF_RING);
while (loop)
{
currentbutton = UIGetKey();
switch (currentbutton)
{
case PANEL_SELECT:
loop=0;
if(ut == 0)
gDiagnosticResult.Speaker_TestResult=1;
else
gDiagnosticResult.Speaker_TestResult=0;
break;
case PANEL_ARROWLEFT:
case PANEL_ARROWRIGHT:
if(ut == 0)
ut = 1;
else
ut = 0;
break;
case PANEL_NONE:
continue;
default:
break;
}
LCDDisplayClear();
strcpy(firstlinebuf,GetMsgData(DISP_TEST_RESULT));
strcpy(secondlinebuf,GetMsgData(Ms_OKNG[ut]));
DisplayLCD(0, firstlinebuf, MIDDLE, FALSE);
DisplayLCD(1, secondlinebuf, MIDDLE, TRUE);
TASKSLEEP_MILLISECONDS(50);
}
SoundPlayOff();
}
void SM_FAXFunction(void)
{
// char str1[17];
char buf[34];
UINT8 loop = 1;
UINT16 currentbutton = 0;
Bool boolTrs = FALSE, boolRcv = FALSE;
strcpy(firstlinebuf,GetMsgData(DISP_TEST));
sprintf(secondlinebuf,"%s?",GetMsgData(DISP_FAXBOARD));
LCDDisplayClear();
DisplayLCD(0, firstlinebuf, MIDDLE, FALSE);
DisplayLCD(1, secondlinebuf, MIDDLE, FALSE);
while (loop)
{
currentbutton = UIGetKey();
/* Process Button Request */
switch (currentbutton)
{
case PANEL_SELECT:
strcpy(firstlinebuf,GetMsgData(DISP_FAXBOARD));
sprintf(secondlinebuf,"%s....",GetMsgData(DISP_TESTING));
LCDDisplayClear();
DisplayLCD(0, firstlinebuf, MIDDLE, FALSE);
DisplayLCD(1, secondlinebuf, MIDDLE, FALSE);
if (FAX_Diagnose())
{
strcpy(firstlinebuf,GetMsgData(DISP_FAX_TEST_RESULT));
strcpy(secondlinebuf,GetMsgData(DISP_MYTECS_REPFAX_OK));
LCDDisplayClear();
DisplayLCD(0, firstlinebuf, MIDDLE, FALSE);
DisplayLCD(1, secondlinebuf, MIDDLE, FALSE);
gDiagnosticResult.FAX_TestResult=1;
}
else
{
strcpy(firstlinebuf,GetMsgData(DISP_FAX_TEST_RESULT));
strcpy(secondlinebuf,GetMsgData(DISP_NG));
LCDDisplayClear();
DisplayLCD(0, firstlinebuf, MIDDLE, FALSE);
DisplayLCD(1, secondlinebuf, MIDDLE, FALSE);
gDiagnosticResult.FAX_TestResult=0;
}
break;
case PANEL_BACK:
loop = 0;
break;
default:
break;
}
TASKSLEEP_MILLISECONDS(50);
}
}
#if 0
void SM_ADFSensor(void)
{
char str1[17];
char buf[34];
UINT8 loop = 1;
UINT16 currentbutton = 0;
Bool boolDS = FALSE, boolDES = FALSE;
while (loop)
{
currentbutton = UIGetKey();
/* Process Button Request */
switch (currentbutton)
{
case PANEL_SELECT:
// DS Sensor
if (boolDS)
{
sprintf(str1, "%s", "DS: on");
}
else
{
sprintf(str1, "%s", "DS: off");
}
// DES Sensor
if (boolDES)
{
sprintf(buf, "%-16s\n%-16s", str1, "DES: on");
}
else
{
sprintf(buf, "%-16s\n%-16s", str1, "DES: off");
}
LCDStringOut(0, 0, buf, strlen(buf));
break;
case PANEL_BACK:
loop = 0;
break;
default:
break;
}
TASKSLEEP_MILLISECONDS(50);
}
return;
}
/**********************************************************************\
* Test Mode : PRIMAX ADF TEST ITEM
*
* Note
* History
* 2005.05.20 Peter Lin Create
\**********************************************************************/
void SM_ADFFeeding(void)
{
#if 0
UINT16 currentbutton = 0;
UINT8 loop = 1;
Bool b, testStart;
UINT16 adfTestCount, adfCopyCount, oldadfTestCount = 0;
char buf[42];
sprintf(buf, "%-16s\n%16s", "ADF Feeding", "");
LCDStringOut(0, 0, buf, strlen(buf));
adfTestCount = 0;
adfCopyCount = 0;
b = FALSE;
testStart = FALSE;
ADF_TestModeInit();
while (loop)
{
if (testStart)
{
UINT8 sts;
sts = ADF_TestMode();
GetADFPaperCount(&adfTestCount, NULL);
if (sts > 0)
{
testStart = FALSE;
adfCopyCount += adfTestCount;
adfTestCount = 0;
}
if (adfTestCount > oldadfTestCount)
{
oldadfTestCount = adfTestCount;
b = TRUE;
}
}
if (b)
{
LCDDisplayClear();
sprintf(buf, "%-20s\n P.%04d/%04d", "8-1: ADF FEEDING", adfTestCount, adfCopyCount + adfTestCount);
LCDStringOut(0, 0, buf, strlen(buf));
b = FALSE;
}
currentbutton = UIButtonDetect();
/* Process Button Request */
switch (currentbutton)
{
case PANEL_BLACK_COPY:
case PANEL_COLOR_COPY:
testStart = TRUE;
oldadfTestCount = 0;
break;
case PANEL_STOP:
if (testStart == TRUE)
testStart = FALSE;
else
loop = FALSE;
break;
}
}
#endif
return;
}
#endif
#if 0
/******************************************************************************
* ADF_TestMode
* This routine is for ADF testmode function
* Create: 2005/5/5
* Author: Peter Lin
*
******************************************************************************/
UINT8 ADF_TestMode(void)
{
switch(scanG.state)
{
case SCAN_IDLE:
printf("ADF TEST");
if(ADF_CheckDS())
{
printf( "ADF TEST START");
scanG.state = ADF_TEST;
scanG.testSubState = 0;
//SCAN_MOTOR_TABLE_SIZE = 7;
//scanG.stepType = HALF_STEP;
//ADFMotorCurrent = MidiumCurrent;
ADF_Test_Page=0;
//SCHS_MotorOff();
return 0;
}
break;
case ADF_TEST:
switch (scanG.testSubState)
{
case 0:
if (scanMotorCmd.command == COMPLETED)
{
ADFMotorEnable();
//ADF_GoDES();
ADF_ScanTest();
scanG.testSubState++;
//scanG.testSubState = 2;
//printf( "ADF TEST GOTO DES");
}
return 0;
case 1:
if (scanMotorCmd.command == COMPLETED)
{
ADF_Test_Page++;
ADFMotorEnable();
ADF_LeaveDES();
scanG.testSubState++;
//printf( "ADF TEST LEAVE DES");
}
return 0;
case 2:
if (scanMotorCmd.command == COMPLETED)
{
//if another paper on the ADF,test again
if(ADF_CheckDS())
{
scanG.state=ADF_TEST;
scanG.testSubState = 0;
}
else
{
ADFMotorEnable();
ADF_Feed_PaperOut();
scanG.testSubState++;
//ADF_feedout_step = ADFFeedOutDistance;
//printf( "ADF TEST FEEDOUT");
}
}
return 0;
case 3:
if (scanMotorCmd.command == COMPLETED)
{
scanG.state = SCAN_IDLE;
scanG.testSubState = 0;
//SCHS_MotorOff();
Remove_PrimaxADF_FeedMotor_Power();
RemovePowerL6219Ref1();
printf(" pages=%d",ADF_Test_Page);
printf( "ADF test finiah");
// return 1;
}
}
break;
default:
break;
}
return 1;
}
#endif
void SM_ScannerMotor(void)
{
char buf[34],firstlinebuf[17],secondlinebuf[17];
Uint8 loop = 1,step=0,loop1=1;
Uint16 currentbutton = 0;
Uint32 Heating_times=0,i=0;
//LCDDisplayClear();
//DisplayLCD(0, "FlatBed Scan", MIDDLE, FALSE);
//DisplayLCD(1, "Heating Run?", MIDDLE, FALSE);
strcpy(firstlinebuf,GetMsgData(DISP_INPUT));
strcpy(secondlinebuf,GetMsgData(DISP_RUNTIMES));
LCDDisplayClear();
DisplayLCD(0, firstlinebuf, MIDDLE, FALSE);
DisplayLCD(1, secondlinebuf, MIDDLE, FALSE);
ut = 0;
while(loop1)
{ TASKSLEEP_MILLISECONDS(50);
currentbutton = UIGetKey();
switch(currentbutton)
{
case PANEL_NUM0:
Heating_times=Heating_times*10;
step++;
break;
case PANEL_NUM1:
Heating_times=Heating_times*10+1;
step++;
break;
case PANEL_NUM2:
Heating_times=Heating_times*10+2;
step++;
break;
case PANEL_NUM3:
Heating_times=Heating_times*10+3;
step++;
break;
case PANEL_NUM4:
Heating_times=Heating_times*10+4;
step++;
break;
case PANEL_NUM5:
Heating_times=Heating_times*10+5;
step++;
break;
case PANEL_NUM6:
Heating_times=Heating_times*10+6;
step++;
break;
case PANEL_NUM7:
Heating_times=Heating_times*10+7;
step++;
break;
case PANEL_NUM8:
Heating_times=Heating_times*10+8;
step++;
break;
case PANEL_NUM9:
Heating_times=Heating_times*10+9;
step++;
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