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diplomarbeit/Tester/SW/Applications/remote/remote_tests.c
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Matthias 373a8c32b2 Added Software projects 
git-svn-id: file:///srv/dev-disk-by-uuid-17e88007-4d0c-45e0-8757-cacfcc458630/repositories/svn/Diplomarbeit@55 9fe90eed-be63-e94b-8204-d34ff4c2ff93
2008-12-23 10:34:08 +00:00

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/* ---------------------------------------------------------------------------
* remote_tests.c (c) 2008 Micro-key bv
* ---------------------------------------------------------------------------
* Micro-key bv
* Industrieweg 28, 9804 TG Noordhorn
* Postbus 92, 9800 AB Zuidhorn
* The Netherlands
* Tel: +31 594 503020
* Fax: +31 594 505825
* Email: support@microkey.nl
* Web: www.microkey.nl
* ---------------------------------------------------------------------------
* Description: Function to call single tests on remote system
*
* NOTE: allMemoryUseSameLED is defined in taskfunctions.h
*
* ---------------------------------------------------------------------------
* Version(s): 0.1, Aug 29, 2008, MMi
* Creation.
* ---------------------------------------------------------------------------
*/
/* ---------------------------------------------------------------------------
* System include files
* ---------------------------------------------------------------------------
*/
#include "LPC23xx.h"
#include "types.h"
/* FreeRTOS includes */
#include "FreeRTOS.h"
#include "Task.h"
#include "semphr.h"
/* ---------------------------------------------------------------------------
* Application include files
* ---------------------------------------------------------------------------
*/
#include "remote_tests.h"
#include "SerOut.h"
#include "dio.h"
#include "ledfunctions.h"
#include "protocolfunctions.h"
#include "taskfunctions.h"
#include "BusProtocol.h"
/* Test includes */
#include "testLED.h"
#include "testdio.h"
#include "testaio.h"
#include "testBUS.h"
#include "testeeprom.h"
#include "testMMC.h"
#include "testpower.h"
#include "testrtc.h"
#include "remote_analogue.h"
#include "remote_digital.h"
#include "remote_relay.h"
/* ---------------------------------------------------------------------------
* Local constant and macro definitions
* ---------------------------------------------------------------------------
*/
/* ---------------------------------------------------------------------------
* Global variable definitions
* ---------------------------------------------------------------------------
*/
extern BOOLEAN auto_testResult;
extern BOOLEAN GotoNewLine;
extern BOOLEAN block_SpinningWheel;
/* ---------------------------------------------------------------------------
* Local variable definitions
* ---------------------------------------------------------------------------
*/
/* ---------------------------------------------------------------------------
* Local function definitions
* ---------------------------------------------------------------------------
*/
void r_TestInit (void)
{
remoteDioInit();
vTaskDelay (200);
remoteAioInit();
vTaskDelay (200);
remoteRelayInit();
vTaskDelay (200);
}
void r_BatteryTest (BOOLEAN * batterytest)
{
/* Test for Battery and batterysupplied Memory */
sendString(SerOutPort, TRUE, headerMessage,
StartMessage, f_lines, "Battery Test");
bpSendCallRpc(handleBus1, 2, 17, 0, NULL); /* Write on Battery Memory */
sendString(SerOutPort, TRUE, noteMessage,
NewLine, "\t\tSwitch SLAVE OFF for 5 Seconds", Dummy);
if (xSemaphoreTake(slaveRestartSemaphore, 60000) == pdPASS)
{ /* Wait for slave Restart */
bpSendCallRpc(handleBus1, 2, 18, 0, NULL); /* Read from Memory */
xSemaphoreTake(generalSemaphore, 3000);
}
else
{
auto_testResult = FALSE;
xSemaphoreGive (slaveRestartSemaphore);
}
*batterytest = auto_testResult;
#if (allMemoryUseSameLED == 1)
postpareTest(*batterytest, &d_batteryled, BATTERYLED, (void *)dioToggle,
(pUINT8) "batteryerror", &batteryled);
#endif
bpSendCallRpc(handleBus1, 2, 4, 0, NULL); /* Call dioClean() */
sendString (SerOutPort, TRUE, resultMessage,
"n\rBATTERY Test Result: ", s_lines, BoolRestoStr (*batterytest));
}
void r_LEDTest (BOOLEAN * ledtest)
{
/* Local Variable declaration */
UINT8 buffer = 0;
UINT8 captureDio;
UINT8 dioAllOn = 0xFF;
BOOLEAN receive = FALSE;
/* Test for all accessable LEDs */
sendString(SerOutPort, TRUE, headerMessage,
StartMessage, f_lines, "LED TEST");
captureDio = dioCapture();
diotaskssuspend();
dioResume (dioAllOn);
bpSendCallRpc(handleBus1, 2, 21, 0, NULL); /* Call ledTest() */
sendString (SerOutPort, TRUE, noteMessage,
"\n\tAre all LEDs turned on? ",
"\n\r\tPRESS y (YES) oder n (NO): ",
NewLine);
do /* do-while loop for String input */
{
vTaskDelay (10);
buffer = 0;
receive = serGet(SerOutPort, &buffer);
} while ((buffer != 121) && (buffer != 110));
if (buffer == 121) /* 121 = y (ScanCode) */
{
*ledtest = TRUE;
}
else if (buffer == 110) /* 110 = n (ScanCode) */
{
*ledtest = FALSE;
}
xSemaphoreTake(generalSemaphore, 5000);
dioResume(captureDio);
diotasksresume();
bpSendCallRpc(handleBus1, 2, 32, 0, NULL); /* Postpare Test on Slave */
postpareTest(*ledtest, &d_ledtestled, LEDTESTLED, (void *)dioToggle,
(pUINT8) "LEDerror", &ledtestled);
bpSendCallRpc(handleBus1, 2, 4, 0, NULL); /* Call dioClean() */
sendString (SerOutPort, GotoNewLine, resultMessage,
"n\rLED Test Result: ", s_lines, BoolRestoStr (*ledtest));
}
void r_EEPROMTest (BOOLEAN * eepromtest)
{
/* Test for EEPROM Memory */
sendString(SerOutPort, TRUE, headerMessage,
StartMessage, f_lines, "EEPROM");
sendString (SerOutPort, FALSE, importantMessage,
"\t", Dummy, Dummy);
block_SpinningWheel = FALSE;
bpSendCallRpc(handleBus1, 2, 22, 0, NULL); /* Call eepromTest() */
if (xSemaphoreTake(generalSemaphore, 5000) != pdPASS)
{
block_SpinningWheel = TRUE;
sendString (SerOutPort, TRUE, importantMessage,
"\tTimeout occoured!", Dummy, Dummy);
auto_testResult = FALSE;
xSemaphoreGive (generalSemaphore);
}
block_SpinningWheel = TRUE;
*eepromtest = auto_testResult;
#if (allMemoryUseSameLED == 0)
postpareTest(*eepromtest, &d_eepromled, EEPROMLED, (void *)dioToggle,
(pUINT8) "EEPROMerror", eepromled);
#else
postpareTest(*eepromtest, &d_memoryled, MEMORYLED, (void *)dioToggle,
(pUINT8) "memoryerror", &memoryled);
#endif
bpSendCallRpc(handleBus1, 2, 4, 0, NULL); /* Call dioClean() */
sendString(SerOutPort, GotoNewLine, resultMessage,
"\n\rEEPROM Test Result:",
s_lines, BoolRestoStr(*eepromtest));
}
void r_MMCTest(BOOLEAN * mmctest)
{
/* Test for Multimedia Card */
sendString(SerOutPort, TRUE, headerMessage,
StartMessage, f_lines, "MMC");
sendString (SerOutPort, FALSE, importantMessage,
"\t", Dummy, Dummy);
block_SpinningWheel = FALSE;
bpSendCallRpc(handleBus1, 2, 27, 0, NULL); /* Call MMCTest() */
if (xSemaphoreTake(generalSemaphore, 5000) != pdPASS)
{
block_SpinningWheel = TRUE;
sendString(SerOutPort, TRUE, importantMessage, "\tTimeout occoured!",
Dummy, Dummy);
auto_testResult = FALSE;
xSemaphoreGive (generalSemaphore);
}
block_SpinningWheel = TRUE;
*mmctest = auto_testResult;
postpareTest(*mmctest, &d_mmcled, MMCLED, (void *)dioToggle,
(pUINT8) "MMCerror", &mmcled);
sendString(SerOutPort, GotoNewLine, resultMessage,
"\n\rMMC Test Result: ", s_lines, BoolRestoStr(*mmctest));
}
void r_PowerTest (BOOLEAN * powertest)
{ /* Test for Power Supply */
sendString(SerOutPort, TRUE, headerMessage,
StartMessage, f_lines, "Power Supply");
sendString (SerOutPort, FALSE, importantMessage,
"\t", Dummy, Dummy);
block_SpinningWheel = FALSE;
bpSendCallRpc(handleBus1, 2, 28, 0, NULL); /* Call eepromTest() */
if (xSemaphoreTake(generalSemaphore, 5000) != pdPASS)
{
block_SpinningWheel = TRUE;
sendString (SerOutPort, TRUE, importantMessage,
"\tTimeout occoured!", Dummy, Dummy);
auto_testResult = FALSE;
xSemaphoreGive (generalSemaphore);
}
block_SpinningWheel = TRUE;
*powertest = auto_testResult;
postpareTest(*powertest, &d_powerled, POWERLED, (void *)dioToggle,
(pUINT8) "POWERerror", &powerled);
sendString(SerOutPort, GotoNewLine, resultMessage,
"\n\rPower Supply Test Result:",
f_lines, BoolRestoStr(*powertest));
}
void r_RTCTest (BOOLEAN * rtctest)
{ /* Test for Real Time Clock */
sendString(SerOutPort, TRUE, headerMessage,
StartMessage, f_lines, "RealTimeClock");
sendString (SerOutPort, FALSE, importantMessage,
"\t", Dummy, Dummy);
block_SpinningWheel = FALSE;
bpSendCallRpc(handleBus1, 2, 29, 0, NULL); /* Call eepromTest() */
if (xSemaphoreTake(generalSemaphore, 5000) != pdPASS)
{
block_SpinningWheel = TRUE;
sendString (SerOutPort, TRUE, importantMessage,
"\tTimeout occoured!", Dummy, Dummy);
auto_testResult = FALSE;
xSemaphoreGive (generalSemaphore);
}
block_SpinningWheel = TRUE;
*rtctest = auto_testResult;
postpareTest(*rtctest, &d_rtcled, RTCLED, (void *)dioToggle,
(pUINT8) "RTCerror", &rtcled);
sendString(SerOutPort, GotoNewLine, resultMessage,
"\n\rRealTimeClock Test Result:",
f_lines, BoolRestoStr(*rtctest));
}
/* Function to handle all necessary commands and calculations after a
* single test. Because these are all the same, they are done in a
* extra function
*/
void postpareTest (BOOLEAN TestResult, portBASE_TYPE *basetype,
UINT32 LEDNumber, pdTASK_CODE TaskCode,
pUINT8 taskname, xTaskHandle *pTaskHandler)
{
if (TestResult == TRUE)
{ /* if Test is passed */
if (*basetype == pdPASS) /* If defined Task exists */
{
vTaskDelete (*pTaskHandler);/* Delete defined Task */
*basetype = 0; /* Reset corresponding bastetype */
}
dioWrite( 0, LEDNumber, TRUE); /* illume corresponding LED */
}
else
{ /* if DIO Test fails */
if (*basetype == pdPASS)
{
/* Task already exists, so do nothing */
}
else
{
*basetype = xTaskCreate((void *)TaskCode,
( signed portCHAR * ) taskname,
configMINIMAL_STACK_SIZE, (UINT16 *)LEDNumber,
tskIDLE_PRIORITY + 2, pTaskHandler);
} /* Create Task to flash LED */
}
}
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