int main(int argc, char** argv)
{
// parse command line BEFORE InitGoogleTest
bool useTersePrinter = true; // ALWAYS true (for testing only)
bool useTerseOutput = false; // option for terse (true) or all (false)
bool useColor = true;
bool noClose = false;
for (int i = 1; i < argc; i++)
{
if (strcmp(argv[i], "--terse_output") == 0 )
useTerseOutput = true;
else if (strcmp(argv[i], "--no_close") == 0 )
noClose = true;
else if (strcmp(argv[i], "--gtest_color=no") == 0 )
useColor = false;
}
// do this after parsing the command line but before changing printer
testing::InitGoogleTest(&argc, argv);
// change to TersePrinter
if (useTersePrinter)
{
UnitTest& unit_test = *UnitTest::GetInstance();
TestEventListeners& listeners = unit_test.listeners();
delete listeners.Release(listeners.default_result_printer());
listeners.Append(new TersePrinter(useTerseOutput, useColor));
}
// run the tests
int retval = RUN_ALL_TESTS();
// Verify that all tests were run. This can occur if a source file
// is missing from the project. The UnitTest reflection API in
// example 9 will not work here because of user modifications.
// Change the following value to the number of tests (within 20).
if (useTersePrinter)
TersePrinter::PrintTestTotals(260, __FILE__, __LINE__);
else
ColoredPrintf(COLOR_YELLOW, "\n* USING DEFAULT GTEST PRINTER *\n\n");
#ifdef __WIN32
printf("%c", '\n');
#endif
if (noClose) // command line option
SystemPause();
return retval;
}
void workFunctionDiagnostic(MODEL_TYPE modelType)
{
std::string sFinalResult;
if( TEST_BIT( nFunctionSelect, TIMER_16BIT_TEST))
{
SixteenBitTimerTest timerTest;
timerTest.diagnostic();
sFinalResult.append(timerTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, RANDOM_GEN_TEST))
{
RandomGeneratorTest randomTest;
randomTest.diagnostic();
sFinalResult.append(randomTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, CCTALK_TEST))
{
CCTalkTest ccTalkTest(modelType);
ccTalkTest.diagnostic();
sFinalResult.append(ccTalkTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, SAS_TEST))
{
SASTest sasTest;
sasTest.diagnostic();
sFinalResult.append(sasTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, SRAM_TEST))
{
//SRAMTest sramTest;
//sramTest.diagnostic();
//sFinalResult.append(sramTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, EEPROM_TEST))
{
EEPROMTest eepromTest(modelType);
eepromTest.diagnostic();
sFinalResult.append(eepromTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, GPO_TEST))
{
GPOTest gpoTest;
gpoTest.diagnostic();
sFinalResult.append(gpoTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, GPI_TEST))
{
GPITest gpiTest;
gpiTest.diagnostic();
sFinalResult.append(gpiTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, RTC_INSTURSION_TEST))
{
PICIntrusionTest picTest(modelType);
picTest.diagnostic();
sFinalResult.append(picTest.getResultString());
}
if( TEST_BIT(nFunctionSelect, SPI_TEST))
{
SPITest spiTest;
spiTest.diagnostic();
sFinalResult.append(spiTest.getResultString());
}
ClearScreen();
printf("Diagnostic Complete!\n\nResult:\n\n");
printf("%s", sFinalResult.c_str());
SystemPause();
}
int test(int argc, char* argv[])
{
string sInfo; // show total version info
char sAPIVer[128], sFPGADriverVer[128], sSMBusDriverVer[128], temp[64];
int type;
BYTE PICVer;
FPGA_INFO fpgaInfo;
SELECT_ACTION select_action;
#ifdef WINDOWS
// resize console windows
HWND console = GetConsoleWindow();
int screenW = GetSystemMetrics(SM_CXSCREEN);
int screenH = GetSystemMetrics(SM_CYSCREEN);
MoveWindow(console, (screenW - 680)>>1, (screenH - 900)>>1, 800, 900, TRUE);
// ignore Ctrl-C and Ctrl-Break signal
signal(SIGINT, SIG_IGN);
signal(SIGBREAK, SIG_IGN);
#endif
// initial part
// 1. open fpga
FPGA_API_STATUS dwStatus = (FPGA_API_STATUS) FpgaPic_Init();
if(dwStatus != FD_SUCCESS)
{
Error("main", "FpgaPic_Init", dwStatus);
goto End;
}
// 2. get version
#pragma region get version
sInfo.assign(TEST_NAME);
sInfo.append("\n=========================================================\n");
sInfo.append("Detail info\n");
sInfo.append("------------------------------\n");
FD_GetFPGAVer(&fpgaInfo);
type = fpgaInfo.hw_id & 0x0F;
sprintf(temp, "Model : %s\n------------------------------\n",
type < MAX_MODEL ? sModelName[type + 1].c_str() : sModelName[0].c_str());
eModel = type < MAX_MODEL ? (MODEL_TYPE)type : UNKNOWN_MODEL;
sInfo.append(temp);
FD_GetAPIVersion(sAPIVer);
sInfo += sAPIVer;
sInfo += '\n';
sprintf(temp, "FPGA version %d.%d.%d", (int)(fpgaInfo.version >>16) & 0xFF,
(int)(fpgaInfo.version >>8) & 0xFF, (int)fpgaInfo.version & 0xFF);
sInfo.append(temp);
if(fpgaInfo.type == 0)
sInfo.append(" standard\n");
else
{
sprintf(temp, " customize %d\n", fpgaInfo.type);
sInfo.append(temp);
}
FD_GetDriverVersion(sFPGADriverVer);
sInfo += sFPGADriverVer;
sInfo += '\n';
FD_PIC_KernelVersion(sSMBusDriverVer);
sInfo += sSMBusDriverVer;
sInfo += '\n';
PIC_GetVersion(&PICVer);
sprintf(temp, "PIC version %d\n", PICVer);
sInfo += temp;
sInfo.append("------------------------------");
#pragma endregion
do
{
// 3. choice test operation selection
#pragma region show menu of function selection
select_action = TEST;
select_action = TestSelectionMenu(sInfo, eTest_flow);
if(eTest_flow == NONE)
{
printf("\nTo many times of input errors. Program will exit..\n");
goto End;
}
else if(select_action == STOP)
{
break;
}
switch(eTest_flow)
{
case ALL_FUNCTION:
nFunctionSelect = MAX_FUNCTION_VALUE;
break;
case SINGLE_FUNCTION:
select_action = SingleFunctionMenu();
break;
case MULITI_FUNCTION:
select_action = MultiFunctionMenu();
break;
}
if(select_action == BACK)
{
fflush(stdin);
continue;
}
else if(select_action == STOP)
{
break;
}
ClearScreen();
printf("Test following function:\n\n");
for(int i = TIMER_16BIT_TEST; i < MAX_TEST_FUNCTION_NUM ; i++)
{
if(eTest_flow == ALL_FUNCTION || (nFunctionSelect & 1<<i))
printf("%s\n", sTestFunctionName[i].c_str());
}
#pragma endregion
// 4. do test
#ifdef WINDOWS
// disable close button, all testing finish will close window
RemoveMenu(GetSystemMenu(console,FALSE), SC_CLOSE, MF_GRAYED);
RemoveMenu(GetSystemMenu(console,FALSE), SC_MAXIMIZE, MF_GRAYED);
DrawMenuBar(console);
#endif
workFunctionDiagnostic(eModel);
}
while(1);
End:
// 5. end and close
dwStatus = (FPGA_API_STATUS) FpgaPic_Close();
if(dwStatus != FD_SUCCESS)
{
printf("\nClose FPGA fail\n");
}
else
{
printf("\n");
}
SystemPause();
return 0;
}