/******************************************************************
* Function: TestRam
*
* Purpose: Performs a full-test on the RAM specified. The tests
* run are:
* - MemTestDataBus
* - MemTestAddressBus
* - MemTest8_16BitAccess
* - MemTestDevice
*
******************************************************************/
static int TestRam(void)
{
int memory_base, memory_end, memory_size;
int ret_code = 0x0;
/* Find out what range of memory we are testing */
memory_base = SDRAM_BASE;
memory_end = SDRAM_BASE + SDRAM_SPAN - 1;
memory_size = (memory_end - memory_base);
printf("\n");
printf("Testing RAM from 0x%X to 0x%X\n", memory_base, (memory_base + memory_size));
/* Test Data Bus. */
ret_code = MemTestDataBus(memory_base);
if (ret_code)
printf(" -Data bus test failed at bit 0x%X", (int)ret_code);
else
printf(" -Data bus test passed\n");
/* Test Address Bus. */
if (!ret_code)
{
ret_code = MemTestAddressBus(memory_base, memory_size);
if (ret_code)
printf(" -Address bus test failed at address 0x%X", (int)ret_code);
else
printf(" -Address bus test passed\n");
}
/* Test byte and half-word access. */
if (!ret_code)
{
ret_code = MemTest8_16BitAccess(memory_base);
if (ret_code)
printf(" -Byte and half-word access test failed at address 0x%X", (int)ret_code);
else
printf(" -Byte and half-word access test passed\n");
}
/* Test that each bit in the device can store both 1 and 0. */
if (!ret_code)
{
printf(" -Testing each bit in memory device.");
ret_code = MemTestDevice(memory_base, memory_size);
if (ret_code)
printf(" failed at address 0x%X", (int)ret_code);
else
printf(" passed\n");
}
if (!ret_code) {
printf("Memory at 0x%X Okay\n", memory_base);
return 0;
} else {
return -1;
}
}
/******************************************************************
* Function: TestRam
*
* Purpose: Performs a full-test on the RAM specified. The tests
* run are:
* - MemTestDataBus
* - MemTestAddressBus
* - MemTest8_16BitAccess
* - MemTestDevice
* - MemDMATest
*
******************************************************************/
static void TestRam(void)
{
int memory_base, memory_end, memory_size;
int ret_code = 0x0;
/* Find out what range of memory we are testing */
MemGetAddressRange(&memory_base, &memory_end);
memory_size = (memory_end - memory_base);
printf("\n");
printf("Testing RAM from 0x%X to 0x%X\n", memory_base, (memory_base + memory_size));
/* Test Data Bus. */
ret_code = MemTestDataBus(memory_base);
if (ret_code)
printf(" -Data bus test failed at bit 0x%X", (int)ret_code);
else
printf(" -Data bus test passed\n");
/* Test Address Bus. */
if (!ret_code)
{
ret_code = MemTestAddressBus(memory_base, memory_size);
if (ret_code)
printf(" -Address bus test failed at address 0x%X", (int)ret_code);
else
printf(" -Address bus test passed\n");
}
/* Test byte and half-word access. */
if (!ret_code)
{
ret_code = MemTest8_16BitAccess(memory_base);
if (ret_code)
printf(" -Byte and half-word access test failed at address 0x%X", (int)ret_code);
else
printf(" -Byte and half-word access test passed\n");
}
/* Test that each bit in the device can store both 1 and 0. */
if (!ret_code)
{
printf(" -Testing each bit in memory device.");
ret_code = MemTestDevice(memory_base, memory_size);
if (ret_code)
printf(" failed at address 0x%X", (int)ret_code);
else
printf(" passed\n");
}
/* Test DMA access to the RAM if DMA exists */
#ifdef DMA_NAME
if (!ret_code)
{
printf(" -Testing memory using DMA.");
ret_code = MemDMATest(memory_base, memory_size);
if (ret_code)
printf(" failed at address 0x%X", (int)ret_code);
else
printf(" passed\n");
}
#endif /* DMA_NAME */
if (!ret_code)
printf("Memory at 0x%X Okay\n", memory_base);
}
