public Memory_info get_memory_info()
{
string s;
var memory = new Memory_info();
switch (pSDK.GetMemoryType())
{
case CPUIDSDK.MEMORY_TYPE_SPM_RAM: s = "SPM"; break;
case CPUIDSDK.MEMORY_TYPE_RDRAM: s = "RDRAM"; break;
case CPUIDSDK.MEMORY_TYPE_EDO_RAM: s = "EDO"; break;
case CPUIDSDK.MEMORY_TYPE_FPM_RAM: s = "FPM"; break;
case CPUIDSDK.MEMORY_TYPE_SDRAM: s = "SDRAM"; break;
case CPUIDSDK.MEMORY_TYPE_DDR_SDRAM: s = "DDR"; break;
case CPUIDSDK.MEMORY_TYPE_DDR2_SDRAM: s = "DDR2"; break;
case CPUIDSDK.MEMORY_TYPE_DDR2_SDRAM_FB: s = "FB-DDR2"; break;
case CPUIDSDK.MEMORY_TYPE_DDR3_SDRAM: s = "DDR3"; break;
case CPUIDSDK.MEMORY_TYPE_DDR4_SDRAM: s = "DDR4"; break;
default: s = ""; break;
}
memory.type = s;
memory.size = pSDK.GetMemorySize();
memory.clock = pSDK.GetMemoryClockFrequency();
memory.spd = new List <SPD_module>();
int spd_modules = pSDK.GetNumberOfSPDModules();
for (int spd_index = 0; spd_index < spd_modules; spd_index += 1)
{
var spd_module = new SPD_module();
spd_module.size = pSDK.GetSPDModuleSize(spd_index);
string name = pSDK.GetSPDModuleManufacturer(spd_index).Trim();
string spec = pSDK.GetSPDModuleSpecification(spd_index).Trim();
spd_module.name = name + " " + spec;
spd_module.part = pSDK.GetSPDModulePartNumber(spd_index).Trim();
memory.spd.Add(spd_module);
}
return(memory);
}
