internal void StartLoadDeviceInfo()
{
lock (LockDeviceInfo)
{
if (!DeviceInfoLoaded)
{
try
{
PhoneInfo Info = CurrentModel.ReadPhoneInfo();
if (Info.FlashAppProtocolVersionMajor < 2)
{
UefiSecurityStatusResponse SecurityStatus = CurrentModel.ReadSecurityStatus();
if (SecurityStatus != null)
{
EffectiveBootloaderSecurityStatus = SecurityStatus.SecureFfuEfuseStatus && !SecurityStatus.AuthenticationStatus && !SecurityStatus.RdcStatus;
}
}
else
{
EffectiveBootloaderSecurityStatus = Info.UefiSecureBootEnabled;
}
LogFile.Log("Effective Bootloader Security Status: " + EffectiveBootloaderSecurityStatus.ToString());
}
catch
{
LogFile.Log("Reading status from Flash interface was aborted.");
}
DeviceInfoLoaded = true;
}
}
}
private void StartLoadDeviceInfo()
{
lock (LockDeviceInfo)
{
if (!DeviceInfoLoaded)
{
try
{
//byte[] Imsi = CurrentModel.ExecuteJsonMethodAsBytes("ReadImsi", "Imsi"); // 9 bytes: 08 29 40 40 ...
//string BatteryLevel = CurrentModel.ExecuteJsonMethodAsString("ReadBatteryLevel", "BatteryLevel");
//string SystemAsicVersion = CurrentModel.ExecuteJsonMethodAsString("ReadSystemAsicVersion", "SystemAsicVersion"); // 8960 -> Chip SOC version
//string OperatorName = CurrentModel.ExecuteJsonMethodAsString("ReadOperatorName", "OperatorName"); // 000-DK
//string ManufacturerModelName = CurrentModel.ExecuteJsonMethodAsString("ReadManufacturerModelName", "ManufacturerModelName"); // RM-821_eu_denmark_251
//string AkVersion = CurrentModel.ExecuteJsonMethodAsString("ReadAkVersion", "AkVersion"); // 9200.10521
//string BspVersion = CurrentModel.ExecuteJsonMethodAsString("ReadBspVersion", "BspVersion"); // 3051.40000
//string ProductCode = CurrentModel.ExecuteJsonMethodAsString("ReadProductCode", "ProductCode"); // 059Q9D7
//string SecurityMode = CurrentModel.ExecuteJsonMethodAsString("GetSecurityMode", "SecMode"); // Restricted
//string SerialNumber = CurrentModel.ExecuteJsonMethodAsString("ReadSerialNumber", "SerialNumber"); // 356355051883955 = IMEI
//string SwVersion = CurrentModel.ExecuteJsonMethodAsString("ReadSwVersion", "SwVersion"); // 3051.40000.1349.0007
//string ModuleCode = CurrentModel.ExecuteJsonMethodAsString("ReadModuleCode", "ModuleCode"); // 0205137
//byte[] PublicId = CurrentModel.ExecuteJsonMethodAsBytes("ReadPublicId", "PublicId"); // 0x14 bytes: a5 e5 ...
//string Psn = CurrentModel.ExecuteJsonMethodAsString("ReadPsn", "Psn"); // CEP737370
//string HwVersion = CurrentModel.ExecuteJsonMethodAsString("ReadHwVersion", "HWVersion"); // 6504 = 6.5.0.4
//byte[] BtId = CurrentModel.ExecuteJsonMethodAsBytes("ReadBtId", "BtId"); // 6 bytes: bc c6 ...
//byte[] WlanMacAddress1 = CurrentModel.ExecuteJsonMethodAsBytes("ReadWlanMacAddress", "WlanMacAddress1"); // 6 bytes
//byte[] WlanMacAddress2 = CurrentModel.ExecuteJsonMethodAsBytes("ReadWlanMacAddress", "WlanMacAddress2"); // same
//byte[] WlanMacAddress3 = CurrentModel.ExecuteJsonMethodAsBytes("ReadWlanMacAddress", "WlanMacAddress3"); // same
//bool SimlockActive = CurrentModel.ExecuteJsonMethodAsBoolean("ReadSimlockActive", "SimLockActive"); // false
//string ServiceTag = CurrentModel.ExecuteJsonMethodAsString("ReadServiceTag", "ServiceTag"); // error
//byte[] RfChipsetVersion = CurrentModel.ExecuteJsonMethodAsBytes("ReadRfChipsetVersion", "RfChipsetVersion"); // error
//byte[] Meid = CurrentModel.ExecuteJsonMethodAsBytes("ReadMeid", "Meid"); // error
//string Test = CurrentModel.ExecuteJsonMethodAsString("ReadManufacturingData", ""); -> This method is only possible in Label-mode.
UefiSecurityStatusResponse SecurityStatus = CurrentModel.ReadSecurityStatus();
UInt32?FlagsResult = CurrentModel.ReadSecurityFlags();
UInt32 SecurityFlags = 0;
if (FlagsResult != null)
{
SecurityFlags = (UInt32)CurrentModel.ReadSecurityFlags();
LogFile.Log("Security flags: 0x" + SecurityFlags.ToString("X8"));
}
else
{
LogFile.Log("Security flags could not be read");
}
PlatformName = CurrentModel.ReadStringParam("DPI");
LogFile.Log("Platform Name: " + PlatformName);
// Some phones do not support the Terminal interface! (928 verizon)
// Instead read param RRKH to get the RKH.
PublicID = null;
byte[] RawPublicID = CurrentModel.ReadParam("PID");
if ((RawPublicID != null) && (RawPublicID.Length > 4))
{
PublicID = new byte[RawPublicID.Length - 4];
Array.Copy(RawPublicID, 4, PublicID, 0, RawPublicID.Length - 4);
LogFile.Log("Public ID: " + Converter.ConvertHexToString(PublicID, " "));
}
RootKeyHash = CurrentModel.ReadParam("RRKH");
if (RootKeyHash != null)
{
LogFile.Log("Root Key Hash: " + Converter.ConvertHexToString(RootKeyHash, " "));
}
if (SecurityStatus != null)
{
PlatformSecureBootStatus = SecurityStatus.PlatformSecureBootStatus;
LogFile.Log("Platform Secure Boot Status: " + PlatformSecureBootStatus.ToString());
UefiSecureBootStatus = SecurityStatus.UefiSecureBootStatus;
LogFile.Log("Uefi Secure Boot Status: " + UefiSecureBootStatus.ToString());
EffectiveSecureBootStatus = SecurityStatus.PlatformSecureBootStatus && SecurityStatus.UefiSecureBootStatus;
LogFile.Log("Effective Secure Boot Status: " + EffectiveSecureBootStatus.ToString());
BootloaderSecurityQfuseStatus = SecurityStatus.SecureFfuEfuseStatus;
LogFile.Log("Bootloader Security Qfuse Status: " + BootloaderSecurityQfuseStatus.ToString());
BootloaderSecurityAuthenticationStatus = SecurityStatus.AuthenticationStatus;
LogFile.Log("Bootloader Security Authentication Status: " + BootloaderSecurityAuthenticationStatus.ToString());
BootloaderSecurityRdcStatus = SecurityStatus.RdcStatus;
LogFile.Log("Bootloader Security Rdc Status: " + BootloaderSecurityRdcStatus.ToString());
EffectiveBootloaderSecurityStatus = SecurityStatus.SecureFfuEfuseStatus && !SecurityStatus.AuthenticationStatus && !SecurityStatus.RdcStatus;
LogFile.Log("Effective Bootloader Security Status: " + EffectiveBootloaderSecurityStatus.ToString());
NativeDebugStatus = !SecurityStatus.DebugStatus;
LogFile.Log("Native Debug Status: " + NativeDebugStatus.ToString());
}
byte[] CID = CurrentModel.ReadParam("CID");
byte[] EMS = CurrentModel.ReadParam("EMS");
UInt16 MID = (UInt16)(((UInt16)CID[0] << 8) + CID[1]);
UInt64 MemSize = (UInt64)(((UInt32)EMS[0] << 24) + ((UInt32)EMS[1] << 16) + ((UInt32)EMS[2] << 8) + EMS[3]) * 0x200;
double MemSizeDouble = (double)MemSize / 1024 / 1024 / 1024;
MemSizeDouble = (double)(int)(MemSizeDouble * 10) / 10;
string Manufacturer = null;
switch (MID)
{
case 0x0002:
case 0x0045:
Manufacturer = "SanDisk";
break;
case 0x0011:
Manufacturer = "Toshiba";
break;
case 0x0013:
Manufacturer = "Micron";
break;
case 0x0015:
Manufacturer = "Samsung";
break;
case 0x0090:
Manufacturer = "Hynix";
break;
case 0x0070:
Manufacturer = "Kingston";
break;
case 0x00EC:
Manufacturer = "GigaDevice";
break;
}
if (Manufacturer == null)
{
eMMC = MemSizeDouble.ToString() + " GB";
}
else
{
eMMC = Manufacturer + " " + MemSizeDouble.ToString() + " GB";
}
SamsungWarningVisible = (MID == 0x0015);
PhoneInfo Info = CurrentModel.ReadPhoneInfo(true);
if (Info.FlashAppProtocolVersionMajor < 2)
{
BootloaderDescription = "Lumia Bootloader Spec A";
}
else
{
BootloaderDescription = "Lumia Bootloader Spec B";
}
LogFile.Log("Bootloader: " + BootloaderDescription);
ProductCode = Info.ProductCode;
LogFile.Log("ProductCode: " + ProductCode);
ProductType = Info.Type;
LogFile.Log("ProductType: " + ProductType);
}
catch
{
LogFile.Log("Reading status from Flash interface was aborted.");
}
DeviceInfoLoaded = true;
}
}
}