public static TerminalResponse Parse(byte[] Buffer, int Offset)
{
TerminalResponse Response = new TerminalResponse();
// Get root node
if (Buffer.Length >= (Offset + 8))
{
int NodeNumber = BitConverter.ToInt32(Buffer, Offset);
int NodeSize = BitConverter.ToInt32(Buffer, Offset + 4);
int End = NodeSize + Offset + 8;
int Index = Offset + 8;
if ((NodeNumber == 0x10000) && (End <= Buffer.Length))
{
// Get subnodes
while (Index < End)
{
NodeNumber = BitConverter.ToInt32(Buffer, Index);
NodeSize = BitConverter.ToInt32(Buffer, Index + 4);
byte[] Raw = new byte[NodeSize];
Array.Copy(Buffer, Index + 8, Raw, 0, NodeSize);
Response.RawEntries.Add(NodeNumber, Raw);
Index += NodeSize + 8;
}
}
}
// Parse subnodes
Response.RawEntries.TryGetValue(3, out Response.PublicId);
Response.RawEntries.TryGetValue(7, out Response.RootKeyHash);
return(Response);
}
private void StartLoadDeviceInfo()
{
//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 Version = CurrentModel.ExecuteJsonMethodAsString("GetVersion", "HelloString"); // Resultvars: HelloString Version BuildDate BuildType
//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.
byte[] AsskMask = new byte[0x10] {
1, 0, 16, 4, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 64
};
byte[] Challenge = new byte[0x88];
Dictionary <string, object> Params = new();
Params.Add("AsskMask", AsskMask);
Params.Add("Challenge", Challenge);
Params.Add("AsicIndex", 0);
byte[] TerminalResponseBytes = CurrentModel.ExecuteJsonMethodAsBytes("TerminalChallenge", Params, "TerminalResponse");
if (TerminalResponseBytes != null)
{
TerminalResponse TerminalResponse = Terminal.Parse(TerminalResponseBytes, 0);
if (TerminalResponse != null)
{
PublicID = TerminalResponse.PublicId;
LogFile.Log("Public ID: " + Converter.ConvertHexToString(PublicID, " "));
RootKeyHash = TerminalResponse.RootKeyHash;
LogFile.Log("RootKeyHash: " + Converter.ConvertHexToString(RootKeyHash, " "));
}
}
ManufacturerModelName = CurrentModel.ExecuteJsonMethodAsString("ReadManufacturerModelName", "ManufacturerModelName"); // RM-821_eu_denmark_251
LogFile.Log("Manufacturer Model Name: " + ManufacturerModelName);
ProductCode = CurrentModel.ExecuteJsonMethodAsString("ReadProductCode", "ProductCode"); // 059Q9D7
LogFile.Log("Product Code: " + ProductCode);
Firmware = CurrentModel.ExecuteJsonMethodAsString("ReadSwVersion", "SwVersion"); // 3051.40000.1349.0007
LogFile.Log("Firmware: " + Firmware);
IMEI = CurrentModel.ExecuteJsonMethodAsString("ReadSerialNumber", "SerialNumber"); // IMEI
LogFile.Log("IMEI: " + IMEI);
BluetoothMac = CurrentModel.ExecuteJsonMethodAsBytes("ReadBtId", "BtId"); // 6 bytes: bc c6 ...
LogFile.Log("Bluetooth MAC: " + Converter.ConvertHexToString(BluetoothMac, " "));
WlanMac = CurrentModel.ExecuteJsonMethodAsBytes("ReadWlanMacAddress", "WlanMacAddress1"); // 6 bytes
LogFile.Log("WLAN MAC: " + Converter.ConvertHexToString(WlanMac, " "));
IsBootloaderSecurityEnabled = (bool)CurrentModel.ExecuteJsonMethodAsBoolean("ReadProductionDoneState", "ProductionDone");
LogFile.Log("Bootloader Security: " + ((bool)IsBootloaderSecurityEnabled ? "Enabled" : "Disabled"));
Params = new Dictionary <string, object>
{
{ "ID", 3534 },
{ "NVData", new byte[] { 0 } }
};
CurrentModel.ExecuteJsonMethod("WriteNVData", Params); // Error: 150
Params = new Dictionary <string, object>
{
{ "ID", 3534 }
};
byte[] NV3534 = CurrentModel.ExecuteJsonMethodAsBytes("ReadNVData", Params, "NVData"); // Error: value not written
}
