public static int Download(
string path,
string file,
string version,
string region,
string model_type,
string saveTo,
string size,
bool GUI = true)
{
int nonce = Web.GenerateNonce();
if (nonce != 200)
{
Logger.WriteLog("Error: Could not generate Nonce. Status code " + (object)nonce, false);
return(-1);
}
string xmlresponse;
int htmlstatus = Web.DownloadBinaryInit(Xml.GetXmlBinaryInit(file, version, region, model_type), out xmlresponse);
if (htmlstatus == 200 && Utility.GetXMLStatusCode(xmlresponse) == 200)
{
return(Web.DownloadBinary(path, file, saveTo, size, GUI));
}
Logger.WriteLog("Error: Could not send BinaryInform. Status code " + (object)htmlstatus + "/" + (object)Utility.GetXMLStatusCode(xmlresponse), false);
Utility.CheckHTMLXMLStatus(htmlstatus, Utility.GetXMLStatusCode(xmlresponse));
return(-1);
}
public static int Download(string path, string file, string version, string region, string model_type, string saveTo, string size)
{
int htmlstatus = Web.GenerateNonce();
if (htmlstatus != 200)
{
Logger.WriteLine("Error Download(): Could not generate Nonce. Status code (" + htmlstatus + ")");
return(-1);
}
htmlstatus = Web.DownloadBinaryInit(Xml.GetXmlBinaryInit(file, version, region, model_type), out string str);
if ((htmlstatus != 200) || (Utility.GetXmlStatusCode(str) != 200))
{
Logger.WriteLine("Error Download(): Could not send BinaryInform. Status code (" + htmlstatus + "/" + Utility.GetXmlStatusCode(str) + ")");
Utility.CheckHtmlXmlStatus(htmlstatus, Utility.GetXmlStatusCode(str));
return(-1);
}
return(Web.DownloadBinary(path, file, saveTo, size));
}
public static int Download(string path, string file, string version, string region, string model_type, string saveTo, string size, bool GUI = true)
{
string str;
int htmlstatus = Web.GenerateNonce();
if (htmlstatus != 200)
{
Logger.WriteLog("Error: Could not generate Nonce. Status code " + htmlstatus, false);
return(-1);
}
htmlstatus = Web.DownloadBinaryInit(Xml.GetXmlBinaryInit(file, version, region, model_type), out str);
if ((htmlstatus == 200) && (Utility.GetXMLStatusCode(str) == 200))
{
return(Web.DownloadBinary(path, file, saveTo, size, GUI));
}
Logger.WriteLog(string.Concat(new object[] { "Error: Could not send BinaryInform. Status code ", htmlstatus, "/", Utility.GetXMLStatusCode(str) }), false);
Utility.CheckHTMLXMLStatus(htmlstatus, Utility.GetXMLStatusCode(str));
return(-1);
}
public static Command.Firmware UpdateCheck(
string model,
string region,
string pda,
string csc,
string phone,
string data,
bool BinaryNature,
bool AutoFetch = false)
{
Command.Firmware firmware = new Command.Firmware();
Logger.WriteLog("Checking firmware for " + model + "/" + region + "/" + pda + "/" + csc + "/" + phone + "/" + data, false);
int nonce = Web.GenerateNonce();
if (nonce != 200)
{
Logger.WriteLog("Error: Could not generate Nonce. Status code " + (object)nonce, false);
firmware.ConnectionError = true;
return(firmware);
}
string xmlresponse;
int htmlstatus = Web.DownloadBinaryInform(Xml.GetXmlBinaryInform(model, region, pda, csc, phone, data, BinaryNature), out xmlresponse);
if (htmlstatus != 200 || Utility.GetXMLStatusCode(xmlresponse) != 200)
{
Logger.WriteLog("Error: Could not send BinaryInform. Status code " + (object)htmlstatus + "/" + (object)Utility.GetXMLStatusCode(xmlresponse), false);
Utility.CheckHTMLXMLStatus(htmlstatus, Utility.GetXMLStatusCode(xmlresponse));
return(firmware);
}
firmware.Version = Xml.GetXMLValue(xmlresponse, "FUSBody/Results/LATEST_FW_VERSION/Data", (string)null, (string)null);
firmware.Model = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/DEVICE_MODEL_NAME/Data", (string)null, (string)null);
firmware.DisplayName = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/DEVICE_MODEL_DISPLAYNAME/Data", (string)null, (string)null);
firmware.OS = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/LATEST_OS_VERSION/Data", (string)null, (string)null);
firmware.LastModified = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/LAST_MODIFIED/Data", (string)null, (string)null);
firmware.Filename = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/BINARY_NAME/Data", (string)null, (string)null);
firmware.Size = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/BINARY_BYTE_SIZE/Data", (string)null, (string)null);
string xmlValue = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/BINARY_CRC/Data", (string)null, (string)null);
if (!string.IsNullOrEmpty(xmlValue))
{
firmware.CRC = ((IEnumerable <byte>)BitConverter.GetBytes(Convert.ToUInt32(xmlValue))).Reverse <byte>().ToArray <byte>();
}
firmware.Model_Type = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/DEVICE_MODEL_TYPE/Data", (string)null, (string)null);
firmware.Path = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/MODEL_PATH/Data", (string)null, (string)null);
firmware.Region = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/DEVICE_LOCAL_CODE/Data", (string)null, (string)null);
firmware.BinaryNature = int.Parse(Xml.GetXMLValue(xmlresponse, "FUSBody/Put/BINARY_NATURE/Data", (string)null, (string)null));
if (Xml.GetXMLValue(xmlresponse, "FUSBody/Put/LOGIC_OPTION_FACTORY/Data", (string)null, (string)null) == "1")
{
firmware.LogicValueFactory = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/LOGIC_VALUE_FACTORY/Data", (string)null, (string)null);
}
if (Xml.GetXMLValue(xmlresponse, "FUSBody/Put/LOGIC_OPTION_HOME/Data", (string)null, (string)null) == "1")
{
firmware.LogicValueHome = Xml.GetXMLValue(xmlresponse, "FUSBody/Put/LOGIC_VALUE_HOME/Data", (string)null, (string)null);
}
if (!AutoFetch)
{
if (pda + "/" + csc + "/" + phone + "/" + pda == firmware.Version)
{
Logger.WriteLog("\nCurrent firmware is latest:", false);
}
else
{
Logger.WriteLog("\nNewer firmware available:", false);
}
}
Logger.WriteLog("Model: " + firmware.Model, false);
Logger.WriteLog("Version: " + firmware.Version, false);
Logger.WriteLog("OS: " + firmware.OS, false);
Logger.WriteLog("Filename: " + firmware.Filename, false);
Logger.WriteLog("Size: " + firmware.Size + " bytes", false);
if (firmware.BinaryNature == 1 && !string.IsNullOrEmpty(firmware.LogicValueFactory))
{
Logger.WriteLog("LogicValue: " + firmware.LogicValueFactory, false);
}
else if (!string.IsNullOrEmpty(firmware.LogicValueHome))
{
Logger.WriteLog("LogicValue: " + firmware.LogicValueHome, false);
}
Logger.WriteLog("\n", false);
return(firmware);
}
public static Firmware UpdateCheck(string model, string region, string pda, string csc, string phone, string data, bool BinaryNature, bool AutoFetch = false)
{
string str;
Firmware firmware = new Firmware();
Logger.WriteLine("Checking firmware for " + model + "/" + region + "/" + pda + "/" + csc + "/" + phone + "/" + data);
int htmlstatus = Web.GenerateNonce();
if (htmlstatus != 200)
{
Logger.WriteLine("Error UpdateCheck(): Could not generate Nonce. Status code (" + htmlstatus + ")");
firmware.ConnectionError = true;
return(firmware);
}
htmlstatus = Web.DownloadBinaryInform(Xml.GetXmlBinaryInform(model, region, pda, csc, phone, data, BinaryNature), out str);
if ((htmlstatus != 200) || (Utility.GetXmlStatusCode(str) != 200))
{
Logger.WriteLine("Error UpdateCheck(): Could not send BinaryInform. Status code (" + htmlstatus + "/" + Utility.GetXmlStatusCode(str) + ")");
Utility.CheckHtmlXmlStatus(htmlstatus, Utility.GetXmlStatusCode(str));
return(firmware);
}
firmware.Version = Xml.GetXMLValue(str, "FUSBody/Results/LATEST_FW_VERSION/Data", null, null);
firmware.Model = Xml.GetXMLValue(str, "FUSBody/Put/DEVICE_MODEL_NAME/Data", null, null);
firmware.DisplayName = Xml.GetXMLValue(str, "FUSBody/Put/DEVICE_MODEL_DISPLAYNAME/Data", null, null);
firmware.OS = Xml.GetXMLValue(str, "FUSBody/Put/LATEST_OS_VERSION/Data", null, null);
firmware.LastModified = Xml.GetXMLValue(str, "FUSBody/Put/LAST_MODIFIED/Data", null, null);
firmware.Filename = Xml.GetXMLValue(str, "FUSBody/Put/BINARY_NAME/Data", null, null);
firmware.Size = Xml.GetXMLValue(str, "FUSBody/Put/BINARY_BYTE_SIZE/Data", null, null);
string str3 = Xml.GetXMLValue(str, "FUSBody/Put/BINARY_CRC/Data", null, null);
if (!string.IsNullOrEmpty(str3))
{
firmware.CRC = BitConverter.GetBytes(Convert.ToUInt32(str3)).Reverse <byte>().ToArray <byte>();
}
firmware.Model_Type = Xml.GetXMLValue(str, "FUSBody/Put/DEVICE_MODEL_TYPE/Data", null, null);
firmware.Path = Xml.GetXMLValue(str, "FUSBody/Put/MODEL_PATH/Data", null, null);
firmware.Region = Xml.GetXMLValue(str, "FUSBody/Put/DEVICE_LOCAL_CODE/Data", null, null);
firmware.BinaryNature = int.Parse(Xml.GetXMLValue(str, "FUSBody/Put/BINARY_NATURE/Data", null, null));
if (Xml.GetXMLValue(str, "FUSBody/Put/LOGIC_OPTION_FACTORY/Data", null, null) == "1")
{
firmware.LogicValueFactory = Xml.GetXMLValue(str, "FUSBody/Put/LOGIC_VALUE_FACTORY/Data", null, null);
}
if (Xml.GetXMLValue(str, "FUSBody/Put/LOGIC_OPTION_HOME/Data", null, null) == "1")
{
firmware.LogicValueHome = Xml.GetXMLValue(str, "FUSBody/Put/LOGIC_VALUE_HOME/Data", null, null);
}
if (!AutoFetch)
{
if ((pda + "/" + csc + "/" + phone + "/" + pda) == firmware.Version)
{
Logger.WriteLine("\nCurrent firmware is latest:");
}
else
{
Logger.WriteLine("\nNewer firmware available:");
}
}
Logger.WriteLine("Model: " + firmware.Model);
Logger.WriteLine("Version: " + firmware.Version);
Logger.WriteLine("OS: " + firmware.OS);
Logger.WriteLine("Filename: " + firmware.Filename);
Logger.WriteLine("Size: " + firmware.Size + " bytes");
if ((firmware.BinaryNature == 1) && !string.IsNullOrEmpty(firmware.LogicValueFactory))
{
Logger.WriteLine("LogicValue: " + firmware.LogicValueFactory);
}
else if (!string.IsNullOrEmpty(firmware.LogicValueHome))
{
Logger.WriteLine("LogicValue: " + firmware.LogicValueHome);
}
return(firmware);
}
