public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
removeTamperProtection = new BoolOption(null, MakeArgName("tamper"), "Remove tamper protection code", true);
decryptConstants = new BoolOption(null, MakeArgName("consts"), "Decrypt constants", true);
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
fixLdnull = new BoolOption(null, MakeArgName("ldnull"), "Restore ldnull instructions", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
removeTamperProtection = new BoolOption(null, MakeArgName("tamper"), "Remove tamper protection code", true);
decryptConstants = new BoolOption(null, MakeArgName("consts"), "Decrypt constants", true);
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
fixLdnull = new BoolOption(null, MakeArgName("ldnull"), "Restore ldnull instructions", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
removeAntiDebug = new BoolOption(null, MakeArgName("antidb"), "Remove anti debug code", true);
removeAntiDump = new BoolOption(null, MakeArgName("antidump"), "Remove anti dump code", true);
decryptMainAsm = new BoolOption(null, MakeArgName("decrypt-main"), "Decrypt main embedded assembly", true);
}
public async void OptionCheckedAsync(BoolOption newOption)
{
using (_isBusy.BusyMode)
{
// Because i dont want user to shift between two options till 'Yes' will be pressed...
if (newOption != _lastFallbackedOption)
{
var doChange = await UserInteracting.RequestAcknowledgementAsync("Смена длительности импульса", "Данные предыдущих замеров будут стерты.-NL-NLПродолжить?");
if (doChange)
{
_calibrator.DiscardShockCalibration();
_lastFallbackedOption = null;
}
else
{
newOption.IsChecked = false;
_lastFallbackedOption = _previousCheckedOption;
_previousCheckedOption.IsChecked = true; // this line triggers method to run again, so it should be the last
}
_previousCheckedOption = ImpulseDurations.Single(o => o.IsChecked);
}
}
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
decryptMethods = new BoolOption(null, makeArgName("methods"), "Decrypt methods", true);
decryptResources = new BoolOption(null, makeArgName("rsrc"), "Decrypt resources", true);
removeStackFrameHelper = new BoolOption(null, makeArgName("stack"), "Remove all StackFrameHelper code", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
removeAutomatedErrorReporting = new BoolOption(null, MakeArgName("error"), "Remove automated error reporting code", true);
removeTamperProtection = new BoolOption(null, MakeArgName("tamper"), "Remove tamper protection code", true);
removeMemoryManager = new BoolOption(null, MakeArgName("memory"), "Remove memory manager code", true);
}
public DeobfuscatorInfo()
: base()
{
removeAutomatedErrorReporting = new BoolOption(null, makeArgName("error"), "Remove automated error reporting code", true);
removeTamperProtection = new BoolOption(null, makeArgName("tamper"), "Remove tamper protection code", true);
removeMemoryManager = new BoolOption(null, makeArgName("memory"), "Remove memory manager code", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
removeNamespaces = new BoolOption(null, MakeArgName("ns1"), "Clear namespace if there's only one class in it", true);
restoreResourceNames = new BoolOption(null, MakeArgName("rsrc"), "Restore resource names", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
decryptMethods = new BoolOption(null, makeArgName("methods"), "Decrypt methods", true);
decryptResources = new BoolOption(null, makeArgName("rsrc"), "Decrypt resources", true);
removeStackFrameHelper = new BoolOption(null, makeArgName("stack"), "Remove all StackFrameHelper code", true);
restoreVmCode = new BoolOption(null, makeArgName("vm"), "Restore VM code", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
inlineMethods = new BoolOption(null, makeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, makeArgName("remove-inlined"), "Remove inlined methods", true);
removeNamespaces = new BoolOption(null, makeArgName("ns1"), "Clear namespace if there's only one class in it", true);
restoreResourceNames = new BoolOption(null, makeArgName("rsrc"), "Restore resource names", true);
}
public DeobfuscatorInfo()
: base()
{
decryptMethods = new BoolOption(null, makeArgName("methods"), "Decrypt methods", true);
decryptResources = new BoolOption(null, makeArgName("rsrc"), "Decrypt resources", true);
decryptConstants = new BoolOption(null, makeArgName("consts"), "Decrypt constants and arrays", true);
dumpEmbeddedAssemblies = new BoolOption(null, makeArgName("embedded"), "Dump embedded assemblies", true);
}
public DeobfuscatorInfo()
: base()
{
decryptMethods = new BoolOption(null, makeArgName("methods"), "Decrypt methods", true);
decryptResources = new BoolOption(null, makeArgName("rsrc"), "Decrypt resources", true);
decryptConstants = new BoolOption(null, makeArgName("consts"), "Decrypt constants and arrays", true);
dumpEmbeddedAssemblies = new BoolOption(null, makeArgName("embedded"), "Dump embedded assemblies", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
decryptMethods = new BoolOption(null, MakeArgName("methods"), "Decrypt methods", true);
decryptResources = new BoolOption(null, MakeArgName("rsrc"), "Decrypt resources", true);
removeStackFrameHelper = new BoolOption(null, MakeArgName("stack"), "Remove all StackFrameHelper code", true);
restoreVmCode = new BoolOption(null, MakeArgName("vm"), "Restore VM code", true);
setInitLocals = new BoolOption(null, MakeArgName("initlocals"), "Set initlocals in method header", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
restoreTypes = new BoolOption(null, MakeArgName("types"), "Restore types (object -> real type)", true);
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
removeNamespaces = new BoolOption(null, MakeArgName("ns1"), "Clear namespace if there's only one class in it", true);
removeAntiStrongName = new BoolOption(null, MakeArgName("sn"), "Remove anti strong name code", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
restoreLocals = new BoolOption(null, MakeArgName("locals"), "Restore locals", true);
decryptIntegers = new BoolOption(null, MakeArgName("ints"), "Decrypt integers", true);
decryptArrays = new BoolOption(null, MakeArgName("arrays"), "Decrypt arrays", true);
removeAntiStrongName = new BoolOption(null, MakeArgName("sn"), "Remove anti strong name code", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
restoreTypes = new BoolOption(null, MakeArgName("types"), "Restore types (object -> real type)", true);
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
removeNamespaces = new BoolOption(null, MakeArgName("ns1"), "Clear namespace if there's only one class in it", true);
removeAntiStrongName = new BoolOption(null, MakeArgName("sn"), "Remove anti strong name code", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
decryptMethods = new BoolOption(null, MakeArgName("methods"), "Decrypt methods", true);
decryptResources = new BoolOption(null, MakeArgName("rsrc"), "Decrypt resources", true);
decryptConstants = new BoolOption(null, MakeArgName("consts"), "Decrypt constants and arrays", true);
dumpEmbeddedAssemblies = new BoolOption(null, MakeArgName("embedded"), "Dump embedded assemblies", true);
}
public DeobfuscatorInfo()
: base()
{
inlineMethods = new BoolOption(null, makeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, makeArgName("remove-inlined"), "Remove inlined methods", true);
decryptResources = new BoolOption(null, makeArgName("rsrc"), "Decrypt resources", true);
dumpEmbeddedAssemblies = new BoolOption(null, makeArgName("embedded"), "Dump embedded assemblies", true);
restoreFields = new BoolOption(null, makeArgName("fields"), "Restore fields", true);
}
public DeobfuscatorInfo()
: base()
{
inlineMethods = new BoolOption(null, makeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, makeArgName("remove-inlined"), "Remove inlined methods", true);
decryptResources = new BoolOption(null, makeArgName("rsrc"), "Decrypt resources", true);
dumpEmbeddedAssemblies = new BoolOption(null, makeArgName("embedded"), "Dump embedded assemblies", true);
restoreFields = new BoolOption(null, makeArgName("fields"), "Restore fields", true);
}
public ChangeNumberingProvider(RenderingSetModel rsm, ChangeTypesVisible ctv)
{
_ctv = ctv;
_showOpt = rsm.FindOption("ShowChangeNumbers") as BoolOption;
_beforeOpt = rsm.FindOption("ShowChangeNumbersBeforeChange") as BoolOption;
_showOpt.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(_opt_PropertyChanged);
_beforeOpt.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(_opt_PropertyChanged);
_ctv.ChangeTypeVisibilityChanged += new EventHandler(_ctv_ChangeTypeVisibilityChanged);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
decryptMethods = new BoolOption(null, MakeArgName("methods"), "Decrypt methods", true);
decryptResources = new BoolOption(null, MakeArgName("rsrc"), "Decrypt resources", true);
decryptConstants = new BoolOption(null, MakeArgName("consts"), "Decrypt constants and arrays", true);
dumpEmbeddedAssemblies = new BoolOption(null, MakeArgName("embedded"), "Dump embedded assemblies", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
inlineMethods = new BoolOption(null, makeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, makeArgName("remove-inlined"), "Remove inlined methods", true);
restoreLocals = new BoolOption(null, makeArgName("locals"), "Restore locals", true);
decryptIntegers = new BoolOption(null, makeArgName("ints"), "Decrypt integers", true);
decryptArrays = new BoolOption(null, makeArgName("arrays"), "Decrypt arrays", true);
removeAntiStrongName = new BoolOption(null, makeArgName("sn"), "Remove anti strong name code", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
decryptResources = new BoolOption(null, MakeArgName("rsrc"), "Decrypt resources", true);
dumpEmbeddedAssemblies = new BoolOption(null, MakeArgName("embedded"), "Dump embedded assemblies", true);
restoreFields = new BoolOption(null, MakeArgName("fields"), "Restore fields", true);
renameResourceKeys = new BoolOption(null, MakeArgName("keys"), "Rename resource keys", true);
castDeobfuscation = new BoolOption(null, MakeArgName("casts"), "Deobfuscate casts", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
decryptResources = new BoolOption(null, MakeArgName("rsrc"), "Decrypt resources", true);
dumpEmbeddedAssemblies = new BoolOption(null, MakeArgName("embedded"), "Dump embedded assemblies", true);
restoreFields = new BoolOption(null, MakeArgName("fields"), "Restore fields", true);
renameResourceKeys = new BoolOption(null, MakeArgName("keys"), "Rename resource keys", true);
castDeobfuscation = new BoolOption(null, MakeArgName("casts"), "Deobfuscate casts", true);
}
public DeletedTextPreview(string changedText, RenderingSetModel rsm, ChangeTypesVisible ctsbt,
string foregroundProp, string backgroundProp, string formatProp, string surroundProp, ChangeNumberingProvider cnp, int baseChangeNum, ChangeTypes changeType) :
base (changedText, rsm, ctsbt, foregroundProp, backgroundProp, formatProp, surroundProp, cnp, baseChangeNum, changeType)
{
_singleCharProp = rsm.FindOption("DeletedTextReplaceWithSingleChar") as BoolOption;
_charProp = rsm.FindOption("DeletedTextReplaceChar") as CharacterOption;
_charProp.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(opt_PropertyChanged);
_singleCharProp.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(opt_PropertyChanged);
SetupChangeText();
}
public static void Initialize(string[] args, string configPath)
{
if (configPath != null)
{
LoadConfigFile(configPath);
}
else
{
// needed because these options dosn't get reset to false from args
// (when false, it is missing in args and ParseArguments will leave it unchanged)
// (when true, it is in args and ParseArguments will set it to true)
foreach (Option o in options)
{
if (o.GetType() == typeof(BoolOption))
{
BoolOption bo = (BoolOption)o;
bo.SetValue("false");
}
}
}
if (args != null)
{
if (args.Length != 0)
{
ParseArguments(args);
}
}
if (UseCaseFixer == true)
{
if (DBServer == string.Empty || DBSchema == string.Empty || DBUser == string.Empty || DBPasswd == string.Empty)
{
Console.WriteLine(String.Format(ResStr.MSG_SERVER_PARAMETER_MISSING));
if (DBServer == string.Empty)
{
Console.WriteLine(String.Format(ResStr.MSG_SERVER_DBSERVER_MISSING));
}
if (DBSchema == string.Empty)
{
Console.WriteLine(String.Format(ResStr.MSG_SERVER_DBSCHEMA_MISSING));
}
if (DBUser == string.Empty)
{
Console.WriteLine(String.Format(ResStr.MSG_SERVER_DBUSER_MISSING));
}
if (DBPasswd == string.Empty)
{
Console.WriteLine(String.Format(ResStr.MSG_SERVER_DBPASSWD_MISSING));
}
}
}
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
decryptMethods = new BoolOption(null, MakeArgName("methods"), "Decrypt methods", true);
decryptBools = new BoolOption(null, MakeArgName("bools"), "Decrypt booleans", true);
restoreTypes = new BoolOption(null, MakeArgName("types"), "Restore types (object -> real type)", true);
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
dumpEmbeddedAssemblies = new BoolOption(null, MakeArgName("embedded"), "Dump embedded assemblies", true);
decryptResources = new BoolOption(null, MakeArgName("rsrc"), "Decrypt resources", true);
removeNamespaces = new BoolOption(null, MakeArgName("ns1"), "Clear namespace if there's only one class in it", true);
removeAntiStrongName = new BoolOption(null, MakeArgName("sn"), "Remove anti strong name code", true);
renameShort = new BoolOption(null, MakeArgName("sname"), "Rename short names", false);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
decryptMethods = new BoolOption(null, makeArgName("methods"), "Decrypt methods", true);
decryptBools = new BoolOption(null, makeArgName("bools"), "Decrypt booleans", true);
restoreTypes = new BoolOption(null, makeArgName("types"), "Restore types (object -> real type)", true);
inlineMethods = new BoolOption(null, makeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, makeArgName("remove-inlined"), "Remove inlined methods", true);
dumpEmbeddedAssemblies = new BoolOption(null, makeArgName("embedded"), "Dump embedded assemblies", true);
decryptResources = new BoolOption(null, makeArgName("rsrc"), "Decrypt resources", true);
removeNamespaces = new BoolOption(null, makeArgName("ns1"), "Clear namespace if there's only one class in it", true);
removeAntiStrongName = new BoolOption(null, makeArgName("sn"), "Remove anti strong name code", true);
}
public ChangeTypesVisible(RenderingSetModel set)
{
_showMoves = set.FindOption("MovedTextShow") as BoolOption;
_showFontChanges = set.FindOption("FontChangeShow") as BoolOption;
_showParaStyleChanges = set.FindOption("ShowParagraphStyleChanges") as BoolOption;
_showCharStyleChanges = set.FindOption("ShowCharacterStyleChanges") as BoolOption;
_showMoves.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(opt_PropertyChanged);
_showFontChanges.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(opt_PropertyChanged);
_showParaStyleChanges.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(opt_PropertyChanged);
_showCharStyleChanges.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(opt_PropertyChanged);
}
public DMSEnableOption(string displayName, BoolOption enableOption, StringOption defaultOption)
{
DisplayName = displayName;
Name = displayName;
_enableOption = enableOption;
_enableOption.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(_enableOption_PropertyChanged);
_defaultOption = defaultOption;
_defaultOption.PropertyChanged += new System.ComponentModel.PropertyChangedEventHandler(_defaultOption_PropertyChanged);
CanBecomeDefault = Value && !IsDefault;
Deploy = false;
}
internal void ResetOptions()
{
AcrossLev = BoolOption.Dontcare;
Date = new Range <DateTime>(DateTime.MinValue,
DateTime.MaxValue);
Finished = BoolOption.Dontcare;
InternalRec = BoolOption.Dontcare;
LevExists = BoolOption.Dontcare;
LevFilenameMatcher = new Regex("");
MultiPlayer = BoolOption.Dontcare;
P1Bounds = new PlayerBounds();
P2Bounds = new PlayerBounds();
Size = new Range <int>(0, 10000000);
Time = new Range <double>(0, 7200);
WrongLev = BoolOption.Dontcare;
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
dumpEmbeddedAssemblies = new BoolOption(null, MakeArgName("embedded"), "Dump embedded assemblies", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
dumpEmbeddedAssemblies = new BoolOption(null, makeArgName("embedded"), "Dump embedded assemblies", true);
decryptMainAsm = new BoolOption(null, makeArgName("decrypt-main"), "Decrypt main embedded assembly", true);
}
private static IOption CreateShellOptionInternal(Category shellSubCategory, OptionDefType uiOption,
string defaultValue)
{
IOption shellOption = null;
string s = !string.IsNullOrEmpty(string.Concat(uiOption.Text)) ? string.Concat(uiOption.Text) : defaultValue;
if (string.IsNullOrEmpty(s))
{
s = string.Empty;
}
bool canOverride = uiOption.IsOverrideAllowed;
switch (uiOption.DataType)
{
case OptionDataTypeEnum.Boolean:
{
bool val = GetBool(s);
shellOption = new BoolOption(uiOption.Name, val, val, canOverride)
{
DisplayName = uiOption.DisplayText,
Description = uiOption.DisplayText,
Category = shellSubCategory == null ? null : shellSubCategory.Parent,
SubCategory = shellSubCategory
};
break;
}
case OptionDataTypeEnum.Integer:
{
int val = GetInt(s);
shellOption = new IntegerOption(uiOption.Name, val, val, canOverride)
{
DisplayName = uiOption.DisplayText,
Description = uiOption.DisplayText,
Category = shellSubCategory == null ? null : shellSubCategory.Parent,
SubCategory = shellSubCategory
};
break;
}
case OptionDataTypeEnum.String:
{
if (uiOption.Encrypted)
{
shellOption = new EncryptionOption(uiOption.Name, s, s, canOverride)
{
DisplayName = uiOption.DisplayText,
Description = uiOption.DisplayText,
Category = shellSubCategory == null ? null : shellSubCategory.Parent,
SubCategory = shellSubCategory
};
}
else
{
shellOption = new StringOption(uiOption.Name, s, s, canOverride)
{
DisplayName = uiOption.DisplayText,
Description = uiOption.DisplayText,
Category = shellSubCategory == null ? null : shellSubCategory.Parent,
SubCategory = shellSubCategory,
IsPrimaryKey = uiOption.IsPrimaryKey
};
}
break;
}
case OptionDataTypeEnum.Color:
{
var val = GetColor(s);
shellOption = new ColorOption(uiOption.Name, val, val, canOverride)
{
DisplayName = uiOption.DisplayText,
Description = uiOption.DisplayText,
Category = shellSubCategory == null ? null : shellSubCategory.Parent,
SubCategory = shellSubCategory
};
break;
}
case OptionDataTypeEnum.KeyValueRange:
{
int val = GetInt(s);
shellOption = new EnumOption(uiOption.Name, val, val, canOverride, GetEnumValues(uiOption))
{
DisplayName = uiOption.DisplayText,
Description = uiOption.DisplayText,
Category = shellSubCategory == null ? null : shellSubCategory.Parent,
SubCategory = shellSubCategory
};
break;
}
case OptionDataTypeEnum.Format:
case OptionDataTypeEnum.Range:
default:
{
// do nothing. these need to be converted
#if DEBUG
throw new NotImplementedException();
#else
break;
#endif
}
}
return shellOption;
}
private static bool Check(BoolOption o, bool b)
{
return(o == BoolOption.Dontcare || (o == BoolOption.True && b) || (o == BoolOption.False && !b));
}
/// <summary>
/// ExecuteWithIO executes the command in the shell with IO.
/// </summary>
/// <param name="interact">interactive yes/no.</param>
/// <param name="command">The command.</param>
/// <param name="format">The arguments of the command.</param>
/// <param name="args">The arguments for the format.</param>
/// <returns>Certificate installed or not status 0 -- success and >0 failure.</returns>
int ExecuteWithIO(bool interact, string command, string format, params object[] args)
{
ProcessStartInfo info = new ProcessStartInfo(command, String.Format(format, args));
int retCode = 0;
string output;
info.UseShellExecute = false;
info.RedirectStandardInput = true;
info.RedirectStandardOutput = true;
info.RedirectStandardError = true;
Process exProcess = Process.Start(info);
StreamWriter inStreamWriter = exProcess.StandardInput;
StreamReader outStreamReader = exProcess.StandardOutput;
Console.WriteLine("Ldap certificate : ");
Console.WriteLine("");
for (int i = 0; i < 10; i++)
{
output = outStreamReader.ReadLine();
Console.WriteLine("{0}", output);
}
Console.WriteLine("");
if (interact)
{
try
{
// certmgr askes question for, adding certificate to machine store and also
// to addressbook, so we send "Y" for machine store, "N" for addressbook.
inStreamWriter.WriteLine("{0}", "Y");
inStreamWriter.WriteLine("{0}", "N");
}
catch (Exception) {}
}
else
{
BoolOption ldapCertAcc = new BoolOption("ldap-cert-acceptance", "Accept LDAP Certificate", null, false, false);
ldapCertAcc.Description = "";
ldapCertAcc.Prompt = true;
Prompt.CanPrompt = true;
Prompt.ForOption(ldapCertAcc);
try
{
// certmgr askes question for, adding certificate to machine store and also
// to addressbook, so we send "Y" for machine store, "N" for addressbook.
if (ldapCertAcc.Value == true)
{
inStreamWriter.WriteLine("{0}", "Y");
inStreamWriter.WriteLine("{0}", "N");
}
else
{
retCode = 1;
inStreamWriter.WriteLine("{0}", "N");
inStreamWriter.WriteLine("{0}", "N");
}
}
catch (Exception) {}
}
output = exProcess.StandardOutput.ReadToEnd();
exProcess.StandardError.ReadToEnd();
exProcess.WaitForExit();
return(retCode == 1 ? 1 : exProcess.ExitCode);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
removeTamperProtection = new BoolOption(null, makeArgName("tamper"), "Remove tamper protection code", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
dumpEmbeddedAssemblies = new BoolOption(null, MakeArgName("embedded"), "Dump embedded assemblies", true);
decryptMainAsm = new BoolOption(null, MakeArgName("decrypt-main"), "Decrypt main embedded assembly", true);
}
public BoolOption(BoolOption option, bool value) : base(option, value)
{
}
public void BoolToggle(BoolOption option, bool enabled = true)
{
GUIPlus.SetEnabledColor(enabled);
option.Value = CheckboxLabeled(option.Label, option.Value, option.Tooltip, enabled);
GUIPlus.ResetColor();
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
removeTamperProtection = new BoolOption(null, makeArgName("tamper"), "Remove tamper protection code", true);
decryptConstants = new BoolOption(null, makeArgName("consts"), "Decrypt constants", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX) {
removeAntiDebug = new BoolOption(null, MakeArgName("antidb"), "Remove anti debug code", true);
removeAntiDump = new BoolOption(null, MakeArgName("antidump"), "Remove anti dump code", true);
decryptMainAsm = new BoolOption(null, MakeArgName("decrypt-main"), "Decrypt main embedded assembly", true);
}
public PulseDurationVM(BusyObject isBusy, ShockSensorCalibrator calibrator)
{
_isBusy = isBusy;
_calibrator = calibrator;
_previousCheckedOption = ImpulseDurations.Single(o => o.IsChecked);
}
/// <summary>
/// Setup SSL
/// </summary>
void SetupSsl()
{
Console.Write("Installing certificate...");
Uri url = new Uri(simiasUrl.Value);
if (url.Scheme == Uri.UriSchemeHttps)
{
// swap policy
ICertificatePolicy policy = ServicePointManager.CertificatePolicy;
ServicePointManager.CertificatePolicy = new TrustAllCertificatePolicy();
// connect
HttpWebRequest request = (HttpWebRequest)HttpWebRequest.Create(url);
try
{
request.GetResponse();
}
catch
{
// ignore
}
// restore policy
ServicePointManager.CertificatePolicy = policy;
// service point
ServicePoint sp = request.ServicePoint;
if ((sp != null) && (sp.Certificate != null))
{
string path = Path.GetFullPath(Path.Combine(webPath, "Web.config"));
string certRawDetail = Convert.ToBase64String(sp.Certificate.GetRawCertData());
string certDetail = sp.Certificate.ToString(true);
XmlDocument doc = new XmlDocument();
doc.Load(path);
XmlElement cert = (XmlElement)doc.DocumentElement.SelectSingleNode("//configuration/appSettings/add[@key='SimiasCert']");
BoolOption iFolderCertAcc = new BoolOption("iFolder-cert-acceptance", "Accept iFolder Server Certificate", certDetail, false, true);
iFolderCertAcc.Prompt = true;
Prompt.ForOption(iFolderCertAcc);
if (iFolderCertAcc.Value == true)
{
if (cert != null)
{
cert.Attributes["value"].Value = certRawDetail;
doc.Save(path);
Console.WriteLine("Done");
}
else
{
throw new Exception(String.Format("Unable to find \"SimiasCert\" tag in the {0} file.", path));
}
}
else
{
Console.WriteLine("Failed (Install Certificate)");
throw new Exception(string.Format("User Certificate validation failed "));
}
}
else
{
throw new Exception("Unable to retrieve the certificate from the iFolder server.");
}
}
else
{
Console.WriteLine("Skipped (Not Required)");
}
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
dumpEmbeddedAssemblies = new BoolOption(null, makeArgName("embedded"), "Dump embedded assemblies", true);
}
public DeobfuscatorInfo()
: base(DEFAULT_REGEX)
{
inlineMethods = new BoolOption(null, MakeArgName("inline"), "Inline short methods", true);
removeInlinedMethods = new BoolOption(null, MakeArgName("remove-inlined"), "Remove inlined methods", true);
}
