declare module Microsoft.Win32.SafeHandles { export class SafeHandleZeroOrMinusOneIsInvalid extends System.Runtime.InteropServices.SafeHandle { IsInvalid: boolean; } export class SafeWaitHandle extends Microsoft.Win32.SafeHandles.SafeHandleZeroOrMinusOneIsInvalid { ReleaseHandle(): boolean; //{ throw new Error("Not implemented.");} } } declare module System { export class Array { Length: number; LongLength: number; Rank: number; private System.Collections.ICollection.Count: number; SyncRoot: any; IsReadOnly: boolean; IsFixedSize: boolean; IsSynchronized: boolean; private System.Collections.IList.Item: any; AsReadOnly(array: any): any; //{ throw new Error("Not implemented.");} BinarySearch(array: any, index: number, length: number, value: any): number; //{ throw new Error("Not implemented.");} BinarySearch(array: any, value: any): number; //{ throw new Error("Not implemented.");} BinarySearch(array: any, value: any, comparer: any): number; //{ throw new Error("Not implemented.");} BinarySearch(array: any, index: number, length: number, value: any, comparer: any): number; //{ throw new Error("Not implemented.");} BinarySearch(array: System.Array, value: any): number; //{ throw new Error("Not implemented.");} BinarySearch(array: System.Array, index: number, length: number, value: any): number; //{ throw new Error("Not implemented.");} BinarySearch(array: System.Array, value: any, comparer: System.Collections.IComparer): number; //{ throw new Error("Not implemented.");} BinarySearch(array: System.Array, index: number, length: number, value: any, comparer: System.Collections.IComparer): number; //{ throw new Error("Not implemented.");} Clear(array: System.Array, index: number, length: number): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} CombineHashCodes(h1: number, h2: number): number; //{ throw new Error("Not implemented.");} ConstrainedCopy(sourceArray: System.Array, sourceIndex: number, destinationArray: System.Array, destinationIndex: number, length: number): any; //{ throw new Error("Not implemented.");} ConvertAll(array: any, converter: any): any; //{ throw new Error("Not implemented.");} Copy(sourceArray: System.Array, destinationArray: System.Array, length: number): any; //{ throw new Error("Not implemented.");} Copy(sourceArray: System.Array, sourceIndex: number, destinationArray: System.Array, destinationIndex: number, length: number): any; //{ throw new Error("Not implemented.");} Copy(sourceArray: System.Array, sourceIndex: number, destinationArray: System.Array, destinationIndex: number, length: number, reliable: boolean): any; //{ throw new Error("Not implemented.");} Copy(sourceArray: System.Array, destinationArray: System.Array, length: number): any; //{ throw new Error("Not implemented.");} Copy(sourceArray: System.Array, sourceIndex: number, destinationArray: System.Array, destinationIndex: number, length: number): any; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, index: number): any; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, index: number): any; //{ throw new Error("Not implemented.");} CreateInstance(elementType: System.Type, length: number): System.Array; //{ throw new Error("Not implemented.");} CreateInstance(elementType: System.Type, lengths: System.Int32[], lowerBounds: System.Int32[]): System.Array; //{ throw new Error("Not implemented.");} CreateInstance(elementType: System.Type, lengths: any): System.Array; //{ throw new Error("Not implemented.");} CreateInstance(elementType: System.Type, length1: number, length2: number, length3: number): System.Array; //{ throw new Error("Not implemented.");} CreateInstance(elementType: System.Type, lengths: System.Int32[]): System.Array; //{ throw new Error("Not implemented.");} CreateInstance(elementType: System.Type, length1: number, length2: number): System.Array; //{ throw new Error("Not implemented.");} Exists(array: any, match: any): boolean; //{ throw new Error("Not implemented.");} Find(array: any, match: any): any; //{ throw new Error("Not implemented.");} FindAll(array: any, match: any): any; //{ throw new Error("Not implemented.");} FindIndex(array: any, startIndex: number, count: number, match: any): number; //{ throw new Error("Not implemented.");} FindIndex(array: any, match: any): number; //{ throw new Error("Not implemented.");} FindIndex(array: any, startIndex: number, match: any): number; //{ throw new Error("Not implemented.");} FindLast(array: any, match: any): any; //{ throw new Error("Not implemented.");} FindLastIndex(array: any, startIndex: number, count: number, match: any): number; //{ throw new Error("Not implemented.");} FindLastIndex(array: any, startIndex: number, match: any): number; //{ throw new Error("Not implemented.");} FindLastIndex(array: any, match: any): number; //{ throw new Error("Not implemented.");} ForEach(array: any, action: any): any; //{ throw new Error("Not implemented.");} GetDataPtrOffsetInternal(): number; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetLength(dimension: number): number; //{ throw new Error("Not implemented.");} GetLongLength(dimension: number): number; //{ throw new Error("Not implemented.");} GetLowerBound(dimension: number): number; //{ throw new Error("Not implemented.");} GetMedian(low: number, hi: number): number; //{ throw new Error("Not implemented.");} GetUpperBound(dimension: number): number; //{ throw new Error("Not implemented.");} GetValue(indices: System.Int32[]): any; //{ throw new Error("Not implemented.");} GetValue(index: number): any; //{ throw new Error("Not implemented.");} GetValue(index1: number, index2: number): any; //{ throw new Error("Not implemented.");} GetValue(index: number): any; //{ throw new Error("Not implemented.");} GetValue(index1: number, index2: number, index3: number): any; //{ throw new Error("Not implemented.");} GetValue(index1: number, index2: number, index3: number): any; //{ throw new Error("Not implemented.");} GetValue(indices: any): any; //{ throw new Error("Not implemented.");} GetValue(index1: number, index2: number): any; //{ throw new Error("Not implemented.");} IndexOf(array: System.Array, value: any, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} IndexOf(array: System.Array, value: any, startIndex: number): number; //{ throw new Error("Not implemented.");} IndexOf(array: any, value: any): number; //{ throw new Error("Not implemented.");} IndexOf(array: any, value: any, startIndex: number): number; //{ throw new Error("Not implemented.");} IndexOf(array: any, value: any, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} IndexOf(array: System.Array, value: any): number; //{ throw new Error("Not implemented.");} Initialize(): any; //{ throw new Error("Not implemented.");} InternalCreate(elementType: any, rank: number, pLengths: any, pLowerBounds: any): System.Array; //{ throw new Error("Not implemented.");} InternalGetReference(elemRef: any, rank: number, pIndices: any): any; //{ throw new Error("Not implemented.");} InternalSetValue(target: any, value: any): any; //{ throw new Error("Not implemented.");} LastIndexOf(array: any, value: any, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(array: any, value: any): number; //{ throw new Error("Not implemented.");} LastIndexOf(array: System.Array, value: any, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(array: System.Array, value: any, startIndex: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(array: System.Array, value: any): number; //{ throw new Error("Not implemented.");} LastIndexOf(array: any, value: any, startIndex: number): number; //{ throw new Error("Not implemented.");} Resize(array: any, newSize: number): any; //{ throw new Error("Not implemented.");} Reverse(array: System.Array, index: number, length: number): any; //{ throw new Error("Not implemented.");} Reverse(array: System.Array): any; //{ throw new Error("Not implemented.");} SetValue(value: any, indices: any): any; //{ throw new Error("Not implemented.");} SetValue(value: any, index: number): any; //{ throw new Error("Not implemented.");} SetValue(value: any, index1: number, index2: number): any; //{ throw new Error("Not implemented.");} SetValue(value: any, index1: number, index2: number, index3: number): any; //{ throw new Error("Not implemented.");} SetValue(value: any, indices: System.Int32[]): any; //{ throw new Error("Not implemented.");} SetValue(value: any, index: number): any; //{ throw new Error("Not implemented.");} SetValue(value: any, index1: number, index2: number): any; //{ throw new Error("Not implemented.");} SetValue(value: any, index1: number, index2: number, index3: number): any; //{ throw new Error("Not implemented.");} Sort(keys: System.Array, items: System.Array): any; //{ throw new Error("Not implemented.");} Sort(array: System.Array): any; //{ throw new Error("Not implemented.");} Sort(keys: any, items: any, index: number, length: number): any; //{ throw new Error("Not implemented.");} Sort(array: System.Array, comparer: System.Collections.IComparer): any; //{ throw new Error("Not implemented.");} Sort(keys: System.Array, items: System.Array, comparer: System.Collections.IComparer): any; //{ throw new Error("Not implemented.");} Sort(array: System.Array, index: number, length: number, comparer: System.Collections.IComparer): any; //{ throw new Error("Not implemented.");} Sort(keys: System.Array, items: System.Array, index: number, length: number, comparer: System.Collections.IComparer): any; //{ throw new Error("Not implemented.");} Sort(array: any, index: number, length: number): any; //{ throw new Error("Not implemented.");} Sort(array: System.Array, index: number, length: number): any; //{ throw new Error("Not implemented.");} Sort(keys: System.Array, items: System.Array, index: number, length: number): any; //{ throw new Error("Not implemented.");} Sort(array: any, index: number, length: number, comparer: any): any; //{ throw new Error("Not implemented.");} Sort(keys: any, items: any, comparer: any): any; //{ throw new Error("Not implemented.");} Sort(array: any): any; //{ throw new Error("Not implemented.");} Sort(keys: any, items: any, index: number, length: number, comparer: any): any; //{ throw new Error("Not implemented.");} Sort(array: any, comparison: any): any; //{ throw new Error("Not implemented.");} Sort(array: any, comparer: any): any; //{ throw new Error("Not implemented.");} Sort(keys: any, items: any): any; //{ throw new Error("Not implemented.");} TrueForAll(array: any, match: any): boolean; //{ throw new Error("Not implemented.");} TrySZBinarySearch(sourceArray: System.Array, sourceIndex: number, count: number, value: any, retVal: any): boolean; //{ throw new Error("Not implemented.");} TrySZIndexOf(sourceArray: System.Array, sourceIndex: number, count: number, value: any, retVal: any): boolean; //{ throw new Error("Not implemented.");} TrySZLastIndexOf(sourceArray: System.Array, sourceIndex: number, count: number, value: any, retVal: any): boolean; //{ throw new Error("Not implemented.");} TrySZReverse(array: System.Array, index: number, count: number): boolean; //{ throw new Error("Not implemented.");} TrySZSort(keys: System.Array, items: System.Array, left: number, right: number): boolean; //{ throw new Error("Not implemented.");} UnsafeCreateInstance(elementType: System.Type, length1: number, length2: number): System.Array; //{ throw new Error("Not implemented.");} UnsafeCreateInstance(elementType: System.Type, lengths: System.Int32[]): System.Array; //{ throw new Error("Not implemented.");} UnsafeCreateInstance(elementType: System.Type, length: number): System.Array; //{ throw new Error("Not implemented.");} UnsafeCreateInstance(elementType: System.Type, lengths: System.Int32[], lowerBounds: System.Int32[]): System.Array; //{ throw new Error("Not implemented.");} } export class AsyncCallback extends System.MulticastDelegate { BeginInvoke(ar: System.IAsyncResult, callback: System.AsyncCallback, object: any): System.IAsyncResult; //{ throw new Error("Not implemented.");} EndInvoke(result: System.IAsyncResult): any; //{ throw new Error("Not implemented.");} Invoke(ar: System.IAsyncResult): any; //{ throw new Error("Not implemented.");} } export class Attribute { TypeId: any; AddAttributesToList(attributeList: System.Collections.Generic.List, attributes: any, types: System.Collections.Generic.Dictionary): any; //{ throw new Error("Not implemented.");} AreFieldValuesEqual(thisValue: any, thatValue: any): boolean; //{ throw new Error("Not implemented.");} CopyToArrayList(attributeList: System.Collections.Generic.List, attributes: any, types: System.Collections.Generic.Dictionary): any; //{ throw new Error("Not implemented.");} CreateAttributeArrayHelper(elementType: System.Type, elementCount: number): any; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetCustomAttribute(element: System.Reflection.Assembly, attributeType: System.Type, inherit: boolean): System.Attribute; //{ throw new Error("Not implemented.");} GetCustomAttribute(element: System.Reflection.Assembly, attributeType: System.Type): System.Attribute; //{ throw new Error("Not implemented.");} GetCustomAttribute(element: System.Reflection.MemberInfo, attributeType: System.Type): System.Attribute; //{ throw new Error("Not implemented.");} GetCustomAttribute(element: System.Reflection.MemberInfo, attributeType: System.Type, inherit: boolean): System.Attribute; //{ throw new Error("Not implemented.");} GetCustomAttribute(element: System.Reflection.ParameterInfo, attributeType: System.Type, inherit: boolean): System.Attribute; //{ throw new Error("Not implemented.");} GetCustomAttribute(element: System.Reflection.ParameterInfo, attributeType: System.Type): System.Attribute; //{ throw new Error("Not implemented.");} GetCustomAttribute(element: System.Reflection.Module, attributeType: System.Type): System.Attribute; //{ throw new Error("Not implemented.");} GetCustomAttribute(element: System.Reflection.Module, attributeType: System.Type, inherit: boolean): System.Attribute; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.Assembly, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.Assembly, attributeType: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.Module, attributeType: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.Assembly, attributeType: System.Type): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.Module, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.Assembly): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.Module, attributeType: System.Type): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.MemberInfo, type: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.MemberInfo): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.Module): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.MemberInfo, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.ParameterInfo): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.ParameterInfo, attributeType: System.Type): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.MemberInfo, type: System.Type): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.ParameterInfo, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(element: System.Reflection.ParameterInfo, attributeType: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetParentDefinition(param: System.Reflection.ParameterInfo): System.Reflection.ParameterInfo; //{ throw new Error("Not implemented.");} GetParentDefinition(ev: System.Reflection.EventInfo): System.Reflection.EventInfo; //{ throw new Error("Not implemented.");} GetParentDefinition(property: System.Reflection.PropertyInfo): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} InternalGetAttributeUsage(type: System.Type): any; //{ throw new Error("Not implemented.");} InternalGetCustomAttributes(element: System.Reflection.EventInfo, type: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} InternalGetCustomAttributes(element: System.Reflection.PropertyInfo, type: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} InternalIsDefined(element: System.Reflection.PropertyInfo, attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} InternalIsDefined(element: System.Reflection.EventInfo, attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} InternalParamGetCustomAttributes(param: System.Reflection.ParameterInfo, type: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} InternalParamIsDefined(param: System.Reflection.ParameterInfo, type: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} IsDefaultAttribute(): boolean; //{ throw new Error("Not implemented.");} IsDefined(element: System.Reflection.ParameterInfo, attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} IsDefined(element: System.Reflection.Assembly, attributeType: System.Type): boolean; //{ throw new Error("Not implemented.");} IsDefined(element: System.Reflection.Module, attributeType: System.Type): boolean; //{ throw new Error("Not implemented.");} IsDefined(element: System.Reflection.Module, attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} IsDefined(element: System.Reflection.Assembly, attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} IsDefined(element: System.Reflection.MemberInfo, attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} IsDefined(element: System.Reflection.ParameterInfo, attributeType: System.Type): boolean; //{ throw new Error("Not implemented.");} IsDefined(element: System.Reflection.MemberInfo, attributeType: System.Type): boolean; //{ throw new Error("Not implemented.");} Match(obj: any): boolean; //{ throw new Error("Not implemented.");} } export class Delegate { Method: System.Reflection.MethodInfo; Target: any; _target: any; _methodBase: any; _methodPtr: number; _methodPtrAux: number; AdjustTarget(target: any, methodPtr: number): number; //{ throw new Error("Not implemented.");} BindToMethodInfo(target: any, method: any, methodType: any, flags: System.DelegateBindingFlags): boolean; //{ throw new Error("Not implemented.");} BindToMethodName(target: any, methodType: any, method: string, flags: System.DelegateBindingFlags): boolean; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} Combine(a: System.Delegate, b: System.Delegate): System.Delegate; //{ throw new Error("Not implemented.");} Combine(delegates: any): System.Delegate; //{ throw new Error("Not implemented.");} CombineImpl(d: System.Delegate): System.Delegate; //{ throw new Error("Not implemented.");} CompareUnmanagedFunctionPtrs(d1: System.Delegate, d2: System.Delegate): boolean; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, target: System.Type, method: string, ignoreCase: boolean, throwOnBindFailure: boolean): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, target: System.Type, method: string, ignoreCase: boolean): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, target: System.Type, method: string): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, target: any, method: string, ignoreCase: boolean, throwOnBindFailure: boolean): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, target: any, method: string, ignoreCase: boolean): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, firstArgument: any, method: System.Reflection.MethodInfo): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, method: System.Reflection.MethodInfo, throwOnBindFailure: boolean): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, method: System.Reflection.MethodInfo): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, target: any, method: string): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(type: System.Type, firstArgument: any, method: System.Reflection.MethodInfo, throwOnBindFailure: boolean): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegateInternal(rtType: any, rtMethod: any, firstArgument: any, flags: System.DelegateBindingFlags, stackMark: any): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegateNoSecurityCheck(type: System.Type, target: any, method: System.RuntimeMethodHandle): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegateNoSecurityCheck(type: any, firstArgument: any, method: System.Reflection.MethodInfo): System.Delegate; //{ throw new Error("Not implemented.");} DelegateConstruct(target: any, slot: number): any; //{ throw new Error("Not implemented.");} DynamicInvoke(args: any): any; //{ throw new Error("Not implemented.");} DynamicInvokeImpl(args: any): any; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} FindMethodHandle(): any; //{ throw new Error("Not implemented.");} GetCallStub(methodPtr: number): number; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetInvocationList(): any; //{ throw new Error("Not implemented.");} GetInvokeMethod(): number; //{ throw new Error("Not implemented.");} GetMethodImpl(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMulticastInvoke(): number; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetTarget(): any; //{ throw new Error("Not implemented.");} InternalAlloc(type: any): System.MulticastDelegate; //{ throw new Error("Not implemented.");} InternalAllocLike(d: System.Delegate): System.MulticastDelegate; //{ throw new Error("Not implemented.");} InternalEqualMethodHandles(left: System.Delegate, right: System.Delegate): boolean; //{ throw new Error("Not implemented.");} InternalEqualTypes(a: any, b: any): boolean; //{ throw new Error("Not implemented.");} Remove(source: System.Delegate, value: System.Delegate): System.Delegate; //{ throw new Error("Not implemented.");} RemoveAll(source: System.Delegate, value: System.Delegate): System.Delegate; //{ throw new Error("Not implemented.");} RemoveImpl(d: System.Delegate): System.Delegate; //{ throw new Error("Not implemented.");} UnsafeCreateDelegate(rtType: any, rtMethod: any, firstArgument: any, flags: System.DelegateBindingFlags): System.Delegate; //{ throw new Error("Not implemented.");} } export class EventArgs { static Empty: System.EventArgs; } export class Exception { Data: System.Collections.IDictionary; Message: string; InnerException: System.Exception; TargetSite: System.Reflection.MethodBase; StackTrace: string; HelpLink: string; Source: string; IPForWatsonBuckets: number; WatsonBuckets: any; RemoteStackTrace: string; HResult: number; IsTransient: boolean; private _className: string; private _exceptionMethod: System.Reflection.MethodBase; private _exceptionMethodString: string; _message: string; private _data: System.Collections.IDictionary; private _innerException: System.Exception; private _helpURL: string; private _stackTrace: any; private _watsonBuckets: any; private _stackTraceString: string; private _remoteStackTraceString: string; private _remoteStackIndex: number; private _dynamicMethods: any; _HResult: number; private _source: string; private _xptrs: number; private _xcode: number; private _ipForWatsonBuckets: number; private _safeSerializationManager: any; private static s_EDILock: any; AddExceptionDataForRestrictedErrorInfo(restrictedError: string, restrictedErrorReference: string, restrictedCapabilitySid: string, restrictedErrorObject: any, hasrestrictedLanguageErrorObject?: boolean): any; //{ throw new Error("Not implemented.");} CopyDynamicMethods(currentDynamicMethods: any): any; //{ throw new Error("Not implemented.");} CopyStackTrace(currentStackTrace: any): any; //{ throw new Error("Not implemented.");} DeepCopyDynamicMethods(currentDynamicMethods: any): any; //{ throw new Error("Not implemented.");} DeepCopyStackTrace(currentStackTrace: any): any; //{ throw new Error("Not implemented.");} GetBaseException(): System.Exception; //{ throw new Error("Not implemented.");} GetClassName(): string; //{ throw new Error("Not implemented.");} GetExceptionMethodFromStackTrace(): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} GetExceptionMethodFromString(): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} GetExceptionMethodString(): string; //{ throw new Error("Not implemented.");} GetMessageFromNativeResources(kind: System.Exception.ExceptionMessageKind): string; //{ throw new Error("Not implemented.");} GetMessageFromNativeResources(kind: System.Exception.ExceptionMessageKind, retMesg: any): any; //{ throw new Error("Not implemented.");} GetMethodFromStackTrace(stackTrace: any): any; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetStackTrace(needFileInfo: boolean): string; //{ throw new Error("Not implemented.");} GetStackTracesDeepCopy(currentStackTrace: any, dynamicMethodArray: any): any; //{ throw new Error("Not implemented.");} GetStackTracesDeepCopy(exception: System.Exception, currentStackTrace: any, dynamicMethodArray: any): any; //{ throw new Error("Not implemented.");} GetTargetSiteInternal(): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} GetType(): System.Type; //{ throw new Error("Not implemented.");} Init(): any; //{ throw new Error("Not implemented.");} InternalPreserveStackTrace(): any; //{ throw new Error("Not implemented.");} InternalToString(): string; //{ throw new Error("Not implemented.");} IsImmutableAgileException(e: System.Exception): boolean; //{ throw new Error("Not implemented.");} nIsTransient(hr: number): boolean; //{ throw new Error("Not implemented.");} OnDeserialized(context: any): any; //{ throw new Error("Not implemented.");} PrepareForForeignExceptionRaise(): any; //{ throw new Error("Not implemented.");} PrepForRemoting(): System.Exception; //{ throw new Error("Not implemented.");} RestoreExceptionDispatchInfo(exceptionDispatchInfo: any): any; //{ throw new Error("Not implemented.");} SaveStackTracesFromDeepCopy(exception: System.Exception, currentStackTrace: any, dynamicMethodArray: any): any; //{ throw new Error("Not implemented.");} SetErrorCode(hr: number): any; //{ throw new Error("Not implemented.");} StripFileInfo(stackTrace: string, isRemoteStackTrace: boolean): string; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} ToString(needFileLineInfo: boolean, needMessage: boolean): string; //{ throw new Error("Not implemented.");} TryGetRestrictedLanguageErrorObject(restrictedErrorObject: any): boolean; //{ throw new Error("Not implemented.");} } export class Func extends System.MulticastDelegate { BeginInvoke(arg: T, callback: System.AsyncCallback, object: any): System.IAsyncResult; //{ throw new Error("Not implemented.");} EndInvoke(result: System.IAsyncResult): TResult; //{ throw new Error("Not implemented.");} Invoke(arg: T): TResult; //{ throw new Error("Not implemented.");} } export class Guid { private _a: number; private _b: number; private _c: number; private _d: number; private _e: number; private _f: number; private _g: number; private _h: number; private _i: number; private _j: number; private _k: number; static Empty: System.Guid; CompareTo(value: System.Guid): number; //{ throw new Error("Not implemented.");} CompareTo(value: any): number; //{ throw new Error("Not implemented.");} EatAllWhitespace(str: string): string; //{ throw new Error("Not implemented.");} Equals(o: any): boolean; //{ throw new Error("Not implemented.");} Equals(g: System.Guid): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetResult(me: number, them: number): number; //{ throw new Error("Not implemented.");} HexsToChars(guidChars: any, offset: number, a: number, b: number, hex: boolean): number; //{ throw new Error("Not implemented.");} HexsToChars(guidChars: any, offset: number, a: number, b: number): number; //{ throw new Error("Not implemented.");} HexToChar(a: number): string; //{ throw new Error("Not implemented.");} IsHexPrefix(str: string, i: number): boolean; //{ throw new Error("Not implemented.");} NewGuid(): System.Guid; //{ throw new Error("Not implemented.");} Parse(input: string): System.Guid; //{ throw new Error("Not implemented.");} ParseExact(input: string, format: string): System.Guid; //{ throw new Error("Not implemented.");} StringToInt(str: string, parsePos: any, requiredLength: number, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} StringToInt(str: string, requiredLength: number, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} StringToInt(str: string, parsePos: any, requiredLength: number, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} StringToLong(str: string, parsePos: any, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} StringToLong(str: string, parsePos: any, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} StringToLong(str: string, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} StringToShort(str: string, requiredLength: number, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} StringToShort(str: string, parsePos: any, requiredLength: number, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} StringToShort(str: string, parsePos: any, requiredLength: number, flags: number, result: any, parseResult: any): boolean; //{ throw new Error("Not implemented.");} ToByteArray(): System.Byte[]; //{ throw new Error("Not implemented.");} ToString(format: string): string; //{ throw new Error("Not implemented.");} ToString(format: string, provider: System.IFormatProvider): string; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} TryParse(input: string, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseExact(input: string, format: string, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseGuid(g: string, flags: System.Guid.GuidStyles, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseGuidWithDashes(guidString: string, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseGuidWithHexPrefix(guidString: string, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseGuidWithNoStyle(guidString: string, result: any): boolean; //{ throw new Error("Not implemented.");} } interface IAsyncResult { IsCompleted: boolean; AsyncWaitHandle: System.Threading.WaitHandle; AsyncState: any; CompletedSynchronously: boolean; } interface IFormatProvider { GetFormat(formatType: System.Type): any; } export class MarshalByRefObject { private Identity: any; private __identity: any; __RaceSetServerIdentity(id: any): any; //{ throw new Error("Not implemented.");} __ResetServerIdentity(): any; //{ throw new Error("Not implemented.");} CanCastToXmlType(xmlTypeName: string, xmlTypeNamespace: string): boolean; //{ throw new Error("Not implemented.");} CanCastToXmlTypeHelper(castType: any, o: System.MarshalByRefObject): boolean; //{ throw new Error("Not implemented.");} CreateObjRef(requestedType: System.Type): any; //{ throw new Error("Not implemented.");} GetComIUnknown(fIsBeingMarshalled: boolean): number; //{ throw new Error("Not implemented.");} GetComIUnknown(o: System.MarshalByRefObject): number; //{ throw new Error("Not implemented.");} GetIdentity(obj: System.MarshalByRefObject, fServer: any): any; //{ throw new Error("Not implemented.");} GetIdentity(obj: System.MarshalByRefObject): any; //{ throw new Error("Not implemented.");} GetLifetimeService(): any; //{ throw new Error("Not implemented.");} InitializeLifetimeService(): any; //{ throw new Error("Not implemented.");} InvokeMember(name: string, invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, args: any, modifiers: any, culture: System.Globalization.CultureInfo, namedParameters: System.String[]): any; //{ throw new Error("Not implemented.");} IsInstanceOfType(T: System.Type): boolean; //{ throw new Error("Not implemented.");} MemberwiseClone(cloneIdentity: boolean): System.MarshalByRefObject; //{ throw new Error("Not implemented.");} } export class ModuleHandle { MDStreamVersion: number; private m_ptr: any; static EmptyHandle: System.ModuleHandle; _ContainsPropertyMatchingHash(module: any, propertyToken: number, hash: number): boolean; //{ throw new Error("Not implemented.");} _GetMetadataImport(module: any): number; //{ throw new Error("Not implemented.");} ContainsPropertyMatchingHash(module: any, propertyToken: number, hash: number): boolean; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} Equals(handle: System.ModuleHandle): boolean; //{ throw new Error("Not implemented.");} GetAssembly(handle: any, retAssembly: any): any; //{ throw new Error("Not implemented.");} GetAssembly(module: any): any; //{ throw new Error("Not implemented.");} GetDynamicMethod(method: any, module: any, name: string, sig: System.Byte[], resolver: any): any; //{ throw new Error("Not implemented.");} GetEmptyMH(): System.ModuleHandle; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetMDStreamVersion(module: any): number; //{ throw new Error("Not implemented.");} GetMetadataImport(module: any): any; //{ throw new Error("Not implemented.");} GetModuleType(module: any): any; //{ throw new Error("Not implemented.");} GetModuleType(handle: any, type: any): any; //{ throw new Error("Not implemented.");} GetPEKind(handle: any, peKind: any, machine: any): any; //{ throw new Error("Not implemented.");} GetPEKind(module: any, peKind: any, machine: any): any; //{ throw new Error("Not implemented.");} GetRuntimeFieldHandleFromMetadataToken(fieldToken: number): System.RuntimeFieldHandle; //{ throw new Error("Not implemented.");} GetRuntimeMethodHandleFromMetadataToken(methodToken: number): System.RuntimeMethodHandle; //{ throw new Error("Not implemented.");} GetRuntimeModule(): any; //{ throw new Error("Not implemented.");} GetRuntimeTypeHandleFromMetadataToken(typeToken: number): System.RuntimeTypeHandle; //{ throw new Error("Not implemented.");} GetToken(module: any): number; //{ throw new Error("Not implemented.");} IsNullHandle(): boolean; //{ throw new Error("Not implemented.");} ResolveField(module: any, fieldToken: number, typeInstArgs: any, typeInstCount: number, methodInstArgs: any, methodInstCount: number, retField: any): any; //{ throw new Error("Not implemented.");} ResolveFieldHandle(fieldToken: number, typeInstantiationContext: any, methodInstantiationContext: any): System.RuntimeFieldHandle; //{ throw new Error("Not implemented.");} ResolveFieldHandle(fieldToken: number): System.RuntimeFieldHandle; //{ throw new Error("Not implemented.");} ResolveFieldHandleInternal(module: any, fieldToken: number, typeInstantiationContext: any, methodInstantiationContext: any): any; //{ throw new Error("Not implemented.");} ResolveMethod(module: any, methodToken: number, typeInstArgs: any, typeInstCount: number, methodInstArgs: any, methodInstCount: number): any; //{ throw new Error("Not implemented.");} ResolveMethodHandle(methodToken: number, typeInstantiationContext: any, methodInstantiationContext: any): System.RuntimeMethodHandle; //{ throw new Error("Not implemented.");} ResolveMethodHandle(methodToken: number): System.RuntimeMethodHandle; //{ throw new Error("Not implemented.");} ResolveMethodHandleInternal(module: any, methodToken: number): any; //{ throw new Error("Not implemented.");} ResolveMethodHandleInternal(module: any, methodToken: number, typeInstantiationContext: any, methodInstantiationContext: any): any; //{ throw new Error("Not implemented.");} ResolveMethodHandleInternalCore(module: any, methodToken: number, typeInstantiationContext: any, typeInstCount: number, methodInstantiationContext: any, methodInstCount: number): any; //{ throw new Error("Not implemented.");} ResolveType(module: any, typeToken: number, typeInstArgs: any, typeInstCount: number, methodInstArgs: any, methodInstCount: number, type: any): any; //{ throw new Error("Not implemented.");} ResolveTypeHandle(typeToken: number, typeInstantiationContext: any, methodInstantiationContext: any): System.RuntimeTypeHandle; //{ throw new Error("Not implemented.");} ResolveTypeHandle(typeToken: number): System.RuntimeTypeHandle; //{ throw new Error("Not implemented.");} ResolveTypeHandleInternal(module: any, typeToken: number, typeInstantiationContext: any, methodInstantiationContext: any): any; //{ throw new Error("Not implemented.");} ValidateModulePointer(module: any): any; //{ throw new Error("Not implemented.");} } export class MulticastDelegate extends System.Delegate { private _invocationList: any; private _invocationCount: number; CombineImpl(follow: System.Delegate): System.Delegate; //{ throw new Error("Not implemented.");} CtorClosed(target: any, methodPtr: number): any; //{ throw new Error("Not implemented.");} CtorClosedStatic(target: any, methodPtr: number): any; //{ throw new Error("Not implemented.");} CtorCollectibleClosedStatic(target: any, methodPtr: number, gchandle: number): any; //{ throw new Error("Not implemented.");} CtorCollectibleOpened(target: any, methodPtr: number, shuffleThunk: number, gchandle: number): any; //{ throw new Error("Not implemented.");} CtorCollectibleVirtualDispatch(target: any, methodPtr: number, shuffleThunk: number, gchandle: number): any; //{ throw new Error("Not implemented.");} CtorOpened(target: any, methodPtr: number, shuffleThunk: number): any; //{ throw new Error("Not implemented.");} CtorRTClosed(target: any, methodPtr: number): any; //{ throw new Error("Not implemented.");} CtorSecureClosed(target: any, methodPtr: number, callThunk: number, creatorMethod: number): any; //{ throw new Error("Not implemented.");} CtorSecureClosedStatic(target: any, methodPtr: number, callThunk: number, creatorMethod: number): any; //{ throw new Error("Not implemented.");} CtorSecureOpened(target: any, methodPtr: number, shuffleThunk: number, callThunk: number, creatorMethod: number): any; //{ throw new Error("Not implemented.");} CtorSecureRTClosed(target: any, methodPtr: number, callThunk: number, creatorMethod: number): any; //{ throw new Error("Not implemented.");} CtorSecureVirtualDispatch(target: any, methodPtr: number, shuffleThunk: number, callThunk: number, creatorMethod: number): any; //{ throw new Error("Not implemented.");} CtorVirtualDispatch(target: any, methodPtr: number, shuffleThunk: number): any; //{ throw new Error("Not implemented.");} DeleteFromInvocationList(invocationList: any, invocationCount: number, deleteIndex: number, deleteCount: number): any; //{ throw new Error("Not implemented.");} EqualInvocationLists(a: any, b: any, start: number, count: number): boolean; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetInvocationList(): any; //{ throw new Error("Not implemented.");} GetMethodImpl(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetTarget(): any; //{ throw new Error("Not implemented.");} InvocationListEquals(d: System.MulticastDelegate): boolean; //{ throw new Error("Not implemented.");} InvocationListLogicallyNull(): boolean; //{ throw new Error("Not implemented.");} IsUnmanagedFunctionPtr(): boolean; //{ throw new Error("Not implemented.");} NewMulticastDelegate(invocationList: any, invocationCount: number): System.MulticastDelegate; //{ throw new Error("Not implemented.");} NewMulticastDelegate(invocationList: any, invocationCount: number, thisIsMultiCastAlready: boolean): System.MulticastDelegate; //{ throw new Error("Not implemented.");} RemoveImpl(value: System.Delegate): System.Delegate; //{ throw new Error("Not implemented.");} StoreDynamicMethod(dynamicMethod: System.Reflection.MethodInfo): any; //{ throw new Error("Not implemented.");} ThrowNullThisInDelegateToInstance(): any; //{ throw new Error("Not implemented.");} TrySetSlot(a: any, index: number, o: any): boolean; //{ throw new Error("Not implemented.");} } export class RuntimeFieldHandle { Value: number; private m_ptr: any; _GetUtf8Name(field: any): any; //{ throw new Error("Not implemented.");} AcquiresContextFromThis(field: any): boolean; //{ throw new Error("Not implemented.");} CheckAttributeAccess(fieldHandle: System.RuntimeFieldHandle, decoratedTarget: any): any; //{ throw new Error("Not implemented.");} Equals(handle: System.RuntimeFieldHandle): boolean; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetApproxDeclaringType(field: any): any; //{ throw new Error("Not implemented.");} GetApproxDeclaringType(field: any): any; //{ throw new Error("Not implemented.");} GetAttributes(field: any): System.Reflection.FieldAttributes; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetName(field: any): string; //{ throw new Error("Not implemented.");} GetNativeHandle(): System.RuntimeFieldHandle; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetRuntimeFieldInfo(): any; //{ throw new Error("Not implemented.");} GetStaticFieldForGenericType(field: any, declaringType: any): any; //{ throw new Error("Not implemented.");} GetToken(field: any): number; //{ throw new Error("Not implemented.");} GetUtf8Name(field: any): any; //{ throw new Error("Not implemented.");} GetValue(field: any, instance: any, fieldType: any, declaringType: any, domainInitialized: any): any; //{ throw new Error("Not implemented.");} GetValueDirect(field: any, fieldType: any, pTypedRef: any, contextType: any): any; //{ throw new Error("Not implemented.");} IsNullHandle(): boolean; //{ throw new Error("Not implemented.");} IsSecurityCritical(fieldHandle: System.RuntimeFieldHandle): boolean; //{ throw new Error("Not implemented.");} IsSecurityCritical(): boolean; //{ throw new Error("Not implemented.");} IsSecuritySafeCritical(): boolean; //{ throw new Error("Not implemented.");} IsSecuritySafeCritical(fieldHandle: System.RuntimeFieldHandle): boolean; //{ throw new Error("Not implemented.");} IsSecurityTransparent(fieldHandle: System.RuntimeFieldHandle): boolean; //{ throw new Error("Not implemented.");} IsSecurityTransparent(): boolean; //{ throw new Error("Not implemented.");} MatchesNameHash(handle: any, hash: number): boolean; //{ throw new Error("Not implemented.");} SetValue(field: any, obj: any, value: any, fieldType: any, fieldAttr: System.Reflection.FieldAttributes, declaringType: any, domainInitialized: any): any; //{ throw new Error("Not implemented.");} SetValueDirect(field: any, fieldType: any, pTypedRef: any, value: any, contextType: any): any; //{ throw new Error("Not implemented.");} } export class RuntimeMethodHandle { static EmptyHandle: System.RuntimeMethodHandle; Value: number; private m_value: any; _GetCurrentMethod(stackMark: any): any; //{ throw new Error("Not implemented.");} _GetUtf8Name(method: any): any; //{ throw new Error("Not implemented.");} _IsSecurityCritical(method: any): boolean; //{ throw new Error("Not implemented.");} _IsSecuritySafeCritical(method: any): boolean; //{ throw new Error("Not implemented.");} _IsSecurityTransparent(method: any): boolean; //{ throw new Error("Not implemented.");} _IsTokenSecurityTransparent(module: any, metaDataToken: number): boolean; //{ throw new Error("Not implemented.");} CheckLinktimeDemands(method: any, module: any, isDecoratedTargetSecurityTransparent: boolean): any; //{ throw new Error("Not implemented.");} ConstructInstantiation(method: any, format: System.TypeNameFormatFlags, retString: any): any; //{ throw new Error("Not implemented.");} ConstructInstantiation(method: any, format: System.TypeNameFormatFlags): string; //{ throw new Error("Not implemented.");} Destroy(method: any): any; //{ throw new Error("Not implemented.");} EnsureNonNullMethodInfo(method: any): any; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} Equals(handle: System.RuntimeMethodHandle): boolean; //{ throw new Error("Not implemented.");} GetAttributes(method: any): System.Reflection.MethodAttributes; //{ throw new Error("Not implemented.");} GetAttributes(method: any): System.Reflection.MethodAttributes; //{ throw new Error("Not implemented.");} GetCallerType(stackMark: any): any; //{ throw new Error("Not implemented.");} GetCallerType(stackMark: any, retType: any): any; //{ throw new Error("Not implemented.");} GetCurrentMethod(stackMark: any): any; //{ throw new Error("Not implemented.");} GetDeclaringType(method: any): any; //{ throw new Error("Not implemented.");} GetDeclaringType(method: any): any; //{ throw new Error("Not implemented.");} GetFunctionPointer(handle: any): number; //{ throw new Error("Not implemented.");} GetFunctionPointer(): number; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetImplAttributes(method: any): System.Reflection.MethodImplAttributes; //{ throw new Error("Not implemented.");} GetLoaderAllocator(method: any): any; //{ throw new Error("Not implemented.");} GetMethodBody(method: any, declaringType: any): any; //{ throw new Error("Not implemented.");} GetMethodDef(method: any): number; //{ throw new Error("Not implemented.");} GetMethodFromCanonical(method: any, declaringType: any): any; //{ throw new Error("Not implemented.");} GetMethodInfo(): any; //{ throw new Error("Not implemented.");} GetMethodInstantiation(method: any, types: any, fAsRuntimeTypeArray: boolean): any; //{ throw new Error("Not implemented.");} GetMethodInstantiationInternal(method: any): any; //{ throw new Error("Not implemented.");} GetMethodInstantiationInternal(method: any): any; //{ throw new Error("Not implemented.");} GetMethodInstantiationPublic(method: any): System.Type[]; //{ throw new Error("Not implemented.");} GetName(method: any): string; //{ throw new Error("Not implemented.");} GetName(method: any): string; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetResolver(method: any): any; //{ throw new Error("Not implemented.");} GetSecurityFlags(handle: any): System.Reflection.INVOCATION_FLAGS; //{ throw new Error("Not implemented.");} GetSlot(method: any): number; //{ throw new Error("Not implemented.");} GetSlot(method: any): number; //{ throw new Error("Not implemented.");} GetSpecialSecurityFlags(method: any): number; //{ throw new Error("Not implemented.");} GetStubIfNeeded(method: any, declaringType: any, methodInstantiation: any): any; //{ throw new Error("Not implemented.");} GetTypicalMethodDefinition(method: any, outMethod: any): any; //{ throw new Error("Not implemented.");} GetTypicalMethodDefinition(method: any): any; //{ throw new Error("Not implemented.");} GetUtf8Name(method: any): any; //{ throw new Error("Not implemented.");} GetValueInternal(rmh: System.RuntimeMethodHandle): number; //{ throw new Error("Not implemented.");} HasMethodInstantiation(method: any): boolean; //{ throw new Error("Not implemented.");} HasMethodInstantiation(method: any): boolean; //{ throw new Error("Not implemented.");} InvokeMethod(target: any, arguments: any, sig: any, constructor: boolean): any; //{ throw new Error("Not implemented.");} IsCAVisibleFromDecoratedType(attrTypeHandle: System.RuntimeTypeHandle, attrCtor: any, sourceTypeHandle: System.RuntimeTypeHandle, sourceModule: any): boolean; //{ throw new Error("Not implemented.");} IsConstructor(method: any): boolean; //{ throw new Error("Not implemented.");} IsDynamicMethod(method: any): boolean; //{ throw new Error("Not implemented.");} IsGenericMethodDefinition(method: any): boolean; //{ throw new Error("Not implemented.");} IsGenericMethodDefinition(method: any): boolean; //{ throw new Error("Not implemented.");} IsNullHandle(): boolean; //{ throw new Error("Not implemented.");} IsSecurityCritical(method: any): boolean; //{ throw new Error("Not implemented.");} IsSecuritySafeCritical(method: any): boolean; //{ throw new Error("Not implemented.");} IsSecurityTransparent(method: any): boolean; //{ throw new Error("Not implemented.");} IsTokenSecurityTransparent(module: System.Reflection.Module, metaDataToken: number): boolean; //{ throw new Error("Not implemented.");} IsTypicalMethodDefinition(method: any): boolean; //{ throw new Error("Not implemented.");} MatchesNameHash(method: any, hash: number): boolean; //{ throw new Error("Not implemented.");} PerformSecurityCheck(obj: any, method: any, parent: any, invocationFlags: number): any; //{ throw new Error("Not implemented.");} PerformSecurityCheck(obj: any, method: any, parent: any, invocationFlags: number): any; //{ throw new Error("Not implemented.");} SerializationInvoke(method: any, target: any, info: any, context: any): any; //{ throw new Error("Not implemented.");} StripMethodInstantiation(method: any): any; //{ throw new Error("Not implemented.");} StripMethodInstantiation(method: any, outMethod: any): any; //{ throw new Error("Not implemented.");} } export class RuntimeTypeHandle { static EmptyHandle: System.RuntimeTypeHandle; Value: number; private m_type: any; _GetMetadataImport(type: any): number; //{ throw new Error("Not implemented.");} _GetUtf8Name(type: any): any; //{ throw new Error("Not implemented.");} _IsVisible(typeHandle: System.RuntimeTypeHandle): boolean; //{ throw new Error("Not implemented.");} Allocate(type: any): any; //{ throw new Error("Not implemented.");} CanCastTo(type: any, target: any): boolean; //{ throw new Error("Not implemented.");} CompareCanonicalHandles(left: any, right: any): boolean; //{ throw new Error("Not implemented.");} ConstructName(formatFlags: System.TypeNameFormatFlags): string; //{ throw new Error("Not implemented.");} ConstructName(handle: System.RuntimeTypeHandle, formatFlags: System.TypeNameFormatFlags, retString: any): any; //{ throw new Error("Not implemented.");} ContainsGenericVariables(): boolean; //{ throw new Error("Not implemented.");} ContainsGenericVariables(handle: any): boolean; //{ throw new Error("Not implemented.");} CopyRuntimeTypeHandles(inHandles: any, length: any): any; //{ throw new Error("Not implemented.");} CopyRuntimeTypeHandles(inHandles: System.Type[], length: any): any; //{ throw new Error("Not implemented.");} CreateCaInstance(type: any, ctor: any): any; //{ throw new Error("Not implemented.");} CreateInstance(type: any, publicOnly: boolean, noCheck: boolean, canBeCached: any, ctor: any, bNeedSecurityCheck: any): any; //{ throw new Error("Not implemented.");} CreateInstanceForAnotherGenericParameter(type: any, genericParameter: any): any; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} Equals(handle: System.RuntimeTypeHandle): boolean; //{ throw new Error("Not implemented.");} GetArrayRank(type: any): number; //{ throw new Error("Not implemented.");} GetAssembly(type: any): any; //{ throw new Error("Not implemented.");} GetAttributes(type: any): System.Reflection.TypeAttributes; //{ throw new Error("Not implemented.");} GetBaseType(type: any): any; //{ throw new Error("Not implemented.");} GetConstraints(handle: System.RuntimeTypeHandle, types: any): any; //{ throw new Error("Not implemented.");} GetConstraints(): System.Type[]; //{ throw new Error("Not implemented.");} GetCorElementType(type: any): System.Reflection.CorElementType; //{ throw new Error("Not implemented.");} GetDeclaringMethod(type: any): any; //{ throw new Error("Not implemented.");} GetDeclaringType(type: any): any; //{ throw new Error("Not implemented.");} GetDefaultConstructor(): any; //{ throw new Error("Not implemented.");} GetDefaultConstructor(handle: System.RuntimeTypeHandle, method: any): any; //{ throw new Error("Not implemented.");} GetElementType(type: any): any; //{ throw new Error("Not implemented.");} GetFields(type: any, result: any, count: any): boolean; //{ throw new Error("Not implemented.");} GetFirstIntroducedMethod(type: any): any; //{ throw new Error("Not implemented.");} GetGCHandle(type: System.Runtime.InteropServices.GCHandleType): number; //{ throw new Error("Not implemented.");} GetGCHandle(handle: System.RuntimeTypeHandle, type: System.Runtime.InteropServices.GCHandleType): number; //{ throw new Error("Not implemented.");} GetGenericTypeDefinition(type: any): any; //{ throw new Error("Not implemented.");} GetGenericTypeDefinition(type: System.RuntimeTypeHandle, retType: any): any; //{ throw new Error("Not implemented.");} GetGenericVariableIndex(type: any): number; //{ throw new Error("Not implemented.");} GetGenericVariableIndex(): number; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetInstantiation(type: System.RuntimeTypeHandle, types: any, fAsRuntimeTypeArray: boolean): any; //{ throw new Error("Not implemented.");} GetInstantiationInternal(): any; //{ throw new Error("Not implemented.");} GetInstantiationPublic(): System.Type[]; //{ throw new Error("Not implemented.");} GetInterfaceMethodImplementationSlot(interfaceHandle: System.RuntimeTypeHandle, interfaceMethodHandle: any): number; //{ throw new Error("Not implemented.");} GetInterfaceMethodImplementationSlot(handle: System.RuntimeTypeHandle, interfaceHandle: System.RuntimeTypeHandle, interfaceMethodHandle: any): number; //{ throw new Error("Not implemented.");} GetInterfaces(type: any): System.Type[]; //{ throw new Error("Not implemented.");} GetIntroducedMethods(type: any): any; //{ throw new Error("Not implemented.");} GetMetadataImport(type: any): any; //{ throw new Error("Not implemented.");} GetMethodAt(type: any, slot: number): any; //{ throw new Error("Not implemented.");} GetModule(type: any): any; //{ throw new Error("Not implemented.");} GetModuleHandle(): System.ModuleHandle; //{ throw new Error("Not implemented.");} GetNativeHandle(): System.RuntimeTypeHandle; //{ throw new Error("Not implemented.");} GetNextIntroducedMethod(method: any): any; //{ throw new Error("Not implemented.");} GetNumVirtuals(type: any): number; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetRuntimeType(): any; //{ throw new Error("Not implemented.");} GetToken(type: any): number; //{ throw new Error("Not implemented.");} GetTypeByName(name: string, throwOnError: boolean, ignoreCase: boolean, reflectionOnly: boolean, stackMark: any, loadTypeFromPartialName: boolean): any; //{ throw new Error("Not implemented.");} GetTypeByName(name: string, throwOnError: boolean, ignoreCase: boolean, reflectionOnly: boolean, stackMark: any, pPrivHostBinder: number, loadTypeFromPartialName: boolean): any; //{ throw new Error("Not implemented.");} GetTypeByName(name: string, stackMark: any): System.Type; //{ throw new Error("Not implemented.");} GetTypeByName(name: string, throwOnError: boolean, ignoreCase: boolean, reflectionOnly: boolean, stackMark: any, pPrivHostBinder: number, loadTypeFromPartialName: boolean, type: any): any; //{ throw new Error("Not implemented.");} GetTypeByNameUsingCARules(name: string, scope: any): any; //{ throw new Error("Not implemented.");} GetTypeByNameUsingCARules(name: string, scope: any, type: any): any; //{ throw new Error("Not implemented.");} GetTypeChecked(): any; //{ throw new Error("Not implemented.");} GetTypeHelper(typeStart: System.Type, genericArgs: System.Type[], pModifiers: number, cModifiers: number): System.Type; //{ throw new Error("Not implemented.");} GetUtf8Name(type: any): any; //{ throw new Error("Not implemented.");} GetValueInternal(handle: System.RuntimeTypeHandle): number; //{ throw new Error("Not implemented.");} HasElementType(type: any): boolean; //{ throw new Error("Not implemented.");} HasInstantiation(type: any): boolean; //{ throw new Error("Not implemented.");} HasInstantiation(): boolean; //{ throw new Error("Not implemented.");} HasProxyAttribute(type: any): boolean; //{ throw new Error("Not implemented.");} Instantiate(inst: System.Type[]): any; //{ throw new Error("Not implemented.");} Instantiate(handle: System.RuntimeTypeHandle, pInst: any, numGenericArgs: number, type: any): any; //{ throw new Error("Not implemented.");} IsArray(type: any): boolean; //{ throw new Error("Not implemented.");} IsByRef(type: any): boolean; //{ throw new Error("Not implemented.");} IsCollectible(handle: System.RuntimeTypeHandle): boolean; //{ throw new Error("Not implemented.");} IsComObject(type: any, isGenericCOM: boolean): boolean; //{ throw new Error("Not implemented.");} IsContextful(type: any): boolean; //{ throw new Error("Not implemented.");} IsEquivalentTo(rtType1: any, rtType2: any): boolean; //{ throw new Error("Not implemented.");} IsEquivalentType(type: any): boolean; //{ throw new Error("Not implemented.");} IsGenericTypeDefinition(type: any): boolean; //{ throw new Error("Not implemented.");} IsGenericVariable(type: any): boolean; //{ throw new Error("Not implemented.");} IsGenericVariable(): boolean; //{ throw new Error("Not implemented.");} IsInstanceOfType(type: any, o: any): boolean; //{ throw new Error("Not implemented.");} IsInterface(type: any): boolean; //{ throw new Error("Not implemented.");} IsNullHandle(): boolean; //{ throw new Error("Not implemented.");} IsPointer(type: any): boolean; //{ throw new Error("Not implemented.");} IsPrimitive(type: any): boolean; //{ throw new Error("Not implemented.");} IsSecurityCritical(typeHandle: System.RuntimeTypeHandle): boolean; //{ throw new Error("Not implemented.");} IsSecurityCritical(): boolean; //{ throw new Error("Not implemented.");} IsSecuritySafeCritical(typeHandle: System.RuntimeTypeHandle): boolean; //{ throw new Error("Not implemented.");} IsSecuritySafeCritical(): boolean; //{ throw new Error("Not implemented.");} IsSecurityTransparent(typeHandle: System.RuntimeTypeHandle): boolean; //{ throw new Error("Not implemented.");} IsSecurityTransparent(): boolean; //{ throw new Error("Not implemented.");} IsSzArray(type: any): boolean; //{ throw new Error("Not implemented.");} IsValueType(type: any): boolean; //{ throw new Error("Not implemented.");} IsVisible(type: any): boolean; //{ throw new Error("Not implemented.");} MakeArray(rank: number): any; //{ throw new Error("Not implemented.");} MakeArray(handle: System.RuntimeTypeHandle, rank: number, type: any): any; //{ throw new Error("Not implemented.");} MakeByRef(handle: System.RuntimeTypeHandle, type: any): any; //{ throw new Error("Not implemented.");} MakeByRef(): any; //{ throw new Error("Not implemented.");} MakePointer(): any; //{ throw new Error("Not implemented.");} MakePointer(handle: System.RuntimeTypeHandle, type: any): any; //{ throw new Error("Not implemented.");} MakeSZArray(): any; //{ throw new Error("Not implemented.");} MakeSZArray(handle: System.RuntimeTypeHandle, type: any): any; //{ throw new Error("Not implemented.");} SatisfiesConstraints(paramType: any, pTypeContext: any, typeContextLength: number, pMethodContext: any, methodContextLength: number, toType: any): boolean; //{ throw new Error("Not implemented.");} SatisfiesConstraints(paramType: any, typeContext: any, methodContext: any, toType: any): boolean; //{ throw new Error("Not implemented.");} VerifyInterfaceIsImplemented(handle: System.RuntimeTypeHandle, interfaceHandle: System.RuntimeTypeHandle): any; //{ throw new Error("Not implemented.");} VerifyInterfaceIsImplemented(interfaceHandle: System.RuntimeTypeHandle): any; //{ throw new Error("Not implemented.");} } export class SystemException extends System.Exception { } export class TimeSpan { Ticks: number; Days: number; Hours: number; Milliseconds: number; Minutes: number; Seconds: number; TotalDays: number; TotalHours: number; TotalMilliseconds: number; TotalMinutes: number; TotalSeconds: number; private static LegacyMode: boolean; _ticks: number; static Zero: System.TimeSpan; static MaxValue: System.TimeSpan; static MinValue: System.TimeSpan; private static _legacyConfigChecked: boolean; private static _legacyMode: boolean; Add(ts: System.TimeSpan): System.TimeSpan; //{ throw new Error("Not implemented.");} Compare(t1: System.TimeSpan, t2: System.TimeSpan): number; //{ throw new Error("Not implemented.");} CompareTo(value: any): number; //{ throw new Error("Not implemented.");} CompareTo(value: System.TimeSpan): number; //{ throw new Error("Not implemented.");} Duration(): System.TimeSpan; //{ throw new Error("Not implemented.");} Equals(value: any): boolean; //{ throw new Error("Not implemented.");} Equals(obj: System.TimeSpan): boolean; //{ throw new Error("Not implemented.");} Equals(t1: System.TimeSpan, t2: System.TimeSpan): boolean; //{ throw new Error("Not implemented.");} FromDays(value: number): System.TimeSpan; //{ throw new Error("Not implemented.");} FromHours(value: number): System.TimeSpan; //{ throw new Error("Not implemented.");} FromMilliseconds(value: number): System.TimeSpan; //{ throw new Error("Not implemented.");} FromMinutes(value: number): System.TimeSpan; //{ throw new Error("Not implemented.");} FromSeconds(value: number): System.TimeSpan; //{ throw new Error("Not implemented.");} FromTicks(value: number): System.TimeSpan; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetLegacyFormatMode(): boolean; //{ throw new Error("Not implemented.");} Interval(value: number, scale: number): System.TimeSpan; //{ throw new Error("Not implemented.");} LegacyFormatMode(): boolean; //{ throw new Error("Not implemented.");} Negate(): System.TimeSpan; //{ throw new Error("Not implemented.");} Parse(s: string): System.TimeSpan; //{ throw new Error("Not implemented.");} Parse(input: string, formatProvider: System.IFormatProvider): System.TimeSpan; //{ throw new Error("Not implemented.");} ParseExact(input: string, format: string, formatProvider: System.IFormatProvider, styles: System.Globalization.TimeSpanStyles): System.TimeSpan; //{ throw new Error("Not implemented.");} ParseExact(input: string, formats: System.String[], formatProvider: System.IFormatProvider, styles: System.Globalization.TimeSpanStyles): System.TimeSpan; //{ throw new Error("Not implemented.");} ParseExact(input: string, format: string, formatProvider: System.IFormatProvider): System.TimeSpan; //{ throw new Error("Not implemented.");} ParseExact(input: string, formats: System.String[], formatProvider: System.IFormatProvider): System.TimeSpan; //{ throw new Error("Not implemented.");} Subtract(ts: System.TimeSpan): System.TimeSpan; //{ throw new Error("Not implemented.");} TimeToTicks(hour: number, minute: number, second: number): number; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} ToString(format: string): string; //{ throw new Error("Not implemented.");} ToString(format: string, formatProvider: System.IFormatProvider): string; //{ throw new Error("Not implemented.");} TryParse(s: string, result: any): boolean; //{ throw new Error("Not implemented.");} TryParse(input: string, formatProvider: System.IFormatProvider, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseExact(input: string, formats: System.String[], formatProvider: System.IFormatProvider, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseExact(input: string, format: string, formatProvider: System.IFormatProvider, styles: System.Globalization.TimeSpanStyles, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseExact(input: string, formats: System.String[], formatProvider: System.IFormatProvider, styles: System.Globalization.TimeSpanStyles, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseExact(input: string, format: string, formatProvider: System.IFormatProvider, result: any): boolean; //{ throw new Error("Not implemented.");} } export class TimeZoneInfo { Id: string; DisplayName: string; StandardName: string; DaylightName: string; BaseUtcOffset: System.TimeSpan; SupportsDaylightSavingTime: boolean; static Local: System.TimeZoneInfo; static Utc: System.TimeZoneInfo; private m_id: string; private m_displayName: string; private m_standardDisplayName: string; private m_daylightDisplayName: string; private m_baseUtcOffset: System.TimeSpan; private m_supportsDaylightSavingTime: boolean; private m_adjustmentRules: any; private static s_cachedData: any; private static s_maxDateOnly: Date; private static s_minDateOnly: Date; CheckDaylightSavingTimeNotSupported(timeZone: any): boolean; //{ throw new Error("Not implemented.");} CheckIsDst(startTime: Date, time: Date, endTime: Date): boolean; //{ throw new Error("Not implemented.");} ClearCachedData(): any; //{ throw new Error("Not implemented.");} ConvertTime(dateTimeOffset: Date, destinationTimeZone: System.TimeZoneInfo): Date; //{ throw new Error("Not implemented.");} ConvertTime(dateTime: Date, sourceTimeZone: System.TimeZoneInfo, destinationTimeZone: System.TimeZoneInfo): Date; //{ throw new Error("Not implemented.");} ConvertTime(dateTime: Date, sourceTimeZone: System.TimeZoneInfo, destinationTimeZone: System.TimeZoneInfo, flags: System.TimeZoneInfoOptions): Date; //{ throw new Error("Not implemented.");} ConvertTime(dateTime: Date, destinationTimeZone: System.TimeZoneInfo): Date; //{ throw new Error("Not implemented.");} ConvertTime(dateTime: Date, sourceTimeZone: System.TimeZoneInfo, destinationTimeZone: System.TimeZoneInfo, flags: System.TimeZoneInfoOptions, cachedData: any): Date; //{ throw new Error("Not implemented.");} ConvertTimeBySystemTimeZoneId(dateTime: Date, sourceTimeZoneId: string, destinationTimeZoneId: string): Date; //{ throw new Error("Not implemented.");} ConvertTimeBySystemTimeZoneId(dateTime: Date, destinationTimeZoneId: string): Date; //{ throw new Error("Not implemented.");} ConvertTimeBySystemTimeZoneId(dateTimeOffset: Date, destinationTimeZoneId: string): Date; //{ throw new Error("Not implemented.");} ConvertTimeFromUtc(dateTime: Date, destinationTimeZone: System.TimeZoneInfo): Date; //{ throw new Error("Not implemented.");} ConvertTimeToUtc(dateTime: Date): Date; //{ throw new Error("Not implemented.");} ConvertTimeToUtc(dateTime: Date, sourceTimeZone: System.TimeZoneInfo): Date; //{ throw new Error("Not implemented.");} ConvertTimeToUtc(dateTime: Date, flags: System.TimeZoneInfoOptions): Date; //{ throw new Error("Not implemented.");} ConvertUtcToTimeZone(ticks: number, destinationTimeZone: System.TimeZoneInfo, isAmbiguousLocalDst: any): Date; //{ throw new Error("Not implemented.");} CreateAdjustmentRuleFromTimeZoneInformation(timeZoneInformation: any, startDate: Date, endDate: Date): any; //{ throw new Error("Not implemented.");} CreateCustomTimeZone(id: string, baseUtcOffset: System.TimeSpan, displayName: string, standardDisplayName: string, daylightDisplayName: string, adjustmentRules: any, disableDaylightSavingTime: boolean): System.TimeZoneInfo; //{ throw new Error("Not implemented.");} CreateCustomTimeZone(id: string, baseUtcOffset: System.TimeSpan, displayName: string, standardDisplayName: string): System.TimeZoneInfo; //{ throw new Error("Not implemented.");} CreateCustomTimeZone(id: string, baseUtcOffset: System.TimeSpan, displayName: string, standardDisplayName: string, daylightDisplayName: string, adjustmentRules: any): System.TimeZoneInfo; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} Equals(other: System.TimeZoneInfo): boolean; //{ throw new Error("Not implemented.");} FindIdFromTimeZoneInformation(timeZone: any, dstDisabled: any): string; //{ throw new Error("Not implemented.");} FindSystemTimeZoneById(id: string): System.TimeZoneInfo; //{ throw new Error("Not implemented.");} FromSerializedString(source: string): System.TimeZoneInfo; //{ throw new Error("Not implemented.");} GetAdjustmentRuleForTime(dateTime: Date): any; //{ throw new Error("Not implemented.");} GetAdjustmentRules(): any; //{ throw new Error("Not implemented.");} GetAmbiguousTimeOffsets(dateTime: Date): any; //{ throw new Error("Not implemented.");} GetAmbiguousTimeOffsets(dateTimeOffset: Date): any; //{ throw new Error("Not implemented.");} GetDateTimeNowUtcOffsetFromUtc(time: Date, isAmbiguousLocalDst: any): System.TimeSpan; //{ throw new Error("Not implemented.");} GetDaylightTime(year: number, rule: any): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetIsAmbiguousTime(time: Date, rule: any, daylightTime: any): boolean; //{ throw new Error("Not implemented.");} GetIsDaylightSavings(time: Date, rule: any, daylightTime: any, flags: System.TimeZoneInfoOptions): boolean; //{ throw new Error("Not implemented.");} GetIsDaylightSavingsFromUtc(time: Date, Year: number, utc: System.TimeSpan, rule: any, isAmbiguousLocalDst: any): boolean; //{ throw new Error("Not implemented.");} GetIsInvalidTime(time: Date, rule: any, daylightTime: any): boolean; //{ throw new Error("Not implemented.");} GetLocalTimeZone(cachedData: any): System.TimeZoneInfo; //{ throw new Error("Not implemented.");} GetLocalTimeZoneFromWin32Data(timeZoneInformation: any, dstDisabled: boolean): System.TimeZoneInfo; //{ throw new Error("Not implemented.");} GetLocalUtcOffset(dateTime: Date, flags: System.TimeZoneInfoOptions): System.TimeSpan; //{ throw new Error("Not implemented.");} GetSystemTimeZones(): any; //{ throw new Error("Not implemented.");} GetUtcOffset(dateTime: Date, flags: System.TimeZoneInfoOptions, cachedData: any): System.TimeSpan; //{ throw new Error("Not implemented.");} GetUtcOffset(time: Date, zone: System.TimeZoneInfo, flags: System.TimeZoneInfoOptions): System.TimeSpan; //{ throw new Error("Not implemented.");} GetUtcOffset(dateTime: Date): System.TimeSpan; //{ throw new Error("Not implemented.");} GetUtcOffset(dateTimeOffset: Date): System.TimeSpan; //{ throw new Error("Not implemented.");} GetUtcOffset(dateTime: Date, flags: System.TimeZoneInfoOptions): System.TimeSpan; //{ throw new Error("Not implemented.");} GetUtcOffsetFromUtc(time: Date, zone: System.TimeZoneInfo, isDaylightSavings: any): System.TimeSpan; //{ throw new Error("Not implemented.");} GetUtcOffsetFromUtc(time: Date, zone: System.TimeZoneInfo): System.TimeSpan; //{ throw new Error("Not implemented.");} GetUtcOffsetFromUtc(time: Date, zone: System.TimeZoneInfo, isDaylightSavings: any, isAmbiguousLocalDst: any): System.TimeSpan; //{ throw new Error("Not implemented.");} HasSameRules(other: System.TimeZoneInfo): boolean; //{ throw new Error("Not implemented.");} IsAmbiguousTime(dateTimeOffset: Date): boolean; //{ throw new Error("Not implemented.");} IsAmbiguousTime(dateTime: Date, flags: System.TimeZoneInfoOptions): boolean; //{ throw new Error("Not implemented.");} IsAmbiguousTime(dateTime: Date): boolean; //{ throw new Error("Not implemented.");} IsDaylightSavingTime(dateTime: Date, flags: System.TimeZoneInfoOptions, cachedData: any): boolean; //{ throw new Error("Not implemented.");} IsDaylightSavingTime(dateTime: Date, flags: System.TimeZoneInfoOptions): boolean; //{ throw new Error("Not implemented.");} IsDaylightSavingTime(dateTime: Date): boolean; //{ throw new Error("Not implemented.");} IsDaylightSavingTime(dateTimeOffset: Date): boolean; //{ throw new Error("Not implemented.");} IsInvalidTime(dateTime: Date): boolean; //{ throw new Error("Not implemented.");} ToSerializedString(): string; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} TransitionTimeFromTimeZoneInformation(timeZoneInformation: any, transitionTime: any, readStartDate: boolean): boolean; //{ throw new Error("Not implemented.");} TransitionTimeToDateTime(year: number, transitionTime: any): Date; //{ throw new Error("Not implemented.");} TryCompareStandardDate(timeZone: any, registryTimeZoneInfo: any): boolean; //{ throw new Error("Not implemented.");} TryCompareTimeZoneInformationToRegistry(timeZone: any, id: string, dstDisabled: any): boolean; //{ throw new Error("Not implemented.");} TryCreateAdjustmentRules(id: string, defaultTimeZoneInformation: any, rules: any, e: any): boolean; //{ throw new Error("Not implemented.");} TryGetLocalizedNameByMuiNativeResource(resource: string): string; //{ throw new Error("Not implemented.");} TryGetLocalizedNameByNativeResource(filePath: string, resource: number): string; //{ throw new Error("Not implemented.");} TryGetLocalizedNamesByRegistryKey(key: any, displayName: any, standardName: any, daylightName: any): boolean; //{ throw new Error("Not implemented.");} TryGetTimeZone(id: string, dstDisabled: boolean, value: any, e: any, cachedData: any): System.TimeZoneInfo.TimeZoneInfoResult; //{ throw new Error("Not implemented.");} TryGetTimeZoneByRegistryKey(id: string, value: any, e: any): System.TimeZoneInfo.TimeZoneInfoResult; //{ throw new Error("Not implemented.");} UtcOffsetOutOfRange(offset: System.TimeSpan): boolean; //{ throw new Error("Not implemented.");} ValidateTimeZoneInfo(id: string, baseUtcOffset: System.TimeSpan, adjustmentRules: any, adjustmentRulesSupportDst: any): any; //{ throw new Error("Not implemented.");} } export class Type extends System.Reflection.MemberInfo { MemberType: System.Reflection.MemberTypes; DeclaringType: System.Type; DeclaringMethod: System.Reflection.MethodBase; ReflectedType: System.Type; StructLayoutAttribute: System.Runtime.InteropServices.StructLayoutAttribute; GUID: System.Guid; static DefaultBinder: System.Reflection.Binder; Module: System.Reflection.Module; Assembly: System.Reflection.Assembly; TypeHandle: System.RuntimeTypeHandle; FullName: string; Namespace: string; AssemblyQualifiedName: string; BaseType: System.Type; TypeInitializer: System.Reflection.ConstructorInfo; IsNested: boolean; Attributes: System.Reflection.TypeAttributes; GenericParameterAttributes: System.Reflection.GenericParameterAttributes; IsVisible: boolean; IsNotPublic: boolean; IsPublic: boolean; IsNestedPublic: boolean; IsNestedPrivate: boolean; IsNestedFamily: boolean; IsNestedAssembly: boolean; IsNestedFamANDAssem: boolean; IsNestedFamORAssem: boolean; IsAutoLayout: boolean; IsLayoutSequential: boolean; IsExplicitLayout: boolean; IsClass: boolean; IsInterface: boolean; IsValueType: boolean; IsAbstract: boolean; IsSealed: boolean; IsEnum: boolean; IsSpecialName: boolean; IsImport: boolean; IsSerializable: boolean; IsAnsiClass: boolean; IsUnicodeClass: boolean; IsAutoClass: boolean; IsArray: boolean; IsSzArray: boolean; IsGenericType: boolean; IsGenericTypeDefinition: boolean; IsConstructedGenericType: boolean; IsGenericParameter: boolean; GenericParameterPosition: number; ContainsGenericParameters: boolean; IsByRef: boolean; IsPointer: boolean; IsPrimitive: boolean; IsCOMObject: boolean; IsWindowsRuntimeObject: boolean; IsExportedToWindowsRuntime: boolean; HasElementType: boolean; IsContextful: boolean; IsMarshalByRef: boolean; HasProxyAttribute: boolean; GenericTypeArguments: System.Type[]; IsSecurityCritical: boolean; IsSecuritySafeCritical: boolean; IsSecurityTransparent: boolean; NeedsReflectionSecurityCheck: boolean; UnderlyingSystemType: System.Type; static FilterAttribute: any; static FilterName: any; static FilterNameIgnoreCase: any; static Missing: any; static Delimiter: string; static EmptyTypes: System.Type[]; private static defaultBinder: System.Reflection.Binder; BinarySearch(array: System.Array, value: any): number; //{ throw new Error("Not implemented.");} CreateBinder(): any; //{ throw new Error("Not implemented.");} Equals(o: System.Type): boolean; //{ throw new Error("Not implemented.");} Equals(o: any): boolean; //{ throw new Error("Not implemented.");} FindInterfaces(filter: any, filterCriteria: any): System.Type[]; //{ throw new Error("Not implemented.");} FindMembers(memberType: System.Reflection.MemberTypes, bindingAttr: System.Reflection.BindingFlags, filter: any, filterCriteria: any): any; //{ throw new Error("Not implemented.");} FormatTypeName(serialization: boolean): string; //{ throw new Error("Not implemented.");} FormatTypeName(): string; //{ throw new Error("Not implemented.");} GetArrayRank(): number; //{ throw new Error("Not implemented.");} GetAttributeFlagsImpl(): System.Reflection.TypeAttributes; //{ throw new Error("Not implemented.");} GetConstructor(types: System.Type[]): System.Reflection.ConstructorInfo; //{ throw new Error("Not implemented.");} GetConstructor(bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, types: System.Type[], modifiers: any): System.Reflection.ConstructorInfo; //{ throw new Error("Not implemented.");} GetConstructor(bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, callConvention: System.Reflection.CallingConventions, types: System.Type[], modifiers: any): System.Reflection.ConstructorInfo; //{ throw new Error("Not implemented.");} GetConstructorImpl(bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, callConvention: System.Reflection.CallingConventions, types: System.Type[], modifiers: any): System.Reflection.ConstructorInfo; //{ throw new Error("Not implemented.");} GetConstructors(bindingAttr: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetConstructors(): any; //{ throw new Error("Not implemented.");} GetDefaultMembers(): any; //{ throw new Error("Not implemented.");} GetElementType(): System.Type; //{ throw new Error("Not implemented.");} GetEnumData(enumNames: any, enumValues: any): any; //{ throw new Error("Not implemented.");} GetEnumName(value: any): string; //{ throw new Error("Not implemented.");} GetEnumNames(): System.String[]; //{ throw new Error("Not implemented.");} GetEnumRawConstantValues(): System.Array; //{ throw new Error("Not implemented.");} GetEnumUnderlyingType(): System.Type; //{ throw new Error("Not implemented.");} GetEnumValues(): System.Array; //{ throw new Error("Not implemented.");} GetEvent(name: string, bindingAttr: System.Reflection.BindingFlags): System.Reflection.EventInfo; //{ throw new Error("Not implemented.");} GetEvent(name: string): System.Reflection.EventInfo; //{ throw new Error("Not implemented.");} GetEvents(): any; //{ throw new Error("Not implemented.");} GetEvents(bindingAttr: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetField(name: string): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} GetField(name: string, bindingAttr: System.Reflection.BindingFlags): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} GetFields(bindingAttr: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetFields(): any; //{ throw new Error("Not implemented.");} GetGenericArguments(): System.Type[]; //{ throw new Error("Not implemented.");} GetGenericParameterConstraints(): System.Type[]; //{ throw new Error("Not implemented.");} GetGenericTypeDefinition(): System.Type; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetInterface(name: string, ignoreCase: boolean): System.Type; //{ throw new Error("Not implemented.");} GetInterface(name: string): System.Type; //{ throw new Error("Not implemented.");} GetInterfaceMap(interfaceType: System.Type): any; //{ throw new Error("Not implemented.");} GetInterfaces(): System.Type[]; //{ throw new Error("Not implemented.");} GetMember(name: string, type: System.Reflection.MemberTypes, bindingAttr: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetMember(name: string, bindingAttr: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetMember(name: string): any; //{ throw new Error("Not implemented.");} GetMembers(bindingAttr: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetMembers(): any; //{ throw new Error("Not implemented.");} GetMethod(name: string, bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, types: System.Type[], modifiers: any): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethod(name: string): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethod(name: string, bindingAttr: System.Reflection.BindingFlags): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethod(name: string, types: System.Type[]): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethod(name: string, types: System.Type[], modifiers: any): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethod(name: string, bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, callConvention: System.Reflection.CallingConventions, types: System.Type[], modifiers: any): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethodImpl(name: string, bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, callConvention: System.Reflection.CallingConventions, types: System.Type[], modifiers: any): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethods(bindingAttr: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetMethods(): any; //{ throw new Error("Not implemented.");} GetNestedType(name: string): System.Type; //{ throw new Error("Not implemented.");} GetNestedType(name: string, bindingAttr: System.Reflection.BindingFlags): System.Type; //{ throw new Error("Not implemented.");} GetNestedTypes(): System.Type[]; //{ throw new Error("Not implemented.");} GetNestedTypes(bindingAttr: System.Reflection.BindingFlags): System.Type[]; //{ throw new Error("Not implemented.");} GetProperties(): any; //{ throw new Error("Not implemented.");} GetProperties(bindingAttr: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetProperty(name: string, bindingAttr: System.Reflection.BindingFlags, returnType: System.Type): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetProperty(name: string): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetProperty(name: string, returnType: System.Type): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetProperty(name: string, returnType: System.Type, types: System.Type[]): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetProperty(name: string, bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, returnType: System.Type, types: System.Type[], modifiers: any): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetProperty(name: string, returnType: System.Type, types: System.Type[], modifiers: any): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetProperty(name: string, types: System.Type[]): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetProperty(name: string, bindingAttr: System.Reflection.BindingFlags): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetPropertyImpl(name: string, bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, returnType: System.Type, types: System.Type[], modifiers: any): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} GetRootElementType(): System.Type; //{ throw new Error("Not implemented.");} GetType(typeName: string, assemblyResolver: System.Func, typeResolver: any, throwOnError: boolean, ignoreCase: boolean): System.Type; //{ throw new Error("Not implemented.");} GetType(typeName: string, assemblyResolver: System.Func, typeResolver: any): System.Type; //{ throw new Error("Not implemented.");} GetType(typeName: string, assemblyResolver: System.Func, typeResolver: any, throwOnError: boolean): System.Type; //{ throw new Error("Not implemented.");} GetType(typeName: string, throwOnError: boolean): System.Type; //{ throw new Error("Not implemented.");} GetType(): System.Type; //{ throw new Error("Not implemented.");} GetType(typeName: string, throwOnError: boolean, ignoreCase: boolean): System.Type; //{ throw new Error("Not implemented.");} GetType(typeName: string): System.Type; //{ throw new Error("Not implemented.");} GetTypeArray(args: any): System.Type[]; //{ throw new Error("Not implemented.");} GetTypeCode(type: System.Type): System.TypeCode; //{ throw new Error("Not implemented.");} GetTypeCodeImpl(): System.TypeCode; //{ throw new Error("Not implemented.");} GetTypeFromCLSID(clsid: System.Guid, server: string, throwOnError: boolean): System.Type; //{ throw new Error("Not implemented.");} GetTypeFromCLSID(clsid: System.Guid, server: string): System.Type; //{ throw new Error("Not implemented.");} GetTypeFromCLSID(clsid: System.Guid, throwOnError: boolean): System.Type; //{ throw new Error("Not implemented.");} GetTypeFromCLSID(clsid: System.Guid): System.Type; //{ throw new Error("Not implemented.");} GetTypeFromHandle(handle: System.RuntimeTypeHandle): System.Type; //{ throw new Error("Not implemented.");} GetTypeFromHandleUnsafe(handle: number): any; //{ throw new Error("Not implemented.");} GetTypeFromProgID(progID: string, server: string): System.Type; //{ throw new Error("Not implemented.");} GetTypeFromProgID(progID: string): System.Type; //{ throw new Error("Not implemented.");} GetTypeFromProgID(progID: string, throwOnError: boolean): System.Type; //{ throw new Error("Not implemented.");} GetTypeFromProgID(progID: string, server: string, throwOnError: boolean): System.Type; //{ throw new Error("Not implemented.");} GetTypeHandle(o: any): System.RuntimeTypeHandle; //{ throw new Error("Not implemented.");} GetTypeHandleInternal(): System.RuntimeTypeHandle; //{ throw new Error("Not implemented.");} HasElementTypeImpl(): boolean; //{ throw new Error("Not implemented.");} HasProxyAttributeImpl(): boolean; //{ throw new Error("Not implemented.");} ImplementInterface(ifaceType: System.Type): boolean; //{ throw new Error("Not implemented.");} InvokeMember(name: string, invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, target: any, args: any): any; //{ throw new Error("Not implemented.");} InvokeMember(name: string, invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, target: any, args: any, modifiers: any, culture: System.Globalization.CultureInfo, namedParameters: System.String[]): any; //{ throw new Error("Not implemented.");} InvokeMember(name: string, invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, target: any, args: any, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} IsArrayImpl(): boolean; //{ throw new Error("Not implemented.");} IsAssignableFrom(c: System.Type): boolean; //{ throw new Error("Not implemented.");} IsByRefImpl(): boolean; //{ throw new Error("Not implemented.");} IsCOMObjectImpl(): boolean; //{ throw new Error("Not implemented.");} IsContextfulImpl(): boolean; //{ throw new Error("Not implemented.");} IsEnumDefined(value: any): boolean; //{ throw new Error("Not implemented.");} IsEquivalentTo(other: System.Type): boolean; //{ throw new Error("Not implemented.");} IsExportedToWindowsRuntimeImpl(): boolean; //{ throw new Error("Not implemented.");} IsInstanceOfType(o: any): boolean; //{ throw new Error("Not implemented.");} IsIntegerType(t: System.Type): boolean; //{ throw new Error("Not implemented.");} IsMarshalByRefImpl(): boolean; //{ throw new Error("Not implemented.");} IsPointerImpl(): boolean; //{ throw new Error("Not implemented.");} IsPrimitiveImpl(): boolean; //{ throw new Error("Not implemented.");} IsSubclassOf(c: System.Type): boolean; //{ throw new Error("Not implemented.");} IsValueTypeImpl(): boolean; //{ throw new Error("Not implemented.");} IsWindowsRuntimeObjectImpl(): boolean; //{ throw new Error("Not implemented.");} MakeArrayType(): System.Type; //{ throw new Error("Not implemented.");} MakeArrayType(rank: number): System.Type; //{ throw new Error("Not implemented.");} MakeByRefType(): System.Type; //{ throw new Error("Not implemented.");} MakeGenericType(typeArguments: System.Type[]): System.Type; //{ throw new Error("Not implemented.");} MakePointerType(): System.Type; //{ throw new Error("Not implemented.");} ReflectionOnlyGetType(typeName: string, throwIfNotFound: boolean, ignoreCase: boolean): System.Type; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} } export class Uri { private IsImplicitFile: boolean; private IsUncOrDosPath: boolean; private IsDosPath: boolean; private IsUncPath: boolean; private HostType: System.Uri.Flags; private Syntax: System.UriParser; private IsNotAbsoluteUri: boolean; private AllowIdn: boolean; UserDrivenParsing: boolean; private SecuredPathIndex: number; AbsolutePath: string; private PrivateAbsolutePath: string; AbsoluteUri: string; LocalPath: string; Authority: string; HostNameType: System.UriHostNameType; IsDefaultPort: boolean; IsFile: boolean; IsLoopback: boolean; PathAndQuery: string; Segments: System.String[]; IsUnc: boolean; Host: string; private static InitializeLock: any; Port: number; Query: string; Fragment: string; Scheme: string; private OriginalStringSwitched: boolean; OriginalString: string; DnsSafeHost: string; IdnHost: string; IsAbsoluteUri: boolean; UserEscaped: boolean; UserInfo: string; HasAuthority: boolean; private m_String: string; private m_originalUnicodeString: string; private m_Syntax: System.UriParser; private m_DnsSafeHost: string; private m_Flags: System.Uri.Flags; private m_Info: any; private m_iriParsing: boolean; static UriSchemeFile: string; static UriSchemeFtp: string; static UriSchemeGopher: string; static UriSchemeHttp: string; static UriSchemeHttps: string; static UriSchemeWs: string; static UriSchemeWss: string; static UriSchemeMailto: string; static UriSchemeNews: string; static UriSchemeNntp: string; static UriSchemeNetTcp: string; static UriSchemeNetPipe: string; static SchemeDelimiter: string; private static s_ManagerRef: any; private static s_IntranetLock: any; private static s_ConfigInitialized: boolean; private static s_ConfigInitializing: boolean; private static s_IdnScope: System.UriIdnScope; private static s_IriParsing: boolean; private static s_initLock: any; static HexLowerChars: any; private static _WSchars: any; AllowIdnStatic(syntax: System.UriParser, flags: System.Uri.Flags): boolean; //{ throw new Error("Not implemented.");} CalculateCaseInsensitiveHashCode(text: string): number; //{ throw new Error("Not implemented.");} Canonicalize(): any; //{ throw new Error("Not implemented.");} CheckAuthorityHelper(pString: any, idx: number, length: number, err: any, flags: any, syntax: System.UriParser, newHost: any): number; //{ throw new Error("Not implemented.");} CheckAuthorityHelperHandleAnyHostIri(pString: any, startInput: number, end: number, iriParsing: boolean, hasUnicode: boolean, syntax: System.UriParser, flags: any, newHost: any, err: any): any; //{ throw new Error("Not implemented.");} CheckAuthorityHelperHandleDnsIri(pString: any, start: number, end: number, startInput: number, iriParsing: boolean, hasUnicode: boolean, syntax: System.UriParser, userInfoString: string, flags: any, justNormalized: any, newHost: any, err: any): any; //{ throw new Error("Not implemented.");} CheckCanonical(str: any, idx: any, end: number, delim: string): System.Uri.Check; //{ throw new Error("Not implemented.");} CheckForColonInFirstPathSegment(uriString: string): boolean; //{ throw new Error("Not implemented.");} CheckForConfigLoad(data: string): boolean; //{ throw new Error("Not implemented.");} CheckForEscapedUnreserved(data: string): boolean; //{ throw new Error("Not implemented.");} CheckForUnicode(data: string): boolean; //{ throw new Error("Not implemented.");} CheckHostName(name: string): System.UriHostNameType; //{ throw new Error("Not implemented.");} CheckKnownSchemes(lptr: any, nChars: number, syntax: any): boolean; //{ throw new Error("Not implemented.");} CheckSchemeName(schemeName: string): boolean; //{ throw new Error("Not implemented.");} CheckSchemeSyntax(ptr: any, length: number, syntax: any): System.ParsingError; //{ throw new Error("Not implemented.");} CheckSecurity(): any; //{ throw new Error("Not implemented.");} CombineUri(basePart: System.Uri, relativePart: string, uriFormat: System.UriFormat): string; //{ throw new Error("Not implemented.");} Compare(uri1: System.Uri, uri2: System.Uri, partsToCompare: System.UriComponents, compareFormat: System.UriFormat, comparisonType: System.StringComparison): number; //{ throw new Error("Not implemented.");} Compress(dest: any, start: number, destLength: any, syntax: System.UriParser): any; //{ throw new Error("Not implemented.");} CreateHelper(uriString: string, dontEscape: boolean, uriKind: System.UriKind, e: any): System.Uri; //{ throw new Error("Not implemented.");} CreateHostString(): any; //{ throw new Error("Not implemented.");} CreateHostStringHelper(str: string, idx: number, end: number, flags: any, scopeId: any): string; //{ throw new Error("Not implemented.");} CreateThis(uri: string, dontEscape: boolean, uriKind: System.UriKind): any; //{ throw new Error("Not implemented.");} CreateThisFromUri(otherUri: System.Uri): any; //{ throw new Error("Not implemented.");} CreateUri(baseUri: System.Uri, relativeUri: string, dontEscape: boolean): any; //{ throw new Error("Not implemented.");} CreateUriInfo(cF: System.Uri.Flags): any; //{ throw new Error("Not implemented.");} EnsureHostString(allowDnsOptimization: boolean): any; //{ throw new Error("Not implemented.");} EnsureParseRemaining(): any; //{ throw new Error("Not implemented.");} EnsureUriInfo(): any; //{ throw new Error("Not implemented.");} Equals(comparand: any): boolean; //{ throw new Error("Not implemented.");} Escape(): any; //{ throw new Error("Not implemented.");} EscapeDataString(stringToEscape: string): string; //{ throw new Error("Not implemented.");} EscapeString(str: string): string; //{ throw new Error("Not implemented.");} EscapeUnescapeIri(input: string, start: number, end: number, component: System.UriComponents): string; //{ throw new Error("Not implemented.");} EscapeUriString(stringToEscape: string): string; //{ throw new Error("Not implemented.");} FindEndOfComponent(str: any, idx: any, end: number, delim: string): any; //{ throw new Error("Not implemented.");} FindEndOfComponent(input: string, idx: any, end: number, delim: string): any; //{ throw new Error("Not implemented.");} FromHex(digit: string): number; //{ throw new Error("Not implemented.");} GetCanonicalPath(dest: any, pos: any, formatAs: System.UriFormat): any; //{ throw new Error("Not implemented.");} GetCombinedString(baseUri: System.Uri, relativeStr: string, dontEscape: boolean, result: any): System.ParsingError; //{ throw new Error("Not implemented.");} GetComponents(components: System.UriComponents, format: System.UriFormat): string; //{ throw new Error("Not implemented.");} GetComponentsHelper(uriComponents: System.UriComponents, uriFormat: System.UriFormat): string; //{ throw new Error("Not implemented.");} GetEscapedParts(uriParts: System.UriComponents): string; //{ throw new Error("Not implemented.");} GetException(err: System.ParsingError): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetHostViaCustomSyntax(): any; //{ throw new Error("Not implemented.");} GetLeftPart(part: System.UriPartial): string; //{ throw new Error("Not implemented.");} GetLocalPath(): string; //{ throw new Error("Not implemented.");} GetObjectData(serializationInfo: any, streamingContext: any): any; //{ throw new Error("Not implemented.");} GetParts(uriParts: System.UriComponents, formatAs: System.UriFormat): string; //{ throw new Error("Not implemented.");} GetRelativeSerializationString(format: System.UriFormat): string; //{ throw new Error("Not implemented.");} GetUnescapedParts(uriParts: System.UriComponents, formatAs: System.UriFormat): string; //{ throw new Error("Not implemented.");} GetUriPartsFromUserString(uriParts: System.UriComponents): string; //{ throw new Error("Not implemented.");} HexEscape(character: string): string; //{ throw new Error("Not implemented.");} HexUnescape(pattern: string, index: any): string; //{ throw new Error("Not implemented.");} InFact(flags: System.Uri.Flags): boolean; //{ throw new Error("Not implemented.");} InitializeUri(err: System.ParsingError, uriKind: System.UriKind, e: any): any; //{ throw new Error("Not implemented.");} InitializeUriConfig(): any; //{ throw new Error("Not implemented.");} InternalEscapeString(rawString: string): string; //{ throw new Error("Not implemented.");} InternalIsWellFormedOriginalString(): boolean; //{ throw new Error("Not implemented.");} IriParsingStatic(syntax: System.UriParser): boolean; //{ throw new Error("Not implemented.");} IsAsciiLetter(character: string): boolean; //{ throw new Error("Not implemented.");} IsAsciiLetterOrDigit(character: string): boolean; //{ throw new Error("Not implemented.");} IsBadFileSystemCharacter(character: string): boolean; //{ throw new Error("Not implemented.");} IsBaseOf(uri: System.Uri): boolean; //{ throw new Error("Not implemented.");} IsBaseOfHelper(uriLink: System.Uri): boolean; //{ throw new Error("Not implemented.");} IsBidiControlCharacter(ch: string): boolean; //{ throw new Error("Not implemented.");} IsExcludedCharacter(character: string): boolean; //{ throw new Error("Not implemented.");} IsGenDelim(ch: string): boolean; //{ throw new Error("Not implemented.");} IsHexDigit(character: string): boolean; //{ throw new Error("Not implemented.");} IsHexEncoding(pattern: string, index: number): boolean; //{ throw new Error("Not implemented.");} IsIntranet(schemeHost: string): boolean; //{ throw new Error("Not implemented.");} IsLWS(ch: string): boolean; //{ throw new Error("Not implemented.");} IsReservedCharacter(character: string): boolean; //{ throw new Error("Not implemented.");} IsWellFormedOriginalString(): boolean; //{ throw new Error("Not implemented.");} IsWellFormedUriString(uriString: string, uriKind: System.UriKind): boolean; //{ throw new Error("Not implemented.");} MakeRelative(toUri: System.Uri): string; //{ throw new Error("Not implemented.");} MakeRelativeUri(uri: System.Uri): System.Uri; //{ throw new Error("Not implemented.");} NotAny(flags: System.Uri.Flags): boolean; //{ throw new Error("Not implemented.");} Parse(): any; //{ throw new Error("Not implemented.");} ParseMinimal(): any; //{ throw new Error("Not implemented.");} ParseRemaining(): any; //{ throw new Error("Not implemented.");} ParseScheme(uriString: string, flags: any, syntax: any): System.ParsingError; //{ throw new Error("Not implemented.");} ParseSchemeCheckImplicitFile(uriString: any, length: number, err: any, flags: any, syntax: any): number; //{ throw new Error("Not implemented.");} PathDifference(path1: string, path2: string, compareCase: boolean): string; //{ throw new Error("Not implemented.");} PrivateParseMinimal(): System.ParsingError; //{ throw new Error("Not implemented.");} PrivateParseMinimalIri(newHost: string, idx: number): any; //{ throw new Error("Not implemented.");} ReCreateParts(parts: System.UriComponents, nonCanonical: number, formatAs: System.UriFormat): string; //{ throw new Error("Not implemented.");} ResolveHelper(baseUri: System.Uri, relativeUri: System.Uri, newUriString: any, userEscaped: any, e: any): System.Uri; //{ throw new Error("Not implemented.");} SetEscapedDotSlashSettings(uriSection: any, scheme: string): any; //{ throw new Error("Not implemented.");} SetUserDrivenParsing(): any; //{ throw new Error("Not implemented.");} StaticInFact(allFlags: System.Uri.Flags, checkFlags: System.Uri.Flags): boolean; //{ throw new Error("Not implemented.");} StaticIsFile(syntax: System.UriParser): boolean; //{ throw new Error("Not implemented.");} StaticNotAny(allFlags: System.Uri.Flags, checkFlags: System.Uri.Flags): boolean; //{ throw new Error("Not implemented.");} StripBidiControlCharacter(strToClean: any, start: number, length: number): string; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} TryCreate(baseUri: System.Uri, relativeUri: System.Uri, result: any): boolean; //{ throw new Error("Not implemented.");} TryCreate(baseUri: System.Uri, relativeUri: string, result: any): boolean; //{ throw new Error("Not implemented.");} TryCreate(uriString: string, uriKind: System.UriKind, result: any): boolean; //{ throw new Error("Not implemented.");} Unescape(path: string): string; //{ throw new Error("Not implemented.");} UnescapeDataString(stringToUnescape: string): string; //{ throw new Error("Not implemented.");} UnescapeOnly(pch: any, start: number, end: any, ch1: string, ch2: string, ch3: string): any; //{ throw new Error("Not implemented.");} } export class UriParser { SchemeName: string; DefaultPort: number; static ShouldUseLegacyV2Quirks: boolean; Flags: System.UriSyntaxFlags; IsSimple: boolean; private m_Flags: System.UriSyntaxFlags; private m_UpdatableFlags: System.UriSyntaxFlags; private m_UpdatableFlagsUsed: boolean; private m_Port: number; private m_Scheme: string; private static m_Table: System.Collections.Generic.Dictionary; private static m_TempTable: System.Collections.Generic.Dictionary; static HttpUri: System.UriParser; static HttpsUri: System.UriParser; static WsUri: System.UriParser; static WssUri: System.UriParser; static FtpUri: System.UriParser; static FileUri: System.UriParser; static GopherUri: System.UriParser; static NntpUri: System.UriParser; static NewsUri: System.UriParser; static MailToUri: System.UriParser; static UuidUri: System.UriParser; static TelnetUri: System.UriParser; static LdapUri: System.UriParser; static NetTcpUri: System.UriParser; static NetPipeUri: System.UriParser; static VsMacrosUri: System.UriParser; private static s_QuirksVersion: System.UriParser.UriQuirksVersion; private static HttpSyntaxFlags: System.UriSyntaxFlags; private static FileSyntaxFlags: System.UriSyntaxFlags; CheckSetIsSimpleFlag(): any; //{ throw new Error("Not implemented.");} FetchSyntax(syntax: System.UriParser, lwrCaseSchemeName: string, defaultPort: number): any; //{ throw new Error("Not implemented.");} FindOrFetchAsUnknownV1Syntax(lwrCaseScheme: string): System.UriParser; //{ throw new Error("Not implemented.");} GetComponents(uri: System.Uri, components: System.UriComponents, format: System.UriFormat): string; //{ throw new Error("Not implemented.");} GetSyntax(lwrCaseScheme: string): System.UriParser; //{ throw new Error("Not implemented.");} InFact(flags: System.UriSyntaxFlags): boolean; //{ throw new Error("Not implemented.");} InitializeAndValidate(uri: System.Uri, parsingError: any): any; //{ throw new Error("Not implemented.");} InternalGetComponents(thisUri: System.Uri, uriComponents: System.UriComponents, uriFormat: System.UriFormat): string; //{ throw new Error("Not implemented.");} InternalIsBaseOf(thisBaseUri: System.Uri, uriLink: System.Uri): boolean; //{ throw new Error("Not implemented.");} InternalIsWellFormedOriginalString(thisUri: System.Uri): boolean; //{ throw new Error("Not implemented.");} InternalOnNewUri(): System.UriParser; //{ throw new Error("Not implemented.");} InternalResolve(thisBaseUri: System.Uri, uriLink: System.Uri, parsingError: any): string; //{ throw new Error("Not implemented.");} InternalValidate(thisUri: System.Uri, parsingError: any): any; //{ throw new Error("Not implemented.");} IsAllSet(flags: System.UriSyntaxFlags): boolean; //{ throw new Error("Not implemented.");} IsBaseOf(baseUri: System.Uri, relativeUri: System.Uri): boolean; //{ throw new Error("Not implemented.");} IsFullMatch(flags: System.UriSyntaxFlags, expected: System.UriSyntaxFlags): boolean; //{ throw new Error("Not implemented.");} IsKnownScheme(schemeName: string): boolean; //{ throw new Error("Not implemented.");} IsWellFormedOriginalString(uri: System.Uri): boolean; //{ throw new Error("Not implemented.");} NotAny(flags: System.UriSyntaxFlags): boolean; //{ throw new Error("Not implemented.");} OnNewUri(): System.UriParser; //{ throw new Error("Not implemented.");} OnRegister(schemeName: string, defaultPort: number): any; //{ throw new Error("Not implemented.");} Register(uriParser: System.UriParser, schemeName: string, defaultPort: number): any; //{ throw new Error("Not implemented.");} Resolve(baseUri: System.Uri, relativeUri: System.Uri, parsingError: any): string; //{ throw new Error("Not implemented.");} SetUpdatableFlags(flags: System.UriSyntaxFlags): any; //{ throw new Error("Not implemented.");} } export class Version { Major: number; Minor: number; Build: number; Revision: number; MajorRevision: number; MinorRevision: number; private _Major: number; private _Minor: number; private _Build: number; private _Revision: number; private static SeparatorsArray: any; AppendPositiveNumber(num: number, sb: any): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} CompareTo(version: any): number; //{ throw new Error("Not implemented.");} CompareTo(value: System.Version): number; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} Equals(obj: System.Version): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} Parse(input: string): System.Version; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} ToString(fieldCount: number): string; //{ throw new Error("Not implemented.");} TryParse(input: string, result: any): boolean; //{ throw new Error("Not implemented.");} TryParseComponent(component: string, componentName: string, result: any, parsedComponent: any): boolean; //{ throw new Error("Not implemented.");} TryParseVersion(version: string, result: any): boolean; //{ throw new Error("Not implemented.");} } } declare module System.Collections { export class ArrayList { Capacity: number; Count: number; IsFixedSize: boolean; IsReadOnly: boolean; IsSynchronized: boolean; SyncRoot: any; Item: any; private _items: any; private _size: number; private _version: number; private _syncRoot: any; private static emptyArray: any; Adapter(list: System.Collections.IList): System.Collections.ArrayList; //{ throw new Error("Not implemented.");} Add(value: any): number; //{ throw new Error("Not implemented.");} AddRange(c: System.Collections.ICollection): any; //{ throw new Error("Not implemented.");} BinarySearch(index: number, count: number, value: any, comparer: System.Collections.IComparer): number; //{ throw new Error("Not implemented.");} BinarySearch(value: any): number; //{ throw new Error("Not implemented.");} BinarySearch(value: any, comparer: System.Collections.IComparer): number; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} Contains(item: any): boolean; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array): any; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, arrayIndex: number): any; //{ throw new Error("Not implemented.");} CopyTo(index: number, array: System.Array, arrayIndex: number, count: number): any; //{ throw new Error("Not implemented.");} EnsureCapacity(min: number): any; //{ throw new Error("Not implemented.");} FixedSize(list: System.Collections.ArrayList): System.Collections.ArrayList; //{ throw new Error("Not implemented.");} FixedSize(list: System.Collections.IList): System.Collections.IList; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetEnumerator(index: number, count: number): any; //{ throw new Error("Not implemented.");} GetRange(index: number, count: number): System.Collections.ArrayList; //{ throw new Error("Not implemented.");} IndexOf(value: any): number; //{ throw new Error("Not implemented.");} IndexOf(value: any, startIndex: number): number; //{ throw new Error("Not implemented.");} IndexOf(value: any, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} Insert(index: number, value: any): any; //{ throw new Error("Not implemented.");} InsertRange(index: number, c: System.Collections.ICollection): any; //{ throw new Error("Not implemented.");} LastIndexOf(value: any): number; //{ throw new Error("Not implemented.");} LastIndexOf(value: any, startIndex: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(value: any, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} ReadOnly(list: System.Collections.IList): System.Collections.IList; //{ throw new Error("Not implemented.");} ReadOnly(list: System.Collections.ArrayList): System.Collections.ArrayList; //{ throw new Error("Not implemented.");} Remove(obj: any): any; //{ throw new Error("Not implemented.");} RemoveAt(index: number): any; //{ throw new Error("Not implemented.");} RemoveRange(index: number, count: number): any; //{ throw new Error("Not implemented.");} Repeat(value: any, count: number): System.Collections.ArrayList; //{ throw new Error("Not implemented.");} Reverse(): any; //{ throw new Error("Not implemented.");} Reverse(index: number, count: number): any; //{ throw new Error("Not implemented.");} SetRange(index: number, c: System.Collections.ICollection): any; //{ throw new Error("Not implemented.");} Sort(): any; //{ throw new Error("Not implemented.");} Sort(comparer: System.Collections.IComparer): any; //{ throw new Error("Not implemented.");} Sort(index: number, count: number, comparer: System.Collections.IComparer): any; //{ throw new Error("Not implemented.");} Synchronized(list: System.Collections.IList): System.Collections.IList; //{ throw new Error("Not implemented.");} Synchronized(list: System.Collections.ArrayList): System.Collections.ArrayList; //{ throw new Error("Not implemented.");} ToArray(): any; //{ throw new Error("Not implemented.");} ToArray(type: System.Type): System.Array; //{ throw new Error("Not implemented.");} TrimToSize(): any; //{ throw new Error("Not implemented.");} } export class CollectionBase { InnerList: System.Collections.ArrayList; List: System.Collections.IList; Capacity: number; Count: number; private System.Collections.IList.IsReadOnly: boolean; private System.Collections.IList.IsFixedSize: boolean; private System.Collections.ICollection.IsSynchronized: boolean; private System.Collections.ICollection.SyncRoot: any; private System.Collections.IList.Item: any; private list: System.Collections.ArrayList; Clear(): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} OnClear(): any; //{ throw new Error("Not implemented.");} OnClearComplete(): any; //{ throw new Error("Not implemented.");} OnInsert(index: number, value: any): any; //{ throw new Error("Not implemented.");} OnInsertComplete(index: number, value: any): any; //{ throw new Error("Not implemented.");} OnRemove(index: number, value: any): any; //{ throw new Error("Not implemented.");} OnRemoveComplete(index: number, value: any): any; //{ throw new Error("Not implemented.");} OnSet(index: number, oldValue: any, newValue: any): any; //{ throw new Error("Not implemented.");} OnSetComplete(index: number, oldValue: any, newValue: any): any; //{ throw new Error("Not implemented.");} OnValidate(value: any): any; //{ throw new Error("Not implemented.");} RemoveAt(index: number): any; //{ throw new Error("Not implemented.");} } export class Hashtable { hcp: System.Collections.IHashCodeProvider; comparer: System.Collections.IComparer; EqualityComparer: System.Collections.IEqualityComparer; Item: any; IsReadOnly: boolean; IsFixedSize: boolean; IsSynchronized: boolean; Keys: System.Collections.ICollection; Values: System.Collections.ICollection; SyncRoot: any; Count: number; private buckets: any; private count: number; private occupancy: number; private loadsize: number; private loadFactor: number; private version: number; private isWriterInProgress: boolean; private keys: System.Collections.ICollection; private values: System.Collections.ICollection; private _keycomparer: System.Collections.IEqualityComparer; private _syncRoot: any; Add(key: any, value: any): any; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} Contains(key: any): boolean; //{ throw new Error("Not implemented.");} ContainsKey(key: any): boolean; //{ throw new Error("Not implemented.");} ContainsValue(value: any): boolean; //{ throw new Error("Not implemented.");} CopyEntries(array: System.Array, arrayIndex: number): any; //{ throw new Error("Not implemented.");} CopyKeys(array: System.Array, arrayIndex: number): any; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, arrayIndex: number): any; //{ throw new Error("Not implemented.");} CopyValues(array: System.Array, arrayIndex: number): any; //{ throw new Error("Not implemented.");} expand(): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetHash(key: any): number; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} InitHash(key: any, hashsize: number, seed: any, incr: any): number; //{ throw new Error("Not implemented.");} Insert(key: any, nvalue: any, add: boolean): any; //{ throw new Error("Not implemented.");} KeyEquals(item: any, key: any): boolean; //{ throw new Error("Not implemented.");} OnDeserialization(sender: any): any; //{ throw new Error("Not implemented.");} putEntry(newBuckets: any, key: any, nvalue: any, hashcode: number): any; //{ throw new Error("Not implemented.");} rehash(newsize: number, forceNewHashCode: boolean): any; //{ throw new Error("Not implemented.");} rehash(): any; //{ throw new Error("Not implemented.");} Remove(key: any): any; //{ throw new Error("Not implemented.");} Synchronized(table: System.Collections.Hashtable): System.Collections.Hashtable; //{ throw new Error("Not implemented.");} ToKeyValuePairsArray(): any; //{ throw new Error("Not implemented.");} UpdateVersion(): any; //{ throw new Error("Not implemented.");} } interface ICollection { Count: number; SyncRoot: any; IsSynchronized: boolean; CopyTo(array: System.Array, index: number): any; } interface IComparer { Compare(x: any, y: any): number; } interface IDictionary { Item: any; Keys: System.Collections.ICollection; Values: System.Collections.ICollection; IsReadOnly: boolean; IsFixedSize: boolean; Add(key: any, value: any): any; Clear(): any; Contains(key: any): boolean; GetEnumerator(): any; Remove(key: any): any; } interface IEqualityComparer { Equals(x: any, y: any): boolean; GetHashCode(obj: any): number; } interface IHashCodeProvider { GetHashCode(obj: any): number; } interface IList { Item: any; IsReadOnly: boolean; IsFixedSize: boolean; Add(value: any): number; Clear(): any; Contains(value: any): boolean; IndexOf(value: any): number; Insert(index: number, value: any): any; Remove(value: any): any; RemoveAt(index: number): any; } export class SortedList { Capacity: number; Count: number; Keys: System.Collections.ICollection; Values: System.Collections.ICollection; IsReadOnly: boolean; IsFixedSize: boolean; IsSynchronized: boolean; SyncRoot: any; Item: any; private keys: any; private values: any; private _size: number; private version: number; private comparer: System.Collections.IComparer; private keyList: any; private valueList: any; private _syncRoot: any; private static emptyArray: any; Add(key: any, value: any): any; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} Contains(key: any): boolean; //{ throw new Error("Not implemented.");} ContainsKey(key: any): boolean; //{ throw new Error("Not implemented.");} ContainsValue(value: any): boolean; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, arrayIndex: number): any; //{ throw new Error("Not implemented.");} EnsureCapacity(min: number): any; //{ throw new Error("Not implemented.");} GetByIndex(index: number): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetKey(index: number): any; //{ throw new Error("Not implemented.");} GetKeyList(): System.Collections.IList; //{ throw new Error("Not implemented.");} GetValueList(): System.Collections.IList; //{ throw new Error("Not implemented.");} IndexOfKey(key: any): number; //{ throw new Error("Not implemented.");} IndexOfValue(value: any): number; //{ throw new Error("Not implemented.");} Init(): any; //{ throw new Error("Not implemented.");} Insert(index: number, key: any, value: any): any; //{ throw new Error("Not implemented.");} Remove(key: any): any; //{ throw new Error("Not implemented.");} RemoveAt(index: number): any; //{ throw new Error("Not implemented.");} SetByIndex(index: number, value: any): any; //{ throw new Error("Not implemented.");} Synchronized(list: System.Collections.SortedList): System.Collections.SortedList; //{ throw new Error("Not implemented.");} ToKeyValuePairsArray(): any; //{ throw new Error("Not implemented.");} TrimToSize(): any; //{ throw new Error("Not implemented.");} } } declare module System.Collections.Generic { export class Dictionary { Comparer: System.Collections.Generic.IEqualityComparer; Count: number; Keys: System.Collections.Generic.Dictionary`2.KeyCollection; private System.Collections.Generic.IDictionary.Keys: System.Collections.Generic.ICollection; private System.Collections.Generic.IReadOnlyDictionary.Keys: System.Collections.Generic.IEnumerable; Values: System.Collections.Generic.Dictionary`2.ValueCollection; private System.Collections.Generic.IDictionary.Values: System.Collections.Generic.ICollection; private System.Collections.Generic.IReadOnlyDictionary.Values: System.Collections.Generic.IEnumerable; Item: TValue; private System.Collections.Generic.ICollection>.IsReadOnly: boolean; private System.Collections.ICollection.IsSynchronized: boolean; private System.Collections.ICollection.SyncRoot: any; private System.Collections.IDictionary.IsFixedSize: boolean; private System.Collections.IDictionary.IsReadOnly: boolean; private System.Collections.IDictionary.Keys: System.Collections.ICollection; private System.Collections.IDictionary.Values: System.Collections.ICollection; private System.Collections.IDictionary.Item: any; private buckets: System.Int32[]; private entries: any; private count: number; private version: number; private freeList: number; private freeCount: number; private comparer: System.Collections.Generic.IEqualityComparer < TKey>; private keys: System.Collections.Generic.Dictionary`2.KeyCollection < TKey, TValue>; private values: System.Collections.Generic.Dictionary`2.ValueCollection < TKey, TValue>; private _syncRoot: any; Add(key: TKey, value: TValue): any; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} ContainsKey(key: TKey): boolean; //{ throw new Error("Not implemented.");} ContainsValue(value: TValue): boolean; //{ throw new Error("Not implemented.");} CopyTo(array: any, index: number): any; //{ throw new Error("Not implemented.");} FindEntry(key: TKey): number; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetValueOrDefault(key: TKey): TValue; //{ throw new Error("Not implemented.");} Initialize(capacity: number): any; //{ throw new Error("Not implemented.");} Insert(key: TKey, value: TValue, add: boolean): any; //{ throw new Error("Not implemented.");} IsCompatibleKey(key: any): boolean; //{ throw new Error("Not implemented.");} OnDeserialization(sender: any): any; //{ throw new Error("Not implemented.");} Remove(key: TKey): boolean; //{ throw new Error("Not implemented.");} Resize(newSize: number, forceNewHashCodes: boolean): any; //{ throw new Error("Not implemented.");} Resize(): any; //{ throw new Error("Not implemented.");} TryGetValue(key: TKey, value: any): boolean; //{ throw new Error("Not implemented.");} } interface ICollection { Count: number; IsReadOnly: boolean; Add(item: T): any; Clear(): any; Contains(item: T): boolean; CopyTo(array: any, arrayIndex: number): any; Remove(item: T): boolean; } interface IDictionary { Item: TValue; Keys: System.Collections.Generic.ICollection; Values: System.Collections.Generic.ICollection; Add(key: TKey, value: TValue): any; ContainsKey(key: TKey): boolean; Remove(key: TKey): boolean; TryGetValue(key: TKey, value: any): boolean; } interface IEnumerable { GetEnumerator(): any; } interface IEqualityComparer { Equals(x: T, y: T): boolean; GetHashCode(obj: T): number; } interface IList { Item: T; IndexOf(item: T): number; Insert(index: number, item: T): any; RemoveAt(index: number): any; } class KeyValuePair { Key: TKey; Value: TValue; private key: TKey; private value: TValue; ToString(): string; //{ throw new Error("Not implemented.");} } export class List { Capacity: number; Count: number; private System.Collections.IList.IsFixedSize: boolean; private System.Collections.Generic.ICollection.IsReadOnly: boolean; private System.Collections.IList.IsReadOnly: boolean; private System.Collections.ICollection.IsSynchronized: boolean; private System.Collections.ICollection.SyncRoot: any; Item: T; private System.Collections.IList.Item: any; private _items: any; private _size: number; private _version: number; private _syncRoot: any; private static _emptyArray: any; Add(item: T): any; //{ throw new Error("Not implemented.");} AddRange(collection: System.Collections.Generic.IEnumerable): any; //{ throw new Error("Not implemented.");} AsReadOnly(): any; //{ throw new Error("Not implemented.");} BinarySearch(index: number, count: number, item: T, comparer: any): number; //{ throw new Error("Not implemented.");} BinarySearch(item: T): number; //{ throw new Error("Not implemented.");} BinarySearch(item: T, comparer: any): number; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} Contains(item: T): boolean; //{ throw new Error("Not implemented.");} ConvertAll(converter: any): System.Collections.Generic.List; //{ throw new Error("Not implemented.");} CopyTo(array: any): any; //{ throw new Error("Not implemented.");} CopyTo(index: number, array: any, arrayIndex: number, count: number): any; //{ throw new Error("Not implemented.");} CopyTo(array: any, arrayIndex: number): any; //{ throw new Error("Not implemented.");} EnsureCapacity(min: number): any; //{ throw new Error("Not implemented.");} Exists(match: any): boolean; //{ throw new Error("Not implemented.");} Find(match: any): T; //{ throw new Error("Not implemented.");} FindAll(match: any): System.Collections.Generic.List; //{ throw new Error("Not implemented.");} FindIndex(startIndex: number, count: number, match: any): number; //{ throw new Error("Not implemented.");} FindIndex(startIndex: number, match: any): number; //{ throw new Error("Not implemented.");} FindIndex(match: any): number; //{ throw new Error("Not implemented.");} FindLast(match: any): T; //{ throw new Error("Not implemented.");} FindLastIndex(match: any): number; //{ throw new Error("Not implemented.");} FindLastIndex(startIndex: number, match: any): number; //{ throw new Error("Not implemented.");} FindLastIndex(startIndex: number, count: number, match: any): number; //{ throw new Error("Not implemented.");} ForEach(action: any): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetRange(index: number, count: number): System.Collections.Generic.List; //{ throw new Error("Not implemented.");} IndexOf(item: T, index: number): number; //{ throw new Error("Not implemented.");} IndexOf(item: T, index: number, count: number): number; //{ throw new Error("Not implemented.");} IndexOf(item: T): number; //{ throw new Error("Not implemented.");} Insert(index: number, item: T): any; //{ throw new Error("Not implemented.");} InsertRange(index: number, collection: System.Collections.Generic.IEnumerable): any; //{ throw new Error("Not implemented.");} IsCompatibleObject(value: any): boolean; //{ throw new Error("Not implemented.");} LastIndexOf(item: T): number; //{ throw new Error("Not implemented.");} LastIndexOf(item: T, index: number, count: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(item: T, index: number): number; //{ throw new Error("Not implemented.");} Remove(item: T): boolean; //{ throw new Error("Not implemented.");} RemoveAll(match: any): number; //{ throw new Error("Not implemented.");} RemoveAt(index: number): any; //{ throw new Error("Not implemented.");} RemoveRange(index: number, count: number): any; //{ throw new Error("Not implemented.");} Reverse(index: number, count: number): any; //{ throw new Error("Not implemented.");} Reverse(): any; //{ throw new Error("Not implemented.");} Sort(comparison: any): any; //{ throw new Error("Not implemented.");} Sort(index: number, count: number, comparer: any): any; //{ throw new Error("Not implemented.");} Sort(comparer: any): any; //{ throw new Error("Not implemented.");} Sort(): any; //{ throw new Error("Not implemented.");} Synchronized(list: System.Collections.Generic.List): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} ToArray(): any; //{ throw new Error("Not implemented.");} TrimExcess(): any; //{ throw new Error("Not implemented.");} TrueForAll(match: any): boolean; //{ throw new Error("Not implemented.");} } } declare module System.Collections.Generic.Dictionary`2 { export class KeyCollection { Count: number; private System.Collections.Generic.ICollection.IsReadOnly: boolean; private System.Collections.ICollection.IsSynchronized: boolean; private System.Collections.ICollection.SyncRoot: any; private dictionary: System.Collections.Generic.Dictionary; CopyTo(array: any, index: number): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} } export class ValueCollection { Count: number; private System.Collections.Generic.ICollection.IsReadOnly: boolean; private System.Collections.ICollection.IsSynchronized: boolean; private System.Collections.ICollection.SyncRoot: any; private dictionary: System.Collections.Generic.Dictionary; CopyTo(array: any, index: number): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} } } declare module System.Collections.ObjectModel { export class Collection { Count: number; Items: System.Collections.Generic.IList; Item: T; private System.Collections.Generic.ICollection.IsReadOnly: boolean; private System.Collections.ICollection.IsSynchronized: boolean; private System.Collections.ICollection.SyncRoot: any; private System.Collections.IList.Item: any; private System.Collections.IList.IsReadOnly: boolean; private System.Collections.IList.IsFixedSize: boolean; private items: System.Collections.Generic.IList; private _syncRoot: any; Add(item: T): any; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} ClearItems(): any; //{ throw new Error("Not implemented.");} Contains(item: T): boolean; //{ throw new Error("Not implemented.");} CopyTo(array: any, index: number): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} IndexOf(item: T): number; //{ throw new Error("Not implemented.");} Insert(index: number, item: T): any; //{ throw new Error("Not implemented.");} InsertItem(index: number, item: T): any; //{ throw new Error("Not implemented.");} IsCompatibleObject(value: any): boolean; //{ throw new Error("Not implemented.");} Remove(item: T): boolean; //{ throw new Error("Not implemented.");} RemoveAt(index: number): any; //{ throw new Error("Not implemented.");} RemoveItem(index: number): any; //{ throw new Error("Not implemented.");} SetItem(index: number, item: T): any; //{ throw new Error("Not implemented.");} } } declare module System.Collections.Specialized { export class NameObjectCollectionBase { Comparer: System.Collections.IEqualityComparer; IsReadOnly: boolean; Count: number; private System.Collections.ICollection.SyncRoot: any; private System.Collections.ICollection.IsSynchronized: boolean; Keys: System.Collections.Specialized.NameObjectCollectionBase.KeysCollection; private _readOnly: boolean; private _entriesArray: System.Collections.ArrayList; private _keyComparer: System.Collections.IEqualityComparer; private _entriesTable: System.Collections.Hashtable; private _nullKeyEntry: any; private _keys: System.Collections.Specialized.NameObjectCollectionBase.KeysCollection; private _serializationInfo: any; private _version: number; private _syncRoot: any; private static defaultComparer: any; BaseAdd(name: string, value: any): any; //{ throw new Error("Not implemented.");} BaseClear(): any; //{ throw new Error("Not implemented.");} BaseGet(index: number): any; //{ throw new Error("Not implemented.");} BaseGet(name: string): any; //{ throw new Error("Not implemented.");} BaseGetAllKeys(): System.String[]; //{ throw new Error("Not implemented.");} BaseGetAllValues(type: System.Type): any; //{ throw new Error("Not implemented.");} BaseGetAllValues(): any; //{ throw new Error("Not implemented.");} BaseGetKey(index: number): string; //{ throw new Error("Not implemented.");} BaseHasKeys(): boolean; //{ throw new Error("Not implemented.");} BaseRemove(name: string): any; //{ throw new Error("Not implemented.");} BaseRemoveAt(index: number): any; //{ throw new Error("Not implemented.");} BaseSet(name: string, value: any): any; //{ throw new Error("Not implemented.");} BaseSet(index: number, value: any): any; //{ throw new Error("Not implemented.");} FindEntry(key: string): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} OnDeserialization(sender: any): any; //{ throw new Error("Not implemented.");} Reset(capacity: number): any; //{ throw new Error("Not implemented.");} Reset(): any; //{ throw new Error("Not implemented.");} } export class NameValueCollection extends System.Collections.Specialized.NameObjectCollectionBase { Item: string; Item: string; AllKeys: System.String[]; private _all: System.String[]; private _allKeys: System.String[]; Add(c: System.Collections.Specialized.NameValueCollection): any; //{ throw new Error("Not implemented.");} Add(name: string, value: string): any; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} CopyTo(dest: System.Array, index: number): any; //{ throw new Error("Not implemented.");} Get(name: string): string; //{ throw new Error("Not implemented.");} Get(index: number): string; //{ throw new Error("Not implemented.");} GetAsOneString(list: System.Collections.ArrayList): string; //{ throw new Error("Not implemented.");} GetAsStringArray(list: System.Collections.ArrayList): System.String[]; //{ throw new Error("Not implemented.");} GetKey(index: number): string; //{ throw new Error("Not implemented.");} GetValues(name: string): System.String[]; //{ throw new Error("Not implemented.");} GetValues(index: number): System.String[]; //{ throw new Error("Not implemented.");} HasKeys(): boolean; //{ throw new Error("Not implemented.");} InternalHasKeys(): boolean; //{ throw new Error("Not implemented.");} InvalidateCachedArrays(): any; //{ throw new Error("Not implemented.");} Remove(name: string): any; //{ throw new Error("Not implemented.");} Set(name: string, value: string): any; //{ throw new Error("Not implemented.");} } } declare module System.Collections.Specialized.NameObjectCollectionBase { export class KeysCollection { Item: string; Count: number; private System.Collections.ICollection.SyncRoot: any; private System.Collections.ICollection.IsSynchronized: boolean; private _coll: System.Collections.Specialized.NameObjectCollectionBase; Get(index: number): string; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} } } declare module System.ComponentModel { export class Win32Exception extends System.Runtime.InteropServices.ExternalException { NativeErrorCode: number; private nativeErrorCode: number; GetErrorMessage(error: number): string; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} } } declare module System.Globalization { export class Calendar { MinSupportedDateTime: Date; MaxSupportedDateTime: Date; ID: number; BaseCalendarID: number; AlgorithmType: System.Globalization.CalendarAlgorithmType; IsReadOnly: boolean; CurrentEraValue: number; Eras: System.Int32[]; DaysInYearBeforeMinSupportedYear: number; TwoDigitYearMax: number; m_currentEraValue: number; private m_isReadOnly: boolean; twoDigitYearMax: number; Add(time: Date, value: number, scale: number): Date; //{ throw new Error("Not implemented.");} AddDays(time: Date, days: number): Date; //{ throw new Error("Not implemented.");} AddHours(time: Date, hours: number): Date; //{ throw new Error("Not implemented.");} AddMilliseconds(time: Date, milliseconds: number): Date; //{ throw new Error("Not implemented.");} AddMinutes(time: Date, minutes: number): Date; //{ throw new Error("Not implemented.");} AddMonths(time: Date, months: number): Date; //{ throw new Error("Not implemented.");} AddSeconds(time: Date, seconds: number): Date; //{ throw new Error("Not implemented.");} AddWeeks(time: Date, weeks: number): Date; //{ throw new Error("Not implemented.");} AddYears(time: Date, years: number): Date; //{ throw new Error("Not implemented.");} CheckAddResult(ticks: number, minValue: Date, maxValue: Date): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} GetDayOfMonth(time: Date): number; //{ throw new Error("Not implemented.");} GetDayOfWeek(time: Date): System.DayOfWeek; //{ throw new Error("Not implemented.");} GetDayOfYear(time: Date): number; //{ throw new Error("Not implemented.");} GetDaysInMonth(year: number, month: number): number; //{ throw new Error("Not implemented.");} GetDaysInMonth(year: number, month: number, era: number): number; //{ throw new Error("Not implemented.");} GetDaysInYear(year: number): number; //{ throw new Error("Not implemented.");} GetDaysInYear(year: number, era: number): number; //{ throw new Error("Not implemented.");} GetEra(time: Date): number; //{ throw new Error("Not implemented.");} GetFirstDayWeekOfYear(time: Date, firstDayOfWeek: number): number; //{ throw new Error("Not implemented.");} GetHour(time: Date): number; //{ throw new Error("Not implemented.");} GetLeapMonth(year: number): number; //{ throw new Error("Not implemented.");} GetLeapMonth(year: number, era: number): number; //{ throw new Error("Not implemented.");} GetMilliseconds(time: Date): number; //{ throw new Error("Not implemented.");} GetMinute(time: Date): number; //{ throw new Error("Not implemented.");} GetMonth(time: Date): number; //{ throw new Error("Not implemented.");} GetMonthsInYear(year: number): number; //{ throw new Error("Not implemented.");} GetMonthsInYear(year: number, era: number): number; //{ throw new Error("Not implemented.");} GetSecond(time: Date): number; //{ throw new Error("Not implemented.");} GetSystemTwoDigitYearSetting(CalID: number, defaultYearValue: number): number; //{ throw new Error("Not implemented.");} GetWeekOfYear(time: Date, rule: System.Globalization.CalendarWeekRule, firstDayOfWeek: System.DayOfWeek): number; //{ throw new Error("Not implemented.");} GetWeekOfYearFullDays(time: Date, firstDayOfWeek: number, fullDays: number): number; //{ throw new Error("Not implemented.");} GetWeekOfYearOfMinSupportedDateTime(firstDayOfWeek: number, minimumDaysInFirstWeek: number): number; //{ throw new Error("Not implemented.");} GetYear(time: Date): number; //{ throw new Error("Not implemented.");} IsLeapDay(year: number, month: number, day: number, era: number): boolean; //{ throw new Error("Not implemented.");} IsLeapDay(year: number, month: number, day: number): boolean; //{ throw new Error("Not implemented.");} IsLeapMonth(year: number, month: number): boolean; //{ throw new Error("Not implemented.");} IsLeapMonth(year: number, month: number, era: number): boolean; //{ throw new Error("Not implemented.");} IsLeapYear(year: number, era: number): boolean; //{ throw new Error("Not implemented.");} IsLeapYear(year: number): boolean; //{ throw new Error("Not implemented.");} IsValidDay(year: number, month: number, day: number, era: number): boolean; //{ throw new Error("Not implemented.");} IsValidMonth(year: number, month: number, era: number): boolean; //{ throw new Error("Not implemented.");} IsValidYear(year: number, era: number): boolean; //{ throw new Error("Not implemented.");} ReadOnly(calendar: System.Globalization.Calendar): System.Globalization.Calendar; //{ throw new Error("Not implemented.");} SetReadOnlyState(readOnly: boolean): any; //{ throw new Error("Not implemented.");} TimeToTicks(hour: number, minute: number, second: number, millisecond: number): number; //{ throw new Error("Not implemented.");} ToDateTime(year: number, month: number, day: number, hour: number, minute: number, second: number, millisecond: number): Date; //{ throw new Error("Not implemented.");} ToDateTime(year: number, month: number, day: number, hour: number, minute: number, second: number, millisecond: number, era: number): Date; //{ throw new Error("Not implemented.");} ToFourDigitYear(year: number): number; //{ throw new Error("Not implemented.");} TryToDateTime(year: number, month: number, day: number, hour: number, minute: number, second: number, millisecond: number, era: number, result: any): boolean; //{ throw new Error("Not implemented.");} VerifyWritable(): any; //{ throw new Error("Not implemented.");} } export class CompareInfo { Name: string; LCID: number; static IsLegacy20SortingBehaviorRequested: boolean; private static InternalSortVersion: number; Version: System.Globalization.SortVersion; private m_name: string; private m_sortName: string; private m_dataHandle: number; private m_handleOrigin: number; private win32LCID: number; private culture: number; private m_SortVersion: System.Globalization.SortVersion; Compare(string1: string, offset1: number, length1: number, string2: string, offset2: number, length2: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} Compare(string1: string, string2: string): number; //{ throw new Error("Not implemented.");} Compare(string1: string, string2: string, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} Compare(string1: string, offset1: number, length1: number, string2: string, offset2: number, length2: number): number; //{ throw new Error("Not implemented.");} Compare(string1: string, offset1: number, string2: string, offset2: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} Compare(string1: string, offset1: number, string2: string, offset2: number): number; //{ throw new Error("Not implemented.");} CompareOrdinal(string1: string, offset1: number, length1: number, string2: string, offset2: number, length2: number): number; //{ throw new Error("Not implemented.");} CreateSortKey(source: string, options: System.Globalization.CompareOptions): any; //{ throw new Error("Not implemented.");} Equals(value: any): boolean; //{ throw new Error("Not implemented.");} GetCompareInfo(culture: number, assembly: System.Reflection.Assembly): System.Globalization.CompareInfo; //{ throw new Error("Not implemented.");} GetCompareInfo(name: string, assembly: System.Reflection.Assembly): System.Globalization.CompareInfo; //{ throw new Error("Not implemented.");} GetCompareInfo(culture: number): System.Globalization.CompareInfo; //{ throw new Error("Not implemented.");} GetCompareInfo(name: string): System.Globalization.CompareInfo; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetHashCode(source: string, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} GetHashCodeOfString(source: string, options: System.Globalization.CompareOptions, forceRandomizedHashing: boolean, additionalEntropy: number): number; //{ throw new Error("Not implemented.");} GetHashCodeOfString(source: string, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} GetNativeCompareFlags(options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} GetSortKey(source: string, options: System.Globalization.CompareOptions): any; //{ throw new Error("Not implemented.");} GetSortKey(source: string): any; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, startIndex: number, count: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, startIndex: number, count: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, startIndex: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, startIndex: number): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, startIndex: number): number; //{ throw new Error("Not implemented.");} IndexOf(source: string, value: string, startIndex: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} InternalCompareString(handle: number, handleOrigin: number, localeName: string, string1: string, offset1: number, length1: number, string2: string, offset2: number, length2: number, flags: number): number; //{ throw new Error("Not implemented.");} InternalFindNLSStringEx(handle: number, handleOrigin: number, localeName: string, flags: number, source: string, sourceCount: number, startIndex: number, target: string, targetCount: number): number; //{ throw new Error("Not implemented.");} InternalGetGlobalizedHashCode(handle: number, handleOrigin: number, localeName: string, source: string, length: number, dwFlags: number, forceRandomizedHashing: boolean, additionalEntropy: number): number; //{ throw new Error("Not implemented.");} InternalGetNlsVersionEx(handle: number, handleOrigin: number, localeName: string, lpNlsVersionInformation: any): boolean; //{ throw new Error("Not implemented.");} InternalGetSortKey(handle: number, handleOrigin: number, localeName: string, flags: number, source: string, sourceCount: number, target: System.Byte[], targetCount: number): number; //{ throw new Error("Not implemented.");} InternalGetSortVersion(): number; //{ throw new Error("Not implemented.");} InternalInitSortHandle(localeName: string, handleOrigin: any): number; //{ throw new Error("Not implemented.");} InternalIsSortable(handle: number, handleOrigin: number, localeName: string, source: string, length: number): boolean; //{ throw new Error("Not implemented.");} IsPrefix(source: string, prefix: string, options: System.Globalization.CompareOptions): boolean; //{ throw new Error("Not implemented.");} IsPrefix(source: string, prefix: string): boolean; //{ throw new Error("Not implemented.");} IsSortable(ch: string): boolean; //{ throw new Error("Not implemented.");} IsSortable(text: string): boolean; //{ throw new Error("Not implemented.");} IsSuffix(source: string, suffix: string, options: System.Globalization.CompareOptions): boolean; //{ throw new Error("Not implemented.");} IsSuffix(source: string, suffix: string): boolean; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, startIndex: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, startIndex: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, startIndex: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, startIndex: number, count: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, startIndex: number, count: number, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, startIndex: number): number; //{ throw new Error("Not implemented.");} LastIndexOf(source: string, value: string, options: System.Globalization.CompareOptions): number; //{ throw new Error("Not implemented.");} NativeInternalInitSortHandle(localeName: string, handleOrigin: any): number; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnDeserialized(): any; //{ throw new Error("Not implemented.");} OnDeserializing(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} } export class CultureInfo { static CurrentUICulture: System.Globalization.CultureInfo; Name: string; IsSafeCrossDomain: boolean; CreatedDomainID: number; static CurrentCulture: System.Globalization.CultureInfo; static UserDefaultCulture: System.Globalization.CultureInfo; static UserDefaultUICulture: System.Globalization.CultureInfo; static InstalledUICulture: System.Globalization.CultureInfo; static DefaultThreadCurrentCulture: System.Globalization.CultureInfo; static DefaultThreadCurrentUICulture: System.Globalization.CultureInfo; static InvariantCulture: System.Globalization.CultureInfo; Parent: System.Globalization.CultureInfo; LCID: number; KeyboardLayoutId: number; SortName: string; IetfLanguageTag: string; DisplayName: string; NativeName: string; EnglishName: string; TwoLetterISOLanguageName: string; ThreeLetterISOLanguageName: string; ThreeLetterWindowsLanguageName: string; CompareInfo: System.Globalization.CompareInfo; private Region: System.Globalization.RegionInfo; TextInfo: System.Globalization.TextInfo; IsNeutralCulture: boolean; CultureTypes: System.Globalization.CultureTypes; NumberFormat: System.Globalization.NumberFormatInfo; DateTimeFormat: System.Globalization.DateTimeFormatInfo; Calendar: System.Globalization.Calendar; OptionalCalendars: System.Globalization.Calendar[]; UseUserOverride: boolean; IsReadOnly: boolean; HasInvariantCultureName: boolean; static IsTaiwanSku: boolean; m_isReadOnly: boolean; compareInfo: System.Globalization.CompareInfo; textInfo: System.Globalization.TextInfo; regionInfo: System.Globalization.RegionInfo; numInfo: System.Globalization.NumberFormatInfo; dateTimeInfo: System.Globalization.DateTimeFormatInfo; calendar: System.Globalization.Calendar; m_dataItem: number; cultureID: number; m_cultureData: any; m_isInherited: boolean; private m_isSafeCrossDomain: boolean; private m_createdDomainID: number; private m_consoleFallbackCulture: System.Globalization.CultureInfo; m_name: string; private m_nonSortName: string; private m_sortName: string; private m_parent: System.Globalization.CultureInfo; private m_useUserOverride: boolean; private static s_userDefaultCulture: System.Globalization.CultureInfo; private static s_InvariantCultureInfo: System.Globalization.CultureInfo; private static s_userDefaultUICulture: System.Globalization.CultureInfo; private static s_InstalledUICultureInfo: System.Globalization.CultureInfo; private static s_DefaultThreadCurrentUICulture: System.Globalization.CultureInfo; private static s_DefaultThreadCurrentCulture: System.Globalization.CultureInfo; private static s_LcidCachedCultures: System.Collections.Hashtable; private static s_NameCachedCultures: System.Collections.Hashtable; private static s_WindowsRuntimeResourceManager: any; private static init: boolean; private static s_isTaiwanSku: boolean; private static s_haveIsTaiwanSku: boolean; private static ts_IsDoingAppXCultureInfoLookup: boolean; CanSendCrossDomain(): boolean; //{ throw new Error("Not implemented.");} CheckDomainSafetyObject(obj: any, container: any): any; //{ throw new Error("Not implemented.");} ClearCachedData(): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} CreateSpecificCulture(name: string): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} Equals(value: any): boolean; //{ throw new Error("Not implemented.");} GetCalendarInstance(calType: number): System.Globalization.Calendar; //{ throw new Error("Not implemented.");} GetCalendarInstanceRare(calType: number): System.Globalization.Calendar; //{ throw new Error("Not implemented.");} GetConsoleFallbackUICulture(): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetCultureByName(name: string, userOverride: boolean): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetCultureInfo(name: string): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetCultureInfo(name: string, altName: string): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetCultureInfo(culture: number): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetCultureInfoByIetfLanguageTag(name: string): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetCultureInfoForUserPreferredLanguageInAppX(): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetCultureInfoHelper(lcid: number, name: string, altName: string): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetCultures(types: System.Globalization.CultureTypes): any; //{ throw new Error("Not implemented.");} GetDefaultLocaleName(localeType: number): string; //{ throw new Error("Not implemented.");} GetFormat(formatType: System.Type): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetSystemDefaultUILanguage(): string; //{ throw new Error("Not implemented.");} GetUserDefaultUILanguage(): string; //{ throw new Error("Not implemented.");} Init(): boolean; //{ throw new Error("Not implemented.");} InitializeFromCultureId(culture: number, useUserOverride: boolean): any; //{ throw new Error("Not implemented.");} InitUserDefaultCulture(): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} InitUserDefaultUICulture(): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} InternalGetDefaultLocaleName(localetype: number, localeString: any): boolean; //{ throw new Error("Not implemented.");} InternalGetSystemDefaultUILanguage(systemDefaultUiLanguage: any): boolean; //{ throw new Error("Not implemented.");} InternalGetUserDefaultUILanguage(userDefaultUiLanguage: any): boolean; //{ throw new Error("Not implemented.");} IsAlternateSortLcid(lcid: number): boolean; //{ throw new Error("Not implemented.");} nativeGetLocaleInfoEx(localeName: string, field: number): string; //{ throw new Error("Not implemented.");} nativeGetLocaleInfoExInt(localeName: string, field: number): number; //{ throw new Error("Not implemented.");} nativeSetThreadLocale(localeName: string): boolean; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} ReadOnly(ci: System.Globalization.CultureInfo): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} StartCrossDomainTracking(): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} VerifyCultureName(cultureName: string, throwException: boolean): boolean; //{ throw new Error("Not implemented.");} VerifyCultureName(culture: System.Globalization.CultureInfo, throwException: boolean): boolean; //{ throw new Error("Not implemented.");} VerifyWritable(): any; //{ throw new Error("Not implemented.");} } export class DateTimeFormatInfo { private CultureName: string; private Culture: System.Globalization.CultureInfo; private LanguageName: string; static InvariantInfo: System.Globalization.DateTimeFormatInfo; static CurrentInfo: System.Globalization.DateTimeFormatInfo; AMDesignator: string; Calendar: System.Globalization.Calendar; private OptionalCalendars: System.Int32[]; EraNames: System.String[]; AbbreviatedEraNames: System.String[]; AbbreviatedEnglishEraNames: System.String[]; DateSeparator: string; FirstDayOfWeek: System.DayOfWeek; CalendarWeekRule: System.Globalization.CalendarWeekRule; FullDateTimePattern: string; LongDatePattern: string; LongTimePattern: string; MonthDayPattern: string; PMDesignator: string; RFC1123Pattern: string; ShortDatePattern: string; ShortTimePattern: string; SortableDateTimePattern: string; GeneralShortTimePattern: string; GeneralLongTimePattern: string; DateTimeOffsetPattern: string; TimeSeparator: string; UniversalSortableDateTimePattern: string; YearMonthPattern: string; AbbreviatedDayNames: System.String[]; ShortestDayNames: System.String[]; DayNames: System.String[]; AbbreviatedMonthNames: System.String[]; MonthNames: System.String[]; HasSpacesInMonthNames: boolean; HasSpacesInDayNames: boolean; private AllYearMonthPatterns: System.String[]; private AllShortDatePatterns: System.String[]; private AllShortTimePatterns: System.String[]; private AllLongDatePatterns: System.String[]; private AllLongTimePatterns: System.String[]; private UnclonedYearMonthPatterns: System.String[]; private UnclonedShortDatePatterns: System.String[]; private UnclonedLongDatePatterns: System.String[]; private UnclonedShortTimePatterns: System.String[]; private UnclonedLongTimePatterns: System.String[]; IsReadOnly: boolean; NativeCalendarName: string; AbbreviatedMonthGenitiveNames: System.String[]; MonthGenitiveNames: System.String[]; FullTimeSpanPositivePattern: string; FullTimeSpanNegativePattern: string; CompareInfo: System.Globalization.CompareInfo; FormatFlags: System.Globalization.DateTimeFormatFlags; HasForceTwoDigitYears: boolean; HasYearMonthAdjustment: boolean; private m_cultureData: any; m_name: string; private m_langName: string; private m_compareInfo: System.Globalization.CompareInfo; private m_cultureInfo: System.Globalization.CultureInfo; amDesignator: string; pmDesignator: string; dateSeparator: string; generalShortTimePattern: string; generalLongTimePattern: string; timeSeparator: string; monthDayPattern: string; dateTimeOffsetPattern: string; calendar: System.Globalization.Calendar; firstDayOfWeek: number; calendarWeekRule: number; fullDateTimePattern: string; abbreviatedDayNames: System.String[]; m_superShortDayNames: System.String[]; dayNames: System.String[]; abbreviatedMonthNames: System.String[]; monthNames: System.String[]; genitiveMonthNames: System.String[]; m_genitiveAbbreviatedMonthNames: System.String[]; leapYearMonthNames: System.String[]; longDatePattern: string; shortDatePattern: string; yearMonthPattern: string; longTimePattern: string; shortTimePattern: string; private allYearMonthPatterns: System.String[]; allShortDatePatterns: System.String[]; allLongDatePatterns: System.String[]; allShortTimePatterns: System.String[]; allLongTimePatterns: System.String[]; m_eraNames: System.String[]; m_abbrevEraNames: System.String[]; m_abbrevEnglishEraNames: System.String[]; optionalCalendars: System.Int32[]; m_isReadOnly: boolean; formatFlags: System.Globalization.DateTimeFormatFlags; private CultureID: number; private m_useUserOverride: boolean; private bUseCalendarInfo: boolean; private nDataItem: number; m_isDefaultCalendar: boolean; m_dateWords: System.String[]; private m_fullTimeSpanPositivePattern: string; private m_fullTimeSpanNegativePattern: string; private m_dtfiTokenHash: any; private static invariantInfo: System.Globalization.DateTimeFormatInfo; static preferExistingTokens: boolean; private static s_calendarNativeNames: System.Collections.Hashtable; private static MonthSpaces: any; private static s_jajpDTFI: System.Globalization.DateTimeFormatInfo; private static s_zhtwDTFI: System.Globalization.DateTimeFormatInfo; AddMonthNames(temp: any, monthPostfix: string): any; //{ throw new Error("Not implemented.");} CheckNullValue(values: System.String[], length: number): any; //{ throw new Error("Not implemented.");} ClearTokenHashTable(): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} CreateTokenHashTable(): any; //{ throw new Error("Not implemented.");} GetAbbreviatedDayName(dayofweek: System.DayOfWeek): string; //{ throw new Error("Not implemented.");} GetAbbreviatedEraName(era: number): string; //{ throw new Error("Not implemented.");} GetAbbreviatedMonthName(month: number): string; //{ throw new Error("Not implemented.");} GetAllDateTimePatterns(): System.String[]; //{ throw new Error("Not implemented.");} GetAllDateTimePatterns(format: string): System.String[]; //{ throw new Error("Not implemented.");} GetCombinedPatterns(patterns1: System.String[], patterns2: System.String[], connectString: string): System.String[]; //{ throw new Error("Not implemented.");} GetDayName(dayofweek: System.DayOfWeek): string; //{ throw new Error("Not implemented.");} GetEra(eraName: string): number; //{ throw new Error("Not implemented.");} GetEraName(era: number): string; //{ throw new Error("Not implemented.");} GetFormat(formatType: System.Type): any; //{ throw new Error("Not implemented.");} GetInstance(provider: System.IFormatProvider): System.Globalization.DateTimeFormatInfo; //{ throw new Error("Not implemented.");} GetJapaneseCalendarDTFI(): System.Globalization.DateTimeFormatInfo; //{ throw new Error("Not implemented.");} GetMergedPatterns(patterns: System.String[], defaultPattern: string): System.String[]; //{ throw new Error("Not implemented.");} GetMonthName(month: number): string; //{ throw new Error("Not implemented.");} GetShortestDayName(dayOfWeek: System.DayOfWeek): string; //{ throw new Error("Not implemented.");} GetTaiwanCalendarDTFI(): System.Globalization.DateTimeFormatInfo; //{ throw new Error("Not implemented.");} InitializeOverridableProperties(cultureData: any, calendarID: number): any; //{ throw new Error("Not implemented.");} InitPreferExistingTokens(): boolean; //{ throw new Error("Not implemented.");} InsertAtCurrentHashNode(hashTable: any, str: string, ch: string, tokenType: System.TokenType, tokenValue: number, pos: number, hashcode: number, hashProbe: number): any; //{ throw new Error("Not implemented.");} InsertHash(hashTable: any, str: string, tokenType: System.TokenType, tokenValue: number): any; //{ throw new Error("Not implemented.");} internalGetAbbreviatedDayOfWeekNames(): System.String[]; //{ throw new Error("Not implemented.");} internalGetAbbreviatedMonthNames(): System.String[]; //{ throw new Error("Not implemented.");} internalGetDayOfWeekNames(): System.String[]; //{ throw new Error("Not implemented.");} internalGetGenitiveMonthNames(abbreviated: boolean): System.String[]; //{ throw new Error("Not implemented.");} internalGetLeapYearMonthNames(): System.String[]; //{ throw new Error("Not implemented.");} internalGetMonthName(month: number, style: System.Globalization.MonthNameStyles, abbreviated: boolean): string; //{ throw new Error("Not implemented.");} internalGetMonthNames(): System.String[]; //{ throw new Error("Not implemented.");} internalGetSuperShortDayNames(): System.String[]; //{ throw new Error("Not implemented.");} IsHebrewChar(ch: string): boolean; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} ReadOnly(dtfi: System.Globalization.DateTimeFormatInfo): System.Globalization.DateTimeFormatInfo; //{ throw new Error("Not implemented.");} SetAllDateTimePatterns(patterns: System.String[], format: string): any; //{ throw new Error("Not implemented.");} Tokenize(TokenMask: System.TokenType, tokenType: any, tokenValue: any, str: any): boolean; //{ throw new Error("Not implemented.");} TryParseHebrewNumber(str: any, badFormat: any, number: any): boolean; //{ throw new Error("Not implemented.");} ValidateStyles(style: System.Globalization.DateTimeStyles, parameterName: string): any; //{ throw new Error("Not implemented.");} YearMonthAdjustment(year: any, month: any, parsedMonthName: boolean): boolean; //{ throw new Error("Not implemented.");} } export class NumberFormatInfo { static InvariantInfo: System.Globalization.NumberFormatInfo; CurrencyDecimalDigits: number; CurrencyDecimalSeparator: string; IsReadOnly: boolean; CurrencyGroupSizes: System.Int32[]; NumberGroupSizes: System.Int32[]; PercentGroupSizes: System.Int32[]; CurrencyGroupSeparator: string; CurrencySymbol: string; static CurrentInfo: System.Globalization.NumberFormatInfo; NaNSymbol: string; CurrencyNegativePattern: number; NumberNegativePattern: number; PercentPositivePattern: number; PercentNegativePattern: number; NegativeInfinitySymbol: string; NegativeSign: string; NumberDecimalDigits: number; NumberDecimalSeparator: string; NumberGroupSeparator: string; CurrencyPositivePattern: number; PositiveInfinitySymbol: string; PositiveSign: string; PercentDecimalDigits: number; PercentDecimalSeparator: string; PercentGroupSeparator: string; PercentSymbol: string; PerMilleSymbol: string; NativeDigits: System.String[]; DigitSubstitution: System.Globalization.DigitShapes; numberGroupSizes: System.Int32[]; currencyGroupSizes: System.Int32[]; percentGroupSizes: System.Int32[]; positiveSign: string; negativeSign: string; numberDecimalSeparator: string; numberGroupSeparator: string; currencyGroupSeparator: string; currencyDecimalSeparator: string; currencySymbol: string; ansiCurrencySymbol: string; nanSymbol: string; positiveInfinitySymbol: string; negativeInfinitySymbol: string; percentDecimalSeparator: string; percentGroupSeparator: string; percentSymbol: string; perMilleSymbol: string; nativeDigits: System.String[]; m_dataItem: number; numberDecimalDigits: number; currencyDecimalDigits: number; currencyPositivePattern: number; currencyNegativePattern: number; numberNegativePattern: number; percentPositivePattern: number; percentNegativePattern: number; percentDecimalDigits: number; digitSubstitution: number; isReadOnly: boolean; m_useUserOverride: boolean; m_isInvariant: boolean; validForParseAsNumber: boolean; validForParseAsCurrency: boolean; private static invariantInfo: System.Globalization.NumberFormatInfo; CheckGroupSize(propName: string, groupSize: System.Int32[]): any; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} GetFormat(formatType: System.Type): any; //{ throw new Error("Not implemented.");} GetInstance(formatProvider: System.IFormatProvider): System.Globalization.NumberFormatInfo; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnDeserializing(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} ReadOnly(nfi: System.Globalization.NumberFormatInfo): System.Globalization.NumberFormatInfo; //{ throw new Error("Not implemented.");} ValidateParseStyleFloatingPoint(style: System.Globalization.NumberStyles): any; //{ throw new Error("Not implemented.");} ValidateParseStyleInteger(style: System.Globalization.NumberStyles): any; //{ throw new Error("Not implemented.");} VerifyDecimalSeparator(decSep: string, propertyName: string): any; //{ throw new Error("Not implemented.");} VerifyDigitSubstitution(digitSub: System.Globalization.DigitShapes, propertyName: string): any; //{ throw new Error("Not implemented.");} VerifyGroupSeparator(groupSep: string, propertyName: string): any; //{ throw new Error("Not implemented.");} VerifyNativeDigits(nativeDig: System.String[], propertyName: string): any; //{ throw new Error("Not implemented.");} VerifyWritable(): any; //{ throw new Error("Not implemented.");} } export class RegionInfo { static CurrentRegion: System.Globalization.RegionInfo; Name: string; EnglishName: string; DisplayName: string; NativeName: string; TwoLetterISORegionName: string; ThreeLetterISORegionName: string; ThreeLetterWindowsRegionName: string; IsMetric: boolean; GeoId: number; CurrencyEnglishName: string; CurrencyNativeName: string; CurrencySymbol: string; ISOCurrencySymbol: string; m_name: string; m_cultureData: any; private m_cultureId: number; m_dataItem: number; static s_currentRegionInfo: System.Globalization.RegionInfo; private static IdFromEverettRegionInfoDataItem: System.Int32[]; Equals(value: any): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} SetName(name: string): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} } export class SortVersion { FullVersion: number; SortId: System.Guid; private m_NlsVersion: number; private m_SortId: System.Guid; Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} Equals(other: System.Globalization.SortVersion): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} } export class TextInfo { static Invariant: System.Globalization.TextInfo; ANSICodePage: number; OEMCodePage: number; MacCodePage: number; EBCDICCodePage: number; LCID: number; CultureName: string; IsReadOnly: boolean; ListSeparator: string; private IsAsciiCasingSameAsInvariant: boolean; IsRightToLeft: boolean; private m_listSeparator: string; private m_isReadOnly: boolean; private m_cultureName: string; private m_cultureData: any; private m_textInfoName: string; private m_dataHandle: number; private m_handleOrigin: number; private m_IsAsciiCasingSameAsInvariant: boolean; private customCultureName: string; m_nDataItem: number; m_useUserOverride: boolean; m_win32LangID: number; static s_Invariant: System.Globalization.TextInfo; AddNonLetter(result: any, input: any, inputIndex: number, charLen: number): number; //{ throw new Error("Not implemented.");} AddTitlecaseLetter(result: any, input: any, inputIndex: number, charLen: number): number; //{ throw new Error("Not implemented.");} Clone(): any; //{ throw new Error("Not implemented.");} CompareOrdinalIgnoreCase(str1: string, str2: string): number; //{ throw new Error("Not implemented.");} CompareOrdinalIgnoreCaseEx(strA: string, indexA: number, strB: string, indexB: number, lengthA: number, lengthB: number): number; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetCaseInsensitiveHashCode(str: string, forceRandomizedHashing: boolean, additionalEntropy: number): number; //{ throw new Error("Not implemented.");} GetCaseInsensitiveHashCode(str: string): number; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetHashCodeOrdinalIgnoreCase(s: string): number; //{ throw new Error("Not implemented.");} GetHashCodeOrdinalIgnoreCase(s: string, forceRandomizedHashing: boolean, additionalEntropy: number): number; //{ throw new Error("Not implemented.");} IndexOfStringOrdinalIgnoreCase(source: string, value: string, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} InternalChangeCaseChar(handle: number, handleOrigin: number, localeName: string, ch: string, isToUpper: boolean): string; //{ throw new Error("Not implemented.");} InternalChangeCaseString(handle: number, handleOrigin: number, localeName: string, str: string, isToUpper: boolean): string; //{ throw new Error("Not implemented.");} InternalCompareStringOrdinalIgnoreCase(string1: string, index1: number, string2: string, index2: number, length1: number, length2: number): number; //{ throw new Error("Not implemented.");} InternalGetCaseInsHash(handle: number, handleOrigin: number, localeName: string, str: string, forceRandomizedHashing: boolean, additionalEntropy: number): number; //{ throw new Error("Not implemented.");} InternalTryFindStringOrdinalIgnoreCase(searchFlags: number, source: string, sourceCount: number, startIndex: number, target: string, targetCount: number, foundIndex: any): boolean; //{ throw new Error("Not implemented.");} IsAscii(c: string): boolean; //{ throw new Error("Not implemented.");} IsLetterCategory(uc: System.Globalization.UnicodeCategory): boolean; //{ throw new Error("Not implemented.");} IsWordSeparator(category: System.Globalization.UnicodeCategory): boolean; //{ throw new Error("Not implemented.");} LastIndexOfStringOrdinalIgnoreCase(source: string, value: string, startIndex: number, count: number): number; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnDeserialized(): any; //{ throw new Error("Not implemented.");} OnDeserializing(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} ReadOnly(textInfo: System.Globalization.TextInfo): System.Globalization.TextInfo; //{ throw new Error("Not implemented.");} SetReadOnlyState(readOnly: boolean): any; //{ throw new Error("Not implemented.");} ToLower(str: string): string; //{ throw new Error("Not implemented.");} ToLower(c: string): string; //{ throw new Error("Not implemented.");} ToLowerAsciiInvariant(c: string): string; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} ToTitleCase(str: string): string; //{ throw new Error("Not implemented.");} ToUpper(c: string): string; //{ throw new Error("Not implemented.");} ToUpper(str: string): string; //{ throw new Error("Not implemented.");} ToUpperAsciiInvariant(c: string): string; //{ throw new Error("Not implemented.");} TryFastFindStringOrdinalIgnoreCase(searchFlags: number, source: string, startIndex: number, value: string, count: number, foundIndex: any): boolean; //{ throw new Error("Not implemented.");} VerifyWritable(): any; //{ throw new Error("Not implemented.");} } } declare module System.IO { export class Stream extends System.MarshalByRefObject { CanRead: boolean; CanSeek: boolean; CanTimeout: boolean; CanWrite: boolean; Length: number; Position: number; ReadTimeout: number; WriteTimeout: number; private _activeReadWriteTask: any; private _asyncActiveSemaphore: any; static Null: System.IO.Stream; BeginEndReadAsync(buffer: System.Byte[], offset: number, count: number): any; //{ throw new Error("Not implemented.");} BeginEndWriteAsync(buffer: System.Byte[], offset: number, count: number): any; //{ throw new Error("Not implemented.");} BeginRead(buffer: System.Byte[], offset: number, count: number, callback: System.AsyncCallback, state: any): System.IAsyncResult; //{ throw new Error("Not implemented.");} BeginReadInternal(buffer: System.Byte[], offset: number, count: number, callback: System.AsyncCallback, state: any, serializeAsynchronously: boolean): System.IAsyncResult; //{ throw new Error("Not implemented.");} BeginWrite(buffer: System.Byte[], offset: number, count: number, callback: System.AsyncCallback, state: any): System.IAsyncResult; //{ throw new Error("Not implemented.");} BeginWriteInternal(buffer: System.Byte[], offset: number, count: number, callback: System.AsyncCallback, state: any, serializeAsynchronously: boolean): System.IAsyncResult; //{ throw new Error("Not implemented.");} BlockingBeginRead(buffer: System.Byte[], offset: number, count: number, callback: System.AsyncCallback, state: any): System.IAsyncResult; //{ throw new Error("Not implemented.");} BlockingBeginWrite(buffer: System.Byte[], offset: number, count: number, callback: System.AsyncCallback, state: any): System.IAsyncResult; //{ throw new Error("Not implemented.");} BlockingEndRead(asyncResult: System.IAsyncResult): number; //{ throw new Error("Not implemented.");} BlockingEndWrite(asyncResult: System.IAsyncResult): any; //{ throw new Error("Not implemented.");} Close(): any; //{ throw new Error("Not implemented.");} CopyTo(destination: System.IO.Stream, bufferSize: number): any; //{ throw new Error("Not implemented.");} CopyTo(destination: System.IO.Stream): any; //{ throw new Error("Not implemented.");} CopyToAsync(destination: System.IO.Stream, bufferSize: number, cancellationToken: any): any; //{ throw new Error("Not implemented.");} CopyToAsync(destination: System.IO.Stream, bufferSize: number): any; //{ throw new Error("Not implemented.");} CopyToAsync(destination: System.IO.Stream): any; //{ throw new Error("Not implemented.");} CopyToAsyncInternal(destination: System.IO.Stream, bufferSize: number, cancellationToken: any): any; //{ throw new Error("Not implemented.");} CreateWaitHandle(): System.Threading.WaitHandle; //{ throw new Error("Not implemented.");} Dispose(disposing: boolean): any; //{ throw new Error("Not implemented.");} Dispose(): any; //{ throw new Error("Not implemented.");} EndRead(asyncResult: System.IAsyncResult): number; //{ throw new Error("Not implemented.");} EndWrite(asyncResult: System.IAsyncResult): any; //{ throw new Error("Not implemented.");} EnsureAsyncActiveSemaphoreInitialized(): any; //{ throw new Error("Not implemented.");} Flush(): any; //{ throw new Error("Not implemented.");} FlushAsync(): any; //{ throw new Error("Not implemented.");} FlushAsync(cancellationToken: any): any; //{ throw new Error("Not implemented.");} InternalCopyTo(destination: System.IO.Stream, bufferSize: number): any; //{ throw new Error("Not implemented.");} ObjectInvariant(): any; //{ throw new Error("Not implemented.");} Read(buffer: System.Byte[], offset: number, count: number): number; //{ throw new Error("Not implemented.");} ReadAsync(buffer: System.Byte[], offset: number, count: number): any; //{ throw new Error("Not implemented.");} ReadAsync(buffer: System.Byte[], offset: number, count: number, cancellationToken: any): any; //{ throw new Error("Not implemented.");} ReadByte(): number; //{ throw new Error("Not implemented.");} RunReadWriteTask(readWriteTask: any): any; //{ throw new Error("Not implemented.");} RunReadWriteTaskWhenReady(asyncWaiter: any, readWriteTask: any): any; //{ throw new Error("Not implemented.");} Seek(offset: number, origin: System.IO.SeekOrigin): number; //{ throw new Error("Not implemented.");} SetLength(value: number): any; //{ throw new Error("Not implemented.");} Synchronized(stream: System.IO.Stream): System.IO.Stream; //{ throw new Error("Not implemented.");} Write(buffer: System.Byte[], offset: number, count: number): any; //{ throw new Error("Not implemented.");} WriteAsync(buffer: System.Byte[], offset: number, count: number, cancellationToken: any): any; //{ throw new Error("Not implemented.");} WriteAsync(buffer: System.Byte[], offset: number, count: number): any; //{ throw new Error("Not implemented.");} WriteByte(value: number): any; //{ throw new Error("Not implemented.");} } export class TextWriter extends System.MarshalByRefObject { FormatProvider: System.IFormatProvider; Encoding: System.Text.Encoding; NewLine: string; CoreNewLine: any; private InternalFormatProvider: System.IFormatProvider; static Null: System.IO.TextWriter; private static _WriteCharDelegate: any; private static _WriteStringDelegate: any; private static _WriteCharArrayRangeDelegate: any; private static _WriteLineCharDelegate: any; private static _WriteLineStringDelegate: any; private static _WriteLineCharArrayRangeDelegate: any; private static _FlushDelegate: any; Close(): any; //{ throw new Error("Not implemented.");} Dispose(disposing: boolean): any; //{ throw new Error("Not implemented.");} Dispose(): any; //{ throw new Error("Not implemented.");} Flush(): any; //{ throw new Error("Not implemented.");} FlushAsync(): any; //{ throw new Error("Not implemented.");} Synchronized(writer: System.IO.TextWriter): System.IO.TextWriter; //{ throw new Error("Not implemented.");} Write(buffer: any, index: number, count: number): any; //{ throw new Error("Not implemented.");} Write(buffer: any): any; //{ throw new Error("Not implemented.");} Write(value: string): any; //{ throw new Error("Not implemented.");} Write(format: string, arg: any): any; //{ throw new Error("Not implemented.");} Write(format: string, arg0: any, arg1: any, arg2: any): any; //{ throw new Error("Not implemented.");} Write(format: string, arg0: any, arg1: any): any; //{ throw new Error("Not implemented.");} Write(value: boolean): any; //{ throw new Error("Not implemented.");} Write(value: any): any; //{ throw new Error("Not implemented.");} Write(value: number): any; //{ throw new Error("Not implemented.");} Write(format: string, arg0: any): any; //{ throw new Error("Not implemented.");} Write(value: number): any; //{ throw new Error("Not implemented.");} Write(value: number): any; //{ throw new Error("Not implemented.");} Write(value: number): any; //{ throw new Error("Not implemented.");} Write(value: number): any; //{ throw new Error("Not implemented.");} Write(value: number): any; //{ throw new Error("Not implemented.");} Write(value: string): any; //{ throw new Error("Not implemented.");} Write(value: number): any; //{ throw new Error("Not implemented.");} WriteAsync(buffer: any, index: number, count: number): any; //{ throw new Error("Not implemented.");} WriteAsync(buffer: any): any; //{ throw new Error("Not implemented.");} WriteAsync(value: string): any; //{ throw new Error("Not implemented.");} WriteAsync(value: string): any; //{ throw new Error("Not implemented.");} WriteLine(format: string, arg0: any, arg1: any, arg2: any): any; //{ throw new Error("Not implemented.");} WriteLine(format: string, arg: any): any; //{ throw new Error("Not implemented.");} WriteLine(format: string, arg0: any, arg1: any): any; //{ throw new Error("Not implemented.");} WriteLine(value: number): any; //{ throw new Error("Not implemented.");} WriteLine(value: any): any; //{ throw new Error("Not implemented.");} WriteLine(): any; //{ throw new Error("Not implemented.");} WriteLine(value: string): any; //{ throw new Error("Not implemented.");} WriteLine(buffer: any): any; //{ throw new Error("Not implemented.");} WriteLine(buffer: any, index: number, count: number): any; //{ throw new Error("Not implemented.");} WriteLine(value: boolean): any; //{ throw new Error("Not implemented.");} WriteLine(value: number): any; //{ throw new Error("Not implemented.");} WriteLine(format: string, arg0: any): any; //{ throw new Error("Not implemented.");} WriteLine(value: number): any; //{ throw new Error("Not implemented.");} WriteLine(value: number): any; //{ throw new Error("Not implemented.");} WriteLine(value: number): any; //{ throw new Error("Not implemented.");} WriteLine(value: number): any; //{ throw new Error("Not implemented.");} WriteLine(value: number): any; //{ throw new Error("Not implemented.");} WriteLine(value: string): any; //{ throw new Error("Not implemented.");} WriteLineAsync(value: string): any; //{ throw new Error("Not implemented.");} WriteLineAsync(): any; //{ throw new Error("Not implemented.");} WriteLineAsync(value: string): any; //{ throw new Error("Not implemented.");} WriteLineAsync(buffer: any): any; //{ throw new Error("Not implemented.");} WriteLineAsync(buffer: any, index: number, count: number): any; //{ throw new Error("Not implemented.");} } } declare module System.Net { export class CookieContainer { Capacity: number; Count: number; MaxCookieSize: number; PerDomainCapacity: number; private m_domainTable: System.Collections.Hashtable; private m_maxCookieSize: number; private m_maxCookies: number; private m_maxCookiesPerDomain: number; private m_count: number; private m_fqdnMyDomain: string; private static HeaderInfo: any; Add(cookie: any): any; //{ throw new Error("Not implemented.");} Add(cookie: any, throwOnError: boolean): any; //{ throw new Error("Not implemented.");} Add(cookies: any): any; //{ throw new Error("Not implemented.");} Add(uri: System.Uri, cookie: any): any; //{ throw new Error("Not implemented.");} Add(uri: System.Uri, cookies: any): any; //{ throw new Error("Not implemented.");} AddRemoveDomain(key: string, value: any): any; //{ throw new Error("Not implemented.");} AgeCookies(domain: string): boolean; //{ throw new Error("Not implemented.");} BuildCookieCollectionFromDomainMatches(uri: System.Uri, isSecure: boolean, port: number, cookies: any, domainAttribute: System.Collections.Generic.List, matchOnlyPlainCookie: boolean): any; //{ throw new Error("Not implemented.");} CookieCutter(uri: System.Uri, headerName: string, setCookieHeader: string, isThrow: boolean): any; //{ throw new Error("Not implemented.");} ExpireCollection(cc: any): number; //{ throw new Error("Not implemented.");} GetCookieHeader(uri: System.Uri): string; //{ throw new Error("Not implemented.");} GetCookieHeader(uri: System.Uri, optCookie2: any): string; //{ throw new Error("Not implemented.");} GetCookies(uri: System.Uri): any; //{ throw new Error("Not implemented.");} InternalGetCookies(uri: System.Uri): any; //{ throw new Error("Not implemented.");} IsLocalDomain(host: string): boolean; //{ throw new Error("Not implemented.");} MergeUpdateCollections(destination: any, source: any, port: number, isSecure: boolean, isPlainOnly: boolean): any; //{ throw new Error("Not implemented.");} SetCookies(uri: System.Uri, cookieHeader: string): any; //{ throw new Error("Not implemented.");} } interface ICredentials { GetCredential(uri: System.Uri, authType: string): any; } export class IPAddress { Address: number; AddressFamily: System.Net.Sockets.AddressFamily; ScopeId: number; IsBroadcast: boolean; IsIPv6Multicast: boolean; IsIPv6LinkLocal: boolean; IsIPv6SiteLocal: boolean; IsIPv6Teredo: boolean; IsIPv4MappedToIPv6: boolean; m_Address: number; m_ToString: string; private m_Family: System.Net.Sockets.AddressFamily; private m_Numbers: any; private m_ScopeId: number; private m_HashCode: number; static Any: System.Net.IPAddress; static Loopback: System.Net.IPAddress; static Broadcast: System.Net.IPAddress; static None: System.Net.IPAddress; static IPv6Any: System.Net.IPAddress; static IPv6Loopback: System.Net.IPAddress; static IPv6None: System.Net.IPAddress; Equals(comparand: any): boolean; //{ throw new Error("Not implemented.");} Equals(comparandObj: any, compareScopeId: boolean): boolean; //{ throw new Error("Not implemented.");} GetAddressBytes(): System.Byte[]; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} HostToNetworkOrder(host: number): number; //{ throw new Error("Not implemented.");} HostToNetworkOrder(host: number): number; //{ throw new Error("Not implemented.");} HostToNetworkOrder(host: number): number; //{ throw new Error("Not implemented.");} InternalParse(ipString: string, tryParse: boolean): System.Net.IPAddress; //{ throw new Error("Not implemented.");} IsLoopback(address: System.Net.IPAddress): boolean; //{ throw new Error("Not implemented.");} MapToIPv4(): System.Net.IPAddress; //{ throw new Error("Not implemented.");} MapToIPv6(): System.Net.IPAddress; //{ throw new Error("Not implemented.");} NetworkToHostOrder(network: number): number; //{ throw new Error("Not implemented.");} NetworkToHostOrder(network: number): number; //{ throw new Error("Not implemented.");} NetworkToHostOrder(network: number): number; //{ throw new Error("Not implemented.");} Parse(ipString: string): System.Net.IPAddress; //{ throw new Error("Not implemented.");} Snapshot(): System.Net.IPAddress; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} TryParse(ipString: string, address: any): boolean; //{ throw new Error("Not implemented.");} } interface IWebProxy { Credentials: System.Net.ICredentials; GetProxy(destination: System.Uri): System.Uri; IsBypassed(host: System.Uri): boolean; } export class WebHeaderCollection extends System.Collections.Specialized.NameValueCollection { ContentLength: string; CacheControl: string; ContentType: string; Date: string; Expires: string; ETag: string; LastModified: string; Location: string; ProxyAuthenticate: string; SetCookie2: string; SetCookie: string; Server: string; Via: string; private InnerCollection: System.Collections.Specialized.NameValueCollection; private AllowHttpRequestHeader: boolean; AllowHttpResponseHeader: boolean; Item: string; Item: string; Count: number; Keys: System.Collections.Specialized.NameObjectCollectionBase.KeysCollection; AllKeys: System.String[]; private m_CommonHeaders: System.String[]; private m_NumCommonHeaders: number; private m_InnerCollection: System.Collections.Specialized.NameValueCollection; private m_Type: System.Net.WebHeaderCollectionType; private static HInfo: any; private static s_CommonHeaderNames: System.String[]; private static s_CommonHeaderHints: any; private static HttpTrimCharacters: any; private static RfcCharMap: any; Add(header: System.Net.HttpRequestHeader, value: string): any; //{ throw new Error("Not implemented.");} Add(header: System.Net.HttpResponseHeader, value: string): any; //{ throw new Error("Not implemented.");} Add(header: string): any; //{ throw new Error("Not implemented.");} Add(name: string, value: string): any; //{ throw new Error("Not implemented.");} AddInternal(name: string, value: string): any; //{ throw new Error("Not implemented.");} AddInternalNotCommon(name: string, value: string): any; //{ throw new Error("Not implemented.");} AddWithoutValidate(headerName: string, headerValue: string): any; //{ throw new Error("Not implemented.");} ChangeInternal(name: string, value: string): any; //{ throw new Error("Not implemented.");} CheckBadChars(name: string, isHeaderValue: boolean): string; //{ throw new Error("Not implemented.");} CheckUpdate(name: string, value: string): any; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} ContainsNonAsciiChars(token: string): boolean; //{ throw new Error("Not implemented.");} Get(index: number): string; //{ throw new Error("Not implemented.");} Get(name: string): string; //{ throw new Error("Not implemented.");} GetAsString(cc: System.Collections.Specialized.NameValueCollection, winInetCompat: boolean, forTrace: boolean): string; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetKey(index: number): string; //{ throw new Error("Not implemented.");} GetObjectData(serializationInfo: any, streamingContext: any): any; //{ throw new Error("Not implemented.");} GetValues(index: number): System.String[]; //{ throw new Error("Not implemented.");} GetValues(header: string): System.String[]; //{ throw new Error("Not implemented.");} InternalHasKeys(): boolean; //{ throw new Error("Not implemented.");} IsRestricted(headerName: string, response: boolean): boolean; //{ throw new Error("Not implemented.");} IsRestricted(headerName: string): boolean; //{ throw new Error("Not implemented.");} IsValidToken(token: string): boolean; //{ throw new Error("Not implemented.");} NormalizeCommonHeaders(): any; //{ throw new Error("Not implemented.");} OnDeserialization(sender: any): any; //{ throw new Error("Not implemented.");} ParseHeaders(buffer: System.Byte[], size: number, unparsed: any, totalResponseHeadersLength: any, maximumResponseHeadersLength: number, parseError: any): System.Net.DataParseStatus; //{ throw new Error("Not implemented.");} ParseHeadersStrict(buffer: System.Byte[], size: number, unparsed: any, totalResponseHeadersLength: any, maximumResponseHeadersLength: number, parseError: any): System.Net.DataParseStatus; //{ throw new Error("Not implemented.");} Remove(header: System.Net.HttpResponseHeader): any; //{ throw new Error("Not implemented.");} Remove(name: string): any; //{ throw new Error("Not implemented.");} Remove(header: System.Net.HttpRequestHeader): any; //{ throw new Error("Not implemented.");} RemoveInternal(name: string): any; //{ throw new Error("Not implemented.");} Set(name: string, value: string): any; //{ throw new Error("Not implemented.");} Set(header: System.Net.HttpRequestHeader, value: string): any; //{ throw new Error("Not implemented.");} Set(header: System.Net.HttpResponseHeader, value: string): any; //{ throw new Error("Not implemented.");} SetAddVerified(name: string, value: string): any; //{ throw new Error("Not implemented.");} SetInternal(name: string, value: string): any; //{ throw new Error("Not implemented.");} SetInternal(header: System.Net.HttpResponseHeader, value: string): any; //{ throw new Error("Not implemented.");} ThrowOnRestrictedHeader(headerName: string): any; //{ throw new Error("Not implemented.");} ToByteArray(): System.Byte[]; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} ToString(forTrace: boolean): string; //{ throw new Error("Not implemented.");} } } declare module System.Net.Sockets { } declare module System.Reflection { export class Assembly { CodeBase: string; EscapedCodeBase: string; FullName: string; EntryPoint: System.Reflection.MethodInfo; ExportedTypes: System.Collections.Generic.IEnumerable; DefinedTypes: System.Collections.Generic.IEnumerable; Evidence: System.Security.Policy.Evidence; PermissionSet: System.Security.PermissionSet; IsFullyTrusted: boolean; SecurityRuleSet: System.Security.SecurityRuleSet; ManifestModule: System.Reflection.Module; CustomAttributes: System.Collections.Generic.IEnumerable; ReflectionOnly: boolean; Modules: System.Collections.Generic.IEnumerable; Location: string; ImageRuntimeVersion: string; GlobalAssemblyCache: boolean; HostContext: number; IsDynamic: boolean; CreateInstance(typeName: string, ignoreCase: boolean): any; //{ throw new Error("Not implemented.");} CreateInstance(typeName: string): any; //{ throw new Error("Not implemented.");} CreateInstance(typeName: string, ignoreCase: boolean, bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, args: any, culture: System.Globalization.CultureInfo, activationAttributes: any): any; //{ throw new Error("Not implemented.");} CreateQualifiedName(assemblyName: string, typeName: string): string; //{ throw new Error("Not implemented.");} Equals(o: any): boolean; //{ throw new Error("Not implemented.");} GetAssembly(type: System.Type): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} GetCallingAssembly(): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} GetCustomAttributes(attributeType: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributesData(): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetEntryAssembly(): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} GetExecutingAssembly(): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} GetExportedTypes(): System.Type[]; //{ throw new Error("Not implemented.");} GetFile(name: string): any; //{ throw new Error("Not implemented.");} GetFiles(): any; //{ throw new Error("Not implemented.");} GetFiles(getResourceModules: boolean): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetLoadedModules(getResourceModules: boolean): any; //{ throw new Error("Not implemented.");} GetLoadedModules(): any; //{ throw new Error("Not implemented.");} GetManifestResourceInfo(resourceName: string): any; //{ throw new Error("Not implemented.");} GetManifestResourceNames(): System.String[]; //{ throw new Error("Not implemented.");} GetManifestResourceStream(name: string): System.IO.Stream; //{ throw new Error("Not implemented.");} GetManifestResourceStream(type: System.Type, name: string): System.IO.Stream; //{ throw new Error("Not implemented.");} GetModule(name: string): System.Reflection.Module; //{ throw new Error("Not implemented.");} GetModules(getResourceModules: boolean): any; //{ throw new Error("Not implemented.");} GetModules(): any; //{ throw new Error("Not implemented.");} GetName(copiedName: boolean): any; //{ throw new Error("Not implemented.");} GetName(): any; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetReferencedAssemblies(): any; //{ throw new Error("Not implemented.");} GetSatelliteAssembly(culture: System.Globalization.CultureInfo): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} GetSatelliteAssembly(culture: System.Globalization.CultureInfo, version: System.Version): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} GetType(name: string, throwOnError: boolean): System.Type; //{ throw new Error("Not implemented.");} GetType(name: string, throwOnError: boolean, ignoreCase: boolean): System.Type; //{ throw new Error("Not implemented.");} GetType(name: string): System.Type; //{ throw new Error("Not implemented.");} GetType_Compat(assemblyString: string, typeName: string): System.Type; //{ throw new Error("Not implemented.");} GetTypes(): System.Type[]; //{ throw new Error("Not implemented.");} IsDefined(attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} Load(rawAssembly: System.Byte[], rawSymbolStore: System.Byte[], securityEvidence: System.Security.Policy.Evidence): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} Load(assemblyString: string): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} Load(assemblyString: string, assemblySecurity: System.Security.Policy.Evidence): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} Load(rawAssembly: System.Byte[], rawSymbolStore: System.Byte[], securityContextSource: System.Security.SecurityContextSource): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} Load(rawAssembly: System.Byte[], rawSymbolStore: System.Byte[]): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} Load(assemblyRef: any): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} Load(assemblyRef: any, assemblySecurity: System.Security.Policy.Evidence): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} Load(rawAssembly: System.Byte[]): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} LoadFile(path: string): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} LoadFile(path: string, securityEvidence: System.Security.Policy.Evidence): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} LoadFrom(assemblyFile: string, securityEvidence: System.Security.Policy.Evidence, hashValue: System.Byte[], hashAlgorithm: System.Configuration.Assemblies.AssemblyHashAlgorithm): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} LoadFrom(assemblyFile: string): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} LoadFrom(assemblyFile: string, hashValue: System.Byte[], hashAlgorithm: System.Configuration.Assemblies.AssemblyHashAlgorithm): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} LoadFrom(assemblyFile: string, securityEvidence: System.Security.Policy.Evidence): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} LoadModule(moduleName: string, rawModule: System.Byte[]): System.Reflection.Module; //{ throw new Error("Not implemented.");} LoadModule(moduleName: string, rawModule: System.Byte[], rawSymbolStore: System.Byte[]): System.Reflection.Module; //{ throw new Error("Not implemented.");} LoadWithPartialName(partialName: string): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} LoadWithPartialName(partialName: string, securityEvidence: System.Security.Policy.Evidence): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} ReflectionOnlyLoad(rawAssembly: System.Byte[]): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} ReflectionOnlyLoad(assemblyString: string): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} ReflectionOnlyLoadFrom(assemblyFile: string): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} UnsafeLoadFrom(assemblyFile: string): System.Reflection.Assembly; //{ throw new Error("Not implemented.");} } export class Binder { BindToField(bindingAttr: System.Reflection.BindingFlags, match: any, value: any, culture: System.Globalization.CultureInfo): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} BindToMethod(bindingAttr: System.Reflection.BindingFlags, match: any, args: any, modifiers: any, culture: System.Globalization.CultureInfo, names: System.String[], state: any): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} ChangeType(value: any, type: System.Type, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} ReorderArgumentArray(args: any, state: any): any; //{ throw new Error("Not implemented.");} SelectMethod(bindingAttr: System.Reflection.BindingFlags, match: any, types: System.Type[], modifiers: any): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} SelectProperty(bindingAttr: System.Reflection.BindingFlags, match: any, returnType: System.Type, indexes: System.Type[], modifiers: any): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} } export class ConstructorInfo extends System.Reflection.MethodBase { MemberType: System.Reflection.MemberTypes; static ConstructorName: string; static TypeConstructorName: string; Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetReturnType(): System.Type; //{ throw new Error("Not implemented.");} Invoke(invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, parameters: any, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} Invoke(parameters: any): any; //{ throw new Error("Not implemented.");} } export class CustomAttributeData { AttributeType: System.Type; Constructor: System.Reflection.ConstructorInfo; ConstructorArguments: System.Collections.Generic.IList; NamedArguments: System.Collections.Generic.IList; private m_ctor: System.Reflection.ConstructorInfo; private m_scope: any; private m_members: any; private m_ctorParams: any; private m_namedParams: any; private m_typedCtorArgs: System.Collections.Generic.IList; private m_namedArgs: System.Collections.Generic.IList; Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} Filter(attrs: System.Collections.Generic.IList, caType: System.Type, parameter: number): System.Reflection.CustomAttributeTypedArgument; //{ throw new Error("Not implemented.");} GetCustomAttributeRecords(module: any, targetToken: number): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(target: System.Reflection.MemberInfo): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributes(target: System.Reflection.Module): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributes(target: System.Reflection.Assembly): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributes(target: System.Reflection.ParameterInfo): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributes(module: any, tkTarget: number): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetCustomAttributesInternal(target: any): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} Init(forwardedTo: any): any; //{ throw new Error("Not implemented.");} Init(dllImport: any): any; //{ throw new Error("Not implemented.");} Init(fieldOffset: any): any; //{ throw new Error("Not implemented.");} Init(marshalAs: any): any; //{ throw new Error("Not implemented.");} Init(pca: any): any; //{ throw new Error("Not implemented.");} InitCustomAttributeType(parameterType: any): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} TypeToCustomAttributeEncoding(type: any): System.Reflection.CustomAttributeEncoding; //{ throw new Error("Not implemented.");} } export class CustomAttributeNamedArgument { ArgumentType: System.Type; MemberInfo: System.Reflection.MemberInfo; TypedValue: System.Reflection.CustomAttributeTypedArgument; MemberName: string; IsField: boolean; private m_memberInfo: System.Reflection.MemberInfo; private m_value: System.Reflection.CustomAttributeTypedArgument; Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} } export class CustomAttributeTypedArgument { ArgumentType: System.Type; Value: any; private m_value: any; private m_argumentType: System.Type; CanonicalizeValue(value: any): any; //{ throw new Error("Not implemented.");} CustomAttributeEncodingToType(encodedType: System.Reflection.CustomAttributeEncoding): System.Type; //{ throw new Error("Not implemented.");} EncodedValueToRawValue(val: number, encodedType: System.Reflection.CustomAttributeEncoding): any; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} ResolveType(scope: any, typeName: string): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} ToString(typed: boolean): string; //{ throw new Error("Not implemented.");} } export class EventInfo extends System.Reflection.MemberInfo { MemberType: System.Reflection.MemberTypes; Attributes: System.Reflection.EventAttributes; AddMethod: System.Reflection.MethodInfo; RemoveMethod: System.Reflection.MethodInfo; RaiseMethod: System.Reflection.MethodInfo; EventHandlerType: System.Type; IsSpecialName: boolean; IsMulticast: boolean; AddEventHandler(target: any, handler: System.Delegate): any; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetAddMethod(nonPublic: boolean): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetAddMethod(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetOtherMethods(nonPublic: boolean): any; //{ throw new Error("Not implemented.");} GetOtherMethods(): any; //{ throw new Error("Not implemented.");} GetRaiseMethod(nonPublic: boolean): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetRaiseMethod(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetRemoveMethod(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetRemoveMethod(nonPublic: boolean): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} RemoveEventHandler(target: any, handler: System.Delegate): any; //{ throw new Error("Not implemented.");} } export class FieldInfo extends System.Reflection.MemberInfo { MemberType: System.Reflection.MemberTypes; FieldHandle: System.RuntimeFieldHandle; FieldType: System.Type; Attributes: System.Reflection.FieldAttributes; IsPublic: boolean; IsPrivate: boolean; IsFamily: boolean; IsAssembly: boolean; IsFamilyAndAssembly: boolean; IsFamilyOrAssembly: boolean; IsStatic: boolean; IsInitOnly: boolean; IsLiteral: boolean; IsNotSerialized: boolean; IsSpecialName: boolean; IsPinvokeImpl: boolean; IsSecurityCritical: boolean; IsSecuritySafeCritical: boolean; IsSecurityTransparent: boolean; Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetFieldFromHandle(handle: System.RuntimeFieldHandle): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} GetFieldFromHandle(handle: System.RuntimeFieldHandle, declaringType: System.RuntimeTypeHandle): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetOptionalCustomModifiers(): System.Type[]; //{ throw new Error("Not implemented.");} GetRawConstantValue(): any; //{ throw new Error("Not implemented.");} GetRequiredCustomModifiers(): System.Type[]; //{ throw new Error("Not implemented.");} GetValue(obj: any): any; //{ throw new Error("Not implemented.");} GetValueDirect(obj: any): any; //{ throw new Error("Not implemented.");} SetValue(obj: any, value: any, invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} SetValue(obj: any, value: any): any; //{ throw new Error("Not implemented.");} SetValueDirect(obj: any, value: any): any; //{ throw new Error("Not implemented.");} } interface ICustomAttributeProvider { GetCustomAttributes(attributeType: System.Type, inherit: boolean): any; GetCustomAttributes(inherit: boolean): any; IsDefined(attributeType: System.Type, inherit: boolean): boolean; } export class MemberInfo { MemberType: System.Reflection.MemberTypes; Name: string; DeclaringType: System.Type; ReflectedType: System.Type; CustomAttributes: System.Collections.Generic.IEnumerable; MetadataToken: number; Module: System.Reflection.Module; CacheEquals(o: any): boolean; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetCustomAttributes(inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(attributeType: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributesData(): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} IsDefined(attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} } export class MethodBase extends System.Reflection.MemberInfo { IsDynamicallyInvokable: boolean; MethodImplementationFlags: System.Reflection.MethodImplAttributes; MethodHandle: System.RuntimeMethodHandle; Attributes: System.Reflection.MethodAttributes; CallingConvention: System.Reflection.CallingConventions; IsGenericMethodDefinition: boolean; ContainsGenericParameters: boolean; IsGenericMethod: boolean; IsSecurityCritical: boolean; IsSecuritySafeCritical: boolean; IsSecurityTransparent: boolean; IsPublic: boolean; IsPrivate: boolean; IsFamily: boolean; IsAssembly: boolean; IsFamilyAndAssembly: boolean; IsFamilyOrAssembly: boolean; IsStatic: boolean; IsFinal: boolean; IsVirtual: boolean; IsHideBySig: boolean; IsAbstract: boolean; IsSpecialName: boolean; IsConstructor: boolean; FullName: string; private System.Runtime.InteropServices._MethodBase.IsPublic: boolean; private System.Runtime.InteropServices._MethodBase.IsPrivate: boolean; private System.Runtime.InteropServices._MethodBase.IsFamily: boolean; private System.Runtime.InteropServices._MethodBase.IsAssembly: boolean; private System.Runtime.InteropServices._MethodBase.IsFamilyAndAssembly: boolean; private System.Runtime.InteropServices._MethodBase.IsFamilyOrAssembly: boolean; private System.Runtime.InteropServices._MethodBase.IsStatic: boolean; private System.Runtime.InteropServices._MethodBase.IsFinal: boolean; private System.Runtime.InteropServices._MethodBase.IsVirtual: boolean; private System.Runtime.InteropServices._MethodBase.IsHideBySig: boolean; private System.Runtime.InteropServices._MethodBase.IsAbstract: boolean; private System.Runtime.InteropServices._MethodBase.IsSpecialName: boolean; private System.Runtime.InteropServices._MethodBase.IsConstructor: boolean; CheckArguments(parameters: any, binder: System.Reflection.Binder, invokeAttr: System.Reflection.BindingFlags, culture: System.Globalization.CultureInfo, sig: any): any; //{ throw new Error("Not implemented.");} ConstructParameters(parameterTypes: System.Type[], callingConvention: System.Reflection.CallingConventions, serialization: boolean): string; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} FormatNameAndSig(serialization: boolean): string; //{ throw new Error("Not implemented.");} FormatNameAndSig(): string; //{ throw new Error("Not implemented.");} GetCurrentMethod(): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} GetGenericArguments(): System.Type[]; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetMethodBody(): any; //{ throw new Error("Not implemented.");} GetMethodDesc(): number; //{ throw new Error("Not implemented.");} GetMethodFromHandle(handle: System.RuntimeMethodHandle, declaringType: System.RuntimeTypeHandle): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} GetMethodFromHandle(handle: System.RuntimeMethodHandle): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} GetMethodImplementationFlags(): System.Reflection.MethodImplAttributes; //{ throw new Error("Not implemented.");} GetParameters(): any; //{ throw new Error("Not implemented.");} GetParametersNoCopy(): any; //{ throw new Error("Not implemented.");} GetParameterTypes(): System.Type[]; //{ throw new Error("Not implemented.");} Invoke(obj: any, parameters: any): any; //{ throw new Error("Not implemented.");} Invoke(obj: any, invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, parameters: any, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} } export class MethodInfo extends System.Reflection.MethodBase { MemberType: System.Reflection.MemberTypes; ReturnType: System.Type; ReturnParameter: System.Reflection.ParameterInfo; ReturnTypeCustomAttributes: System.Reflection.ICustomAttributeProvider; CreateDelegate(delegateType: System.Type): System.Delegate; //{ throw new Error("Not implemented.");} CreateDelegate(delegateType: System.Type, target: any): System.Delegate; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetBaseDefinition(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetGenericArguments(): System.Type[]; //{ throw new Error("Not implemented.");} GetGenericMethodDefinition(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} MakeGenericMethod(typeArguments: System.Type[]): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} } export class Module { CustomAttributes: System.Collections.Generic.IEnumerable; MDStreamVersion: number; FullyQualifiedName: string; ModuleVersionId: System.Guid; MetadataToken: number; ScopeName: string; Name: string; Assembly: System.Reflection.Assembly; ModuleHandle: System.ModuleHandle; static FilterTypeName: any; static FilterTypeNameIgnoreCase: any; Equals(o: any): boolean; //{ throw new Error("Not implemented.");} FindTypes(filter: any, filterCriteria: any): System.Type[]; //{ throw new Error("Not implemented.");} GetCustomAttributes(inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(attributeType: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributesData(): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetField(name: string): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} GetField(name: string, bindingAttr: System.Reflection.BindingFlags): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} GetFields(): any; //{ throw new Error("Not implemented.");} GetFields(bindingFlags: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetMethod(name: string, bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, callConvention: System.Reflection.CallingConventions, types: System.Type[], modifiers: any): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethod(name: string): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethod(name: string, types: System.Type[]): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethodImpl(name: string, bindingAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, callConvention: System.Reflection.CallingConventions, types: System.Type[], modifiers: any): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetMethods(bindingFlags: System.Reflection.BindingFlags): any; //{ throw new Error("Not implemented.");} GetMethods(): any; //{ throw new Error("Not implemented.");} GetModuleHandle(): System.ModuleHandle; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} GetPEKind(peKind: any, machine: any): any; //{ throw new Error("Not implemented.");} GetSignerCertificate(): System.Security.Cryptography.X509Certificates.X509Certificate; //{ throw new Error("Not implemented.");} GetType(className: string, throwOnError: boolean, ignoreCase: boolean): System.Type; //{ throw new Error("Not implemented.");} GetType(className: string): System.Type; //{ throw new Error("Not implemented.");} GetType(className: string, ignoreCase: boolean): System.Type; //{ throw new Error("Not implemented.");} GetTypes(): System.Type[]; //{ throw new Error("Not implemented.");} IsDefined(attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} IsResource(): boolean; //{ throw new Error("Not implemented.");} ResolveField(metadataToken: number): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} ResolveField(metadataToken: number, genericTypeArguments: System.Type[], genericMethodArguments: System.Type[]): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} ResolveMember(metadataToken: number): System.Reflection.MemberInfo; //{ throw new Error("Not implemented.");} ResolveMember(metadataToken: number, genericTypeArguments: System.Type[], genericMethodArguments: System.Type[]): System.Reflection.MemberInfo; //{ throw new Error("Not implemented.");} ResolveMethod(metadataToken: number, genericTypeArguments: System.Type[], genericMethodArguments: System.Type[]): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} ResolveMethod(metadataToken: number): System.Reflection.MethodBase; //{ throw new Error("Not implemented.");} ResolveSignature(metadataToken: number): System.Byte[]; //{ throw new Error("Not implemented.");} ResolveString(metadataToken: number): string; //{ throw new Error("Not implemented.");} ResolveType(metadataToken: number, genericTypeArguments: System.Type[], genericMethodArguments: System.Type[]): System.Type; //{ throw new Error("Not implemented.");} ResolveType(metadataToken: number): System.Type; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} } export class ParameterInfo { ParameterType: System.Type; Name: string; HasDefaultValue: boolean; DefaultValue: any; RawDefaultValue: any; Position: number; Attributes: System.Reflection.ParameterAttributes; Member: System.Reflection.MemberInfo; IsIn: boolean; IsOut: boolean; IsLcid: boolean; IsRetval: boolean; IsOptional: boolean; MetadataToken: number; CustomAttributes: System.Collections.Generic.IEnumerable; NameImpl: string; ClassImpl: System.Type; PositionImpl: number; AttrsImpl: System.Reflection.ParameterAttributes; DefaultValueImpl: any; MemberImpl: System.Reflection.MemberInfo; private _importer: number; private _token: number; private bExtraConstChecked: boolean; GetCustomAttributes(inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributes(attributeType: System.Type, inherit: boolean): any; //{ throw new Error("Not implemented.");} GetCustomAttributesData(): System.Collections.Generic.IList; //{ throw new Error("Not implemented.");} GetOptionalCustomModifiers(): System.Type[]; //{ throw new Error("Not implemented.");} GetRealObject(context: any): any; //{ throw new Error("Not implemented.");} GetRequiredCustomModifiers(): System.Type[]; //{ throw new Error("Not implemented.");} IsDefined(attributeType: System.Type, inherit: boolean): boolean; //{ throw new Error("Not implemented.");} SetAttributes(attributes: System.Reflection.ParameterAttributes): any; //{ throw new Error("Not implemented.");} SetName(name: string): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} } export class PropertyInfo extends System.Reflection.MemberInfo { MemberType: System.Reflection.MemberTypes; PropertyType: System.Type; Attributes: System.Reflection.PropertyAttributes; CanRead: boolean; CanWrite: boolean; GetMethod: System.Reflection.MethodInfo; SetMethod: System.Reflection.MethodInfo; IsSpecialName: boolean; Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} GetAccessors(nonPublic: boolean): any; //{ throw new Error("Not implemented.");} GetAccessors(): any; //{ throw new Error("Not implemented.");} GetConstantValue(): any; //{ throw new Error("Not implemented.");} GetGetMethod(nonPublic: boolean): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetGetMethod(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetIndexParameters(): any; //{ throw new Error("Not implemented.");} GetOptionalCustomModifiers(): System.Type[]; //{ throw new Error("Not implemented.");} GetRawConstantValue(): any; //{ throw new Error("Not implemented.");} GetRequiredCustomModifiers(): System.Type[]; //{ throw new Error("Not implemented.");} GetSetMethod(): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetSetMethod(nonPublic: boolean): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetValue(obj: any, invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, index: any, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} GetValue(obj: any, index: any): any; //{ throw new Error("Not implemented.");} GetValue(obj: any): any; //{ throw new Error("Not implemented.");} SetValue(obj: any, value: any): any; //{ throw new Error("Not implemented.");} SetValue(obj: any, value: any, invokeAttr: System.Reflection.BindingFlags, binder: System.Reflection.Binder, index: any, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} SetValue(obj: any, value: any, index: any): any; //{ throw new Error("Not implemented.");} } export class TypeInfo extends System.Type { GenericTypeParameters: System.Type[]; DeclaredConstructors: System.Collections.Generic.IEnumerable; DeclaredEvents: System.Collections.Generic.IEnumerable; DeclaredFields: System.Collections.Generic.IEnumerable; DeclaredMembers: System.Collections.Generic.IEnumerable; DeclaredMethods: System.Collections.Generic.IEnumerable; DeclaredNestedTypes: System.Collections.Generic.IEnumerable; DeclaredProperties: System.Collections.Generic.IEnumerable; ImplementedInterfaces: System.Collections.Generic.IEnumerable; AsType(): System.Type; //{ throw new Error("Not implemented.");} GetDeclaredEvent(name: string): System.Reflection.EventInfo; //{ throw new Error("Not implemented.");} GetDeclaredField(name: string): System.Reflection.FieldInfo; //{ throw new Error("Not implemented.");} GetDeclaredMethod(name: string): System.Reflection.MethodInfo; //{ throw new Error("Not implemented.");} GetDeclaredMethods(name: string): System.Collections.Generic.IEnumerable; //{ throw new Error("Not implemented.");} GetDeclaredNestedType(name: string): System.Reflection.TypeInfo; //{ throw new Error("Not implemented.");} GetDeclaredProperty(name: string): System.Reflection.PropertyInfo; //{ throw new Error("Not implemented.");} IsAssignableFrom(typeInfo: System.Reflection.TypeInfo): boolean; //{ throw new Error("Not implemented.");} } } declare module System.Resources { export class ResourceManager { BaseName: string; IgnoreCase: boolean; ResourceSetType: System.Type; FallbackLocation: System.Resources.UltimateResourceFallbackLocation; BaseNameField: string; ResourceSets: System.Collections.Hashtable; private _resourceSets: System.Collections.Generic.Dictionary; private moduleDir: string; MainAssembly: System.Reflection.Assembly; private _locationInfo: System.Type; private _userResourceSet: System.Type; private _neutralResourcesCulture: System.Globalization.CultureInfo; private _lastUsedResourceCache: any; private _ignoreCase: boolean; private UseManifest: boolean; private UseSatelliteAssem: boolean; private _fallbackLoc: System.Resources.UltimateResourceFallbackLocation; private _satelliteContractVersion: System.Version; private _lookedForSatelliteContractVersion: boolean; private _callingAssembly: System.Reflection.Assembly; private m_callingAssembly: any; private resourceGroveler: any; private _bUsingModernResourceManagement: boolean; private _WinRTResourceManager: any; private _PRIonAppXInitialized: boolean; private _PRIExceptionInfo: any; private static _installedSatelliteInfo: System.Collections.Hashtable; private static _checkedConfigFile: boolean; static MagicNumber: number; static HeaderVersionNumber: number; private static _minResourceSet: System.Type; static ResReaderTypeName: string; static ResSetTypeName: string; static MscorlibName: string; static DEBUG: number; private static s_IsAppXModel: boolean; AddResourceSet(localResourceSets: System.Collections.Generic.Dictionary, cultureName: string, rs: any): any; //{ throw new Error("Not implemented.");} CommonAssemblyInit(): any; //{ throw new Error("Not implemented.");} CompareNames(asmTypeName1: string, typeName2: string, asmName2: any): boolean; //{ throw new Error("Not implemented.");} CreateFileBasedResourceManager(baseName: string, resourceDir: string, usingResourceSet: System.Type): System.Resources.ResourceManager; //{ throw new Error("Not implemented.");} GetFirstResourceSet(culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} GetNeutralResourcesLanguage(a: System.Reflection.Assembly): System.Globalization.CultureInfo; //{ throw new Error("Not implemented.");} GetObject(name: string, culture: System.Globalization.CultureInfo, wrapUnmanagedMemStream: boolean): any; //{ throw new Error("Not implemented.");} GetObject(name: string, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} GetObject(name: string): any; //{ throw new Error("Not implemented.");} GetResourceFileName(culture: System.Globalization.CultureInfo): string; //{ throw new Error("Not implemented.");} GetResourceSet(culture: System.Globalization.CultureInfo, createIfNotExists: boolean, tryParents: boolean): any; //{ throw new Error("Not implemented.");} GetSatelliteAssembliesFromConfig(): System.Collections.Hashtable; //{ throw new Error("Not implemented.");} GetSatelliteContractVersion(a: System.Reflection.Assembly): System.Version; //{ throw new Error("Not implemented.");} GetStream(name: string): any; //{ throw new Error("Not implemented.");} GetStream(name: string, culture: System.Globalization.CultureInfo): any; //{ throw new Error("Not implemented.");} GetString(name: string): string; //{ throw new Error("Not implemented.");} GetString(name: string, culture: System.Globalization.CultureInfo): string; //{ throw new Error("Not implemented.");} GetStringFromPRI(stringName: string, startingCulture: string, neutralResourcesCulture: string): string; //{ throw new Error("Not implemented.");} GetWinRTResourceManager(): any; //{ throw new Error("Not implemented.");} Init(): any; //{ throw new Error("Not implemented.");} InternalGetResourceSet(requestedCulture: System.Globalization.CultureInfo, createIfNotExists: boolean, tryParents: boolean, stackMark: any): any; //{ throw new Error("Not implemented.");} InternalGetResourceSet(culture: System.Globalization.CultureInfo, createIfNotExists: boolean, tryParents: boolean): any; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnDeserializing(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} ReleaseAllResources(): any; //{ throw new Error("Not implemented.");} SetAppXConfiguration(): any; //{ throw new Error("Not implemented.");} ShouldUseSatelliteAssemblyResourceLookupUnderAppX(resourcesAssembly: any): boolean; //{ throw new Error("Not implemented.");} TryLookingForSatellite(lookForCulture: System.Globalization.CultureInfo): boolean; //{ throw new Error("Not implemented.");} } } declare module System.Runtime.ConstrainedExecution { export class CriticalFinalizerObject { Finalize(): any; //{ throw new Error("Not implemented.");} } } declare module System.Runtime.InteropServices { export class ExternalException extends System.SystemException { ErrorCode: number; ToString(): string; //{ throw new Error("Not implemented.");} } export class SafeHandle extends System.Runtime.ConstrainedExecution.CriticalFinalizerObject { IsClosed: boolean; IsInvalid: boolean; handle: number; private _state: number; private _ownsHandle: boolean; private _fullyInitialized: boolean; Close(): any; //{ throw new Error("Not implemented.");} DangerousAddRef(success: any): any; //{ throw new Error("Not implemented.");} DangerousGetHandle(): number; //{ throw new Error("Not implemented.");} DangerousRelease(): any; //{ throw new Error("Not implemented.");} Dispose(): any; //{ throw new Error("Not implemented.");} Dispose(disposing: boolean): any; //{ throw new Error("Not implemented.");} Finalize(): any; //{ throw new Error("Not implemented.");} InternalDispose(): any; //{ throw new Error("Not implemented.");} InternalFinalize(): any; //{ throw new Error("Not implemented.");} ReleaseHandle(): boolean; //{ throw new Error("Not implemented.");} SetHandle(handle: number): any; //{ throw new Error("Not implemented.");} SetHandleAsInvalid(): any; //{ throw new Error("Not implemented.");} } export class StructLayoutAttribute extends System.Attribute { Value: System.Runtime.InteropServices.LayoutKind; _val: System.Runtime.InteropServices.LayoutKind; Pack: number; Size: number; CharSet: System.Runtime.InteropServices.CharSet; GetCustomAttribute(type: any): System.Attribute; //{ throw new Error("Not implemented.");} IsDefined(type: any): boolean; //{ throw new Error("Not implemented.");} } } declare module System.Security { interface IEvidenceFactory { Evidence: System.Security.Policy.Evidence; } export class PermissionSet { SyncRoot: any; IsSynchronized: boolean; IsReadOnly: boolean; Count: number; IgnoreTypeLoadFailures: boolean; private m_Unrestricted: boolean; private m_allPermissionsDecoded: boolean; m_permSet: any; private m_ignoreTypeLoadFailures: boolean; private m_serializedPermissionSet: string; private m_CheckedForNonCas: boolean; private m_ContainsCas: boolean; private m_ContainsNonCas: boolean; private m_permSetSaved: any; private readableonly: boolean; private m_unrestrictedPermSet: any; private m_normalPermSet: any; private m_canUnrestrictedOverride: boolean; static s_fullTrust: System.Security.PermissionSet; AddPermission(perm: any): any; //{ throw new Error("Not implemented.");} AddPermissionImpl(perm: any): any; //{ throw new Error("Not implemented.");} Assert(): any; //{ throw new Error("Not implemented.");} CheckAssertion(target: System.Security.PermissionSet): boolean; //{ throw new Error("Not implemented.");} CheckDecoded(demandedPerm: any, tokenDemandedPerm: any): any; //{ throw new Error("Not implemented.");} CheckDecoded(index: number): any; //{ throw new Error("Not implemented.");} CheckDecoded(demandedSet: System.Security.PermissionSet): any; //{ throw new Error("Not implemented.");} CheckDemand(target: System.Security.PermissionSet, firstPermThatFailed: any): boolean; //{ throw new Error("Not implemented.");} CheckDeny(deniedSet: System.Security.PermissionSet, firstPermThatFailed: any): boolean; //{ throw new Error("Not implemented.");} CheckPermitOnly(target: System.Security.PermissionSet, firstPermThatFailed: any): boolean; //{ throw new Error("Not implemented.");} CheckSet(): any; //{ throw new Error("Not implemented.");} Contains(perm: any): boolean; //{ throw new Error("Not implemented.");} ContainsNonCodeAccessPermissions(): boolean; //{ throw new Error("Not implemented.");} ConvertPermissionSet(inFormat: string, inData: System.Byte[], outFormat: string): System.Byte[]; //{ throw new Error("Not implemented.");} Copy(): System.Security.PermissionSet; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, index: number): any; //{ throw new Error("Not implemented.");} CopyWithNoIdentityPermissions(): System.Security.PermissionSet; //{ throw new Error("Not implemented.");} CreateEmptyPermissionSetXml(): any; //{ throw new Error("Not implemented.");} CreatePerm(obj: any): any; //{ throw new Error("Not implemented.");} CreatePerm(obj: any, ignoreTypeLoadFailures: boolean): any; //{ throw new Error("Not implemented.");} CreatePermission(obj: any, index: number): any; //{ throw new Error("Not implemented.");} CreateSerialized(attrs: any, serialize: boolean, nonCasBlob: any, casPset: any, fullTrustOnlyResources: System.Security.Permissions.HostProtectionResource, allowEmptyPermissionSets: boolean): System.Byte[]; //{ throw new Error("Not implemented.");} DEBUG_COND_WRITE(exp: boolean, str: string): any; //{ throw new Error("Not implemented.");} DEBUG_PRINTSTACK(e: System.Exception): any; //{ throw new Error("Not implemented.");} DEBUG_WRITE(str: string): any; //{ throw new Error("Not implemented.");} DecodeAllPermissions(): any; //{ throw new Error("Not implemented.");} DecodeXml(data: System.Byte[], fullTrustOnlyResources: System.Security.Permissions.HostProtectionResource, inaccessibleResources: System.Security.Permissions.HostProtectionResource): boolean; //{ throw new Error("Not implemented.");} Demand(): any; //{ throw new Error("Not implemented.");} DemandNonCAS(): any; //{ throw new Error("Not implemented.");} Deny(): any; //{ throw new Error("Not implemented.");} EncodeXml(): System.Byte[]; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} FastIsEmpty(): boolean; //{ throw new Error("Not implemented.");} FilterHostProtectionPermissions(fullTrustOnly: System.Security.Permissions.HostProtectionResource, inaccessible: System.Security.Permissions.HostProtectionResource): any; //{ throw new Error("Not implemented.");} FromXml(doc: any, position: number, allowInternalOnly: boolean): any; //{ throw new Error("Not implemented.");} FromXml(et: any, allowInternalOnly: boolean, ignoreTypeLoadFailures: boolean): any; //{ throw new Error("Not implemented.");} FromXml(et: any): any; //{ throw new Error("Not implemented.");} GetCasOnlySet(): System.Security.PermissionSet; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetEnumeratorImpl(): any; //{ throw new Error("Not implemented.");} GetEnumeratorInternal(): any; //{ throw new Error("Not implemented.");} GetFirstPerm(): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetPermission(permClass: System.Type): any; //{ throw new Error("Not implemented.");} GetPermission(perm: any): any; //{ throw new Error("Not implemented.");} GetPermission(permToken: any): any; //{ throw new Error("Not implemented.");} GetPermission(index: number): any; //{ throw new Error("Not implemented.");} GetPermissionElement(el: any): any; //{ throw new Error("Not implemented.");} GetPermissionImpl(permClass: System.Type): any; //{ throw new Error("Not implemented.");} InplaceIntersect(other: System.Security.PermissionSet): any; //{ throw new Error("Not implemented.");} InplaceUnion(other: System.Security.PermissionSet): any; //{ throw new Error("Not implemented.");} InternalToXml(): any; //{ throw new Error("Not implemented.");} Intersect(other: System.Security.PermissionSet): System.Security.PermissionSet; //{ throw new Error("Not implemented.");} IsEmpty(): boolean; //{ throw new Error("Not implemented.");} IsIntersectingAssertedPermissions(assertSet1: System.Security.PermissionSet, assertSet2: System.Security.PermissionSet): boolean; //{ throw new Error("Not implemented.");} IsPermissionTag(tag: string, allowInternalOnly: boolean): boolean; //{ throw new Error("Not implemented.");} IsSubsetOf(target: System.Security.PermissionSet): boolean; //{ throw new Error("Not implemented.");} IsSubsetOfHelper(target: System.Security.PermissionSet, type: System.Security.PermissionSet.IsSubsetOfType, firstPermThatFailed: any, ignoreNonCas: boolean): boolean; //{ throw new Error("Not implemented.");} IsUnrestricted(): boolean; //{ throw new Error("Not implemented.");} MergeDeniedSet(denied: System.Security.PermissionSet): any; //{ throw new Error("Not implemented.");} MergePermission(perm: any, separateCasFromNonCas: boolean, casPset: any, nonCasPset: any): any; //{ throw new Error("Not implemented.");} NormalizePermissionSet(): any; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnDeserializing(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerialized(context: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} PermitOnly(): any; //{ throw new Error("Not implemented.");} RemoveAssertedPermissionSet(demandSet: System.Security.PermissionSet, assertSet: System.Security.PermissionSet, alteredDemandSet: any): any; //{ throw new Error("Not implemented.");} RemovePermission(index: number): any; //{ throw new Error("Not implemented.");} RemovePermission(permClass: System.Type): any; //{ throw new Error("Not implemented.");} RemovePermissionImpl(permClass: System.Type): any; //{ throw new Error("Not implemented.");} RemoveRefusedPermissionSet(assertSet: System.Security.PermissionSet, refusedSet: System.Security.PermissionSet, bFailedToCompress: any): System.Security.PermissionSet; //{ throw new Error("Not implemented.");} Reset(): any; //{ throw new Error("Not implemented.");} RevertAssert(): any; //{ throw new Error("Not implemented.");} SafeChildAdd(parent: any, child: any, copy: boolean): any; //{ throw new Error("Not implemented.");} SetPermission(perm: any): any; //{ throw new Error("Not implemented.");} SetPermissionImpl(perm: any): any; //{ throw new Error("Not implemented.");} SetUnrestricted(unrestricted: boolean): any; //{ throw new Error("Not implemented.");} SetupSecurity(): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} ToXml(permName: string): any; //{ throw new Error("Not implemented.");} ToXml(): any; //{ throw new Error("Not implemented.");} Union(other: System.Security.PermissionSet): System.Security.PermissionSet; //{ throw new Error("Not implemented.");} } } declare module System.Security.Cryptography { export class AsymmetricAlgorithm { KeySize: number; LegalKeySizes: System.Security.Cryptography.KeySizes[]; SignatureAlgorithm: string; KeyExchangeAlgorithm: string; KeySizeValue: number; LegalKeySizesValue: System.Security.Cryptography.KeySizes[]; Clear(): any; //{ throw new Error("Not implemented.");} Create(): System.Security.Cryptography.AsymmetricAlgorithm; //{ throw new Error("Not implemented.");} Create(algName: string): System.Security.Cryptography.AsymmetricAlgorithm; //{ throw new Error("Not implemented.");} Dispose(): any; //{ throw new Error("Not implemented.");} Dispose(disposing: boolean): any; //{ throw new Error("Not implemented.");} FromXmlString(xmlString: string): any; //{ throw new Error("Not implemented.");} ToXmlString(includePrivateParameters: boolean): string; //{ throw new Error("Not implemented.");} } } declare module System.Security.Cryptography.X509Certificates { export class SafeCertContextHandle extends Microsoft.Win32.SafeHandles.SafeHandleZeroOrMinusOneIsInvalid { static InvalidHandle: System.Security.Cryptography.X509Certificates.SafeCertContextHandle; pCertContext: number; _FreePCertContext(pCert: number): any; //{ throw new Error("Not implemented.");} ReleaseHandle(): boolean; //{ throw new Error("Not implemented.");} } export class X509Certificate { Handle: number; Issuer: string; Subject: string; CertContext: System.Security.Cryptography.X509Certificates.SafeCertContextHandle; private NotAfter: Date; private NotBefore: Date; private RawData: System.Byte[]; private SerialNumber: string; private m_subjectName: string; private m_issuerName: string; private m_serialNumber: System.Byte[]; private m_publicKeyParameters: System.Byte[]; private m_publicKeyValue: System.Byte[]; private m_publicKeyOid: string; private m_rawData: System.Byte[]; private m_thumbprint: System.Byte[]; private m_notBefore: Date; private m_notAfter: Date; private m_safeCertContext: System.Security.Cryptography.X509Certificates.SafeCertContextHandle; private m_certContextCloned: boolean; CreateFromCertFile(filename: string): System.Security.Cryptography.X509Certificates.X509Certificate; //{ throw new Error("Not implemented.");} CreateFromSignedFile(filename: string): System.Security.Cryptography.X509Certificates.X509Certificate; //{ throw new Error("Not implemented.");} Dispose(disposing: boolean): any; //{ throw new Error("Not implemented.");} Dispose(): any; //{ throw new Error("Not implemented.");} Equals(other: System.Security.Cryptography.X509Certificates.X509Certificate): boolean; //{ throw new Error("Not implemented.");} Equals(obj: any): boolean; //{ throw new Error("Not implemented.");} Export(contentType: System.Security.Cryptography.X509Certificates.X509ContentType, password: any): System.Byte[]; //{ throw new Error("Not implemented.");} Export(contentType: System.Security.Cryptography.X509Certificates.X509ContentType, password: string): System.Byte[]; //{ throw new Error("Not implemented.");} Export(contentType: System.Security.Cryptography.X509Certificates.X509ContentType): System.Byte[]; //{ throw new Error("Not implemented.");} ExportHelper(contentType: System.Security.Cryptography.X509Certificates.X509ContentType, password: any): System.Byte[]; //{ throw new Error("Not implemented.");} FormatDate(date: Date): string; //{ throw new Error("Not implemented.");} GetCertContextForCloning(): System.Security.Cryptography.X509Certificates.SafeCertContextHandle; //{ throw new Error("Not implemented.");} GetCertHash(): System.Byte[]; //{ throw new Error("Not implemented.");} GetCertHashString(): string; //{ throw new Error("Not implemented.");} GetEffectiveDateString(): string; //{ throw new Error("Not implemented.");} GetExpirationDateString(): string; //{ throw new Error("Not implemented.");} GetFormat(): string; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetIssuerName(): string; //{ throw new Error("Not implemented.");} GetKeyAlgorithm(): string; //{ throw new Error("Not implemented.");} GetKeyAlgorithmParameters(): System.Byte[]; //{ throw new Error("Not implemented.");} GetKeyAlgorithmParametersString(): string; //{ throw new Error("Not implemented.");} GetName(): string; //{ throw new Error("Not implemented.");} GetPublicKey(): System.Byte[]; //{ throw new Error("Not implemented.");} GetPublicKeyString(): string; //{ throw new Error("Not implemented.");} GetRawCertData(): System.Byte[]; //{ throw new Error("Not implemented.");} GetRawCertDataString(): string; //{ throw new Error("Not implemented.");} GetSerialNumber(): System.Byte[]; //{ throw new Error("Not implemented.");} GetSerialNumberString(): string; //{ throw new Error("Not implemented.");} Import(fileName: string): any; //{ throw new Error("Not implemented.");} Import(fileName: string, password: string, keyStorageFlags: System.Security.Cryptography.X509Certificates.X509KeyStorageFlags): any; //{ throw new Error("Not implemented.");} Import(rawData: System.Byte[], password: any, keyStorageFlags: System.Security.Cryptography.X509Certificates.X509KeyStorageFlags): any; //{ throw new Error("Not implemented.");} Import(rawData: System.Byte[], password: string, keyStorageFlags: System.Security.Cryptography.X509Certificates.X509KeyStorageFlags): any; //{ throw new Error("Not implemented.");} Import(rawData: System.Byte[]): any; //{ throw new Error("Not implemented.");} Import(fileName: string, password: any, keyStorageFlags: System.Security.Cryptography.X509Certificates.X509KeyStorageFlags): any; //{ throw new Error("Not implemented.");} Init(): any; //{ throw new Error("Not implemented.");} LoadCertificateFromBlob(rawData: System.Byte[], password: any, keyStorageFlags: System.Security.Cryptography.X509Certificates.X509KeyStorageFlags): any; //{ throw new Error("Not implemented.");} LoadCertificateFromFile(fileName: string, password: any, keyStorageFlags: System.Security.Cryptography.X509Certificates.X509KeyStorageFlags): any; //{ throw new Error("Not implemented.");} Reset(): any; //{ throw new Error("Not implemented.");} SetThumbprint(): any; //{ throw new Error("Not implemented.");} ThrowIfContextInvalid(): any; //{ throw new Error("Not implemented.");} ToString(fVerbose: boolean): string; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} } export class X509CertificateCollection extends System.Collections.CollectionBase { Item: System.Security.Cryptography.X509Certificates.X509Certificate; Add(value: System.Security.Cryptography.X509Certificates.X509Certificate): number; //{ throw new Error("Not implemented.");} AddRange(value: any): any; //{ throw new Error("Not implemented.");} AddRange(value: System.Security.Cryptography.X509Certificates.X509CertificateCollection): any; //{ throw new Error("Not implemented.");} Contains(value: System.Security.Cryptography.X509Certificates.X509Certificate): boolean; //{ throw new Error("Not implemented.");} CopyTo(array: any, index: number): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} IndexOf(value: System.Security.Cryptography.X509Certificates.X509Certificate): number; //{ throw new Error("Not implemented.");} Insert(index: number, value: System.Security.Cryptography.X509Certificates.X509Certificate): any; //{ throw new Error("Not implemented.");} Remove(value: System.Security.Cryptography.X509Certificates.X509Certificate): any; //{ throw new Error("Not implemented.");} } } declare module System.Security.Cryptography.Xml { export class CanonicalXmlNodeList extends System.Xml.XmlNodeList { Count: number; IsFixedSize: boolean; IsReadOnly: boolean; private System.Collections.IList.Item: any; SyncRoot: any; IsSynchronized: boolean; private m_nodeArray: System.Collections.ArrayList; Add(value: any): number; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} Contains(value: any): boolean; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, index: number): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} IndexOf(value: any): number; //{ throw new Error("Not implemented.");} Insert(index: number, value: any): any; //{ throw new Error("Not implemented.");} Item(index: number): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} Remove(value: any): any; //{ throw new Error("Not implemented.");} RemoveAt(index: number): any; //{ throw new Error("Not implemented.");} } export class EncryptedXml { DocumentEvidence: System.Security.Policy.Evidence; Resolver: System.Xml.XmlResolver; Padding: System.Security.Cryptography.PaddingMode; Mode: System.Security.Cryptography.CipherMode; Encoding: System.Text.Encoding; Recipient: string; private m_document: System.Xml.XmlDocument; private m_evidence: System.Security.Policy.Evidence; private m_xmlResolver: System.Xml.XmlResolver; private m_keyNameMapping: System.Collections.Hashtable; private m_padding: System.Security.Cryptography.PaddingMode; private m_mode: System.Security.Cryptography.CipherMode; private m_encoding: System.Text.Encoding; private m_recipient: string; AddKeyNameMapping(keyName: string, keyObject: any): any; //{ throw new Error("Not implemented.");} ClearKeyNameMappings(): any; //{ throw new Error("Not implemented.");} DecryptData(encryptedData: any, symmetricAlgorithm: any): System.Byte[]; //{ throw new Error("Not implemented.");} DecryptDocument(): any; //{ throw new Error("Not implemented.");} DecryptEncryptedKey(encryptedKey: any): System.Byte[]; //{ throw new Error("Not implemented.");} DecryptKey(keyData: System.Byte[], rsa: any, useOAEP: boolean): System.Byte[]; //{ throw new Error("Not implemented.");} DecryptKey(keyData: System.Byte[], symmetricAlgorithm: any): System.Byte[]; //{ throw new Error("Not implemented.");} DownloadCipherValue(cipherData: any, inputStream: any, decInputStream: any, response: any): any; //{ throw new Error("Not implemented.");} Encrypt(inputElement: System.Xml.XmlElement, certificate: any): any; //{ throw new Error("Not implemented.");} Encrypt(inputElement: System.Xml.XmlElement, keyName: string): any; //{ throw new Error("Not implemented.");} EncryptData(plaintext: System.Byte[], symmetricAlgorithm: any): System.Byte[]; //{ throw new Error("Not implemented.");} EncryptData(inputElement: System.Xml.XmlElement, symmetricAlgorithm: any, content: boolean): System.Byte[]; //{ throw new Error("Not implemented.");} EncryptKey(keyData: System.Byte[], symmetricAlgorithm: any): System.Byte[]; //{ throw new Error("Not implemented.");} EncryptKey(keyData: System.Byte[], rsa: any, useOAEP: boolean): System.Byte[]; //{ throw new Error("Not implemented.");} GetCipherValue(cipherData: any): System.Byte[]; //{ throw new Error("Not implemented.");} GetDecryptionIV(encryptedData: any, symmetricAlgorithmUri: string): System.Byte[]; //{ throw new Error("Not implemented.");} GetDecryptionKey(encryptedData: any, symmetricAlgorithmUri: string): any; //{ throw new Error("Not implemented.");} GetIdElement(document: System.Xml.XmlDocument, idValue: string): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} ReplaceData(inputElement: System.Xml.XmlElement, decryptedData: System.Byte[]): any; //{ throw new Error("Not implemented.");} ReplaceElement(inputElement: System.Xml.XmlElement, encryptedData: any, content: boolean): any; //{ throw new Error("Not implemented.");} } export class KeyInfo { Id: string; Count: number; private m_id: string; private m_KeyInfoClauses: System.Collections.ArrayList; AddClause(clause: any): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetEnumerator(requestedObjectType: System.Type): any; //{ throw new Error("Not implemented.");} GetXml(): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} GetXml(xmlDocument: System.Xml.XmlDocument): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} LoadXml(value: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} } export class Reference { Id: string; Uri: string; Type: string; DigestMethod: string; DigestValue: System.Byte[]; TransformChain: System.Security.Cryptography.Xml.TransformChain; CacheValid: boolean; SignedXml: System.Security.Cryptography.Xml.SignedXml; ReferenceTargetType: System.Security.Cryptography.Xml.ReferenceTargetType; private m_id: string; private m_uri: string; private m_type: string; private m_transformChain: System.Security.Cryptography.Xml.TransformChain; private m_digestMethod: string; private m_digestValue: System.Byte[]; private m_hashAlgorithm: any; private m_refTarget: any; private m_refTargetType: System.Security.Cryptography.Xml.ReferenceTargetType; private m_cachedXml: System.Xml.XmlElement; private m_signedXml: System.Security.Cryptography.Xml.SignedXml; m_namespaces: System.Security.Cryptography.Xml.CanonicalXmlNodeList; AddTransform(transform: System.Security.Cryptography.Xml.Transform): any; //{ throw new Error("Not implemented.");} CalculateHashValue(document: System.Xml.XmlDocument, refList: System.Security.Cryptography.Xml.CanonicalXmlNodeList): System.Byte[]; //{ throw new Error("Not implemented.");} GetXml(): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} GetXml(document: System.Xml.XmlDocument): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} LoadXml(value: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} UpdateHashValue(document: System.Xml.XmlDocument, refList: System.Security.Cryptography.Xml.CanonicalXmlNodeList): any; //{ throw new Error("Not implemented.");} } export class Signature { SignedXml: System.Security.Cryptography.Xml.SignedXml; Id: string; SignedInfo: System.Security.Cryptography.Xml.SignedInfo; SignatureValue: System.Byte[]; KeyInfo: System.Security.Cryptography.Xml.KeyInfo; ObjectList: System.Collections.IList; ReferencedItems: System.Security.Cryptography.Xml.CanonicalXmlNodeList; private m_id: string; private m_signedInfo: System.Security.Cryptography.Xml.SignedInfo; private m_signatureValue: System.Byte[]; private m_signatureValueId: string; private m_keyInfo: System.Security.Cryptography.Xml.KeyInfo; private m_embeddedObjects: System.Collections.IList; private m_referencedItems: System.Security.Cryptography.Xml.CanonicalXmlNodeList; private m_signedXml: System.Security.Cryptography.Xml.SignedXml; AddObject(dataObject: any): any; //{ throw new Error("Not implemented.");} GetXml(): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} GetXml(document: System.Xml.XmlDocument): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} LoadXml(value: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} } export class SignedInfo { SignedXml: System.Security.Cryptography.Xml.SignedXml; Count: number; IsReadOnly: boolean; IsSynchronized: boolean; SyncRoot: any; Id: string; CanonicalizationMethod: string; CanonicalizationMethodObject: System.Security.Cryptography.Xml.Transform; SignatureMethod: string; SignatureLength: string; References: System.Collections.ArrayList; CacheValid: boolean; private m_id: string; private m_canonicalizationMethod: string; private m_signatureMethod: string; private m_signatureLength: string; private m_references: System.Collections.ArrayList; private m_cachedXml: System.Xml.XmlElement; private m_signedXml: System.Security.Cryptography.Xml.SignedXml; private m_canonicalizationMethodTransform: System.Security.Cryptography.Xml.Transform; AddReference(reference: System.Security.Cryptography.Xml.Reference): any; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, index: number): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetXml(): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} GetXml(document: System.Xml.XmlDocument): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} LoadXml(value: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} } export class SignedXml { SigningKeyName: string; Resolver: System.Xml.XmlResolver; ResolverSet: boolean; SignatureFormatValidator: System.Func; SafeCanonicalizationMethods: System.Collections.ObjectModel.Collection; SigningKey: System.Security.Cryptography.AsymmetricAlgorithm; EncryptedXml: System.Security.Cryptography.Xml.EncryptedXml; Signature: System.Security.Cryptography.Xml.Signature; SignedInfo: System.Security.Cryptography.Xml.SignedInfo; SignatureMethod: string; SignatureLength: string; SignatureValue: System.Byte[]; KeyInfo: System.Security.Cryptography.Xml.KeyInfo; private static KnownCanonicalizationMethods: System.Collections.Generic.IList; m_signature: System.Security.Cryptography.Xml.Signature; m_strSigningKeyName: string; private m_signingKey: System.Security.Cryptography.AsymmetricAlgorithm; private m_containingDocument: System.Xml.XmlDocument; private m_keyInfoEnum: any; private m_x509Collection: any; private m_x509Enum: any; private m_refProcessed: any; private m_refLevelCache: System.Int32[]; m_xmlResolver: System.Xml.XmlResolver; m_context: System.Xml.XmlElement; private m_bResolverSet: boolean; private m_signatureFormatValidator: System.Func; private m_safeCanonicalizationMethods: System.Collections.ObjectModel.Collection; private m_exml: System.Security.Cryptography.Xml.EncryptedXml; private bCacheValid: boolean; private _digestedSignedInfo: System.Byte[]; private static s_knownCanonicalizationMethods: System.Collections.Generic.IList; AddObject(dataObject: any): any; //{ throw new Error("Not implemented.");} AddReference(reference: System.Security.Cryptography.Xml.Reference): any; //{ throw new Error("Not implemented.");} BuildBagOfCerts(): any; //{ throw new Error("Not implemented.");} BuildDigestedReferences(): any; //{ throw new Error("Not implemented.");} CheckDigestedReferences(): boolean; //{ throw new Error("Not implemented.");} CheckSignature(): boolean; //{ throw new Error("Not implemented.");} CheckSignature(key: System.Security.Cryptography.AsymmetricAlgorithm): boolean; //{ throw new Error("Not implemented.");} CheckSignature(macAlg: any): boolean; //{ throw new Error("Not implemented.");} CheckSignature(certificate: any, verifySignatureOnly: boolean): boolean; //{ throw new Error("Not implemented.");} CheckSignatureFormat(): boolean; //{ throw new Error("Not implemented.");} CheckSignatureReturningKey(signingKey: any): boolean; //{ throw new Error("Not implemented.");} CheckSignedInfo(key: System.Security.Cryptography.AsymmetricAlgorithm): boolean; //{ throw new Error("Not implemented.");} CheckSignedInfo(macAlg: any): boolean; //{ throw new Error("Not implemented.");} ComputeSignature(macAlg: any): any; //{ throw new Error("Not implemented.");} ComputeSignature(): any; //{ throw new Error("Not implemented.");} DefaultSignatureFormatValidator(signedXml: System.Security.Cryptography.Xml.SignedXml): boolean; //{ throw new Error("Not implemented.");} DoesSignatureUseSafeCanonicalizationMethod(): boolean; //{ throw new Error("Not implemented.");} DoesSignatureUseTruncatedHmac(): boolean; //{ throw new Error("Not implemented.");} GetC14NDigest(hash: any): System.Byte[]; //{ throw new Error("Not implemented.");} GetIdElement(document: System.Xml.XmlDocument, idValue: string): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} GetNextCertificatePublicKey(): System.Security.Cryptography.AsymmetricAlgorithm; //{ throw new Error("Not implemented.");} GetPublicKey(): System.Security.Cryptography.AsymmetricAlgorithm; //{ throw new Error("Not implemented.");} GetReferenceLevel(index: number, references: System.Collections.ArrayList): number; //{ throw new Error("Not implemented.");} GetXml(): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} Initialize(element: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} LoadXml(value: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} ReadAdditionalSafeCanonicalizationMethods(): System.Collections.Generic.List; //{ throw new Error("Not implemented.");} } export class Transform { BaseURI: string; SignedXml: System.Security.Cryptography.Xml.SignedXml; Reference: System.Security.Cryptography.Xml.Reference; Algorithm: string; Resolver: System.Xml.XmlResolver; ResolverSet: boolean; InputTypes: System.Type[]; OutputTypes: System.Type[]; Context: System.Xml.XmlElement; PropagatedNamespaces: System.Collections.Hashtable; private m_algorithm: string; private m_baseUri: string; m_xmlResolver: System.Xml.XmlResolver; private m_bResolverSet: boolean; private m_signedXml: System.Security.Cryptography.Xml.SignedXml; private m_reference: System.Security.Cryptography.Xml.Reference; private m_propagatedNamespaces: System.Collections.Hashtable; private m_context: System.Xml.XmlElement; AcceptsType(inputType: System.Type): boolean; //{ throw new Error("Not implemented.");} GetDigestedOutput(hash: any): System.Byte[]; //{ throw new Error("Not implemented.");} GetInnerXml(): System.Xml.XmlNodeList; //{ throw new Error("Not implemented.");} GetOutput(): any; //{ throw new Error("Not implemented.");} GetOutput(type: System.Type): any; //{ throw new Error("Not implemented.");} GetXml(): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} GetXml(document: System.Xml.XmlDocument): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} GetXml(document: System.Xml.XmlDocument, name: string): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} LoadInnerXml(nodeList: System.Xml.XmlNodeList): any; //{ throw new Error("Not implemented.");} LoadInput(obj: any): any; //{ throw new Error("Not implemented.");} } export class TransformChain { Count: number; Item: System.Security.Cryptography.Xml.Transform; private m_transforms: System.Collections.ArrayList; Add(transform: System.Security.Cryptography.Xml.Transform): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetXml(document: System.Xml.XmlDocument, ns: string): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} LoadXml(value: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} TransformToOctetStream(inputObject: any, inputType: System.Type, resolver: System.Xml.XmlResolver, baseUri: string): System.IO.Stream; //{ throw new Error("Not implemented.");} TransformToOctetStream(input: System.IO.Stream, resolver: System.Xml.XmlResolver, baseUri: string): System.IO.Stream; //{ throw new Error("Not implemented.");} TransformToOctetStream(document: System.Xml.XmlDocument, resolver: System.Xml.XmlResolver, baseUri: string): System.IO.Stream; //{ throw new Error("Not implemented.");} } } declare module System.Security.Policy { export class Evidence { static RuntimeEvidenceTypes: System.Type[]; private IsReaderLockHeld: boolean; private IsWriterLockHeld: boolean; IsUnmodified: boolean; Locked: boolean; Target: System.Security.Policy.IRuntimeEvidenceFactory; Count: number; RawCount: number; SyncRoot: any; IsSynchronized: boolean; IsReadOnly: boolean; private m_evidence: System.Collections.Generic.Dictionary; private m_deserializedTargetEvidence: boolean; private m_hostList: System.Collections.ArrayList; private m_assemblyList: System.Collections.ArrayList; private m_evidenceLock: any; private m_version: number; private m_target: System.Security.Policy.IRuntimeEvidenceFactory; private m_locked: boolean; private m_cloneOrigin: any; private static s_runtimeEvidenceTypes: System.Type[]; AcquireReaderLock(): any; //{ throw new Error("Not implemented.");} AcquireWriterlock(): any; //{ throw new Error("Not implemented.");} AddAssembly(id: any): any; //{ throw new Error("Not implemented.");} AddAssemblyEvidence(evidence: any): any; //{ throw new Error("Not implemented.");} AddAssemblyEvidence(evidence: any, evidenceType: System.Type, duplicateAction: System.Security.Policy.Evidence.DuplicateEvidenceAction): any; //{ throw new Error("Not implemented.");} AddAssemblyEvidenceNoLock(evidence: any, evidenceType: System.Type, duplicateAction: System.Security.Policy.Evidence.DuplicateEvidenceAction): any; //{ throw new Error("Not implemented.");} AddHost(id: any): any; //{ throw new Error("Not implemented.");} AddHostEvidence(evidence: any): any; //{ throw new Error("Not implemented.");} AddHostEvidence(evidence: any, evidenceType: System.Type, duplicateAction: System.Security.Policy.Evidence.DuplicateEvidenceAction): any; //{ throw new Error("Not implemented.");} AddHostEvidenceNoLock(evidence: any, evidenceType: System.Type, duplicateAction: System.Security.Policy.Evidence.DuplicateEvidenceAction): any; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} Clone(): System.Security.Policy.Evidence; //{ throw new Error("Not implemented.");} CopyTo(array: System.Array, index: number): any; //{ throw new Error("Not implemented.");} DeserializeTargetEvidence(): any; //{ throw new Error("Not implemented.");} DowngradeFromWriterLock(lockCookie: any): any; //{ throw new Error("Not implemented.");} GenerateHostEvidence(type: System.Type, hostCanGenerate: boolean): any; //{ throw new Error("Not implemented.");} GetAssemblyEnumerator(): any; //{ throw new Error("Not implemented.");} GetAssemblyEvidence(): any; //{ throw new Error("Not implemented.");} GetAssemblyEvidence(type: System.Type): any; //{ throw new Error("Not implemented.");} GetAssemblyEvidenceNoLock(type: System.Type): any; //{ throw new Error("Not implemented.");} GetDelayEvaluatedHostEvidence(): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetEvidenceIndexType(evidence: any): System.Type; //{ throw new Error("Not implemented.");} GetEvidenceTypeDescriptor(evidenceType: System.Type, addIfNotExist: boolean): any; //{ throw new Error("Not implemented.");} GetEvidenceTypeDescriptor(evidenceType: System.Type): any; //{ throw new Error("Not implemented.");} GetHostEnumerator(): any; //{ throw new Error("Not implemented.");} GetHostEvidence(type: System.Type): any; //{ throw new Error("Not implemented.");} GetHostEvidence(): any; //{ throw new Error("Not implemented.");} GetHostEvidence(type: System.Type, markDelayEvaluatedEvidenceUsed: boolean): any; //{ throw new Error("Not implemented.");} GetHostEvidenceNoLock(type: System.Type): any; //{ throw new Error("Not implemented.");} GetRawAssemblyEvidenceEnumerator(): any; //{ throw new Error("Not implemented.");} GetRawHostEvidenceEnumerator(): any; //{ throw new Error("Not implemented.");} HandleDuplicateEvidence(original: any, duplicate: any, action: System.Security.Policy.Evidence.DuplicateEvidenceAction): any; //{ throw new Error("Not implemented.");} MarkAllEvidenceAsUsed(): any; //{ throw new Error("Not implemented.");} Merge(evidence: System.Security.Policy.Evidence): any; //{ throw new Error("Not implemented.");} MergeWithNoDuplicates(evidence: System.Security.Policy.Evidence): any; //{ throw new Error("Not implemented.");} OnDeserialized(context: any): any; //{ throw new Error("Not implemented.");} OnSerializing(context: any): any; //{ throw new Error("Not implemented.");} QueryHostForPossibleEvidenceTypes(): any; //{ throw new Error("Not implemented.");} RawSerialize(): System.Byte[]; //{ throw new Error("Not implemented.");} ReleaseReaderLock(): any; //{ throw new Error("Not implemented.");} ReleaseWriterLock(): any; //{ throw new Error("Not implemented.");} RemoveType(t: System.Type): any; //{ throw new Error("Not implemented.");} UnwrapEvidence(evidence: any): any; //{ throw new Error("Not implemented.");} UpgradeToWriterLock(): any; //{ throw new Error("Not implemented.");} WasStrongNameEvidenceUsed(): boolean; //{ throw new Error("Not implemented.");} WrapLegacyEvidence(evidence: any): any; //{ throw new Error("Not implemented.");} } interface IRuntimeEvidenceFactory { Target: System.Security.IEvidenceFactory; GenerateEvidence(evidenceType: System.Type): any; GetFactorySuppliedEvidence(): System.Collections.Generic.IEnumerable; } } declare module System.Text { export class DecoderFallback { private static InternalSyncObject: any; static ReplacementFallback: System.Text.DecoderFallback; static ExceptionFallback: System.Text.DecoderFallback; MaxCharCount: number; IsMicrosoftBestFitFallback: boolean; bIsMicrosoftBestFitFallback: boolean; private static replacementFallback: System.Text.DecoderFallback; private static exceptionFallback: System.Text.DecoderFallback; private static s_InternalSyncObject: any; CreateFallbackBuffer(): any; //{ throw new Error("Not implemented.");} } export class EncoderFallback { private static InternalSyncObject: any; static ReplacementFallback: System.Text.EncoderFallback; static ExceptionFallback: System.Text.EncoderFallback; MaxCharCount: number; bIsMicrosoftBestFitFallback: boolean; private static replacementFallback: System.Text.EncoderFallback; private static exceptionFallback: System.Text.EncoderFallback; private static s_InternalSyncObject: any; CreateFallbackBuffer(): any; //{ throw new Error("Not implemented.");} } export class Encoding { private static InternalSyncObject: any; BodyName: string; EncodingName: string; HeaderName: string; WebName: string; WindowsCodePage: number; IsBrowserDisplay: boolean; IsBrowserSave: boolean; IsMailNewsDisplay: boolean; IsMailNewsSave: boolean; IsSingleByte: boolean; EncoderFallback: System.Text.EncoderFallback; DecoderFallback: System.Text.DecoderFallback; IsReadOnly: boolean; static ASCII: System.Text.Encoding; private static Latin1: System.Text.Encoding; CodePage: number; static Default: System.Text.Encoding; static Unicode: System.Text.Encoding; static BigEndianUnicode: System.Text.Encoding; static UTF7: System.Text.Encoding; static UTF8: System.Text.Encoding; static UTF32: System.Text.Encoding; m_codePage: number; dataItem: any; m_deserializedFromEverett: boolean; private m_isReadOnly: boolean; encoderFallback: System.Text.EncoderFallback; decoderFallback: System.Text.DecoderFallback; private static defaultEncoding: System.Text.Encoding; private static unicodeEncoding: System.Text.Encoding; private static bigEndianUnicode: System.Text.Encoding; private static utf7Encoding: System.Text.Encoding; private static utf8Encoding: System.Text.Encoding; private static utf32Encoding: System.Text.Encoding; private static asciiEncoding: System.Text.Encoding; private static latin1Encoding: System.Text.Encoding; private static encodings: System.Collections.Hashtable; private static s_InternalSyncObject: any; Clone(): any; //{ throw new Error("Not implemented.");} Convert(srcEncoding: System.Text.Encoding, dstEncoding: System.Text.Encoding, bytes: System.Byte[]): System.Byte[]; //{ throw new Error("Not implemented.");} Convert(srcEncoding: System.Text.Encoding, dstEncoding: System.Text.Encoding, bytes: System.Byte[], index: number, count: number): System.Byte[]; //{ throw new Error("Not implemented.");} CreateDefaultEncoding(): System.Text.Encoding; //{ throw new Error("Not implemented.");} DeserializeEncoding(info: any, context: any): any; //{ throw new Error("Not implemented.");} Equals(value: any): boolean; //{ throw new Error("Not implemented.");} GetBestFitBytesToUnicodeData(): any; //{ throw new Error("Not implemented.");} GetBestFitUnicodeToBytesData(): any; //{ throw new Error("Not implemented.");} GetByteCount(s: string): number; //{ throw new Error("Not implemented.");} GetByteCount(chars: any, count: number, encoder: any): number; //{ throw new Error("Not implemented.");} GetByteCount(chars: any, count: number): number; //{ throw new Error("Not implemented.");} GetByteCount(chars: any, index: number, count: number): number; //{ throw new Error("Not implemented.");} GetByteCount(chars: any): number; //{ throw new Error("Not implemented.");} GetBytes(chars: any, charIndex: number, charCount: number, bytes: System.Byte[], byteIndex: number): number; //{ throw new Error("Not implemented.");} GetBytes(chars: any, charCount: number, bytes: any, byteCount: number, encoder: any): number; //{ throw new Error("Not implemented.");} GetBytes(s: string, charIndex: number, charCount: number, bytes: System.Byte[], byteIndex: number): number; //{ throw new Error("Not implemented.");} GetBytes(chars: any): System.Byte[]; //{ throw new Error("Not implemented.");} GetBytes(chars: any, charCount: number, bytes: any, byteCount: number): number; //{ throw new Error("Not implemented.");} GetBytes(s: string): System.Byte[]; //{ throw new Error("Not implemented.");} GetBytes(chars: any, index: number, count: number): System.Byte[]; //{ throw new Error("Not implemented.");} GetCharCount(bytes: System.Byte[]): number; //{ throw new Error("Not implemented.");} GetCharCount(bytes: any, count: number): number; //{ throw new Error("Not implemented.");} GetCharCount(bytes: any, count: number, decoder: any): number; //{ throw new Error("Not implemented.");} GetCharCount(bytes: System.Byte[], index: number, count: number): number; //{ throw new Error("Not implemented.");} GetChars(bytes: any, byteCount: number, chars: any, charCount: number, decoder: any): number; //{ throw new Error("Not implemented.");} GetChars(bytes: System.Byte[]): any; //{ throw new Error("Not implemented.");} GetChars(bytes: System.Byte[], index: number, count: number): any; //{ throw new Error("Not implemented.");} GetChars(bytes: System.Byte[], byteIndex: number, byteCount: number, chars: any, charIndex: number): number; //{ throw new Error("Not implemented.");} GetChars(bytes: any, byteCount: number, chars: any, charCount: number): number; //{ throw new Error("Not implemented.");} GetDataItem(): any; //{ throw new Error("Not implemented.");} GetDecoder(): any; //{ throw new Error("Not implemented.");} GetEncoder(): any; //{ throw new Error("Not implemented.");} GetEncoding(name: string, encoderFallback: System.Text.EncoderFallback, decoderFallback: System.Text.DecoderFallback): System.Text.Encoding; //{ throw new Error("Not implemented.");} GetEncoding(name: string): System.Text.Encoding; //{ throw new Error("Not implemented.");} GetEncoding(codepage: number, encoderFallback: System.Text.EncoderFallback, decoderFallback: System.Text.DecoderFallback): System.Text.Encoding; //{ throw new Error("Not implemented.");} GetEncoding(codepage: number): System.Text.Encoding; //{ throw new Error("Not implemented.");} GetEncodingCodePage(CodePage: number): System.Text.Encoding; //{ throw new Error("Not implemented.");} GetEncodingRare(codepage: number): System.Text.Encoding; //{ throw new Error("Not implemented.");} GetEncodings(): any; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetMaxByteCount(charCount: number): number; //{ throw new Error("Not implemented.");} GetMaxCharCount(byteCount: number): number; //{ throw new Error("Not implemented.");} GetPreamble(): System.Byte[]; //{ throw new Error("Not implemented.");} GetString(bytes: System.Byte[], index: number, count: number): string; //{ throw new Error("Not implemented.");} GetString(bytes: System.Byte[]): string; //{ throw new Error("Not implemented.");} GetString(bytes: any, byteCount: number): string; //{ throw new Error("Not implemented.");} IsAlwaysNormalized(form: System.Text.NormalizationForm): boolean; //{ throw new Error("Not implemented.");} IsAlwaysNormalized(): boolean; //{ throw new Error("Not implemented.");} OnDeserialized(): any; //{ throw new Error("Not implemented.");} OnDeserialized(ctx: any): any; //{ throw new Error("Not implemented.");} OnDeserializing(): any; //{ throw new Error("Not implemented.");} OnDeserializing(ctx: any): any; //{ throw new Error("Not implemented.");} OnSerializing(ctx: any): any; //{ throw new Error("Not implemented.");} RegisterProvider(provider: any): any; //{ throw new Error("Not implemented.");} SerializeEncoding(info: any, context: any): any; //{ throw new Error("Not implemented.");} SetDefaultFallbacks(): any; //{ throw new Error("Not implemented.");} ThrowBytesOverflow(): any; //{ throw new Error("Not implemented.");} ThrowBytesOverflow(encoder: any, nothingEncoded: boolean): any; //{ throw new Error("Not implemented.");} ThrowCharsOverflow(): any; //{ throw new Error("Not implemented.");} ThrowCharsOverflow(decoder: any, nothingDecoded: boolean): any; //{ throw new Error("Not implemented.");} } } declare module System.Threading { export class WaitHandle extends System.MarshalByRefObject { Handle: number; SafeWaitHandle: Microsoft.Win32.SafeHandles.SafeWaitHandle; private waitHandle: number; safeWaitHandle: Microsoft.Win32.SafeHandles.SafeWaitHandle; hasThreadAffinity: boolean; static InvalidHandle: number; Close(): any; //{ throw new Error("Not implemented.");} Dispose(): any; //{ throw new Error("Not implemented.");} Dispose(explicitDisposing: boolean): any; //{ throw new Error("Not implemented.");} GetInvalidHandle(): number; //{ throw new Error("Not implemented.");} Init(): any; //{ throw new Error("Not implemented.");} InternalWaitOne(waitableSafeHandle: System.Runtime.InteropServices.SafeHandle, millisecondsTimeout: number, hasThreadAffinity: boolean, exitContext: boolean): boolean; //{ throw new Error("Not implemented.");} SetHandleInternal(handle: Microsoft.Win32.SafeHandles.SafeWaitHandle): any; //{ throw new Error("Not implemented.");} SignalAndWait(toSignal: System.Threading.WaitHandle, toWaitOn: System.Threading.WaitHandle, millisecondsTimeout: number, exitContext: boolean): boolean; //{ throw new Error("Not implemented.");} SignalAndWait(toSignal: System.Threading.WaitHandle, toWaitOn: System.Threading.WaitHandle, timeout: System.TimeSpan, exitContext: boolean): boolean; //{ throw new Error("Not implemented.");} SignalAndWait(toSignal: System.Threading.WaitHandle, toWaitOn: System.Threading.WaitHandle): boolean; //{ throw new Error("Not implemented.");} SignalAndWaitOne(waitHandleToSignal: Microsoft.Win32.SafeHandles.SafeWaitHandle, waitHandleToWaitOn: Microsoft.Win32.SafeHandles.SafeWaitHandle, millisecondsTimeout: number, hasThreadAffinity: boolean, exitContext: boolean): number; //{ throw new Error("Not implemented.");} ThrowAbandonedMutexException(): any; //{ throw new Error("Not implemented.");} ThrowAbandonedMutexException(location: number, handle: System.Threading.WaitHandle): any; //{ throw new Error("Not implemented.");} WaitAll(waitHandles: any, timeout: System.TimeSpan): boolean; //{ throw new Error("Not implemented.");} WaitAll(waitHandles: any, millisecondsTimeout: number): boolean; //{ throw new Error("Not implemented.");} WaitAll(waitHandles: any): boolean; //{ throw new Error("Not implemented.");} WaitAll(waitHandles: any, millisecondsTimeout: number, exitContext: boolean): boolean; //{ throw new Error("Not implemented.");} WaitAll(waitHandles: any, timeout: System.TimeSpan, exitContext: boolean): boolean; //{ throw new Error("Not implemented.");} WaitAny(waitHandles: any, timeout: System.TimeSpan, exitContext: boolean): number; //{ throw new Error("Not implemented.");} WaitAny(waitHandles: any): number; //{ throw new Error("Not implemented.");} WaitAny(waitHandles: any, timeout: System.TimeSpan): number; //{ throw new Error("Not implemented.");} WaitAny(waitHandles: any, millisecondsTimeout: number, exitContext: boolean): number; //{ throw new Error("Not implemented.");} WaitAny(waitHandles: any, millisecondsTimeout: number): number; //{ throw new Error("Not implemented.");} WaitMultiple(waitHandles: any, millisecondsTimeout: number, exitContext: boolean, WaitAll: boolean): number; //{ throw new Error("Not implemented.");} WaitOne(timeout: System.TimeSpan): boolean; //{ throw new Error("Not implemented.");} WaitOne(millisecondsTimeout: number): boolean; //{ throw new Error("Not implemented.");} WaitOne(): boolean; //{ throw new Error("Not implemented.");} WaitOne(timeout: System.TimeSpan, exitContext: boolean): boolean; //{ throw new Error("Not implemented.");} WaitOne(timeout: number, exitContext: boolean): boolean; //{ throw new Error("Not implemented.");} WaitOne(millisecondsTimeout: number, exitContext: boolean): boolean; //{ throw new Error("Not implemented.");} WaitOneNative(waitableSafeHandle: System.Runtime.InteropServices.SafeHandle, millisecondsTimeout: number, hasThreadAffinity: boolean, exitContext: boolean): number; //{ throw new Error("Not implemented.");} WaitOneWithoutFAS(): boolean; //{ throw new Error("Not implemented.");} } } declare module System.Uri { } declare module System.Xml { interface IDtdDefaultAttributeInfo { DefaultValueExpanded: string; DefaultValueTyped: any; ValueLineNumber: number; ValueLinePosition: number; } interface IXmlNamespaceResolver { GetNamespacesInScope(scope: System.Xml.XmlNamespaceScope): System.Collections.Generic.IDictionary; LookupNamespace(prefix: string): string; LookupPrefix(namespaceName: string): string; } export class XmlAttribute extends System.Xml.XmlNode { LocalNameHash: number; XmlName: System.Xml.XmlName; ParentNode: System.Xml.XmlNode; Name: string; LocalName: string; NamespaceURI: string; Prefix: string; NodeType: System.Xml.XmlNodeType; OwnerDocument: System.Xml.XmlDocument; Value: string; SchemaInfo: System.Xml.Schema.IXmlSchemaInfo; InnerText: string; IsContainer: boolean; LastNode: System.Xml.XmlLinkedNode; Specified: boolean; OwnerElement: System.Xml.XmlElement; InnerXml: string; BaseURI: string; XmlSpace: System.Xml.XmlSpace; XmlLang: string; XPNodeType: System.Xml.XPath.XPathNodeType; XPLocalName: string; IsNamespace: boolean; private name: System.Xml.XmlName; private lastChild: System.Xml.XmlLinkedNode; AppendChild(newChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} AppendChildForLoad(newChild: System.Xml.XmlNode, doc: System.Xml.XmlDocument): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} CloneNode(deep: boolean): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} InsertAfter(newChild: System.Xml.XmlNode, refChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} InsertBefore(newChild: System.Xml.XmlNode, refChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} IsValidChildType(type: System.Xml.XmlNodeType): boolean; //{ throw new Error("Not implemented.");} PrepareOwnerElementInElementIdAttrMap(): boolean; //{ throw new Error("Not implemented.");} PrependChild(newChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} RemoveChild(oldChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} ReplaceChild(newChild: System.Xml.XmlNode, oldChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} ResetOwnerElementInElementIdAttrMap(oldInnerText: string): any; //{ throw new Error("Not implemented.");} SetParent(node: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} WriteContentTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} WriteTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} } export class XmlAttributeCollection extends System.Xml.XmlNamedNodeMap { ItemOf: System.Xml.XmlAttribute; ItemOf: System.Xml.XmlAttribute; ItemOf: System.Xml.XmlAttribute; private System.Collections.ICollection.IsSynchronized: boolean; private System.Collections.ICollection.SyncRoot: any; private System.Collections.ICollection.Count: number; AddNode(node: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} Append(node: System.Xml.XmlAttribute): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} CopyTo(array: System.Xml.XmlAttribute[], index: number): any; //{ throw new Error("Not implemented.");} Detach(attr: System.Xml.XmlAttribute): any; //{ throw new Error("Not implemented.");} FindNodeOffset(node: System.Xml.XmlAttribute): number; //{ throw new Error("Not implemented.");} FindNodeOffsetNS(node: System.Xml.XmlAttribute): number; //{ throw new Error("Not implemented.");} InsertAfter(newNode: System.Xml.XmlAttribute, refNode: System.Xml.XmlAttribute): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} InsertBefore(newNode: System.Xml.XmlAttribute, refNode: System.Xml.XmlAttribute): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} InsertNodeAt(i: number, node: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} InsertParentIntoElementIdAttrMap(attr: System.Xml.XmlAttribute): any; //{ throw new Error("Not implemented.");} InternalAppendAttribute(node: System.Xml.XmlAttribute): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} PrepareParentInElementIdAttrMap(attrPrefix: string, attrLocalName: string): boolean; //{ throw new Error("Not implemented.");} Prepend(node: System.Xml.XmlAttribute): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} Remove(node: System.Xml.XmlAttribute): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} RemoveAll(): any; //{ throw new Error("Not implemented.");} RemoveAt(i: number): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} RemoveDuplicateAttribute(attr: System.Xml.XmlAttribute): number; //{ throw new Error("Not implemented.");} RemoveNodeAt(i: number): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} RemoveParentFromElementIdAttrMap(attr: System.Xml.XmlAttribute): any; //{ throw new Error("Not implemented.");} ResetParentInElementIdAttrMap(oldVal: string, newVal: string): any; //{ throw new Error("Not implemented.");} SetNamedItem(node: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} } export class XmlDeclaration extends System.Xml.XmlLinkedNode { Version: string; Encoding: string; Standalone: string; Value: string; InnerText: string; Name: string; LocalName: string; NodeType: System.Xml.XmlNodeType; private version: string; private encoding: string; private standalone: string; CloneNode(deep: boolean): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} IsValidXmlVersion(ver: string): boolean; //{ throw new Error("Not implemented.");} WriteContentTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} WriteTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} } export class XmlDocument extends System.Xml.XmlNode { DtdSchemaInfo: System.Xml.Schema.SchemaInfo; NodeType: System.Xml.XmlNodeType; ParentNode: System.Xml.XmlNode; DocumentType: System.Xml.XmlDocumentType; Declaration: System.Xml.XmlDeclaration; Implementation: System.Xml.XmlImplementation; Name: string; LocalName: string; DocumentElement: System.Xml.XmlElement; IsContainer: boolean; LastNode: System.Xml.XmlLinkedNode; OwnerDocument: System.Xml.XmlDocument; Schemas: System.Xml.Schema.XmlSchemaSet; CanReportValidity: boolean; HasSetResolver: boolean; XmlResolver: System.Xml.XmlResolver; NameTable: System.Xml.XmlNameTable; PreserveWhitespace: boolean; IsReadOnly: boolean; Entities: System.Xml.XmlNamedNodeMap; IsLoading: boolean; ActualLoadingStatus: boolean; TextEncoding: System.Text.Encoding; InnerText: string; InnerXml: string; Version: string; Encoding: string; Standalone: string; SchemaInfo: System.Xml.Schema.IXmlSchemaInfo; BaseURI: string; XPNodeType: System.Xml.XPath.XPathNodeType; HasEntityReferences: boolean; NamespaceXml: System.Xml.XmlAttribute; private implementation: System.Xml.XmlImplementation; private domNameTable: any; private lastChild: System.Xml.XmlLinkedNode; private entities: System.Xml.XmlNamedNodeMap; private htElementIdMap: System.Collections.Hashtable; private htElementIDAttrDecl: System.Collections.Hashtable; private schemaInfo: System.Xml.Schema.SchemaInfo; private schemas: System.Xml.Schema.XmlSchemaSet; private reportValidity: boolean; private actualLoadingStatus: boolean; private onNodeInsertingDelegate: any; private onNodeInsertedDelegate: any; private onNodeRemovingDelegate: any; private onNodeRemovedDelegate: any; private onNodeChangingDelegate: any; private onNodeChangedDelegate: any; fEntRefNodesPresent: boolean; fCDataNodesPresent: boolean; private preserveWhitespace: boolean; private isLoading: boolean; strDocumentName: string; strDocumentFragmentName: string; strCommentName: string; strTextName: string; strCDataSectionName: string; strEntityName: string; strID: string; strXmlns: string; strXml: string; strSpace: string; strLang: string; strEmpty: string; strNonSignificantWhitespaceName: string; strSignificantWhitespaceName: string; strReservedXmlns: string; strReservedXml: string; baseURI: string; private resolver: System.Xml.XmlResolver; bSetResolver: boolean; objLock: any; private namespaceXml: System.Xml.XmlAttribute; static EmptyEnumerator: any; static NotKnownSchemaInfo: System.Xml.Schema.IXmlSchemaInfo; static ValidSchemaInfo: System.Xml.Schema.IXmlSchemaInfo; static InvalidSchemaInfo: System.Xml.Schema.IXmlSchemaInfo; AddAttrXmlName(prefix: string, localName: string, namespaceURI: string, schemaInfo: System.Xml.Schema.IXmlSchemaInfo): System.Xml.XmlName; //{ throw new Error("Not implemented.");} AddDefaultAttributes(elem: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} AddElementWithId(id: string, elem: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} AddIdInfo(eleName: System.Xml.XmlName, attrName: System.Xml.XmlName): boolean; //{ throw new Error("Not implemented.");} AddXmlName(prefix: string, localName: string, namespaceURI: string, schemaInfo: System.Xml.Schema.IXmlSchemaInfo): System.Xml.XmlName; //{ throw new Error("Not implemented.");} AfterEvent(args: any): any; //{ throw new Error("Not implemented.");} AppendChildForLoad(newChild: System.Xml.XmlNode, doc: System.Xml.XmlDocument): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} BeforeEvent(args: any): any; //{ throw new Error("Not implemented.");} CanInsertAfter(newChild: System.Xml.XmlNode, refChild: System.Xml.XmlNode): boolean; //{ throw new Error("Not implemented.");} CanInsertBefore(newChild: System.Xml.XmlNode, refChild: System.Xml.XmlNode): boolean; //{ throw new Error("Not implemented.");} CheckName(name: string): any; //{ throw new Error("Not implemented.");} CloneNode(deep: boolean): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} ConvertToNodeType(nodeTypeString: string): System.Xml.XmlNodeType; //{ throw new Error("Not implemented.");} CreateAttribute(name: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} CreateAttribute(prefix: string, localName: string, namespaceURI: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} CreateAttribute(qualifiedName: string, namespaceURI: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} CreateCDataSection(data: string): any; //{ throw new Error("Not implemented.");} CreateComment(data: string): any; //{ throw new Error("Not implemented.");} CreateDefaultAttribute(prefix: string, localName: string, namespaceURI: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} CreateDocumentFragment(): any; //{ throw new Error("Not implemented.");} CreateDocumentType(name: string, publicId: string, systemId: string, internalSubset: string): System.Xml.XmlDocumentType; //{ throw new Error("Not implemented.");} CreateElement(prefix: string, localName: string, namespaceURI: string): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} CreateElement(qualifiedName: string, namespaceURI: string): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} CreateElement(name: string): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} CreateEntityReference(name: string): any; //{ throw new Error("Not implemented.");} CreateNavigator(node: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} CreateNavigator(): any; //{ throw new Error("Not implemented.");} CreateNode(type: System.Xml.XmlNodeType, prefix: string, name: string, namespaceURI: string): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} CreateNode(nodeTypeString: string, name: string, namespaceURI: string): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} CreateNode(type: System.Xml.XmlNodeType, name: string, namespaceURI: string): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} CreateProcessingInstruction(target: string, data: string): any; //{ throw new Error("Not implemented.");} CreateSignificantWhitespace(text: string): any; //{ throw new Error("Not implemented.");} CreateTextNode(text: string): any; //{ throw new Error("Not implemented.");} CreateWhitespace(text: string): any; //{ throw new Error("Not implemented.");} CreateXmlDeclaration(version: string, encoding: string, standalone: string): System.Xml.XmlDeclaration; //{ throw new Error("Not implemented.");} GetDefaultAttribute(elem: System.Xml.XmlElement, attrPrefix: string, attrLocalname: string, attrNamespaceURI: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} GetElement(elementList: System.Collections.ArrayList, elem: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} GetElementById(elementId: string): System.Xml.XmlElement; //{ throw new Error("Not implemented.");} GetElementsByTagName(localName: string, namespaceURI: string): System.Xml.XmlNodeList; //{ throw new Error("Not implemented.");} GetElementsByTagName(name: string): System.Xml.XmlNodeList; //{ throw new Error("Not implemented.");} GetEntityNode(name: string): any; //{ throw new Error("Not implemented.");} GetEventArgs(node: System.Xml.XmlNode, oldParent: System.Xml.XmlNode, newParent: System.Xml.XmlNode, oldValue: string, newValue: string, action: System.Xml.XmlNodeChangedAction): any; //{ throw new Error("Not implemented.");} GetIDInfoByElement(eleName: System.Xml.XmlName): System.Xml.XmlName; //{ throw new Error("Not implemented.");} GetIDInfoByElement_(eleName: System.Xml.XmlName): System.Xml.XmlName; //{ throw new Error("Not implemented.");} GetInsertEventArgsForLoad(node: System.Xml.XmlNode, newParent: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} GetResolver(): System.Xml.XmlResolver; //{ throw new Error("Not implemented.");} GetSchemaElementDecl(elem: System.Xml.XmlElement): System.Xml.Schema.SchemaElementDecl; //{ throw new Error("Not implemented.");} GetXmlName(prefix: string, localName: string, namespaceURI: string, schemaInfo: System.Xml.Schema.IXmlSchemaInfo): System.Xml.XmlName; //{ throw new Error("Not implemented.");} HasNodeTypeInNextSiblings(nt: System.Xml.XmlNodeType, refNode: System.Xml.XmlNode): boolean; //{ throw new Error("Not implemented.");} HasNodeTypeInPrevSiblings(nt: System.Xml.XmlNodeType, refNode: System.Xml.XmlNode): boolean; //{ throw new Error("Not implemented.");} ImportAttributes(fromElem: System.Xml.XmlNode, toElem: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} ImportChildren(fromNode: System.Xml.XmlNode, toNode: System.Xml.XmlNode, deep: boolean): any; //{ throw new Error("Not implemented.");} ImportNode(node: System.Xml.XmlNode, deep: boolean): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} ImportNodeInternal(node: System.Xml.XmlNode, deep: boolean): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} IsTextNode(nt: System.Xml.XmlNodeType): boolean; //{ throw new Error("Not implemented.");} IsValidChildType(type: System.Xml.XmlNodeType): boolean; //{ throw new Error("Not implemented.");} Load(filename: string): any; //{ throw new Error("Not implemented.");} Load(txtReader: any): any; //{ throw new Error("Not implemented.");} Load(inStream: System.IO.Stream): any; //{ throw new Error("Not implemented.");} Load(reader: any): any; //{ throw new Error("Not implemented.");} LoadXml(xml: string): any; //{ throw new Error("Not implemented.");} NormalizeText(n: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} PrepareDefaultAttribute(attdef: System.Xml.Schema.SchemaAttDef, attrPrefix: string, attrLocalname: string, attrNamespaceURI: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} ReadNode(reader: any): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} RemoveElementWithId(id: string, elem: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} Save(writer: System.IO.TextWriter): any; //{ throw new Error("Not implemented.");} Save(filename: string): any; //{ throw new Error("Not implemented.");} Save(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} Save(outStream: System.IO.Stream): any; //{ throw new Error("Not implemented.");} SetBaseURI(inBaseURI: string): any; //{ throw new Error("Not implemented.");} SetDefaultNamespace(prefix: string, localName: string, namespaceURI: any): any; //{ throw new Error("Not implemented.");} SetupReader(tr: any): any; //{ throw new Error("Not implemented.");} Validate(validationEventHandler: any): any; //{ throw new Error("Not implemented.");} Validate(validationEventHandler: any, nodeToValidate: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} WriteContentTo(xw: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} WriteTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} } export class XmlDocumentType extends System.Xml.XmlLinkedNode { Name: string; LocalName: string; NodeType: System.Xml.XmlNodeType; IsReadOnly: boolean; Entities: System.Xml.XmlNamedNodeMap; Notations: System.Xml.XmlNamedNodeMap; PublicId: string; SystemId: string; InternalSubset: string; ParseWithNamespaces: boolean; DtdSchemaInfo: System.Xml.Schema.SchemaInfo; private name: string; private publicId: string; private systemId: string; private internalSubset: string; private namespaces: boolean; private entities: System.Xml.XmlNamedNodeMap; private notations: System.Xml.XmlNamedNodeMap; private schemaInfo: System.Xml.Schema.SchemaInfo; CloneNode(deep: boolean): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} WriteContentTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} WriteTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} } export class XmlElement extends System.Xml.XmlLinkedNode { XmlName: System.Xml.XmlName; Name: string; LocalName: string; NamespaceURI: string; Prefix: string; NodeType: System.Xml.XmlNodeType; ParentNode: System.Xml.XmlNode; OwnerDocument: System.Xml.XmlDocument; IsContainer: boolean; IsEmpty: boolean; LastNode: System.Xml.XmlLinkedNode; Attributes: System.Xml.XmlAttributeCollection; HasAttributes: boolean; SchemaInfo: System.Xml.Schema.IXmlSchemaInfo; InnerXml: string; InnerText: string; NextSibling: System.Xml.XmlNode; XPNodeType: System.Xml.XPath.XPathNodeType; XPLocalName: string; private name: System.Xml.XmlName; private attributes: System.Xml.XmlAttributeCollection; private lastChild: System.Xml.XmlLinkedNode; AppendChildForLoad(newChild: System.Xml.XmlNode, doc: System.Xml.XmlDocument): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} CloneNode(deep: boolean): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} GetAttribute(name: string): string; //{ throw new Error("Not implemented.");} GetAttribute(localName: string, namespaceURI: string): string; //{ throw new Error("Not implemented.");} GetAttributeNode(name: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} GetAttributeNode(localName: string, namespaceURI: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} GetElementsByTagName(name: string): System.Xml.XmlNodeList; //{ throw new Error("Not implemented.");} GetElementsByTagName(localName: string, namespaceURI: string): System.Xml.XmlNodeList; //{ throw new Error("Not implemented.");} GetXPAttribute(localName: string, ns: string): string; //{ throw new Error("Not implemented.");} HasAttribute(localName: string, namespaceURI: string): boolean; //{ throw new Error("Not implemented.");} HasAttribute(name: string): boolean; //{ throw new Error("Not implemented.");} IsValidChildType(type: System.Xml.XmlNodeType): boolean; //{ throw new Error("Not implemented.");} RemoveAll(): any; //{ throw new Error("Not implemented.");} RemoveAllAttributes(): any; //{ throw new Error("Not implemented.");} RemoveAllChildren(): any; //{ throw new Error("Not implemented.");} RemoveAttribute(localName: string, namespaceURI: string): any; //{ throw new Error("Not implemented.");} RemoveAttribute(name: string): any; //{ throw new Error("Not implemented.");} RemoveAttributeAt(i: number): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} RemoveAttributeNode(oldAttr: System.Xml.XmlAttribute): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} RemoveAttributeNode(localName: string, namespaceURI: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} SetAttribute(localName: string, namespaceURI: string, value: string): string; //{ throw new Error("Not implemented.");} SetAttribute(name: string, value: string): any; //{ throw new Error("Not implemented.");} SetAttributeNode(localName: string, namespaceURI: string): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} SetAttributeNode(newAttr: System.Xml.XmlAttribute): System.Xml.XmlAttribute; //{ throw new Error("Not implemented.");} SetParent(node: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} WriteContentTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} WriteElementTo(writer: System.Xml.XmlWriter, e: System.Xml.XmlElement): any; //{ throw new Error("Not implemented.");} WriteStartElement(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} WriteTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} } export class XmlException extends System.SystemException { LineNumber: number; LinePosition: number; SourceUri: string; Message: string; ResString: string; private res: string; private args: System.String[]; private lineNumber: number; private linePosition: number; private sourceUri: string; private message: string; BuildCharExceptionArgs(data: string, invCharIndex: number): System.String[]; //{ throw new Error("Not implemented.");} BuildCharExceptionArgs(data: any, invCharIndex: number): System.String[]; //{ throw new Error("Not implemented.");} BuildCharExceptionArgs(data: any, length: number, invCharIndex: number): System.String[]; //{ throw new Error("Not implemented.");} BuildCharExceptionArgs(invChar: string, nextChar: string): System.String[]; //{ throw new Error("Not implemented.");} CreateMessage(res: string, args: System.String[], lineNumber: number, linePosition: number): string; //{ throw new Error("Not implemented.");} FormatUserMessage(message: string, lineNumber: number, linePosition: number): string; //{ throw new Error("Not implemented.");} GetObjectData(info: any, context: any): any; //{ throw new Error("Not implemented.");} IsCatchableException(e: System.Exception): boolean; //{ throw new Error("Not implemented.");} } export class XmlImplementation { NameTable: System.Xml.XmlNameTable; private nameTable: System.Xml.XmlNameTable; CreateDocument(): System.Xml.XmlDocument; //{ throw new Error("Not implemented.");} HasFeature(strFeature: string, strVersion: string): boolean; //{ throw new Error("Not implemented.");} } export class XmlLinkedNode extends System.Xml.XmlNode { PreviousSibling: System.Xml.XmlNode; NextSibling: System.Xml.XmlNode; next: System.Xml.XmlLinkedNode; } export class XmlName { LocalName: string; NamespaceURI: string; Prefix: string; HashCode: number; OwnerDocument: System.Xml.XmlDocument; Name: string; Validity: System.Xml.Schema.XmlSchemaValidity; IsDefault: boolean; IsNil: boolean; MemberType: System.Xml.Schema.XmlSchemaSimpleType; SchemaType: System.Xml.Schema.XmlSchemaType; SchemaElement: System.Xml.Schema.XmlSchemaElement; SchemaAttribute: System.Xml.Schema.XmlSchemaAttribute; private prefix: string; private localName: string; private ns: string; private name: string; private hashCode: number; ownerDoc: System.Xml.XmlDocument; next: System.Xml.XmlName; Create(prefix: string, localName: string, ns: string, hashCode: number, ownerDoc: System.Xml.XmlDocument, next: System.Xml.XmlName, schemaInfo: System.Xml.Schema.IXmlSchemaInfo): System.Xml.XmlName; //{ throw new Error("Not implemented.");} Equals(schemaInfo: System.Xml.Schema.IXmlSchemaInfo): boolean; //{ throw new Error("Not implemented.");} GetHashCode(name: string): number; //{ throw new Error("Not implemented.");} } export class XmlNamedNodeMap { Count: number; parent: System.Xml.XmlNode; nodes: any; AddNode(node: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} AddNodeForLoad(node: System.Xml.XmlNode, doc: System.Xml.XmlDocument): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} FindNodeOffset(name: string): number; //{ throw new Error("Not implemented.");} FindNodeOffset(localName: string, namespaceURI: string): number; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetNamedItem(name: string): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} GetNamedItem(localName: string, namespaceURI: string): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} InsertNodeAt(i: number, node: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} Item(index: number): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} RemoveNamedItem(name: string): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} RemoveNamedItem(localName: string, namespaceURI: string): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} RemoveNodeAt(i: number): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} ReplaceNodeAt(i: number, node: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} SetNamedItem(node: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} } export class XmlNamespaceManager { static EmptyResolver: System.Xml.IXmlNamespaceResolver; NameTable: System.Xml.XmlNameTable; DefaultNamespace: string; private nsdecls: any; private lastDecl: number; private nameTable: System.Xml.XmlNameTable; private scopeId: number; private hashTable: System.Collections.Generic.Dictionary; private useHashtable: boolean; private xml: string; private xmlNs: string; private static s_EmptyResolver: System.Xml.IXmlNamespaceResolver; AddNamespace(prefix: string, uri: string): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetNamespaceDeclaration(idx: number, prefix: any, uri: any): boolean; //{ throw new Error("Not implemented.");} GetNamespacesInScope(scope: System.Xml.XmlNamespaceScope): System.Collections.Generic.IDictionary; //{ throw new Error("Not implemented.");} HasNamespace(prefix: string): boolean; //{ throw new Error("Not implemented.");} LookupNamespace(prefix: string): string; //{ throw new Error("Not implemented.");} LookupNamespaceDecl(prefix: string): number; //{ throw new Error("Not implemented.");} LookupPrefix(uri: string): string; //{ throw new Error("Not implemented.");} PopScope(): boolean; //{ throw new Error("Not implemented.");} PushScope(): any; //{ throw new Error("Not implemented.");} RemoveNamespace(prefix: string, uri: string): any; //{ throw new Error("Not implemented.");} } export class XmlNameTable { Add(array: any, offset: number, length: number): string; //{ throw new Error("Not implemented.");} Add(array: string): string; //{ throw new Error("Not implemented.");} Get(array: any, offset: number, length: number): string; //{ throw new Error("Not implemented.");} Get(array: string): string; //{ throw new Error("Not implemented.");} } export class XmlNode { Name: string; Value: string; NodeType: System.Xml.XmlNodeType; ParentNode: System.Xml.XmlNode; ChildNodes: System.Xml.XmlNodeList; PreviousSibling: System.Xml.XmlNode; NextSibling: System.Xml.XmlNode; Attributes: System.Xml.XmlAttributeCollection; OwnerDocument: System.Xml.XmlDocument; FirstChild: System.Xml.XmlNode; LastChild: System.Xml.XmlNode; IsContainer: boolean; LastNode: System.Xml.XmlLinkedNode; HasChildNodes: boolean; NamespaceURI: string; Prefix: string; LocalName: string; IsReadOnly: boolean; InnerText: string; OuterXml: string; InnerXml: string; SchemaInfo: System.Xml.Schema.IXmlSchemaInfo; BaseURI: string; Document: System.Xml.XmlDocument; Item: System.Xml.XmlElement; Item: System.Xml.XmlElement; XmlSpace: System.Xml.XmlSpace; XmlLang: string; XPNodeType: System.Xml.XPath.XPathNodeType; XPLocalName: string; IsText: boolean; PreviousText: System.Xml.XmlNode; private debuggerDisplayProxy: any; parentNode: System.Xml.XmlNode; AfterEvent(args: any): any; //{ throw new Error("Not implemented.");} AncestorNode(node: System.Xml.XmlNode): boolean; //{ throw new Error("Not implemented.");} AppendChild(newChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} AppendChildForLoad(newChild: System.Xml.XmlNode, doc: System.Xml.XmlDocument): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} AppendChildText(builder: any): any; //{ throw new Error("Not implemented.");} BeforeEvent(args: any): any; //{ throw new Error("Not implemented.");} CanInsertAfter(newChild: System.Xml.XmlNode, refChild: System.Xml.XmlNode): boolean; //{ throw new Error("Not implemented.");} CanInsertBefore(newChild: System.Xml.XmlNode, refChild: System.Xml.XmlNode): boolean; //{ throw new Error("Not implemented.");} Clone(): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} CloneNode(deep: boolean): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} CopyChildren(doc: System.Xml.XmlDocument, container: System.Xml.XmlNode, deep: boolean): any; //{ throw new Error("Not implemented.");} CreateNavigator(): any; //{ throw new Error("Not implemented.");} FindChild(type: System.Xml.XmlNodeType): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} GetEventArgs(node: System.Xml.XmlNode, oldParent: System.Xml.XmlNode, newParent: System.Xml.XmlNode, oldValue: string, newValue: string, action: System.Xml.XmlNodeChangedAction): any; //{ throw new Error("Not implemented.");} GetNamespaceOfPrefix(prefix: string): string; //{ throw new Error("Not implemented.");} GetNamespaceOfPrefixStrict(prefix: string): string; //{ throw new Error("Not implemented.");} GetPrefixOfNamespace(namespaceURI: string): string; //{ throw new Error("Not implemented.");} GetPrefixOfNamespaceStrict(namespaceURI: string): string; //{ throw new Error("Not implemented.");} GetXPAttribute(localName: string, namespaceURI: string): string; //{ throw new Error("Not implemented.");} HasReadOnlyParent(n: System.Xml.XmlNode): boolean; //{ throw new Error("Not implemented.");} InsertAfter(newChild: System.Xml.XmlNode, refChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} InsertBefore(newChild: System.Xml.XmlNode, refChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} IsConnected(): boolean; //{ throw new Error("Not implemented.");} IsValidChildType(type: System.Xml.XmlNodeType): boolean; //{ throw new Error("Not implemented.");} NestTextNodes(prevNode: System.Xml.XmlNode, nextNode: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} Normalize(): any; //{ throw new Error("Not implemented.");} NormalizeWinner(firstNode: System.Xml.XmlNode, secondNode: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} PrependChild(newChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} RemoveAll(): any; //{ throw new Error("Not implemented.");} RemoveChild(oldChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} ReplaceChild(newChild: System.Xml.XmlNode, oldChild: System.Xml.XmlNode): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} SelectNodes(xpath: string): System.Xml.XmlNodeList; //{ throw new Error("Not implemented.");} SelectNodes(xpath: string, nsmgr: System.Xml.XmlNamespaceManager): System.Xml.XmlNodeList; //{ throw new Error("Not implemented.");} SelectSingleNode(xpath: string, nsmgr: System.Xml.XmlNamespaceManager): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} SelectSingleNode(xpath: string): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} SetParent(node: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} SetParentForLoad(node: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} SplitName(name: string, prefix: any, localName: any): any; //{ throw new Error("Not implemented.");} Supports(feature: string, version: string): boolean; //{ throw new Error("Not implemented.");} UnnestTextNodes(prevNode: System.Xml.XmlNode, nextNode: System.Xml.XmlNode): any; //{ throw new Error("Not implemented.");} WriteContentTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} WriteTo(w: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} } export class XmlNodeList { Count: number; ItemOf: System.Xml.XmlNode; GetEnumerator(): any; //{ throw new Error("Not implemented.");} Item(index: number): System.Xml.XmlNode; //{ throw new Error("Not implemented.");} PrivateDisposeNodeList(): any; //{ throw new Error("Not implemented.");} } export class XmlQualifiedName { Namespace: string; Name: string; IsEmpty: boolean; private name: string; private ns: string; private hash: number; private static hashCodeDelegate: any; static Empty: System.Xml.XmlQualifiedName; Atomize(nameTable: System.Xml.XmlNameTable): any; //{ throw new Error("Not implemented.");} Clone(): System.Xml.XmlQualifiedName; //{ throw new Error("Not implemented.");} Compare(a: System.Xml.XmlQualifiedName, b: System.Xml.XmlQualifiedName): number; //{ throw new Error("Not implemented.");} Equals(other: any): boolean; //{ throw new Error("Not implemented.");} GetHashCode(): number; //{ throw new Error("Not implemented.");} GetHashCodeDelegate(): any; //{ throw new Error("Not implemented.");} GetHashCodeOfString(s: string, length: number, additionalEntropy: number): number; //{ throw new Error("Not implemented.");} Init(name: string, ns: string): any; //{ throw new Error("Not implemented.");} IsRandomizedHashingDisabled(): boolean; //{ throw new Error("Not implemented.");} Parse(s: string, nsmgr: System.Xml.IXmlNamespaceResolver, prefix: any): System.Xml.XmlQualifiedName; //{ throw new Error("Not implemented.");} ReadBoolFromXmlRegistrySettings(hive: any, regValueName: string, value: any): boolean; //{ throw new Error("Not implemented.");} SetNamespace(ns: string): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} ToString(name: string, ns: string): string; //{ throw new Error("Not implemented.");} Verify(): any; //{ throw new Error("Not implemented.");} } export class XmlReaderSettings { Async: boolean; NameTable: System.Xml.XmlNameTable; IsXmlResolverSet: boolean; XmlResolver: System.Xml.XmlResolver; LineNumberOffset: number; LinePositionOffset: number; ConformanceLevel: System.Xml.ConformanceLevel; CheckCharacters: boolean; MaxCharactersInDocument: number; MaxCharactersFromEntities: number; IgnoreWhitespace: boolean; IgnoreProcessingInstructions: boolean; IgnoreComments: boolean; ProhibitDtd: boolean; DtdProcessing: System.Xml.DtdProcessing; CloseInput: boolean; ValidationType: System.Xml.ValidationType; ValidationFlags: System.Xml.Schema.XmlSchemaValidationFlags; Schemas: System.Xml.Schema.XmlSchemaSet; ReadOnly: boolean; private useAsync: boolean; private nameTable: System.Xml.XmlNameTable; private xmlResolver: System.Xml.XmlResolver; private lineNumberOffset: number; private linePositionOffset: number; private conformanceLevel: System.Xml.ConformanceLevel; private checkCharacters: boolean; private maxCharactersInDocument: number; private maxCharactersFromEntities: number; private ignoreWhitespace: boolean; private ignorePIs: boolean; private ignoreComments: boolean; private dtdProcessing: System.Xml.DtdProcessing; private validationType: System.Xml.ValidationType; private validationFlags: System.Xml.Schema.XmlSchemaValidationFlags; private schemas: System.Xml.Schema.XmlSchemaSet; private valEventHandler: any; private closeInput: boolean; private isReadOnly: boolean; private static s_enableLegacyXmlSettings: boolean; AddConformanceWrapper(baseReader: any): any; //{ throw new Error("Not implemented.");} AddValidation(reader: any): any; //{ throw new Error("Not implemented.");} AddValidationAndConformanceWrapper(reader: any): any; //{ throw new Error("Not implemented.");} CheckReadOnly(propertyName: string): any; //{ throw new Error("Not implemented.");} Clone(): System.Xml.XmlReaderSettings; //{ throw new Error("Not implemented.");} CreateDefaultResolver(): System.Xml.XmlResolver; //{ throw new Error("Not implemented.");} CreateDtdValidatingReader(baseReader: any): any; //{ throw new Error("Not implemented.");} CreateReader(inputUri: string, inputContext: any): any; //{ throw new Error("Not implemented.");} CreateReader(input: System.IO.Stream, baseUri: System.Uri, baseUriString: string, inputContext: any): any; //{ throw new Error("Not implemented.");} CreateReader(input: any, baseUriString: string, inputContext: any): any; //{ throw new Error("Not implemented.");} CreateReader(reader: any): any; //{ throw new Error("Not implemented.");} EnableLegacyXmlSettings(): boolean; //{ throw new Error("Not implemented.");} GetEventHandler(): any; //{ throw new Error("Not implemented.");} GetXmlResolver(): System.Xml.XmlResolver; //{ throw new Error("Not implemented.");} GetXmlResolver_CheckConfig(): System.Xml.XmlResolver; //{ throw new Error("Not implemented.");} Initialize(resolver: System.Xml.XmlResolver): any; //{ throw new Error("Not implemented.");} Initialize(): any; //{ throw new Error("Not implemented.");} ReadSettingsFromRegistry(hive: any, value: any): boolean; //{ throw new Error("Not implemented.");} Reset(): any; //{ throw new Error("Not implemented.");} } export class XmlResolver { Credentials: System.Net.ICredentials; GetEntity(absoluteUri: System.Uri, role: string, ofObjectToReturn: System.Type): any; //{ throw new Error("Not implemented.");} GetEntityAsync(absoluteUri: System.Uri, role: string, ofObjectToReturn: System.Type): any; //{ throw new Error("Not implemented.");} ResolveUri(baseUri: System.Uri, relativeUri: string): System.Uri; //{ throw new Error("Not implemented.");} SupportsType(absoluteUri: System.Uri, type: System.Type): boolean; //{ throw new Error("Not implemented.");} } } declare module System.Xml.Schema { export class ContentValidator { ContentType: System.Xml.Schema.XmlSchemaContentType; PreserveWhitespace: boolean; IsEmptiable: boolean; IsOpen: boolean; private contentType: System.Xml.Schema.XmlSchemaContentType; private isOpen: boolean; private isEmptiable: boolean; static Empty: System.Xml.Schema.ContentValidator; static TextOnly: System.Xml.Schema.ContentValidator; static Mixed: System.Xml.Schema.ContentValidator; static Any: System.Xml.Schema.ContentValidator; AddParticleToExpected(p: System.Xml.Schema.XmlSchemaParticle, schemaSet: System.Xml.Schema.XmlSchemaSet, particles: System.Collections.ArrayList): any; //{ throw new Error("Not implemented.");} AddParticleToExpected(p: System.Xml.Schema.XmlSchemaParticle, schemaSet: System.Xml.Schema.XmlSchemaSet, particles: System.Collections.ArrayList, global: boolean): any; //{ throw new Error("Not implemented.");} CompleteValidation(context: any): boolean; //{ throw new Error("Not implemented.");} ExpectedElements(context: any, isRequiredOnly: boolean): System.Collections.ArrayList; //{ throw new Error("Not implemented.");} ExpectedParticles(context: any, isRequiredOnly: boolean, schemaSet: System.Xml.Schema.XmlSchemaSet): System.Collections.ArrayList; //{ throw new Error("Not implemented.");} InitValidation(context: any): any; //{ throw new Error("Not implemented.");} ValidateElement(name: System.Xml.XmlQualifiedName, context: any, errorCode: any): any; //{ throw new Error("Not implemented.");} } export class FacetsChecker { CheckLexicalFacets(parseString: any, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckPatternFacets(restriction: System.Xml.Schema.RestrictionFacets, value: string): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: System.Xml.XmlQualifiedName, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: System.TimeSpan, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: System.Byte[], datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: string, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: number, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: number, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: number, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: number, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: number, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: number, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: number, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: any, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckValueFacets(value: Date, datatype: System.Xml.Schema.XmlSchemaDatatype): System.Exception; //{ throw new Error("Not implemented.");} CheckWhitespaceFacets(s: any, datatype: System.Xml.Schema.XmlSchemaDatatype): any; //{ throw new Error("Not implemented.");} ConstructRestriction(datatype: any, facets: System.Xml.Schema.XmlSchemaObjectCollection, nameTable: System.Xml.XmlNameTable): System.Xml.Schema.RestrictionFacets; //{ throw new Error("Not implemented.");} MatchEnumeration(value: any, enumeration: System.Collections.ArrayList, datatype: System.Xml.Schema.XmlSchemaDatatype): boolean; //{ throw new Error("Not implemented.");} Power(x: number, y: number): number; //{ throw new Error("Not implemented.");} } interface IXmlSchemaInfo { Validity: System.Xml.Schema.XmlSchemaValidity; IsDefault: boolean; IsNil: boolean; MemberType: System.Xml.Schema.XmlSchemaSimpleType; SchemaType: System.Xml.Schema.XmlSchemaType; SchemaElement: System.Xml.Schema.XmlSchemaElement; SchemaAttribute: System.Xml.Schema.XmlSchemaAttribute; } export class NamespaceList { Type: System.Xml.Schema.NamespaceList.ListType; Excluded: string; Enumerate: System.Collections.ICollection; private type: System.Xml.Schema.NamespaceList.ListType; private set: System.Collections.Hashtable; private targetNamespace: string; Allows(ns: string): boolean; //{ throw new Error("Not implemented.");} Allows(qname: System.Xml.XmlQualifiedName): boolean; //{ throw new Error("Not implemented.");} Clone(): System.Xml.Schema.NamespaceList; //{ throw new Error("Not implemented.");} CompareSetToOther(other: System.Xml.Schema.NamespaceList): System.Xml.Schema.NamespaceList; //{ throw new Error("Not implemented.");} Intersection(o1: System.Xml.Schema.NamespaceList, o2: System.Xml.Schema.NamespaceList, v1Compat: boolean): System.Xml.Schema.NamespaceList; //{ throw new Error("Not implemented.");} IsEmpty(): boolean; //{ throw new Error("Not implemented.");} IsSubset(sub: System.Xml.Schema.NamespaceList, super: System.Xml.Schema.NamespaceList): boolean; //{ throw new Error("Not implemented.");} RemoveNamespace(tns: string): any; //{ throw new Error("Not implemented.");} ToString(): string; //{ throw new Error("Not implemented.");} Union(o1: System.Xml.Schema.NamespaceList, o2: System.Xml.Schema.NamespaceList, v1Compat: boolean): System.Xml.Schema.NamespaceList; //{ throw new Error("Not implemented.");} } export class RestrictionFacets { Length: number; MinLength: number; MaxLength: number; Patterns: System.Collections.ArrayList; Enumeration: System.Collections.ArrayList; WhiteSpace: System.Xml.Schema.XmlSchemaWhiteSpace; MaxInclusive: any; MaxExclusive: any; MinInclusive: any; MinExclusive: any; TotalDigits: number; FractionDigits: number; Flags: System.Xml.Schema.RestrictionFlags; FixedFlags: System.Xml.Schema.RestrictionFlags; } export class SchemaAttDef extends System.Xml.Schema.SchemaDeclBase { private System.Xml.IDtdAttributeInfo.Prefix: string; private System.Xml.IDtdAttributeInfo.LocalName: string; private System.Xml.IDtdAttributeInfo.LineNumber: number; private System.Xml.IDtdAttributeInfo.LinePosition: number; private System.Xml.IDtdAttributeInfo.IsNonCDataType: boolean; private System.Xml.IDtdAttributeInfo.IsDeclaredInExternal: boolean; private System.Xml.IDtdAttributeInfo.IsXmlAttribute: boolean; private System.Xml.IDtdDefaultAttributeInfo.DefaultValueExpanded: string; private System.Xml.IDtdDefaultAttributeInfo.DefaultValueTyped: any; private System.Xml.IDtdDefaultAttributeInfo.ValueLineNumber: number; private System.Xml.IDtdDefaultAttributeInfo.ValueLinePosition: number; LinePosition: number; LineNumber: number; ValueLinePosition: number; ValueLineNumber: number; DefaultValueExpanded: string; TokenizedType: System.Xml.XmlTokenizedType; Reserved: System.Xml.Schema.SchemaAttDef.Reserve; DefaultValueChecked: boolean; HasEntityRef: boolean; SchemaAttribute: System.Xml.Schema.XmlSchemaAttribute; private defExpanded: string; private lineNum: number; private linePos: number; private valueLineNum: number; private valueLinePos: number; private reserved: System.Xml.Schema.SchemaAttDef.Reserve; private defaultValueChecked: boolean; private hasEntityRef: boolean; private schemaAttribute: System.Xml.Schema.XmlSchemaAttribute; static Empty: System.Xml.Schema.SchemaAttDef; CheckXmlSpace(validationEventHandling: any): any; //{ throw new Error("Not implemented.");} Clone(): System.Xml.Schema.SchemaAttDef; //{ throw new Error("Not implemented.");} } export class SchemaDeclBase { Name: System.Xml.XmlQualifiedName; Prefix: string; IsDeclaredInExternal: boolean; Presence: System.Xml.Schema.SchemaDeclBase.Use; MaxLength: number; MinLength: number; SchemaType: System.Xml.Schema.XmlSchemaType; Datatype: System.Xml.Schema.XmlSchemaDatatype; Values: System.Collections.Generic.List; DefaultValueRaw: string; DefaultValueTyped: any; name: System.Xml.XmlQualifiedName; prefix: string; isDeclaredInExternal: boolean; presence: System.Xml.Schema.SchemaDeclBase.Use; schemaType: System.Xml.Schema.XmlSchemaType; datatype: System.Xml.Schema.XmlSchemaDatatype; defaultValueRaw: string; defaultValueTyped: any; maxLength: number; minLength: number; values: System.Collections.Generic.List; AddValue(value: string): any; //{ throw new Error("Not implemented.");} CheckEnumeration(pVal: any): boolean; //{ throw new Error("Not implemented.");} CheckValue(pVal: any): boolean; //{ throw new Error("Not implemented.");} } export class SchemaElementDecl extends System.Xml.Schema.SchemaDeclBase { private System.Xml.IDtdAttributeListInfo.Prefix: string; private System.Xml.IDtdAttributeListInfo.LocalName: string; private System.Xml.IDtdAttributeListInfo.HasNonCDataAttributes: boolean; IsIdDeclared: boolean; HasNonCDataAttribute: boolean; IsAbstract: boolean; IsNillable: boolean; Block: System.Xml.Schema.XmlSchemaDerivationMethod; IsNotationDeclared: boolean; HasDefaultAttribute: boolean; HasRequiredAttribute: boolean; ContentValidator: System.Xml.Schema.ContentValidator; AnyAttribute: System.Xml.Schema.XmlSchemaAnyAttribute; Constraints: System.Xml.Schema.CompiledIdentityConstraint[]; SchemaElement: System.Xml.Schema.XmlSchemaElement; DefaultAttDefs: System.Collections.Generic.IList; AttDefs: System.Collections.Generic.Dictionary; ProhibitedAttributes: System.Collections.Generic.Dictionary; private attdefs: System.Collections.Generic.Dictionary; private defaultAttdefs: System.Collections.Generic.List; private isIdDeclared: boolean; private hasNonCDataAttribute: boolean; private isAbstract: boolean; private isNillable: boolean; private hasRequiredAttribute: boolean; private isNotationDeclared: boolean; private prohibitedAttributes: System.Collections.Generic.Dictionary; private contentValidator: System.Xml.Schema.ContentValidator; private anyAttribute: System.Xml.Schema.XmlSchemaAnyAttribute; private block: System.Xml.Schema.XmlSchemaDerivationMethod; private constraints: System.Xml.Schema.CompiledIdentityConstraint[]; private schemaElement: System.Xml.Schema.XmlSchemaElement; static Empty: System.Xml.Schema.SchemaElementDecl; AddAttDef(attdef: System.Xml.Schema.SchemaAttDef): any; //{ throw new Error("Not implemented.");} CheckAttributes(presence: System.Collections.Hashtable, standalone: boolean): any; //{ throw new Error("Not implemented.");} Clone(): System.Xml.Schema.SchemaElementDecl; //{ throw new Error("Not implemented.");} CreateAnyTypeElementDecl(): System.Xml.Schema.SchemaElementDecl; //{ throw new Error("Not implemented.");} GetAttDef(qname: System.Xml.XmlQualifiedName): System.Xml.Schema.SchemaAttDef; //{ throw new Error("Not implemented.");} } export class SchemaEntity { private System.Xml.IDtdEntityInfo.Name: string; private System.Xml.IDtdEntityInfo.IsExternal: boolean; private System.Xml.IDtdEntityInfo.IsDeclaredInExternal: boolean; private System.Xml.IDtdEntityInfo.IsUnparsedEntity: boolean; private System.Xml.IDtdEntityInfo.IsParameterEntity: boolean; private System.Xml.IDtdEntityInfo.BaseUriString: string; private System.Xml.IDtdEntityInfo.DeclaredUriString: string; private System.Xml.IDtdEntityInfo.SystemId: string; private System.Xml.IDtdEntityInfo.PublicId: string; private System.Xml.IDtdEntityInfo.Text: string; private System.Xml.IDtdEntityInfo.LineNumber: number; private System.Xml.IDtdEntityInfo.LinePosition: number; Name: System.Xml.XmlQualifiedName; Url: string; Pubid: string; IsExternal: boolean; DeclaredInExternal: boolean; NData: System.Xml.XmlQualifiedName; Text: string; Line: number; Pos: number; BaseURI: string; ParsingInProgress: boolean; DeclaredURI: string; private qname: System.Xml.XmlQualifiedName; private url: string; private pubid: string; private text: string; private ndata: System.Xml.XmlQualifiedName; private lineNumber: number; private linePosition: number; private isParameter: boolean; private isExternal: boolean; private parsingInProgress: boolean; private isDeclaredInExternal: boolean; private baseURI: string; private declaredURI: string; IsPredefinedEntity(n: string): boolean; //{ throw new Error("Not implemented.");} } export class SchemaInfo { DocTypeName: System.Xml.XmlQualifiedName; InternalDtdSubset: string; ElementDecls: System.Collections.Generic.Dictionary; UndeclaredElementDecls: System.Collections.Generic.Dictionary; GeneralEntities: System.Collections.Generic.Dictionary; ParameterEntities: System.Collections.Generic.Dictionary; SchemaType: System.Xml.Schema.SchemaType; TargetNamespaces: System.Collections.Generic.Dictionary; ElementDeclsByType: System.Collections.Generic.Dictionary; AttributeDecls: System.Collections.Generic.Dictionary; Notations: System.Collections.Generic.Dictionary; ErrorCount: number; private System.Xml.IDtdInfo.HasDefaultAttributes: boolean; private System.Xml.IDtdInfo.HasNonCDataAttributes: boolean; private System.Xml.IDtdInfo.Name: System.Xml.XmlQualifiedName; private System.Xml.IDtdInfo.InternalDtdSubset: string; private elementDecls: System.Collections.Generic.Dictionary; private undeclaredElementDecls: System.Collections.Generic.Dictionary; private generalEntities: System.Collections.Generic.Dictionary; private parameterEntities: System.Collections.Generic.Dictionary; private docTypeName: System.Xml.XmlQualifiedName; private internalDtdSubset: string; private hasNonCDataAttributes: boolean; private hasDefaultAttributes: boolean; private targetNamespaces: System.Collections.Generic.Dictionary; private attributeDecls: System.Collections.Generic.Dictionary; private errorCount: number; private schemaType: System.Xml.Schema.SchemaType; private elementDeclsByType: System.Collections.Generic.Dictionary; private notations: System.Collections.Generic.Dictionary; Add(sinfo: System.Xml.Schema.SchemaInfo, eventhandler: any): any; //{ throw new Error("Not implemented.");} Contains(ns: string): boolean; //{ throw new Error("Not implemented.");} Finish(): any; //{ throw new Error("Not implemented.");} GetAttribute(qname: System.Xml.XmlQualifiedName): System.Xml.Schema.XmlSchemaAttribute; //{ throw new Error("Not implemented.");} GetAttributeXdr(ed: System.Xml.Schema.SchemaElementDecl, qname: System.Xml.XmlQualifiedName): System.Xml.Schema.SchemaAttDef; //{ throw new Error("Not implemented.");} GetAttributeXsd(ed: System.Xml.Schema.SchemaElementDecl, qname: System.Xml.XmlQualifiedName, partialValidationType: System.Xml.Schema.XmlSchemaObject, attributeMatchState: any): System.Xml.Schema.SchemaAttDef; //{ throw new Error("Not implemented.");} GetAttributeXsd(ed: System.Xml.Schema.SchemaElementDecl, qname: System.Xml.XmlQualifiedName, skip: any): System.Xml.Schema.SchemaAttDef; //{ throw new Error("Not implemented.");} GetElement(qname: System.Xml.XmlQualifiedName): System.Xml.Schema.XmlSchemaElement; //{ throw new Error("Not implemented.");} GetElementDecl(qname: System.Xml.XmlQualifiedName): System.Xml.Schema.SchemaElementDecl; //{ throw new Error("Not implemented.");} GetType(qname: System.Xml.XmlQualifiedName): System.Xml.Schema.XmlSchemaElement; //{ throw new Error("Not implemented.");} GetTypeDecl(qname: System.Xml.XmlQualifiedName): System.Xml.Schema.SchemaElementDecl; //{ throw new Error("Not implemented.");} HasSchema(ns: string): boolean; //{ throw new Error("Not implemented.");} } export class SchemaNotation { Name: System.Xml.XmlQualifiedName; SystemLiteral: string; Pubid: string; private name: System.Xml.XmlQualifiedName; private systemLiteral: string; private pubid: string; } export class XmlSchema extends System.Xml.Schema.XmlSchemaObject { AttributeFormDefault: System.Xml.Schema.XmlSchemaForm; BlockDefault: System.Xml.Schema.XmlSchemaDerivationMethod; FinalDefault: System.Xml.Schema.XmlSchemaDerivationMethod; ElementFormDefault: System.Xml.Schema.XmlSchemaForm; TargetNamespace: string; Version: string; Includes: System.Xml.Schema.XmlSchemaObjectCollection; Items: System.Xml.Schema.XmlSchemaObjectCollection; IsCompiled: boolean; IsCompiledBySet: boolean; IsPreprocessed: boolean; IsRedefined: boolean; Attributes: System.Xml.Schema.XmlSchemaObjectTable; AttributeGroups: System.Xml.Schema.XmlSchemaObjectTable; SchemaTypes: System.Xml.Schema.XmlSchemaObjectTable; Elements: System.Xml.Schema.XmlSchemaObjectTable; Id: string; UnhandledAttributes: System.Xml.XmlAttribute[]; Groups: System.Xml.Schema.XmlSchemaObjectTable; Notations: System.Xml.Schema.XmlSchemaObjectTable; IdentityConstraints: System.Xml.Schema.XmlSchemaObjectTable; BaseUri: System.Uri; SchemaId: number; IsChameleon: boolean; Ids: System.Collections.Hashtable; Document: System.Xml.XmlDocument; ErrorCount: number; IdAttribute: string; NameTable: System.Xml.XmlNameTable; ImportedSchemas: System.Collections.ArrayList; ImportedNamespaces: System.Collections.ArrayList; private attributeFormDefault: System.Xml.Schema.XmlSchemaForm; private elementFormDefault: System.Xml.Schema.XmlSchemaForm; private blockDefault: System.Xml.Schema.XmlSchemaDerivationMethod; private finalDefault: System.Xml.Schema.XmlSchemaDerivationMethod; private targetNs: string; private version: string; private includes: System.Xml.Schema.XmlSchemaObjectCollection; private items: System.Xml.Schema.XmlSchemaObjectCollection; private id: string; private moreAttributes: System.Xml.XmlAttribute[]; private isCompiled: boolean; private isCompiledBySet: boolean; private isPreprocessed: boolean; private isRedefined: boolean; private errorCount: number; private attributes: System.Xml.Schema.XmlSchemaObjectTable; private attributeGroups: System.Xml.Schema.XmlSchemaObjectTable; private elements: System.Xml.Schema.XmlSchemaObjectTable; private types: System.Xml.Schema.XmlSchemaObjectTable; private groups: System.Xml.Schema.XmlSchemaObjectTable; private notations: System.Xml.Schema.XmlSchemaObjectTable; private identityConstraints: System.Xml.Schema.XmlSchemaObjectTable; private importedSchemas: System.Collections.ArrayList; private importedNamespaces: System.Collections.ArrayList; private schemaId: number; private baseUri: System.Uri; private isChameleon: boolean; private ids: System.Collections.Hashtable; private document: System.Xml.XmlDocument; private nameTable: System.Xml.XmlNameTable; private static globalIdCounter: number; AddAnnotation(annotation: System.Xml.Schema.XmlSchemaAnnotation): any; //{ throw new Error("Not implemented.");} Clone(): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} Compile(validationEventHandler: any): any; //{ throw new Error("Not implemented.");} Compile(validationEventHandler: any, resolver: System.Xml.XmlResolver): any; //{ throw new Error("Not implemented.");} CompileSchema(xsc: any, resolver: System.Xml.XmlResolver, schemaInfo: System.Xml.Schema.SchemaInfo, ns: string, validationEventHandler: any, nameTable: System.Xml.XmlNameTable, CompileContentModel: boolean): boolean; //{ throw new Error("Not implemented.");} CompileSchemaInSet(nameTable: System.Xml.XmlNameTable, eventHandler: any, compilationSettings: System.Xml.Schema.XmlSchemaCompilationSettings): any; //{ throw new Error("Not implemented.");} DeepClone(): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} GetExternalSchemasList(extList: System.Collections.IList, schema: System.Xml.Schema.XmlSchema): any; //{ throw new Error("Not implemented.");} Read(reader: any, validationEventHandler: any): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} Read(stream: System.IO.Stream, validationEventHandler: any): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} Read(reader: any, validationEventHandler: any): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} SetIsCompiled(isCompiled: boolean): any; //{ throw new Error("Not implemented.");} SetUnhandledAttributes(moreAttributes: System.Xml.XmlAttribute[]): any; //{ throw new Error("Not implemented.");} Write(writer: System.Xml.XmlWriter, namespaceManager: System.Xml.XmlNamespaceManager): any; //{ throw new Error("Not implemented.");} Write(writer: System.IO.TextWriter, namespaceManager: System.Xml.XmlNamespaceManager): any; //{ throw new Error("Not implemented.");} Write(writer: System.IO.TextWriter): any; //{ throw new Error("Not implemented.");} Write(stream: System.IO.Stream, namespaceManager: System.Xml.XmlNamespaceManager): any; //{ throw new Error("Not implemented.");} Write(stream: System.IO.Stream): any; //{ throw new Error("Not implemented.");} Write(writer: System.Xml.XmlWriter): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaAnnotated extends System.Xml.Schema.XmlSchemaObject { Id: string; Annotation: System.Xml.Schema.XmlSchemaAnnotation; UnhandledAttributes: System.Xml.XmlAttribute[]; IdAttribute: string; private id: string; private annotation: System.Xml.Schema.XmlSchemaAnnotation; private moreAttributes: System.Xml.XmlAttribute[]; AddAnnotation(annotation: System.Xml.Schema.XmlSchemaAnnotation): any; //{ throw new Error("Not implemented.");} SetUnhandledAttributes(moreAttributes: System.Xml.XmlAttribute[]): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaAnnotation extends System.Xml.Schema.XmlSchemaObject { Id: string; Items: System.Xml.Schema.XmlSchemaObjectCollection; UnhandledAttributes: System.Xml.XmlAttribute[]; IdAttribute: string; private id: string; private items: System.Xml.Schema.XmlSchemaObjectCollection; private moreAttributes: System.Xml.XmlAttribute[]; SetUnhandledAttributes(moreAttributes: System.Xml.XmlAttribute[]): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaAnyAttribute extends System.Xml.Schema.XmlSchemaAnnotated { Namespace: string; ProcessContents: System.Xml.Schema.XmlSchemaContentProcessing; NamespaceList: System.Xml.Schema.NamespaceList; ProcessContentsCorrect: System.Xml.Schema.XmlSchemaContentProcessing; private ns: string; private processContents: System.Xml.Schema.XmlSchemaContentProcessing; private namespaceList: System.Xml.Schema.NamespaceList; Allows(qname: System.Xml.XmlQualifiedName): boolean; //{ throw new Error("Not implemented.");} BuildNamespaceList(targetNamespace: string): any; //{ throw new Error("Not implemented.");} BuildNamespaceListV1Compat(targetNamespace: string): any; //{ throw new Error("Not implemented.");} Intersection(o1: System.Xml.Schema.XmlSchemaAnyAttribute, o2: System.Xml.Schema.XmlSchemaAnyAttribute, v1Compat: boolean): System.Xml.Schema.XmlSchemaAnyAttribute; //{ throw new Error("Not implemented.");} IsSubset(sub: System.Xml.Schema.XmlSchemaAnyAttribute, super: System.Xml.Schema.XmlSchemaAnyAttribute): boolean; //{ throw new Error("Not implemented.");} Union(o1: System.Xml.Schema.XmlSchemaAnyAttribute, o2: System.Xml.Schema.XmlSchemaAnyAttribute, v1Compat: boolean): System.Xml.Schema.XmlSchemaAnyAttribute; //{ throw new Error("Not implemented.");} } export class XmlSchemaAttribute extends System.Xml.Schema.XmlSchemaAnnotated { DefaultValue: string; FixedValue: string; Form: System.Xml.Schema.XmlSchemaForm; Name: string; RefName: System.Xml.XmlQualifiedName; SchemaTypeName: System.Xml.XmlQualifiedName; SchemaType: System.Xml.Schema.XmlSchemaSimpleType; Use: System.Xml.Schema.XmlSchemaUse; QualifiedName: System.Xml.XmlQualifiedName; AttributeType: any; AttributeSchemaType: System.Xml.Schema.XmlSchemaSimpleType; Datatype: System.Xml.Schema.XmlSchemaDatatype; AttDef: System.Xml.Schema.SchemaAttDef; HasDefault: boolean; NameAttribute: string; private defaultValue: string; private fixedValue: string; private name: string; private form: System.Xml.Schema.XmlSchemaForm; private use: System.Xml.Schema.XmlSchemaUse; private refName: System.Xml.XmlQualifiedName; private typeName: System.Xml.XmlQualifiedName; private qualifiedName: System.Xml.XmlQualifiedName; private type: System.Xml.Schema.XmlSchemaSimpleType; private attributeType: System.Xml.Schema.XmlSchemaSimpleType; private attDef: System.Xml.Schema.SchemaAttDef; Clone(): System.Xml.Schema.XmlSchemaObject; //{ throw new Error("Not implemented.");} SetAttributeType(value: System.Xml.Schema.XmlSchemaSimpleType): any; //{ throw new Error("Not implemented.");} SetQualifiedName(value: System.Xml.XmlQualifiedName): any; //{ throw new Error("Not implemented.");} Validate(reader: any, resolver: System.Xml.XmlResolver, schemaSet: System.Xml.Schema.XmlSchemaSet, valEventHandler: any): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaCompilationSettings { EnableUpaCheck: boolean; private enableUpaCheck: boolean; } export class XmlSchemaDatatype { ValueType: System.Type; TokenizedType: System.Xml.XmlTokenizedType; Variety: System.Xml.Schema.XmlSchemaDatatypeVariety; TypeCode: System.Xml.Schema.XmlTypeCode; HasLexicalFacets: boolean; HasValueFacets: boolean; ValueConverter: System.Xml.Schema.XmlValueConverter; Restriction: System.Xml.Schema.RestrictionFacets; FacetsChecker: System.Xml.Schema.FacetsChecker; BuiltInWhitespaceFacet: System.Xml.Schema.XmlSchemaWhiteSpace; TypeCodeString: string; ChangeType(value: any, targetType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: any, targetType: System.Type, namespaceResolver: System.Xml.IXmlNamespaceResolver): any; //{ throw new Error("Not implemented.");} Compare(value1: any, value2: any): number; //{ throw new Error("Not implemented.");} ConcatenatedToString(value: any): string; //{ throw new Error("Not implemented.");} DeriveByList(schemaType: System.Xml.Schema.XmlSchemaType): System.Xml.Schema.XmlSchemaDatatype; //{ throw new Error("Not implemented.");} DeriveByRestriction(facets: System.Xml.Schema.XmlSchemaObjectCollection, nameTable: System.Xml.XmlNameTable, schemaType: System.Xml.Schema.XmlSchemaType): System.Xml.Schema.XmlSchemaDatatype; //{ throw new Error("Not implemented.");} DeriveByUnion(types: any, schemaType: System.Xml.Schema.XmlSchemaType): System.Xml.Schema.XmlSchemaDatatype; //{ throw new Error("Not implemented.");} FromXdrName(name: string): System.Xml.Schema.XmlSchemaDatatype; //{ throw new Error("Not implemented.");} FromXmlTokenizedType(token: System.Xml.XmlTokenizedType): System.Xml.Schema.XmlSchemaDatatype; //{ throw new Error("Not implemented.");} FromXmlTokenizedTypeXsd(token: System.Xml.XmlTokenizedType): System.Xml.Schema.XmlSchemaDatatype; //{ throw new Error("Not implemented.");} IsComparable(dtype: System.Xml.Schema.XmlSchemaDatatype): boolean; //{ throw new Error("Not implemented.");} IsDerivedFrom(datatype: System.Xml.Schema.XmlSchemaDatatype): boolean; //{ throw new Error("Not implemented.");} IsEqual(o1: any, o2: any): boolean; //{ throw new Error("Not implemented.");} ParseValue(s: string, nameTable: System.Xml.XmlNameTable, nsmgr: System.Xml.IXmlNamespaceResolver): any; //{ throw new Error("Not implemented.");} ParseValue(s: string, nameTable: System.Xml.XmlNameTable, nsmgr: System.Xml.IXmlNamespaceResolver, createAtomicValue: boolean): any; //{ throw new Error("Not implemented.");} ParseValue(s: string, typDest: System.Type, nameTable: System.Xml.XmlNameTable, nsmgr: System.Xml.IXmlNamespaceResolver): any; //{ throw new Error("Not implemented.");} TryParseValue(value: any, nameTable: System.Xml.XmlNameTable, namespaceResolver: System.Xml.IXmlNamespaceResolver, typedValue: any): System.Exception; //{ throw new Error("Not implemented.");} TryParseValue(s: string, nameTable: System.Xml.XmlNameTable, nsmgr: System.Xml.IXmlNamespaceResolver, typedValue: any): System.Exception; //{ throw new Error("Not implemented.");} TypeCodeToString(typeCode: System.Xml.Schema.XmlTypeCode): string; //{ throw new Error("Not implemented.");} VerifySchemaValid(notations: System.Xml.Schema.XmlSchemaObjectTable, caller: System.Xml.Schema.XmlSchemaObject): any; //{ throw new Error("Not implemented.");} XdrCanonizeUri(uri: string, nameTable: System.Xml.XmlNameTable, schemaNames: any): string; //{ throw new Error("Not implemented.");} } export class XmlSchemaElement extends System.Xml.Schema.XmlSchemaParticle { IsAbstract: boolean; Block: System.Xml.Schema.XmlSchemaDerivationMethod; DefaultValue: string; Final: System.Xml.Schema.XmlSchemaDerivationMethod; FixedValue: string; Form: System.Xml.Schema.XmlSchemaForm; Name: string; IsNillable: boolean; HasNillableAttribute: boolean; HasAbstractAttribute: boolean; RefName: System.Xml.XmlQualifiedName; SubstitutionGroup: System.Xml.XmlQualifiedName; SchemaTypeName: System.Xml.XmlQualifiedName; SchemaType: System.Xml.Schema.XmlSchemaType; Constraints: System.Xml.Schema.XmlSchemaObjectCollection; QualifiedName: System.Xml.XmlQualifiedName; ElementType: any; ElementSchemaType: System.Xml.Schema.XmlSchemaType; BlockResolved: System.Xml.Schema.XmlSchemaDerivationMethod; FinalResolved: System.Xml.Schema.XmlSchemaDerivationMethod; HasDefault: boolean; HasConstraints: boolean; IsLocalTypeDerivationChecked: boolean; ElementDecl: System.Xml.Schema.SchemaElementDecl; NameAttribute: string; NameString: string; private isAbstract: boolean; private hasAbstractAttribute: boolean; private isNillable: boolean; private hasNillableAttribute: boolean; private isLocalTypeDerivationChecked: boolean; private block: System.Xml.Schema.XmlSchemaDerivationMethod; private final: System.Xml.Schema.XmlSchemaDerivationMethod; private form: System.Xml.Schema.XmlSchemaForm; private defaultValue: string; private fixedValue: string; private name: string; private refName: System.Xml.XmlQualifiedName; private substitutionGroup: System.Xml.XmlQualifiedName; private typeName: System.Xml.XmlQualifiedName; private type: System.Xml.Schema.XmlSchemaType; private qualifiedName: System.Xml.XmlQualifiedName; private elementType: System.Xml.Schema.XmlSchemaType; private blockResolved: System.Xml.Schema.XmlSchemaDerivationMethod; private finalResolved: System.Xml.Schema.XmlSchemaDerivationMethod; private constraints: System.Xml.Schema.XmlSchemaObjectCollection; private elementDecl: System.Xml.Schema.SchemaElementDecl; Clone(): System.Xml.Schema.XmlSchemaObject; //{ throw new Error("Not implemented.");} Clone(parentSchema: System.Xml.Schema.XmlSchema): System.Xml.Schema.XmlSchemaObject; //{ throw new Error("Not implemented.");} SetBlockResolved(value: System.Xml.Schema.XmlSchemaDerivationMethod): any; //{ throw new Error("Not implemented.");} SetElementType(value: System.Xml.Schema.XmlSchemaType): any; //{ throw new Error("Not implemented.");} SetFinalResolved(value: System.Xml.Schema.XmlSchemaDerivationMethod): any; //{ throw new Error("Not implemented.");} SetQualifiedName(value: System.Xml.XmlQualifiedName): any; //{ throw new Error("Not implemented.");} Validate(reader: any, resolver: System.Xml.XmlResolver, schemaSet: System.Xml.Schema.XmlSchemaSet, valEventHandler: any): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaObject { LineNumber: number; LinePosition: number; SourceUri: string; Parent: System.Xml.Schema.XmlSchemaObject; Namespaces: System.Xml.Serialization.XmlSerializerNamespaces; IdAttribute: string; NameAttribute: string; IsProcessing: boolean; private lineNum: number; private linePos: number; private sourceUri: string; private namespaces: System.Xml.Serialization.XmlSerializerNamespaces; private parent: System.Xml.Schema.XmlSchemaObject; private isProcessing: boolean; AddAnnotation(annotation: System.Xml.Schema.XmlSchemaAnnotation): any; //{ throw new Error("Not implemented.");} Clone(): System.Xml.Schema.XmlSchemaObject; //{ throw new Error("Not implemented.");} OnAdd(container: System.Xml.Schema.XmlSchemaObjectCollection, item: any): any; //{ throw new Error("Not implemented.");} OnClear(container: System.Xml.Schema.XmlSchemaObjectCollection): any; //{ throw new Error("Not implemented.");} OnRemove(container: System.Xml.Schema.XmlSchemaObjectCollection, item: any): any; //{ throw new Error("Not implemented.");} SetUnhandledAttributes(moreAttributes: System.Xml.XmlAttribute[]): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaObjectCollection extends System.Collections.CollectionBase { Item: System.Xml.Schema.XmlSchemaObject; private parent: System.Xml.Schema.XmlSchemaObject; Add(item: System.Xml.Schema.XmlSchemaObject): number; //{ throw new Error("Not implemented.");} Add(collToAdd: System.Xml.Schema.XmlSchemaObjectCollection): any; //{ throw new Error("Not implemented.");} Clone(): System.Xml.Schema.XmlSchemaObjectCollection; //{ throw new Error("Not implemented.");} Contains(item: System.Xml.Schema.XmlSchemaObject): boolean; //{ throw new Error("Not implemented.");} CopyTo(array: any, index: number): any; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} IndexOf(item: System.Xml.Schema.XmlSchemaObject): number; //{ throw new Error("Not implemented.");} Insert(index: number, item: System.Xml.Schema.XmlSchemaObject): any; //{ throw new Error("Not implemented.");} OnClear(): any; //{ throw new Error("Not implemented.");} OnInsert(index: number, item: any): any; //{ throw new Error("Not implemented.");} OnRemove(index: number, item: any): any; //{ throw new Error("Not implemented.");} OnSet(index: number, oldValue: any, newValue: any): any; //{ throw new Error("Not implemented.");} Remove(item: System.Xml.Schema.XmlSchemaObject): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaObjectTable { Count: number; Item: System.Xml.Schema.XmlSchemaObject; Names: System.Collections.ICollection; Values: System.Collections.ICollection; private table: System.Collections.Generic.Dictionary; private entries: System.Collections.Generic.List; Add(name: System.Xml.XmlQualifiedName, value: System.Xml.Schema.XmlSchemaObject): any; //{ throw new Error("Not implemented.");} Clear(): any; //{ throw new Error("Not implemented.");} Contains(name: System.Xml.XmlQualifiedName): boolean; //{ throw new Error("Not implemented.");} FindIndexByValue(xso: System.Xml.Schema.XmlSchemaObject): number; //{ throw new Error("Not implemented.");} GetEnumerator(): any; //{ throw new Error("Not implemented.");} Insert(name: System.Xml.XmlQualifiedName, value: System.Xml.Schema.XmlSchemaObject): any; //{ throw new Error("Not implemented.");} Remove(name: System.Xml.XmlQualifiedName): any; //{ throw new Error("Not implemented.");} Replace(name: System.Xml.XmlQualifiedName, value: System.Xml.Schema.XmlSchemaObject): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaParticle extends System.Xml.Schema.XmlSchemaAnnotated { MinOccursString: string; MaxOccursString: string; MinOccurs: number; MaxOccurs: number; IsEmpty: boolean; IsMultipleOccurrence: boolean; NameString: string; private minOccurs: number; private maxOccurs: number; private flags: System.Xml.Schema.XmlSchemaParticle.Occurs; static Empty: System.Xml.Schema.XmlSchemaParticle; GetQualifiedName(): System.Xml.XmlQualifiedName; //{ throw new Error("Not implemented.");} } export class XmlSchemaSet { InternalSyncObject: any; NameTable: System.Xml.XmlNameTable; IsCompiled: boolean; XmlResolver: System.Xml.XmlResolver; CompilationSettings: System.Xml.Schema.XmlSchemaCompilationSettings; Count: number; GlobalElements: System.Xml.Schema.XmlSchemaObjectTable; GlobalAttributes: System.Xml.Schema.XmlSchemaObjectTable; GlobalTypes: System.Xml.Schema.XmlSchemaObjectTable; SubstitutionGroups: System.Xml.Schema.XmlSchemaObjectTable; SchemaLocations: System.Collections.Hashtable; TypeExtensions: System.Xml.Schema.XmlSchemaObjectTable; CompiledInfo: System.Xml.Schema.SchemaInfo; ReaderSettings: System.Xml.XmlReaderSettings; SortedSchemas: System.Collections.SortedList; CompileAll: boolean; private nameTable: System.Xml.XmlNameTable; private schemaNames: any; private schemas: System.Collections.SortedList; private internalEventHandler: any; private eventHandler: any; private isCompiled: boolean; private schemaLocations: System.Collections.Hashtable; private chameleonSchemas: System.Collections.Hashtable; private targetNamespaces: System.Collections.Hashtable; private compileAll: boolean; private cachedCompiledInfo: System.Xml.Schema.SchemaInfo; private readerSettings: System.Xml.XmlReaderSettings; private schemaForSchema: System.Xml.Schema.XmlSchema; private compilationSettings: System.Xml.Schema.XmlSchemaCompilationSettings; elements: System.Xml.Schema.XmlSchemaObjectTable; attributes: System.Xml.Schema.XmlSchemaObjectTable; schemaTypes: System.Xml.Schema.XmlSchemaObjectTable; substitutionGroups: System.Xml.Schema.XmlSchemaObjectTable; private typeExtensions: System.Xml.Schema.XmlSchemaObjectTable; private internalSyncObject: any; Add(targetNamespace: string, schemaUri: string): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} Add(targetNamespace: string, schemaDocument: any): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} Add(schemas: System.Xml.Schema.XmlSchemaSet): any; //{ throw new Error("Not implemented.");} Add(schema: System.Xml.Schema.XmlSchema): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} Add(targetNamespace: string, schema: System.Xml.Schema.XmlSchema): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} Add(targetNamespace: string, reader: any, validatedNamespaces: System.Collections.Hashtable): any; //{ throw new Error("Not implemented.");} AddSchemaToSet(schema: System.Xml.Schema.XmlSchema): any; //{ throw new Error("Not implemented.");} AddToTable(table: System.Xml.Schema.XmlSchemaObjectTable, qname: System.Xml.XmlQualifiedName, item: System.Xml.Schema.XmlSchemaObject): boolean; //{ throw new Error("Not implemented.");} ClearTables(): any; //{ throw new Error("Not implemented.");} Compile(): any; //{ throw new Error("Not implemented.");} Contains(targetNamespace: string): boolean; //{ throw new Error("Not implemented.");} Contains(schema: System.Xml.Schema.XmlSchema): boolean; //{ throw new Error("Not implemented.");} CopyFromCompiledSet(otherSet: System.Xml.Schema.XmlSchemaSet): any; //{ throw new Error("Not implemented.");} CopyTo(schemas: any, index: number): any; //{ throw new Error("Not implemented.");} FindSchemaByNSAndUrl(schemaUri: System.Uri, ns: string, locationsTable: any): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} GetEventHandler(): any; //{ throw new Error("Not implemented.");} GetResolver(): System.Xml.XmlResolver; //{ throw new Error("Not implemented.");} GetSchemaByUri(schemaUri: System.Uri, schema: any): boolean; //{ throw new Error("Not implemented.");} GetSchemaNames(nt: System.Xml.XmlNameTable): any; //{ throw new Error("Not implemented.");} GetTargetNamespace(schema: System.Xml.Schema.XmlSchema): string; //{ throw new Error("Not implemented.");} InternalValidationCallback(sender: any, e: any): any; //{ throw new Error("Not implemented.");} IsSchemaLoaded(schemaUri: System.Uri, targetNamespace: string, schema: any): boolean; //{ throw new Error("Not implemented.");} ParseSchema(targetNamespace: string, reader: any): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} PreprocessSchema(schema: any, targetNamespace: string): boolean; //{ throw new Error("Not implemented.");} ProcessNewSubstitutionGroups(substitutionGroupsTable: System.Xml.Schema.XmlSchemaObjectTable, resolve: boolean): any; //{ throw new Error("Not implemented.");} Remove(schema: System.Xml.Schema.XmlSchema): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} Remove(schema: System.Xml.Schema.XmlSchema, forceCompile: boolean): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} RemoveRecursive(schemaToRemove: System.Xml.Schema.XmlSchema): boolean; //{ throw new Error("Not implemented.");} RemoveSchemaFromCaches(schema: System.Xml.Schema.XmlSchema): any; //{ throw new Error("Not implemented.");} RemoveSchemaFromGlobalTables(schema: System.Xml.Schema.XmlSchema): any; //{ throw new Error("Not implemented.");} Reprocess(schema: System.Xml.Schema.XmlSchema): System.Xml.Schema.XmlSchema; //{ throw new Error("Not implemented.");} ResolveSubstitutionGroup(substitutionGroup: any, substTable: System.Xml.Schema.XmlSchemaObjectTable): any; //{ throw new Error("Not implemented.");} Schemas(): System.Collections.ICollection; //{ throw new Error("Not implemented.");} Schemas(targetNamespace: string): System.Collections.ICollection; //{ throw new Error("Not implemented.");} SendValidationEvent(e: any, severity: System.Xml.Schema.XmlSeverityType): any; //{ throw new Error("Not implemented.");} SetDtdProcessing(reader: any): any; //{ throw new Error("Not implemented.");} VerifyTables(): any; //{ throw new Error("Not implemented.");} } export class XmlSchemaSimpleType extends System.Xml.Schema.XmlSchemaType { Content: System.Xml.Schema.XmlSchemaSimpleTypeContent; DerivedFrom: System.Xml.XmlQualifiedName; private content: System.Xml.Schema.XmlSchemaSimpleTypeContent; Clone(): System.Xml.Schema.XmlSchemaObject; //{ throw new Error("Not implemented.");} } export class XmlSchemaSimpleTypeContent extends System.Xml.Schema.XmlSchemaAnnotated { } export class XmlSchemaType extends System.Xml.Schema.XmlSchemaAnnotated { Name: string; Final: System.Xml.Schema.XmlSchemaDerivationMethod; QualifiedName: System.Xml.XmlQualifiedName; FinalResolved: System.Xml.Schema.XmlSchemaDerivationMethod; BaseSchemaType: any; BaseXmlSchemaType: System.Xml.Schema.XmlSchemaType; DerivedBy: System.Xml.Schema.XmlSchemaDerivationMethod; Datatype: System.Xml.Schema.XmlSchemaDatatype; IsMixed: boolean; TypeCode: System.Xml.Schema.XmlTypeCode; ValueConverter: System.Xml.Schema.XmlValueConverter; SchemaContentType: System.Xml.Schema.XmlSchemaContentType; ElementDecl: System.Xml.Schema.SchemaElementDecl; Redefined: System.Xml.Schema.XmlSchemaType; DerivedFrom: System.Xml.XmlQualifiedName; NameAttribute: string; private name: string; private final: System.Xml.Schema.XmlSchemaDerivationMethod; private derivedBy: System.Xml.Schema.XmlSchemaDerivationMethod; private baseSchemaType: System.Xml.Schema.XmlSchemaType; private datatype: System.Xml.Schema.XmlSchemaDatatype; private finalResolved: System.Xml.Schema.XmlSchemaDerivationMethod; private elementDecl: System.Xml.Schema.SchemaElementDecl; private qname: System.Xml.XmlQualifiedName; private redefined: System.Xml.Schema.XmlSchemaType; private contentType: System.Xml.Schema.XmlSchemaContentType; GetBuiltInComplexType(typeCode: System.Xml.Schema.XmlTypeCode): any; //{ throw new Error("Not implemented.");} GetBuiltInComplexType(qualifiedName: System.Xml.XmlQualifiedName): any; //{ throw new Error("Not implemented.");} GetBuiltInSimpleType(qualifiedName: System.Xml.XmlQualifiedName): System.Xml.Schema.XmlSchemaSimpleType; //{ throw new Error("Not implemented.");} GetBuiltInSimpleType(typeCode: System.Xml.Schema.XmlTypeCode): System.Xml.Schema.XmlSchemaSimpleType; //{ throw new Error("Not implemented.");} IsDerivedFrom(derivedType: System.Xml.Schema.XmlSchemaType, baseType: System.Xml.Schema.XmlSchemaType, except: System.Xml.Schema.XmlSchemaDerivationMethod): boolean; //{ throw new Error("Not implemented.");} IsDerivedFromDatatype(derivedDataType: System.Xml.Schema.XmlSchemaDatatype, baseDataType: System.Xml.Schema.XmlSchemaDatatype, except: System.Xml.Schema.XmlSchemaDerivationMethod): boolean; //{ throw new Error("Not implemented.");} SetBaseSchemaType(value: System.Xml.Schema.XmlSchemaType): any; //{ throw new Error("Not implemented.");} SetContentType(value: System.Xml.Schema.XmlSchemaContentType): any; //{ throw new Error("Not implemented.");} SetDatatype(value: System.Xml.Schema.XmlSchemaDatatype): any; //{ throw new Error("Not implemented.");} SetDerivedBy(value: System.Xml.Schema.XmlSchemaDerivationMethod): any; //{ throw new Error("Not implemented.");} SetFinalResolved(value: System.Xml.Schema.XmlSchemaDerivationMethod): any; //{ throw new Error("Not implemented.");} SetQualifiedName(value: System.Xml.XmlQualifiedName): any; //{ throw new Error("Not implemented.");} Validate(reader: any, resolver: System.Xml.XmlResolver, schemaSet: System.Xml.Schema.XmlSchemaSet, valEventHandler: any): any; //{ throw new Error("Not implemented.");} } export class XmlValueConverter { ChangeType(value: any, destinationType: System.Type, nsResolver: System.Xml.IXmlNamespaceResolver): any; //{ throw new Error("Not implemented.");} ChangeType(value: string, destinationType: System.Type, nsResolver: System.Xml.IXmlNamespaceResolver): any; //{ throw new Error("Not implemented.");} ChangeType(value: string, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: Date, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: Date, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: number, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: number, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: number, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: number, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: number, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: boolean, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ChangeType(value: any, destinationType: System.Type): any; //{ throw new Error("Not implemented.");} ToBoolean(value: boolean): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: any): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: number): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: number): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: number): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: number): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: Date): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: Date): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: string): boolean; //{ throw new Error("Not implemented.");} ToBoolean(value: number): boolean; //{ throw new Error("Not implemented.");} ToDateTime(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: boolean): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: Date): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: string): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: any): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: Date): Date; //{ throw new Error("Not implemented.");} ToDateTime(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: boolean): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: number): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: Date): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: Date): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: string): Date; //{ throw new Error("Not implemented.");} ToDateTimeOffset(value: any): Date; //{ throw new Error("Not implemented.");} ToDecimal(value: Date): number; //{ throw new Error("Not implemented.");} ToDecimal(value: string): number; //{ throw new Error("Not implemented.");} ToDecimal(value: boolean): number; //{ throw new Error("Not implemented.");} ToDecimal(value: number): number; //{ throw new Error("Not implemented.");} ToDecimal(value: number): number; //{ throw new Error("Not implemented.");} ToDecimal(value: number): number; //{ throw new Error("Not implemented.");} ToDecimal(value: number): number; //{ throw new Error("Not implemented.");} ToDecimal(value: number): number; //{ throw new Error("Not implemented.");} ToDecimal(value: Date): number; //{ throw new Error("Not implemented.");} ToDecimal(value: any): number; //{ throw new Error("Not implemented.");} ToDouble(value: number): number; //{ throw new Error("Not implemented.");} ToDouble(value: boolean): number; //{ throw new Error("Not implemented.");} ToDouble(value: any): number; //{ throw new Error("Not implemented.");} ToDouble(value: string): number; //{ throw new Error("Not implemented.");} ToDouble(value: number): number; //{ throw new Error("Not implemented.");} ToDouble(value: Date): number; //{ throw new Error("Not implemented.");} ToDouble(value: number): number; //{ throw new Error("Not implemented.");} ToDouble(value: number): number; //{ throw new Error("Not implemented.");} ToDouble(value: number): number; //{ throw new Error("Not implemented.");} ToDouble(value: Date): number; //{ throw new Error("Not implemented.");} ToInt32(value: number): number; //{ throw new Error("Not implemented.");} ToInt32(value: number): number; //{ throw new Error("Not implemented.");} ToInt32(value: number): number; //{ throw new Error("Not implemented.");} ToInt32(value: number): number; //{ throw new Error("Not implemented.");} ToInt32(value: Date): number; //{ throw new Error("Not implemented.");} ToInt32(value: Date): number; //{ throw new Error("Not implemented.");} ToInt32(value: string): number; //{ throw new Error("Not implemented.");} ToInt32(value: any): number; //{ throw new Error("Not implemented.");} ToInt32(value: number): number; //{ throw new Error("Not implemented.");} ToInt32(value: boolean): number; //{ throw new Error("Not implemented.");} ToInt64(value: number): number; //{ throw new Error("Not implemented.");} ToInt64(value: boolean): number; //{ throw new Error("Not implemented.");} ToInt64(value: number): number; //{ throw new Error("Not implemented.");} ToInt64(value: number): number; //{ throw new Error("Not implemented.");} ToInt64(value: Date): number; //{ throw new Error("Not implemented.");} ToInt64(value: Date): number; //{ throw new Error("Not implemented.");} ToInt64(value: string): number; //{ throw new Error("Not implemented.");} ToInt64(value: any): number; //{ throw new Error("Not implemented.");} ToInt64(value: number): number; //{ throw new Error("Not implemented.");} ToInt64(value: number): number; //{ throw new Error("Not implemented.");} ToSingle(value: string): number; //{ throw new Error("Not implemented.");} ToSingle(value: number): number; //{ throw new Error("Not implemented.");} ToSingle(value: boolean): number; //{ throw new Error("Not implemented.");} ToSingle(value: number): number; //{ throw new Error("Not implemented.");} ToSingle(value: number): number; //{ throw new Error("Not implemented.");} ToSingle(value: number): number; //{ throw new Error("Not implemented.");} ToSingle(value: number): number; //{ throw new Error("Not implemented.");} ToSingle(value: Date): number; //{ throw new Error("Not implemented.");} ToSingle(value: Date): number; //{ throw new Error("Not implemented.");} ToSingle(value: any): number; //{ throw new Error("Not implemented.");} ToString(value: number): string; //{ throw new Error("Not implemented.");} ToString(value: boolean): string; //{ throw new Error("Not implemented.");} ToString(value: any, nsResolver: System.Xml.IXmlNamespaceResolver): string; //{ throw new Error("Not implemented.");} ToString(value: any): string; //{ throw new Error("Not implemented.");} ToString(value: string, nsResolver: System.Xml.IXmlNamespaceResolver): string; //{ throw new Error("Not implemented.");} ToString(value: string): string; //{ throw new Error("Not implemented.");} ToString(value: Date): string; //{ throw new Error("Not implemented.");} ToString(value: Date): string; //{ throw new Error("Not implemented.");} ToString(value: number): string; //{ throw new Error("Not implemented.");} ToString(value: number): string; //{ throw new Error("Not implemented.");} ToString(value: number): string; //{ throw new Error("Not implemented.");} ToString(value: number): string; //{ throw new Error("Not implemented.");} } } declare module System.Xml.Schema.NamespaceList { } declare module System.Xml.Schema.SchemaAttDef { } declare module System.Xml.Schema.SchemaDeclBase { } declare module System.Xml.Serialization { export class XmlSerializerNamespaces { Count: number; NamespaceList: System.Collections.ArrayList; Namespaces: System.Collections.Hashtable; private namespaces: System.Collections.Hashtable; Add(prefix: string, ns: string): any; //{ throw new Error("Not implemented.");} AddInternal(prefix: string, ns: string): any; //{ throw new Error("Not implemented.");} LookupPrefix(ns: string): string; //{ throw new Error("Not implemented.");} ToArray(): any; //{ throw new Error("Not implemented.");} } } declare module System.Xml.XPath { }