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// <auto-generated>
using System.Reflection;
namespace FxResources.dotnet.svcutil.xmlserializer
{
internal static class SR { }
}
namespace System
{
internal static partial class SR
{
private static global::System.Resources.ResourceManager s_resourceManager;
internal static global::System.Resources.ResourceManager ResourceManager => s_resourceManager ?? (s_resourceManager = new global::System.Resources.ResourceManager(typeof(FxResources.dotnet.svcutil.xmlserializer.SR)));
internal static global::System.Globalization.CultureInfo Culture { get; set; }
#if !NET20
[global::System.Runtime.CompilerServices.MethodImpl(global::System.Runtime.CompilerServices.MethodImplOptions.AggressiveInlining)]
#endif
internal static string GetResourceString(string resourceKey, string defaultValue = null) => ResourceManager.GetString(resourceKey, Culture);
/// <summary>Microsoft (R) dotnet-svcutil.xmlserializer tool, Version {0}.
/// [{1}]
/// {2}</summary>
internal static string @Logo => GetResourceString("Logo");
/// <summary>USES:</summary>
internal static string @HelpUsage1 => GetResourceString("HelpUsage1");
/// <summary>- Generate code from running services or static metadata documents.</summary>
internal static string @HelpUsage2 => GetResourceString("HelpUsage2");
/// <summary>- Export metadata documents from compiled code.</summary>
internal static string @HelpUsage3 => GetResourceString("HelpUsage3");
/// <summary>- Validate compiled service code.</summary>
internal static string @HelpUsage4 => GetResourceString("HelpUsage4");
/// <summary>- Download metadata documents from running services.</summary>
internal static string @HelpUsage5 => GetResourceString("HelpUsage5");
/// <summary>- Pre-generate serialization code.</summary>
internal static string @HelpUsage6 => GetResourceString("HelpUsage6");
/// <summary>-= EXAMPLES =-</summary>
internal static string @HelpExamples => GetResourceString("HelpExamples");
/// <summary>svcutil myContractLibrary.exe</summary>
internal static string @HelpExamples1 => GetResourceString("HelpExamples1");
/// <summary>- Generate serialization types for XmlSerializer types used by any Service Contracts in the assembly</summary>
internal static string @HelpExamples2 => GetResourceString("HelpExamples2");
/// <summary>-= COMMON OPTIONS =-</summary>
internal static string @HelpCommonOptionsCategory => GetResourceString("HelpCommonOptionsCategory");
/// <summary>-= METADATA EXPORT =-</summary>
internal static string @HelpMetadataExportCategory => GetResourceString("HelpMetadataExportCategory");
/// <summary>Description: {0} can export metadata for services, contracts and data types in compiled assemblies. To export metadata for a service, you must use the --{1} option to indicate the service you would like to export. To export all Data Contract types within a ...</summary>
internal static string @HelpMetadataExportDescription => GetResourceString("HelpMetadataExportDescription");
/// <summary>Syntax: {0} [--{1}:{2}] [--{3}:{4}] [--{5}] {6}*</summary>
internal static string @HelpMetadataExportSyntax => GetResourceString("HelpMetadataExportSyntax");
/// <summary>The path to an assembly that contains services, contracts or Data Contract types to be exported. Standard command-line wildcards can be used to provide multiple files as input.</summary>
internal static string @HelpMetadataExportSyntaxInput1 => GetResourceString("HelpMetadataExportSyntaxInput1");
/// <summary>-= CODE GENERATION =-</summary>
internal static string @HelpCodeGenerationCategory => GetResourceString("HelpCodeGenerationCategory");
/// <summary>Description: {0} can generate code for service contracts, clients and data types from metadata documents. These metadata documents can be on disk or retrieved online. Online retrieval follows either the WS-Metadata Exchange protocol or the DISCO protocol.</summary>
internal static string @HelpCodeGenerationDescription => GetResourceString("HelpCodeGenerationDescription");
/// <summary>Syntax: {0} [-{1}:{2}] {3}* | {4}* | {5}</summary>
internal static string @HelpCodeGenerationAbbreviationSyntax => GetResourceString("HelpCodeGenerationAbbreviationSyntax");
/// <summary>The path to a metadata document (wsdl or xsd). Standard command-line wildcards can be used in the file path.</summary>
internal static string @HelpCodeGenerationSyntaxInput1 => GetResourceString("HelpCodeGenerationSyntaxInput1");
/// <summary>The URL to a service endpoint that provides metadata or to a metadata document hosted online. For more information on how these documents are retrieved see the Metadata Download section.</summary>
internal static string @HelpCodeGenerationSyntaxInput2 => GetResourceString("HelpCodeGenerationSyntaxInput2");
/// <summary>The path to an XML file that contains a WS-Addressing EndpointReference for a service endpoint that supports WS-Metadata Exchange. For more information see the Metadata Download section.</summary>
internal static string @HelpCodeGenerationSyntaxInput3 => GetResourceString("HelpCodeGenerationSyntaxInput3");
/// <summary>-= METADATA DOWNLOAD =-</summary>
internal static string @HelpMetadataDownloadCategory => GetResourceString("HelpMetadataDownloadCategory");
/// <summary>Description: {0} can be used to download metadata from running services and save the metadata to local files. To download metadata, you must explicitly specify the --{1}:{2} option. Otherwise, client code will be generated. For http and https URL schemes s ...</summary>
internal static string @HelpMetadataDownloadDescription => GetResourceString("HelpMetadataDownloadDescription");
/// <summary>Syntax: {0} --{1}:{2} {3}* | {4}</summary>
internal static string @HelpMetadataDownloadSyntax => GetResourceString("HelpMetadataDownloadSyntax");
/// <summary>The URL to a service endpoint that provides metadata or an URL that points to a metadata document hosted online.</summary>
internal static string @HelpMetadataDownloadSyntaxInput1 => GetResourceString("HelpMetadataDownloadSyntaxInput1");
/// <summary>The path to an XML file that contains a WS-Addressing EndpointReference for a service endpoint that supports WS-Metadata Exchange.</summary>
internal static string @HelpMetadataDownloadSyntaxInput2 => GetResourceString("HelpMetadataDownloadSyntaxInput2");
/// <summary>-= XMLSERIALIZER TYPE GENERATION =-</summary>
internal static string @HelpXmlSerializerTypeGenerationCategory => GetResourceString("HelpXmlSerializerTypeGenerationCategory");
/// <summary>Description: {0} can pre-generate C# serialization code that is required for types that can be serialized using the XmlSerializer. {0} will only generate code for types used by Service Contracts found in the input assemblies.</summary>
internal static string @HelpXmlSerializerTypeGenerationDescription => GetResourceString("HelpXmlSerializerTypeGenerationDescription");
/// <summary>Syntax: {0} {1}*</summary>
internal static string @HelpXmlSerializerTypeGenerationSyntax => GetResourceString("HelpXmlSerializerTypeGenerationSyntax");
/// <summary>The path to an assembly containing Service Contract types. Serialization types will be generated for all Xml Serializable types in each contract</summary>
internal static string @HelpXmlSerializerTypeGenerationSyntaxInput1 => GetResourceString("HelpXmlSerializerTypeGenerationSyntaxInput1");
/// <summary>Add the specified assembly to the set of assemblies used for resolving type references. (Short Form: -{0})</summary>
internal static string @HelpXmlSerializerTypeGenerationSyntaxInput2 => GetResourceString("HelpXmlSerializerTypeGenerationSyntaxInput2");
/// <summary>Fully-qualified or assembly-qualified type name to exclude from export or validation. This option can be used when exporting metadata for a service or a set of service contracts to exclude types from being exported. (Short Form: -{0})</summary>
internal static string @HelpXmlSerializerTypeGenerationSyntaxInput3 => GetResourceString("HelpXmlSerializerTypeGenerationSyntaxInput3");
/// <summary>Filename for the generated code. This option will be ignored when multiple assemblies are passed as input to the tool. Default: derived from the assembly name. (Short Form: -{0})</summary>
internal static string @HelpXmlSerializerTypeGenerationSyntaxInput4 => GetResourceString("HelpXmlSerializerTypeGenerationSyntaxInput4");
/// <summary>-= SERVICE VALIDATION =-</summary>
internal static string @HelpValidationCategory => GetResourceString("HelpValidationCategory");
/// <summary>Description: Validation is useful to detect errors in service implementations without hosting the service. You must use the --{0} option to indicate the service you would like to validate.</summary>
internal static string @HelpValidationDescription => GetResourceString("HelpValidationDescription");
/// <summary>Syntax: {0} --{1} --{2}:{3} {4}*</summary>
internal static string @HelpValidationSyntax => GetResourceString("HelpValidationSyntax");
/// <summary>The path to an assembly containing service types to be validated. The assembly must have an associated config file to provide service configuration. Standard command-line wildcards can be used to provide multiple assemblies.</summary>
internal static string @HelpValidationSyntaxInput1 => GetResourceString("HelpValidationSyntaxInput1");
/// <summary>Options:</summary>
internal static string @HelpOptions => GetResourceString("HelpOptions");
/// <summary><assemblyPath></summary>
internal static string @HelpInputAssemblyPath => GetResourceString("HelpInputAssemblyPath");
/// <summary><url></summary>
internal static string @HelpInputUrl => GetResourceString("HelpInputUrl");
/// <summary><epr></summary>
internal static string @HelpInputEpr => GetResourceString("HelpInputEpr");
/// <summary><metadataDocumentPath></summary>
internal static string @HelpInputMetadataDocumentPath => GetResourceString("HelpInputMetadataDocumentPath");
/// <summary><file></summary>
internal static string @ParametersOut => GetResourceString("ParametersOut");
/// <summary><string,string></summary>
internal static string @ParametersNamespace => GetResourceString("ParametersNamespace");
/// <summary><directory></summary>
internal static string @ParametersDirectory => GetResourceString("ParametersDirectory");
/// <summary><language></summary>
internal static string @ParametersLanguage => GetResourceString("ParametersLanguage");
/// <summary><file path></summary>
internal static string @ParametersReference => GetResourceString("ParametersReference");
/// <summary><type></summary>
internal static string @ParametersExcludeType => GetResourceString("ParametersExcludeType");
/// <summary><type></summary>
internal static string @ParametersCollectionType => GetResourceString("ParametersCollectionType");
/// <summary><enum></summary>
internal static string @ParametersTarget => GetResourceString("ParametersTarget");
/// <summary><output type></summary>
internal static string @ParametersOutputType => GetResourceString("ParametersOutputType");
/// <summary>Suppress the copyright and banner message.</summary>
internal static string @HelpNologo => GetResourceString("HelpNologo");
/// <summary>Directory to create files in (default: current directory) (Short Form: -{0})</summary>
internal static string @HelpDirectory => GetResourceString("HelpDirectory");
/// <summary>The filename for the generated code. Default: derived from the WSDL definition name, WSDL service name or targetNamespace of one of the schemas. (Short Form: -{0})</summary>
internal static string @HelpOut => GetResourceString("HelpOut");
/// <summary>Reference types in the specified assembly. When generating clients, use this option to specify assemblies that might contain types representing the metadata being imported. (Short Form: -{0})</summary>
internal static string @HelpReferenceCodeGeneration => GetResourceString("HelpReferenceCodeGeneration");
/// <summary>Add the specified assembly to the set of assemblies used for resolving type references. If you are exporting or validating a service that uses 3rd-party extensions (Behaviors, Bindings and BindingElements) registered in config use this option to locate ext ...</summary>
internal static string @HelpReferenceOther => GetResourceString("HelpReferenceOther");
/// <summary>Do not reference standard libraries. By default mscorlib.dll and system.servicemodel.dll are referenced.</summary>
internal static string @HelpNostdlib => GetResourceString("HelpNostdlib");
/// <summary>A fully-qualified or assembly-qualified type name to exclude from referenced contract types. (Short Form: -{0})</summary>
internal static string @HelpExcludeTypeCodeGeneration => GetResourceString("HelpExcludeTypeCodeGeneration");
/// <summary>The fully-qualified or assembly-qualified name of a type to exclude from export. This option can be used when exporting metadata for a service or a set of service contracts to exclude types from being exported. This option cannot be used with the --{1} opt ...</summary>
internal static string @HelpExcludeTypeExport => GetResourceString("HelpExcludeTypeExport");
/// <summary>The fully-qualified or assembly-qualified name of a service type to exclude from validation. (Short Form: -{0})</summary>
internal static string @HelpValidationExcludeTypeExport => GetResourceString("HelpValidationExcludeTypeExport");
/// <summary>A fully-qualified or assembly-qualified name of the type to use as a collection data type when code is generated from schemas. (Short Form: -{0})</summary>
internal static string @HelpCollectionType => GetResourceString("HelpCollectionType");
/// <summary>The target output for the tool: {0}, {1} or {2}.</summary>
internal static string @HelpTargetOutputType => GetResourceString("HelpTargetOutputType");
/// <summary>A mapping from a WSDL or XML Schema targetNamespace to a CLR namespace. Using the '*' for the targetNamespace maps all targetNamespaces without an explicit mapping to that CLR namespace. Default: derived from the target namespace of the schema document for ...</summary>
internal static string @HelpNamespace => GetResourceString("HelpNamespace");
/// <summary>Display command syntax and options for the tool. (Short Form: -{0})</summary>
internal static string @HelpHelp => GetResourceString("HelpHelp");
/// <summary>Generate code that references functionality in .NET Framework assemblies 3.0 and before. Use this switch if you are generating code for clients that use .NET Framework version 3.0.(Short Form: -{0})</summary>
internal static string @HelpVersion30TargetClientVersion => GetResourceString("HelpVersion30TargetClientVersion");
/// <summary>Generate code that references functionality in .NET Framework assemblies 3.5 and before. Use this switch if you are generating code for clients that use .NET Framework version 3.5.(Short Form: -{0})</summary>
internal static string @HelpVersion35TargetClientVersion => GetResourceString("HelpVersion35TargetClientVersion");
/// <summary>Generated code will not unwrap "parameters" member of document-wrapped-literal messages.</summary>
internal static string @HelpWrapped => GetResourceString("HelpWrapped");
/// <summary>Generate code for Service Contracts. Client class and configuration will not be generated. (Short Form: -{0})</summary>
internal static string @HelpCodeGenerationServiceContract => GetResourceString("HelpCodeGenerationServiceContract");
/// <summary>If you would like more help, type "svcutil -{0}"</summary>
internal static string @MoreHelp => GetResourceString("MoreHelp");
/// <summary>Error:</summary>
internal static string @Error => GetResourceString("Error");
/// <summary>Warning:</summary>
internal static string @Warning => GetResourceString("Warning");
/// <summary>Validation Error:</summary>
internal static string @ValidationError => GetResourceString("ValidationError");
/// <summary>Invalid argument: '{0}'.</summary>
internal static string @ErrSwitchMissing => GetResourceString("ErrSwitchMissing");
/// <summary>Invalid argument: delimiter (':' or '=') cannot start option.</summary>
internal static string @ErrUnexpectedDelimiter => GetResourceString("ErrUnexpectedDelimiter");
/// <summary>Unrecognized option '{0}' specified.</summary>
internal static string @ErrUnknownSwitch => GetResourceString("ErrUnknownSwitch");
/// <summary>The {0} option cannot be specified multiple times.</summary>
internal static string @ErrSingleUseSwitch => GetResourceString("ErrSingleUseSwitch");
/// <summary>The {0} option requires that a value be specified.</summary>
internal static string @ErrExpectedValue => GetResourceString("ErrExpectedValue");
/// <summary>The {0} option does not support any values</summary>
internal static string @ErrUnexpectedValue => GetResourceString("ErrUnexpectedValue");
/// <summary>An error occurred in the tool.</summary>
internal static string @ErrUnexpectedError => GetResourceString("ErrUnexpectedError");
/// <summary>The intended output for the tool could not be inferred from the inputs and the options.</summary>
internal static string @AmbiguousToolUseage => GetResourceString("AmbiguousToolUseage");
/// <summary>The --{1} option cannot be used with the --{0} option because they imply different output types.</summary>
internal static string @ErrOptionModeConflict => GetResourceString("ErrOptionModeConflict");
/// <summary>The --{0} option conflicts with other options. Review your use of the tool.</summary>
internal static string @ErrAmbiguousOptionModeConflict => GetResourceString("ErrAmbiguousOptionModeConflict");
/// <summary>The use of the --{2} option is not supported with the --{0} option set to '{1}'.</summary>
internal static string @ErrOptionConflictsWithTarget => GetResourceString("ErrOptionConflictsWithTarget");
/// <summary>The --{0} option cannot be used when the --{1} option has been specified.</summary>
internal static string @ErrExclusiveOptionsSpecified => GetResourceString("ErrExclusiveOptionsSpecified");
/// <summary>Invalid value '{1}' passed to the --{0} option. '{1}' is a path to a file.</summary>
internal static string @ErrDirectoryPointsToAFile => GetResourceString("ErrDirectoryPointsToAFile");
/// <summary>Invalid value '{1}' passed to the --{0} option. The {2} character is not permitted in a path</summary>
internal static string @ErrDirectoryContainsInvalidCharacters => GetResourceString("ErrDirectoryContainsInvalidCharacters");
/// <summary>Invalid target '{1}' specified via the --{0} option. The supported Targets are: {2}</summary>
internal static string @ErrInvalidTarget => GetResourceString("ErrInvalidTarget");
/// <summary>The {0} option cannot be used with the {1} option.</summary>
internal static string @ErrValidateInvalidUse => GetResourceString("ErrValidateInvalidUse");
/// <summary>To validate a service, the --{0} option must be used to specify the service to validate.</summary>
internal static string @ErrValidateRequiresServiceName => GetResourceString("ErrValidateRequiresServiceName");
/// <summary>Invalid serializer value passed to the --{0} option. The supported serializers are: {2}</summary>
internal static string @ErrInvalidSerializer => GetResourceString("ErrInvalidSerializer");
/// <summary>Invalid targetClientVersion value passed to the --{0} option. The supported targetClientVersions are: {2}</summary>
internal static string @ErrInvalidTargetClientVersion => GetResourceString("ErrInvalidTargetClientVersion");
/// <summary>If you are using the --{0} option to import data contract types and are getting this error message, consider using xsd.exe instead. Types generated by xsd.exe may be used in the Windows Communication Foundation after applying the XmlSerializerFormatAttribu ...</summary>
internal static string @HintConsiderUseXmlSerializer => GetResourceString("HintConsiderUseXmlSerializer");
/// <summary>A code provider could not be created for the value: '{0}' passed to the --{1} argument. Verify that the code provider is properly installed and configured.</summary>
internal static string @ErrCouldNotCreateCodeProvider => GetResourceString("ErrCouldNotCreateCodeProvider");
/// <summary>The value '{0}' passed to the --{1} argument does not represent a defined language and it could not be loaded as a fully qualified CLR type.</summary>
internal static string @ErrNotLanguageOrCodeDomType => GetResourceString("ErrNotLanguageOrCodeDomType");
/// <summary>The type '{0}' passed to the --{1} argument is not a subclass of {2}.</summary>
internal static string @ErrNotCodeDomType => GetResourceString("ErrNotCodeDomType");
/// <summary>Could not create instance of the type '{0}' passed to the --{1} argument.</summary>
internal static string @ErrCouldNotCreateInstance => GetResourceString("ErrCouldNotCreateInstance");
/// <summary>The config File {0} specified for the --{1} option does not exist.</summary>
internal static string @ErrToolConfigDoesNotExist => GetResourceString("ErrToolConfigDoesNotExist");
/// <summary>Cannot use the --{0} option without specifying the --{1} option.</summary>
internal static string @ErrMergeConfigUsedWithoutConfig => GetResourceString("ErrMergeConfigUsedWithoutConfig");
/// <summary>Cannot merge config file. The file '{1}' does not exist.</summary>
internal static string @ErrMergeConfigUsedWhenConfigDoesNotExist => GetResourceString("ErrMergeConfigUsedWhenConfigDoesNotExist");
/// <summary>Cannot load the config file {0}</summary>
internal static string @ErrUnableToLoadInputConfig => GetResourceString("ErrUnableToLoadInputConfig");
/// <summary>There is an existing config file that cannot be overwritten. Either fix the problem or provide a different config file name using the --{0} option.</summary>
internal static string @ErrCannotDeleteExistingConfig => GetResourceString("ErrCannotDeleteExistingConfig");
/// <summary>Invalid value {1} passed to the --{0} option. Specify a comma-separated target namespace and CLR namespace pair.</summary>
internal static string @ErrInvalidNamespaceArgument => GetResourceString("ErrInvalidNamespaceArgument");
/// <summary>Invalid value passed to the --{0} option. Target namespace '{1}' cannot be mapped to multiple CLR namespaces '{2}' and '{3}'</summary>
internal static string @ErrCannotSpecifyMultipleMappingsForNamespace => GetResourceString("ErrCannotSpecifyMultipleMappingsForNamespace");
/// <summary>Cannot load reference assembly '{0}'</summary>
internal static string @ErrCouldNotLoadReferenceAssemblyAt => GetResourceString("ErrCouldNotLoadReferenceAssemblyAt");
/// <summary>The assembly {1} was loaded twice through the --{0} option. You may reference each assembly only once.</summary>
internal static string @ErrDuplicateReferenceValues => GetResourceString("ErrDuplicateReferenceValues");
/// <summary>The value {1} was passed to the --{0} option multiple times. Each type may be specified only once.</summary>
internal static string @ErrDuplicateValuePassedToTypeArg => GetResourceString("ErrDuplicateValuePassedToTypeArg");
/// <summary>More than one type with the same name exists in the set of referenced assemblies. Use assembly-qualified names to disambiguate between the --{0} types '{1}' and '{2}'</summary>
internal static string @ErrCannotDisambiguateSpecifiedTypes => GetResourceString("ErrCannotDisambiguateSpecifiedTypes");
/// <summary>No type could be loaded for the value {1} passed to the --{0} option. Ensure that the assembly this type belongs to is specified via the --{2} option.</summary>
internal static string @ErrCannotLoadSpecifiedType => GetResourceString("ErrCannotLoadSpecifiedType");
/// <summary>Cannot load file {0} as an Assembly. Check the FusionLogs for more Information.</summary>
internal static string @ErrAssemblyLoadFailed => GetResourceString("ErrAssemblyLoadFailed");
/// <summary>Cannot load any types in assembly '{0}'.</summary>
internal static string @ErrCouldNotLoadTypesFromAssemblyAt => GetResourceString("ErrCouldNotLoadTypesFromAssemblyAt");
/// <summary>There were errors loading types in an assembly loaded from '{0}' some types in the assembly could not be loaded and will not be available to the tool.</summary>
internal static string @WrnCouldNotLoadTypesFromReferenceAssemblyAt => GetResourceString("WrnCouldNotLoadTypesFromReferenceAssemblyAt");
/// <summary>Could not load '{0}' as an assembly verify that this file is a .NET Assembly.</summary>
internal static string @ErrIsNotAnAssembly => GetResourceString("ErrIsNotAnAssembly");
/// <summary>Cannot read {0}.</summary>
internal static string @ErrUnableToLoadFile => GetResourceString("ErrUnableToLoadFile");
/// <summary>No valid input files specified. Specify either metadata documents or assembly files</summary>
internal static string @ErrNoValidInputFilesSpecified => GetResourceString("ErrNoValidInputFilesSpecified");
/// <summary>The input path '{0}' doesn't appear to refer to any existing files and does not appear to be a valid URI.</summary>
internal static string @ErrInvalidInputPath => GetResourceString("ErrInvalidInputPath");
/// <summary>The file at: '{0}' read via input argument'{1}' does not appear to be an XML metadata file or a valid assembly.</summary>
internal static string @ErrInputFileNotAssemblyOrMetadata => GetResourceString("ErrInputFileNotAssemblyOrMetadata");
/// <summary>The directory '{0}' could not be found. Verify that the directory exists and that you have the appropriate permissions to read it.</summary>
internal static string @ErrDirectoryNotFound => GetResourceString("ErrDirectoryNotFound");
/// <summary>The input path '{0}' appears to be a directory. Inputs must be either URLs or file paths</summary>
internal static string @ErrDirectoryInsteadOfFile => GetResourceString("ErrDirectoryInsteadOfFile");
/// <summary>The input path '{0}' doesn't appear to refer to any existing files</summary>
internal static string @ErrNoFilesFound => GetResourceString("ErrNoFilesFound");
/// <summary>The input read from '{1}' cannot be used with the --{0} option because they imply different modes of tool operation.</summary>
internal static string @ErrInputConflictsWithOption => GetResourceString("ErrInputConflictsWithOption");
/// <summary>The type of input read from '{2}' is not supported with the --{0} option set to '{1}'.</summary>
internal static string @ErrInputConflictsWithTarget => GetResourceString("ErrInputConflictsWithTarget");
/// <summary>The input read from '{0}' is inconsistent with other options.</summary>
internal static string @ErrInputConflictsWithMode => GetResourceString("ErrInputConflictsWithMode");
/// <summary>The '{0}' input argument conflicts with '{1}' because they imply different modes of tool operation</summary>
internal static string @ErrConflictingInputs => GetResourceString("ErrConflictingInputs");
/// <summary>There was a validation error on a schema generated during export:
/// Source: {0}
/// Line: {1} Column: {2}
/// Validation Error: {3}</summary>
internal static string @ErrSchemaValidationForExport => GetResourceString("ErrSchemaValidationForExport");
/// <summary>There was an error loading import extensions. Make sure to provide the assemblies containing these extensions as reference assemblies using the --{0} option.</summary>
internal static string @ErrUnableToLoadExtensions => GetResourceString("ErrUnableToLoadExtensions");
/// <summary>There was an error loading a referenced contract type. This type will be ignored.
/// Type: {0}</summary>
internal static string @ErrUnableToLoadReferenceType => GetResourceString("ErrUnableToLoadReferenceType");
/// <summary>Cannot create output filename. Too many files are being created with the prefix '{0}'.</summary>
internal static string @ErrUnableToUniquifyFilename => GetResourceString("ErrUnableToUniquifyFilename");
/// <summary>Invalid path {0}. Check the --{1} argument</summary>
internal static string @ErrInvalidPath => GetResourceString("ErrInvalidPath");
/// <summary>The resultant path '{0}' is too long. Review the --{1} argument</summary>
internal static string @ErrPathTooLongDirOnly => GetResourceString("ErrPathTooLongDirOnly");
/// <summary>The resultant path '{0}' is too long. Review the --{1} and --{2} arguments</summary>
internal static string @ErrPathTooLong => GetResourceString("ErrPathTooLong");
/// <summary>Cannot create directory: {0}</summary>
internal static string @ErrCannotCreateDirectory => GetResourceString("ErrCannotCreateDirectory");
/// <summary>Cannot create output file: {0}</summary>
internal static string @ErrCannotCreateFile => GetResourceString("ErrCannotCreateFile");
/// <summary>Cannot write to output file</summary>
internal static string @ErrCannotWriteFile => GetResourceString("ErrCannotWriteFile");
/// <summary>There was an error loading a contract type. Cannot generate XmlSerializer types for this contract.
/// Type: {0}
/// Details:{1}</summary>
internal static string @WrnUnableToLoadContractForSGen => GetResourceString("WrnUnableToLoadContractForSGen");
/// <summary>Cannot generate XmlSerializer types for assembly: {0}. No service contract types were found.</summary>
internal static string @WrnNoServiceContractTypes => GetResourceString("WrnNoServiceContractTypes");
/// <summary>Cannot generate XmlSerializer for assembly: {0}. No service contract in the assembly has an operation with XmlSerializerOperationBehavior.</summary>
internal static string @WrnNoXmlSerializerOperationBehavior => GetResourceString("WrnNoXmlSerializerOperationBehavior");
/// <summary>Option --{0} cannot be used with multiple input assemblies. Ignoring {0} option.</summary>
internal static string @WrnOptionConflictsWithInput => GetResourceString("WrnOptionConflictsWithInput");
/// <summary>This tool is not intended to be used directly.</summary>
internal static string @WrnToolIsUsedDirectly => GetResourceString("WrnToolIsUsedDirectly");
/// <summary>Generating files...</summary>
internal static string @GeneratingFiles => GetResourceString("GeneratingFiles");
/// <summary>Generating XML serializers...</summary>
internal static string @GeneratingSerializer => GetResourceString("GeneratingSerializer");
/// <summary>No code was generated.
/// If you were trying to generate a client, this could be because the metadata documents did not contain any valid contracts or services
/// or because all contracts/services were discovered to exist in /reference assemblies. Verify that yo ...</summary>
internal static string @NoCodeWasGenerated => GetResourceString("NoCodeWasGenerated");
/// <summary>The Service '{0}' was validated with no errors</summary>
internal static string @ValidationWasSuccessful => GetResourceString("ValidationWasSuccessful");
/// <summary>Could not load assembly '{0}'. 2 reference assemblies ('{1}' and '{2}') were found that match the string '{0}'. This is usually caused by an insufficient type reference in a config file. Resolve this issue by passing only the reference assembly needed or ...</summary>
internal static string @ErrAmbiguityInAssemblyNames => GetResourceString("ErrAmbiguityInAssemblyNames");
/// <summary>When using the '--{0}:{1}' argument, only one namespace mapping is supported. Use '--{2}:*,<string>' to set the namespace.</summary>
internal static string @WrnVJSharpNamespace => GetResourceString("WrnVJSharpNamespace");
/// <summary>Copyright (c) Microsoft Corporation. All rights reserved.</summary>
internal static string @CopyrightForCmdLine => GetResourceString("CopyrightForCmdLine");
/// <summary>Microsoft (R) Windows (R) Communication Foundation</summary>
internal static string @WcfTrademarkForCmdLine => GetResourceString("WcfTrademarkForCmdLine");
/// <summary>Svcutil does not work with the framework of the version being used. 'System.Xml.Serialization.XmlSerializer' does not have a method named 'GenerateSerializer'.</summary>
internal static string @GenerateSerializerNotFound => GetResourceString("GenerateSerializerNotFound");
}
}
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