namespace FSharp.Compiler.CodeAnalysis
{
    [AutoSerializable(false)]
    [CompilationMapping(SourceConstructFlags.ObjectType)]
    [Sealed]
    public sealed class FSharpChecker
    {
        public static FSharpChecker! Create([OptionalArgument] FSharpOption<int>? projectCacheSize, [OptionalArgument] FSharpOption<bool>? keepAssemblyContents, [OptionalArgument] FSharpOption<bool>? keepAllBackgroundResolutions, [OptionalArgument] FSharpOption<LegacyReferenceResolver?>? legacyReferenceResolver, [OptionalArgument] FSharpOption<FSharpFunc<Tuple<string!, DateTime>!, FSharpOption<Tuple<object!, IntPtr, int>!>?>!>? tryGetMetadataSnapshot, [OptionalArgument] FSharpOption<bool>? suggestNamesForErrors, [OptionalArgument] FSharpOption<bool>? keepAllBackgroundSymbolUses, [OptionalArgument] FSharpOption<bool>? enableBackgroundItemKeyStoreAndSemanticClassification, [OptionalArgument] FSharpOption<bool>? enablePartialTypeChecking, [OptionalArgument] FSharpOption<bool>? parallelReferenceResolution, [OptionalArgument] FSharpOption<bool>? captureIdentifiersWhenParsing, [Experimental("This parameter is experimental and likely to be removed in the future."), OptionalArgument] FSharpOption<DocumentSource!>? documentSource, [Experimental("This parameter is experimental and likely to be removed in the future."), OptionalArgument] FSharpOption<bool>? useTransparentCompiler, [Experimental("This parameter is experimental and likely to be removed in the future."), OptionalArgument] FSharpOption<CacheSizes!>? transparentCompilerCacheSizes);
    }
}