using System.Globalization;
using NodePipeline.Abstractions;
using NodePipeline.Abstractions.Exceptions.NodeFactory;
using NodePipeline.Abstractions.Interfaces;
using NodePipeline.Abstractions.Interfaces.Nodes;
using NodePipeline.Configuration.Abstractions.Models.Execute;
using NodePipeline.Engine.Abstractions;
using NodePipeline.Engine.NodeFields;
using NodePipeline.Engine.Utils;
using NodePipeline.Engine.Abstractions.Validation;

// ReSharper disable CheckNamespace
// ReSharper disable ConvertTypeCheckPatternToNullCheck
// ReSharper disable RedundantCast
// ReSharper disable RedundantNameQualifier
// ReSharper disable ReturnTypeCanBeNotNullable

// ReSharper disable UnusedMember.Local
// ReSharper disable UnusedParameter.Local
#nullable enable

namespace NodePipeline.Engine.Generated;

public sealed class GeneratedNodeFactory : INodeFactory
{
    public Dictionary<string, Func<INode>> NodeFactories { get; set; } = new();
    public IPipelineLocalizationProvider PipelineLocalizationProvider { get; set; } = new PipelineLocalizationProvider();

    public INode CreateNode(string pipelineId, NodeConfig config)
    {
        INode? node;
        if (NodeFactories.TryGetValue(config.Type, out var f))
        {
            node = f();
            InitializeNodeFields(pipelineId, node, config.Id);
            return node;
        }

        switch (config.Type)
        {
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource2"):
                throw new NodeCanNotBeInitializedWithoutFactoryException(pipelineId, config.Type, config.Id);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource"):
                node = new global::NodePipeline.Application.Nodes.FileImageSourceNode();
                break;
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.GaussianBlur"):
                node = new global::NodePipeline.Application.Nodes.GaussianBlurNode();
                break;
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.MaskApply"):
                node = new global::NodePipeline.Application.Nodes.MaskApplyNode();
                break;
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.SaveImage2"):
                throw new NodeCanNotBeInitializedWithoutFactoryException(pipelineId, config.Type, config.Id);
            case "FileImageDestination":
                node = new global::NodePipeline.Application.Nodes.SaveImageNode();
                break;
            default:
                throw new NodeNotFoundException(pipelineId, config.Type, config.Id);
        }
        InitializeNodeFields(pipelineId, node, config.Id);
        return node ?? throw new NodeWasNotInitializedException(pipelineId, config.Type, config.Id);
    }

    private void InitializeNodeFields(string pipelineId, INode node, string nodeId)
    {
        switch (node)
        {
            case global::NodePipeline.Application.Nodes.FileImageSource2Node t1:
                Initialize__NodePipeline_Application_Nodes_FileImageSource2Node__NodeFields(t1, nodeId);
                break;
            case global::NodePipeline.Application.Nodes.FileImageSourceNode t2:
                Initialize__NodePipeline_Application_Nodes_FileImageSourceNode__NodeFields(t2, nodeId);
                break;
            case global::NodePipeline.Application.Nodes.GaussianBlurNode t3:
                Initialize__NodePipeline_Application_Nodes_GaussianBlurNode__NodeFields(t3, nodeId);
                break;
            case global::NodePipeline.Application.Nodes.MaskApplyNode t4:
                Initialize__NodePipeline_Application_Nodes_MaskApplyNode__NodeFields(t4, nodeId);
                break;
            case global::NodePipeline.Application.Nodes.SaveImage2Node t5:
                Initialize__NodePipeline_Application_Nodes_SaveImage2Node__NodeFields(t5, nodeId);
                break;
            case global::NodePipeline.Application.Nodes.SaveImageNode t6:
                Initialize__NodePipeline_Application_Nodes_SaveImageNode__NodeFields(t6, nodeId);
                break;
            default:
                throw new NodeNotFoundException(pipelineId, node.GetType().Name, nodeId);
        }
    }

    private static void Initialize__NodePipeline_Application_Nodes_FileImageSource2Node__NodeFields(global::NodePipeline.Application.Nodes.FileImageSource2Node node, string nodeId)
    {
        node.Output = new NodeField<global::NodePipeline.Application.ImageBuffer>()
        {
            Name = "Output",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Output", FieldDirection.Output),
            Direction = FieldDirection.Output,
            // Description intentionally omitted for runtime
        };
    }

    private static void Initialize__NodePipeline_Application_Nodes_FileImageSourceNode__NodeFields(global::NodePipeline.Application.Nodes.FileImageSourceNode node, string nodeId)
    {
        node.FileName = new NodeField<string>()
        {
            Name = "FileName",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "FileName", FieldDirection.Parameter),
            Direction = FieldDirection.Parameter,
            // Description intentionally omitted for runtime
        };
        node.Extension = new NodeField<string>()
        {
            Name = "Extension",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Extension", FieldDirection.Parameter),
            Direction = FieldDirection.Parameter,
            // Description intentionally omitted for runtime
        };
        node.Directory = new NodeField<string>()
        {
            Name = "Directory",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Directory", FieldDirection.Parameter),
            Direction = FieldDirection.Parameter,
            // Description intentionally omitted for runtime
        };
        node.Output = new NodeField<global::NodePipeline.Application.ImageBuffer?>()
        {
            Name = "Output",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Output", FieldDirection.Output),
            Direction = FieldDirection.Output,
            // Description intentionally omitted for runtime
        };
        node.ImageLoaded = new NodeField<bool>()
        {
            Name = "ImageLoaded",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "ImageLoaded", FieldDirection.Output),
            Direction = FieldDirection.Output,
            // Description intentionally omitted for runtime
        };
    }

    private static void Initialize__NodePipeline_Application_Nodes_GaussianBlurNode__NodeFields(global::NodePipeline.Application.Nodes.GaussianBlurNode node, string nodeId)
    {
        node.Input = new NodeField<global::NodePipeline.Application.ImageBuffer>()
        {
            Name = "Input",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Input", FieldDirection.Input),
            Direction = FieldDirection.Input,
            // Description intentionally omitted for runtime
        };
        node.Radius = new NodeField<int>()
        {
            Name = "Radius",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Radius", FieldDirection.Parameter),
            Direction = FieldDirection.Parameter,
            // Description intentionally omitted for runtime
        };
        node.Output = new NodeField<global::NodePipeline.Application.ImageBuffer>()
        {
            Name = "Output",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Output", FieldDirection.Output),
            Direction = FieldDirection.Output,
            // Description intentionally omitted for runtime
        };
    }

    private static void Initialize__NodePipeline_Application_Nodes_MaskApplyNode__NodeFields(global::NodePipeline.Application.Nodes.MaskApplyNode node, string nodeId)
    {
        node.InputImage = new NodeField<global::NodePipeline.Application.ImageBuffer>()
        {
            Name = "InputImage",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "InputImage", FieldDirection.Input),
            Direction = FieldDirection.Input,
            // Description intentionally omitted for runtime
        };
        node.Mask = new NodeField<global::NodePipeline.Application.ImageBuffer>()
        {
            Name = "Mask",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Mask", FieldDirection.Input),
            Direction = FieldDirection.Input,
            // Description intentionally omitted for runtime
        };
        node.HasMask = new NodeField<bool>()
        {
            Name = "HasMask",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "HasMask", FieldDirection.Input),
            Direction = FieldDirection.Input,
            // Description intentionally omitted for runtime
        };
        node.Mode = new NodeField<global::NodePipeline.Application.Nodes.MaskMode>()
        {
            Name = "Mode",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Mode", FieldDirection.Parameter),
            Direction = FieldDirection.Parameter,
            // Description intentionally omitted for runtime
        };
        node.OutputImage = new NodeField<global::NodePipeline.Application.ImageBuffer>()
        {
            Name = "OutputImage",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "OutputImage", FieldDirection.Output),
            Direction = FieldDirection.Output,
            // Description intentionally omitted for runtime
        };
    }

    private static void Initialize__NodePipeline_Application_Nodes_SaveImage2Node__NodeFields(global::NodePipeline.Application.Nodes.SaveImage2Node node, string nodeId)
    {
        node.Input = new NodeField<global::NodePipeline.Application.ImageBuffer>()
        {
            Name = "Input",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Input", FieldDirection.Input),
            Direction = FieldDirection.Input,
            // Description intentionally omitted for runtime
        };
    }

    private static void Initialize__NodePipeline_Application_Nodes_SaveImageNode__NodeFields(global::NodePipeline.Application.Nodes.SaveImageNode node, string nodeId)
    {
        node.Input = new NodeField<global::NodePipeline.Application.ImageBuffer>()
        {
            Name = "input",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "input", FieldDirection.Input),
            Direction = FieldDirection.Input,
            // Description intentionally omitted for runtime
        };
        node.FileName = new NodeField<string>()
        {
            Name = "FileName",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "FileName", FieldDirection.Parameter),
            Direction = FieldDirection.Parameter,
            // Description intentionally omitted for runtime
        };
        node.Extension = new NodeField<string>()
        {
            Name = "Extension",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Extension", FieldDirection.Parameter),
            Direction = FieldDirection.Parameter,
            // Description intentionally omitted for runtime
        };
        node.Directory = new NodeField<string>()
        {
            Name = "Directory",
            Code = NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Directory", FieldDirection.Parameter),
            Direction = FieldDirection.Parameter,
            // Description intentionally omitted for runtime
        };
    }


    public IEnumerable<string> GetParameterCodes(string nodeType)
    {
        switch (nodeType)
        {
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource2"):
                return GetParameterCodesFor__NodePipeline_Application_Nodes_FileImageSource2Node__Node();
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource"):
                return GetParameterCodesFor__NodePipeline_Application_Nodes_FileImageSourceNode__Node();
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.GaussianBlur"):
                return GetParameterCodesFor__NodePipeline_Application_Nodes_GaussianBlurNode__Node();
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.MaskApply"):
                return GetParameterCodesFor__NodePipeline_Application_Nodes_MaskApplyNode__Node();
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.SaveImage2"):
                return GetParameterCodesFor__NodePipeline_Application_Nodes_SaveImage2Node__Node();
            case "FileImageDestination":
                return GetParameterCodesFor__NodePipeline_Application_Nodes_SaveImageNode__Node();
            default:
                throw new NodeTypeNotFoundException(nodeType);
        }
    }

    private IEnumerable<string> GetParameterCodesFor__NodePipeline_Application_Nodes_FileImageSource2Node__Node()
    {
        return [];
    }

    private IEnumerable<string> GetParameterCodesFor__NodePipeline_Application_Nodes_FileImageSourceNode__Node()
    {
        return        [
            "FileName",
            "Extension",
            "Directory",
        ];
    }

    private IEnumerable<string> GetParameterCodesFor__NodePipeline_Application_Nodes_GaussianBlurNode__Node()
    {
        return        [
            "Radius",
        ];
    }

    private IEnumerable<string> GetParameterCodesFor__NodePipeline_Application_Nodes_MaskApplyNode__Node()
    {
        return        [
            "Mode",
        ];
    }

    private IEnumerable<string> GetParameterCodesFor__NodePipeline_Application_Nodes_SaveImage2Node__Node()
    {
        return [];
    }

    private IEnumerable<string> GetParameterCodesFor__NodePipeline_Application_Nodes_SaveImageNode__Node()
    {
        return        [
            "FileName",
            "Extension",
            "Directory",
        ];
    }


    public object? ReadParameterValue(string pipelineId, string nodeId, string nodeType, string parameterName, string? valueString)
    {
        switch (nodeType)
        {
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource2"):
                return ReadParameterValueFrom__NodePipeline_Application_Nodes_FileImageSource2Node__Node(pipelineId, nodeType, nodeId, parameterName, valueString);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource"):
                return ReadParameterValueFrom__NodePipeline_Application_Nodes_FileImageSourceNode__Node(pipelineId, nodeType, nodeId, parameterName, valueString);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.GaussianBlur"):
                return ReadParameterValueFrom__NodePipeline_Application_Nodes_GaussianBlurNode__Node(pipelineId, nodeType, nodeId, parameterName, valueString);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.MaskApply"):
                return ReadParameterValueFrom__NodePipeline_Application_Nodes_MaskApplyNode__Node(pipelineId, nodeType, nodeId, parameterName, valueString);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.SaveImage2"):
                return ReadParameterValueFrom__NodePipeline_Application_Nodes_SaveImage2Node__Node(pipelineId, nodeType, nodeId, parameterName, valueString);
            case "FileImageDestination":
                return ReadParameterValueFrom__NodePipeline_Application_Nodes_SaveImageNode__Node(pipelineId, nodeType, nodeId, parameterName, valueString);
            default:
                throw new NodeTypeNotFoundException(nodeType);
        }
    }

    private static object? ReadParameterValueFrom__NodePipeline_Application_Nodes_FileImageSource2Node__Node(string pipelineId, string nodeType, string nodeId, string parameterName, string? valueString)
    {
        switch (parameterName)
        {
            default:
                throw new NodeParameterNotFoundException(pipelineId, parameterName, nodeType, nodeId);
        }
    }

    private static object? ReadParameterValueFrom__NodePipeline_Application_Nodes_FileImageSourceNode__Node(string pipelineId, string nodeType, string nodeId, string parameterName, string? valueString)
    {
        switch (parameterName)
        {
            case "FileName":
                return ParseParameter<string>(valueString);
            case "Extension":
                return ParseParameter<string>(valueString);
            case "Directory":
                return ParseParameter<string>(valueString);
            default:
                throw new NodeParameterNotFoundException(pipelineId, parameterName, nodeType, nodeId);
        }
    }

    private static object? ReadParameterValueFrom__NodePipeline_Application_Nodes_GaussianBlurNode__Node(string pipelineId, string nodeType, string nodeId, string parameterName, string? valueString)
    {
        switch (parameterName)
        {
            case "Radius":
                return ParseParameter<int>(valueString);
            default:
                throw new NodeParameterNotFoundException(pipelineId, parameterName, nodeType, nodeId);
        }
    }

    private static object? ReadParameterValueFrom__NodePipeline_Application_Nodes_MaskApplyNode__Node(string pipelineId, string nodeType, string nodeId, string parameterName, string? valueString)
    {
        switch (parameterName)
        {
            case "Mode":
                return ParseParameter<global::NodePipeline.Application.Nodes.MaskMode>(valueString);
            default:
                throw new NodeParameterNotFoundException(pipelineId, parameterName, nodeType, nodeId);
        }
    }

    private static object? ReadParameterValueFrom__NodePipeline_Application_Nodes_SaveImage2Node__Node(string pipelineId, string nodeType, string nodeId, string parameterName, string? valueString)
    {
        switch (parameterName)
        {
            default:
                throw new NodeParameterNotFoundException(pipelineId, parameterName, nodeType, nodeId);
        }
    }

    private static object? ReadParameterValueFrom__NodePipeline_Application_Nodes_SaveImageNode__Node(string pipelineId, string nodeType, string nodeId, string parameterName, string? valueString)
    {
        switch (parameterName)
        {
            case "FileName":
                return ParseParameter<string>(valueString);
            case "Extension":
                return ParseParameter<string>(valueString);
            case "Directory":
                return ParseParameter<string>(valueString);
            default:
                throw new NodeParameterNotFoundException(pipelineId, parameterName, nodeType, nodeId);
        }
    }


    public Dictionary<NodePortKey, NodePortInfo> GetAllPorts(string pipelineId, HashSet<string> nodeTypes, Dictionary<string, IEnumerable<string>> nodeList)
    {
        var result = new Dictionary<NodePortKey, NodePortInfo>();
        foreach (var nodeType in nodeTypes)
        {
            if (!nodeList.TryGetValue(nodeType, out var ids)) continue;
            foreach (var nodeId in ids)
            {
                var ports = GetNodePorts(pipelineId, nodeType, nodeId);
                foreach (var kv in ports) result.Add(kv.Key, kv.Value);
            }
        }
        return result;
    }

    public IEnumerable<NodePortInfo> GetNodeInputPorts(string pipelineId, string nodeType, string nodeId)
    {
        var ports = GetNodePorts(pipelineId, nodeType, nodeId);
        foreach (var kv in ports) if (kv.Key.Input) yield return kv.Value;
    }

    private Dictionary<NodePortKey, NodePortInfo> GetNodePorts(string pipelineId, string nodeType, string nodeId)
    {
        switch (nodeType)
        {
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource2"): return Get__NodePipeline_Application_Nodes_FileImageSource2Node__NodePorts(nodeId);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource"): return Get__NodePipeline_Application_Nodes_FileImageSourceNode__NodePorts(nodeId);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.GaussianBlur"): return Get__NodePipeline_Application_Nodes_GaussianBlurNode__NodePorts(nodeId);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.MaskApply"): return Get__NodePipeline_Application_Nodes_MaskApplyNode__NodePorts(nodeId);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.SaveImage2"): return Get__NodePipeline_Application_Nodes_SaveImage2Node__NodePorts(nodeId);
            case "FileImageDestination": return Get__NodePipeline_Application_Nodes_SaveImageNode__NodePorts(nodeId);
            default:
                throw new NodeNotFoundException(pipelineId, nodeType, nodeId);
        }
    }

    private static Dictionary<NodePortKey, NodePortInfo> Get__NodePipeline_Application_Nodes_FileImageSource2Node__NodePorts(string nodeId)
    {
        return new Dictionary<NodePortKey, NodePortInfo>()
        {
            {
                new NodePortKey(nodeId, "Output", false),
                new NodePortInfo("Output", typeof(global::NodePipeline.Application.ImageBuffer), false, false, false, false)
            },
        };
    }

    private static Dictionary<NodePortKey, NodePortInfo> Get__NodePipeline_Application_Nodes_FileImageSourceNode__NodePorts(string nodeId)
    {
        return new Dictionary<NodePortKey, NodePortInfo>()
        {
            {
                new NodePortKey(nodeId, "Output", false),
                new NodePortInfo("Output", typeof(global::NodePipeline.Application.ImageBuffer), true, false, false, false)
            },
            {
                new NodePortKey(nodeId, "ImageLoaded", false),
                new NodePortInfo("ImageLoaded", typeof(bool), false, false, false, false)
            },
        };
    }

    private static Dictionary<NodePortKey, NodePortInfo> Get__NodePipeline_Application_Nodes_GaussianBlurNode__NodePorts(string nodeId)
    {
        return new Dictionary<NodePortKey, NodePortInfo>()
        {
            {
                new NodePortKey(nodeId, "Input", true),
                new NodePortInfo("Input", typeof(global::NodePipeline.Application.ImageBuffer), false, false, false, true)
            },
            {
                new NodePortKey(nodeId, "Output", false),
                new NodePortInfo("Output", typeof(global::NodePipeline.Application.ImageBuffer), false, false, false, false)
            },
        };
    }

    private static Dictionary<NodePortKey, NodePortInfo> Get__NodePipeline_Application_Nodes_MaskApplyNode__NodePorts(string nodeId)
    {
        return new Dictionary<NodePortKey, NodePortInfo>()
        {
            {
                new NodePortKey(nodeId, "InputImage", true),
                new NodePortInfo("InputImage", typeof(global::NodePipeline.Application.ImageBuffer), false, true, false, true)
            },
            {
                new NodePortKey(nodeId, "Mask", true),
                new NodePortInfo("Mask", typeof(global::NodePipeline.Application.ImageBuffer), false, true, false, true)
            },
            {
                new NodePortKey(nodeId, "HasMask", true),
                new NodePortInfo("HasMask", typeof(bool), false, true, true, true)
            },
            {
                new NodePortKey(nodeId, "OutputImage", false),
                new NodePortInfo("OutputImage", typeof(global::NodePipeline.Application.ImageBuffer), false, false, false, false)
            },
        };
    }

    private static Dictionary<NodePortKey, NodePortInfo> Get__NodePipeline_Application_Nodes_SaveImage2Node__NodePorts(string nodeId)
    {
        return new Dictionary<NodePortKey, NodePortInfo>()
        {
            {
                new NodePortKey(nodeId, "Input", true),
                new NodePortInfo("Input", typeof(global::NodePipeline.Application.ImageBuffer), false, false, false, true)
            },
        };
    }

    private static Dictionary<NodePortKey, NodePortInfo> Get__NodePipeline_Application_Nodes_SaveImageNode__NodePorts(string nodeId)
    {
        return new Dictionary<NodePortKey, NodePortInfo>()
        {
            {
                new NodePortKey(nodeId, "input", true),
                new NodePortInfo("input", typeof(global::NodePipeline.Application.ImageBuffer), false, false, false, true)
            },
        };
    }


    private IReadOnlyDictionary<string, object> GetNodeOutputs(string pipelineId, string nodeId, INode node)
    {
        switch (node)
        {
            case global::NodePipeline.Application.Nodes.FileImageSource2Node t1:
                return Get__NodePipeline_Application_Nodes_FileImageSource2Node__NodeOutputs(nodeId, t1);
            case global::NodePipeline.Application.Nodes.FileImageSourceNode t2:
                return Get__NodePipeline_Application_Nodes_FileImageSourceNode__NodeOutputs(nodeId, t2);
            case global::NodePipeline.Application.Nodes.GaussianBlurNode t3:
                return Get__NodePipeline_Application_Nodes_GaussianBlurNode__NodeOutputs(nodeId, t3);
            case global::NodePipeline.Application.Nodes.MaskApplyNode t4:
                return Get__NodePipeline_Application_Nodes_MaskApplyNode__NodeOutputs(nodeId, t4);
            case global::NodePipeline.Application.Nodes.SaveImage2Node t5:
                return Get__NodePipeline_Application_Nodes_SaveImage2Node__NodeOutputs(nodeId, t5);
            case global::NodePipeline.Application.Nodes.SaveImageNode t6:
                return Get__NodePipeline_Application_Nodes_SaveImageNode__NodeOutputs(nodeId, t6);
            default:
                throw new NodeNotFoundException(pipelineId, node.GetType().Name, nodeId);
        }
    }


    private IReadOnlyDictionary<string, object> Get__NodePipeline_Application_Nodes_FileImageSource2Node__NodeOutputs(string nodeId, global::NodePipeline.Application.Nodes.FileImageSource2Node node)
    {
        return new Dictionary<string, object>
        {
            { NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Output", FieldDirection.Output), node.Output },
        };
    }

    private IReadOnlyDictionary<string, object> Get__NodePipeline_Application_Nodes_FileImageSourceNode__NodeOutputs(string nodeId, global::NodePipeline.Application.Nodes.FileImageSourceNode node)
    {
        return new Dictionary<string, object>
        {
            { NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Output", FieldDirection.Output), node.Output },
            { NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "ImageLoaded", FieldDirection.Output), node.ImageLoaded },
        };
    }

    private IReadOnlyDictionary<string, object> Get__NodePipeline_Application_Nodes_GaussianBlurNode__NodeOutputs(string nodeId, global::NodePipeline.Application.Nodes.GaussianBlurNode node)
    {
        return new Dictionary<string, object>
        {
            { NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "Output", FieldDirection.Output), node.Output },
        };
    }

    private IReadOnlyDictionary<string, object> Get__NodePipeline_Application_Nodes_MaskApplyNode__NodeOutputs(string nodeId, global::NodePipeline.Application.Nodes.MaskApplyNode node)
    {
        return new Dictionary<string, object>
        {
            { NodeFieldCodeGenerator.GenerateFieldCode(nodeId, "OutputImage", FieldDirection.Output), node.OutputImage },
        };
    }

    private IReadOnlyDictionary<string, object> Get__NodePipeline_Application_Nodes_SaveImage2Node__NodeOutputs(string nodeId, global::NodePipeline.Application.Nodes.SaveImage2Node node)
    {
        return new Dictionary<string, object>();
    }

    private IReadOnlyDictionary<string, object> Get__NodePipeline_Application_Nodes_SaveImageNode__NodeOutputs(string nodeId, global::NodePipeline.Application.Nodes.SaveImageNode node)
    {
        return new Dictionary<string, object>();
    }


    public void ConnectPorts<TNode>(string pipelineId, TNode node, string nodeId, Dictionary<string, InputSource> inputs, IReadOnlyDictionary<string, INode> createdNodes) where TNode : INode
    {
        switch (node)
        {
            case global::NodePipeline.Application.Nodes.FileImageSource2Node t1:
                Connect__NodePipeline_Application_Nodes_FileImageSource2Node__NodePorts(pipelineId, t1, nodeId, inputs, createdNodes);
                break;
            case global::NodePipeline.Application.Nodes.FileImageSourceNode t2:
                Connect__NodePipeline_Application_Nodes_FileImageSourceNode__NodePorts(pipelineId, t2, nodeId, inputs, createdNodes);
                break;
            case global::NodePipeline.Application.Nodes.GaussianBlurNode t3:
                Connect__NodePipeline_Application_Nodes_GaussianBlurNode__NodePorts(pipelineId, t3, nodeId, inputs, createdNodes);
                break;
            case global::NodePipeline.Application.Nodes.MaskApplyNode t4:
                Connect__NodePipeline_Application_Nodes_MaskApplyNode__NodePorts(pipelineId, t4, nodeId, inputs, createdNodes);
                break;
            case global::NodePipeline.Application.Nodes.SaveImage2Node t5:
                Connect__NodePipeline_Application_Nodes_SaveImage2Node__NodePorts(pipelineId, t5, nodeId, inputs, createdNodes);
                break;
            case global::NodePipeline.Application.Nodes.SaveImageNode t6:
                Connect__NodePipeline_Application_Nodes_SaveImageNode__NodePorts(pipelineId, t6, nodeId, inputs, createdNodes);
                break;
            default:
                throw new NodeNotFoundException(pipelineId, node.GetType().Name, nodeId);
        }
    }

    private PortConnectionInfo? TryConnectPorts<T>(string pipelineId, string nodeId, string nodeType, INodeField<T>? nodeInput, string nodeInputName, Dictionary<string, InputSource> inputs, string inputKey, IReadOnlyDictionary<string, INode> createdNodes, bool isRequired = false) where T : notnull
    {
        if (!inputs.TryGetValue(inputKey, out var connection))
            return !isRequired ? null : throw new InputPortHasNoRequiredConnectionException(pipelineId, inputKey, nodeId, nodeType);
        var fromNodeId = connection.NodeId;
        var fromPortName = connection.OutputName;
        if (nodeInput == null) throw new InputPortNotFoundException(pipelineId, inputKey, nodeId, nodeType);
        if (!createdNodes.TryGetValue(fromNodeId, out var fromNode)) throw new OutputPortNodeNotFoundException(pipelineId, fromNodeId, nodeId);
        var outputs = GetNodeOutputs(pipelineId, fromNodeId, fromNode);
        var outputFieldKey = NodeFieldCodeGenerator.GenerateFieldCode(fromNodeId, fromPortName, FieldDirection.Output);
        if (!outputs.TryGetValue(outputFieldKey, out var outputFieldObj)) throw new OutputPortNotFoundException(pipelineId, fromPortName, fromNodeId, nodeId);
        var fromNodeType = GetNodeType(pipelineId, fromNodeId, fromNode);
        if (outputFieldObj is INodeField<T> outStrict && nodeInput is INodeField<T> inStrict)
        {
            PortConnector.ConnectStatic(outStrict, inStrict);
            return new PortConnectionInfo(true, outputFieldObj, fromPortName, fromNodeType, fromNodeId);
        }
        return new PortConnectionInfo(false, outputFieldObj, fromPortName, fromNodeType, fromNodeId);
    }

    private void Connect__NodePipeline_Application_Nodes_FileImageSource2Node__NodePorts(string pipelineId, global::NodePipeline.Application.Nodes.FileImageSource2Node node, string nodeId, Dictionary<string, InputSource> inputs, IReadOnlyDictionary<string, INode> createdNodes)
    {
    }

    private void Connect__NodePipeline_Application_Nodes_FileImageSourceNode__NodePorts(string pipelineId, global::NodePipeline.Application.Nodes.FileImageSourceNode node, string nodeId, Dictionary<string, InputSource> inputs, IReadOnlyDictionary<string, INode> createdNodes)
    {
    }

    private void Connect__NodePipeline_Application_Nodes_GaussianBlurNode__NodePorts(string pipelineId, global::NodePipeline.Application.Nodes.GaussianBlurNode node, string nodeId, Dictionary<string, InputSource> inputs, IReadOnlyDictionary<string, INode> createdNodes)
    {
        ConnectPortsStruct(pipelineId, nodeId, "NodePipeline.Application.Nodes.GaussianBlurNode", node.Input, nameof(node.Input), inputs, "Input", createdNodes, disallowNullableOutput: false, isRequired: true);
    }

    private void Connect__NodePipeline_Application_Nodes_MaskApplyNode__NodePorts(string pipelineId, global::NodePipeline.Application.Nodes.MaskApplyNode node, string nodeId, Dictionary<string, InputSource> inputs, IReadOnlyDictionary<string, INode> createdNodes)
    {
        ConnectPortsStruct(pipelineId, nodeId, "NodePipeline.Application.Nodes.MaskApplyNode", node.InputImage, nameof(node.InputImage), inputs, "InputImage", createdNodes, disallowNullableOutput: false, isRequired: true);
        ConnectPortsStruct(pipelineId, nodeId, "NodePipeline.Application.Nodes.MaskApplyNode", node.Mask, nameof(node.Mask), inputs, "Mask", createdNodes, disallowNullableOutput: false, isRequired: true);
        ConnectPortsStruct(pipelineId, nodeId, "NodePipeline.Application.Nodes.MaskApplyNode", node.HasMask, nameof(node.HasMask), inputs, "HasMask", createdNodes, disallowNullableOutput: true, isRequired: true);
    }

    private void Connect__NodePipeline_Application_Nodes_SaveImage2Node__NodePorts(string pipelineId, global::NodePipeline.Application.Nodes.SaveImage2Node node, string nodeId, Dictionary<string, InputSource> inputs, IReadOnlyDictionary<string, INode> createdNodes)
    {
        ConnectPortsStruct(pipelineId, nodeId, "NodePipeline.Application.Nodes.SaveImage2Node", node.Input, nameof(node.Input), inputs, "Input", createdNodes, disallowNullableOutput: false, isRequired: true);
    }

    private void Connect__NodePipeline_Application_Nodes_SaveImageNode__NodePorts(string pipelineId, global::NodePipeline.Application.Nodes.SaveImageNode node, string nodeId, Dictionary<string, InputSource> inputs, IReadOnlyDictionary<string, INode> createdNodes)
    {
        ConnectPortsStruct(pipelineId, nodeId, "NodePipeline.Application.Nodes.SaveImageNode", node.Input, nameof(node.Input), inputs, "input", createdNodes, disallowNullableOutput: false, isRequired: true);
    }


    private void ConnectPortsStruct<T>(string pipelineId, string nodeId,string nodeType, INodeField<T>? nodeInput, string nodeInputName, Dictionary<string, InputSource> inputs,
        string inputKey, IReadOnlyDictionary<string, INode> createdNodes, bool disallowNullableOutput = false, bool isRequired = false)
        where T : struct
    {
        var portConnectionInfo = TryConnectPorts(pipelineId, nodeId, nodeType, nodeInput, nodeInputName, inputs, inputKey, createdNodes, isRequired);
        if (portConnectionInfo is null || portConnectionInfo.Connected) return;
        if (typeof(T).IsValueType && portConnectionInfo.OutputFieldObj is INodeField<T?> outputField)
        {
            PortConnector.ConnectRuntimeFromNullableStruct(outputField, nodeInput!,
                nodeId, inputKey, portConnectionInfo.FromNodeId, portConnectionInfo.FromPortName);
            return;
        }
        if (portConnectionInfo.OutputFieldObj is INodeField<T?> outNullable && nodeInput is INodeField<T?> inNullable)
        {
            PortConnector.ConnectRuntimeBothNullable(outNullable, inNullable);
            return;
        }
        if (portConnectionInfo.OutputFieldObj is INodeField<T?> outNToStrict && nodeInput != null)
        {
            if (disallowNullableOutput)
            {
                throw new NonNullableInputRestrictsConnectionToNullableOutputException(pipelineId, nodeId, nodeType, inputKey, portConnectionInfo.FromPortName, portConnectionInfo.FromNodeId);
            }
            PortConnector.ConnectRuntimeFromNullableStruct(outNToStrict, nodeInput, currentNodeId: nodeId,
                inputPortName: inputKey, sourceNodeId: portConnectionInfo.FromNodeId, outputPortName: portConnectionInfo.FromPortName);
            return;
        }
        if (portConnectionInfo.OutputFieldObj is INodeField<T> outStrictToN && nodeInput is INodeField<T?> inNullable2)
        {
            PortConnector.ConnectRuntimeToNullableStruct(outStrictToN, inNullable2);
            return;
        }
        throw new PortsTypeMismatchException(pipelineId, inputKey, nodeType, nodeId,
            portConnectionInfo.FromPortName, portConnectionInfo.FromNodeType, portConnectionInfo.FromNodeId);
    }

    private void ConnectPortsClass<T>(string pipelineId, string nodeId,string nodeType, INodeField<T>? nodeInput, string nodeInputName, Dictionary<string, InputSource> inputs,
        string inputKey, IReadOnlyDictionary<string, INode> createdNodes, bool disallowNullableOutput = false, bool isRequired = false)
        where T : class
    {
        var portConnectionInfo = TryConnectPorts(pipelineId, nodeId, nodeType, nodeInput, nodeInputName, inputs, inputKey, createdNodes, isRequired);
        if (portConnectionInfo is null || portConnectionInfo.Connected) return;
        if (!typeof(T).IsValueType && portConnectionInfo.OutputFieldObj is INodeField<T?> outputField)
        {
            PortConnector.ConnectRuntimeFromNullableClass(outputField, nodeInput!,
                nodeId, inputKey, portConnectionInfo.FromNodeId, portConnectionInfo.FromPortName);
            return;
        }
        if (portConnectionInfo.OutputFieldObj is INodeField<T?> outNullable && nodeInput is INodeField<T?> inNullable)
        {
            PortConnector.ConnectRuntimeBothNullable(outNullable, (INodeField<T?>)inNullable);
            return;
        }
        if (portConnectionInfo.OutputFieldObj is INodeField<T?> outNToStrict && nodeInput != null)
        {
            if (disallowNullableOutput)
            {
                throw new NonNullableInputRestrictsConnectionToNullableOutputException(pipelineId, nodeId, nodeType, inputKey, portConnectionInfo.FromPortName, portConnectionInfo.FromNodeId);
            }
            PortConnector.ConnectRuntimeFromNullableClass(outNToStrict, nodeInput, currentNodeId: nodeId,
                inputPortName: inputKey, sourceNodeId: portConnectionInfo.FromNodeId, outputPortName: portConnectionInfo.FromPortName);
            return;
        }
        if (portConnectionInfo.OutputFieldObj is INodeField<T> outStrictToN && nodeInput is INodeField<T?> inNullable2)
        {
            PortConnector.ConnectRuntimeToNullableClass(outStrictToN, (INodeField<T?>)inNullable2);
            return;
        }
        throw new PortsTypeMismatchException(pipelineId, inputKey, nodeType, nodeId,
            portConnectionInfo.FromPortName, portConnectionInfo.FromNodeType, portConnectionInfo.FromNodeId);
    }

    private static T? ParseParameter<T>(string? valueString)
    {
        var type = typeof(T);
        if (type == typeof(string)) return valueString is not null ? (T)(object)valueString : default;
        if (string.IsNullOrEmpty(valueString)) return default;
        if (type == typeof(int)) return (T)(object)int.Parse(valueString);
        if (type == typeof(double)) return (T)(object)double.Parse(valueString, CultureInfo.InvariantCulture);
        if (type == typeof(bool)) return (T)(object)bool.Parse(valueString);
        if (type == typeof(global::NodePipeline.Application.Nodes.MaskMode)) return (T)(object)Enum.Parse<global::NodePipeline.Application.Nodes.MaskMode>(valueString);
        throw new NotSupportedException(type.Name);
    }

    public object? GetParameterDefaultValue(string nodeType, string parameterName)
    {
        switch (nodeType)
        {
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource2"):
                return GetParameterDefaultValueFor__NodePipeline_Application_Nodes_FileImageSource2Node__Node(parameterName);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource"):
                return GetParameterDefaultValueFor__NodePipeline_Application_Nodes_FileImageSourceNode__Node(parameterName);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.GaussianBlur"):
                return GetParameterDefaultValueFor__NodePipeline_Application_Nodes_GaussianBlurNode__Node(parameterName);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.MaskApply"):
                return GetParameterDefaultValueFor__NodePipeline_Application_Nodes_MaskApplyNode__Node(parameterName);
            case var t when t == NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.SaveImage2"):
                return GetParameterDefaultValueFor__NodePipeline_Application_Nodes_SaveImage2Node__Node(parameterName);
            case "FileImageDestination":
                return GetParameterDefaultValueFor__NodePipeline_Application_Nodes_SaveImageNode__Node(parameterName);
            default:
                throw new NodeParameterNotFoundException(parameterName, nodeType);
        }
    }

    private static object? GetParameterDefaultValueFor__NodePipeline_Application_Nodes_FileImageSource2Node__Node(string parameterName)
    {
        switch (parameterName)
        {
            default:
                throw new NodeParameterNotFoundException(parameterName, "NodePipeline.Application.Nodes.FileImageSource2");
        }
    }

    private static object? GetParameterDefaultValueFor__NodePipeline_Application_Nodes_FileImageSourceNode__Node(string parameterName)
    {
        switch (parameterName)
        {
            case "FileName":
                return GetDefaultValue<string>();
            case "Extension":
                return GetDefaultValue<string>();
            case "Directory":
                return GetDefaultValue<string>();
            default:
                throw new NodeParameterNotFoundException(parameterName, "NodePipeline.Application.Nodes.FileImageSource");
        }
    }

    private static object? GetParameterDefaultValueFor__NodePipeline_Application_Nodes_GaussianBlurNode__Node(string parameterName)
    {
        switch (parameterName)
        {
            case "Radius":
                return GetDefaultValue<int>();
            default:
                throw new NodeParameterNotFoundException(parameterName, "NodePipeline.Application.Nodes.GaussianBlur");
        }
    }

    private static object? GetParameterDefaultValueFor__NodePipeline_Application_Nodes_MaskApplyNode__Node(string parameterName)
    {
        switch (parameterName)
        {
            case "Mode":
                return GetDefaultValue<global::NodePipeline.Application.Nodes.MaskMode>();
            default:
                throw new NodeParameterNotFoundException(parameterName, "NodePipeline.Application.Nodes.MaskApply");
        }
    }

    private static object? GetParameterDefaultValueFor__NodePipeline_Application_Nodes_SaveImage2Node__Node(string parameterName)
    {
        switch (parameterName)
        {
            default:
                throw new NodeParameterNotFoundException(parameterName, "NodePipeline.Application.Nodes.SaveImage2");
        }
    }

    private static object? GetParameterDefaultValueFor__NodePipeline_Application_Nodes_SaveImageNode__Node(string parameterName)
    {
        switch (parameterName)
        {
            case "FileName":
                return GetDefaultValue<string>();
            case "Extension":
                return ".jpg";
            case "Directory":
                return GetDefaultValue<string>();
            default:
                throw new NodeParameterNotFoundException(parameterName, "FileImageDestination");
        }
    }

    private static T? GetDefaultValue<T>()
    {
        var type = typeof(T);
        if (type == typeof(string)) return (T)(object)string.Empty;
        if (type == typeof(int)) return (T)(object)0;
        if (type == typeof(double)) return (T)(object)0d;
        if (type == typeof(decimal)) return (T)(object)0m;
        if (type == typeof(bool)) return (T)(object)false;
        if (type == typeof(Guid)) return (T)(object)Guid.Empty;
        if (type.IsEnum) return default;
        throw new NotSupportedException(type.Name);
    }

    public void SetNodeParametersValues<TNode>(string pipelineId, TNode node, string nodeId, Dictionary<string, object?> parameters) where TNode : INode
    {
        switch (node)
        {
            case global::NodePipeline.Application.Nodes.FileImageSource2Node t1:
                Set__NodePipeline_Application_Nodes_FileImageSource2Node__NodeParametersValues(t1, nodeId, parameters);
                break;
            case global::NodePipeline.Application.Nodes.FileImageSourceNode t2:
                Set__NodePipeline_Application_Nodes_FileImageSourceNode__NodeParametersValues(t2, nodeId, parameters);
                break;
            case global::NodePipeline.Application.Nodes.GaussianBlurNode t3:
                Set__NodePipeline_Application_Nodes_GaussianBlurNode__NodeParametersValues(t3, nodeId, parameters);
                break;
            case global::NodePipeline.Application.Nodes.MaskApplyNode t4:
                Set__NodePipeline_Application_Nodes_MaskApplyNode__NodeParametersValues(t4, nodeId, parameters);
                break;
            case global::NodePipeline.Application.Nodes.SaveImage2Node t5:
                Set__NodePipeline_Application_Nodes_SaveImage2Node__NodeParametersValues(t5, nodeId, parameters);
                break;
            case global::NodePipeline.Application.Nodes.SaveImageNode t6:
                Set__NodePipeline_Application_Nodes_SaveImageNode__NodeParametersValues(t6, nodeId, parameters);
                break;
            default:
                throw new NodeNotFoundException(pipelineId, node.GetType().Name, nodeId);
        }
    }

    private static void Set__NodePipeline_Application_Nodes_FileImageSource2Node__NodeParametersValues(global::NodePipeline.Application.Nodes.FileImageSource2Node node, string nodeId, Dictionary<string, object?> parameters)
    {
    }

    private static void Set__NodePipeline_Application_Nodes_FileImageSourceNode__NodeParametersValues(global::NodePipeline.Application.Nodes.FileImageSourceNode node, string nodeId, Dictionary<string, object?> parameters)
    {
        if (parameters.TryGetValue("FileName", out var val1) && val1 is string typedVal1)
            node.FileName.Value = typedVal1;
        if (parameters.TryGetValue("Extension", out var val2) && val2 is string typedVal2)
            node.Extension.Value = typedVal2;
        if (parameters.TryGetValue("Directory", out var val3) && val3 is string typedVal3)
            node.Directory.Value = typedVal3;
    }

    private static void Set__NodePipeline_Application_Nodes_GaussianBlurNode__NodeParametersValues(global::NodePipeline.Application.Nodes.GaussianBlurNode node, string nodeId, Dictionary<string, object?> parameters)
    {
        if (parameters.TryGetValue("Radius", out var val1) && val1 is int typedVal1)
            node.Radius.Value = typedVal1;
    }

    private static void Set__NodePipeline_Application_Nodes_MaskApplyNode__NodeParametersValues(global::NodePipeline.Application.Nodes.MaskApplyNode node, string nodeId, Dictionary<string, object?> parameters)
    {
        if (parameters.TryGetValue("Mode", out var val1) && val1 is global::NodePipeline.Application.Nodes.MaskMode typedVal1)
            node.Mode.Value = typedVal1;
    }

    private static void Set__NodePipeline_Application_Nodes_SaveImage2Node__NodeParametersValues(global::NodePipeline.Application.Nodes.SaveImage2Node node, string nodeId, Dictionary<string, object?> parameters)
    {
    }

    private static void Set__NodePipeline_Application_Nodes_SaveImageNode__NodeParametersValues(global::NodePipeline.Application.Nodes.SaveImageNode node, string nodeId, Dictionary<string, object?> parameters)
    {
        if (parameters.TryGetValue("FileName", out var val1) && val1 is string typedVal1)
            node.FileName.Value = typedVal1;
        if (parameters.TryGetValue("Extension", out var val2) && val2 is string typedVal2)
            node.Extension.Value = typedVal2;
        if (parameters.TryGetValue("Directory", out var val3) && val3 is string typedVal3)
            node.Directory.Value = typedVal3;
    }


    private static string GetNodeType(string pipelineId, string nodeId, INode node)
    {
        switch (node)
        {
            case global::NodePipeline.Application.Nodes.FileImageSource2Node:
                return NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource2");
            case global::NodePipeline.Application.Nodes.FileImageSourceNode:
                return NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.FileImageSource");
            case global::NodePipeline.Application.Nodes.GaussianBlurNode:
                return NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.GaussianBlur");
            case global::NodePipeline.Application.Nodes.MaskApplyNode:
                return NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.MaskApply");
            case global::NodePipeline.Application.Nodes.SaveImage2Node:
                return NodeNamePrefixSettings.TrimNodeName("NodePipeline.Application.Nodes.SaveImage2");
            case global::NodePipeline.Application.Nodes.SaveImageNode:
                return "FileImageDestination";
            default:
                throw new NodeNotFoundException(pipelineId, node.GetType().Name, nodeId);
        }
    }


    private record PortConnectionInfo(bool Connected, object? OutputFieldObj, string FromPortName, string FromNodeType, string FromNodeId);
}
#nullable restore