// <auto-generated/>
#nullable enable

using Microsoft.Diagnostics.DataContractReader;
using Microsoft.Diagnostics.DataContractReader.Contracts;
using Microsoft.Diagnostics.DataContractReader.Generated;

namespace Microsoft.Diagnostics.DataContractReader.Data;

/// <summary>Wraps the <c>HeapSegment</c> type.</summary>
partial class HeapSegment : global::Microsoft.Diagnostics.DataContractReader.Data.IReadableData
{
    private static readonly string[] _typeNames = new[] { "HeapSegment" };

    [UsesDataDescriptorTypeSize]
    public static uint GetSize(Target target)
        => checked((uint)LayoutSet.Resolve(target, _typeNames).InstanceSize);

    [DataDescriptorDependency("Allocated", "pointer")]
    public static int GetAllocatedOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "Allocated");
        return type.Fields[name].Offset;
    }

    [DataDescriptorDependency("Committed", "pointer")]
    public static int GetCommittedOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "Committed");
        return type.Fields[name].Offset;
    }

    [DataDescriptorDependency("Reserved", "pointer")]
    public static int GetReservedOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "Reserved");
        return type.Fields[name].Offset;
    }

    [DataDescriptorDependency("Used", "pointer")]
    public static int GetUsedOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "Used");
        return type.Fields[name].Offset;
    }

    [DataDescriptorDependency("Mem", "pointer")]
    public static int GetMemOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "Mem");
        return type.Fields[name].Offset;
    }

    [DataDescriptorDependency("Flags", "nuint")]
    public static int GetFlagsOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "Flags");
        return type.Fields[name].Offset;
    }

    [DataDescriptorDependency("Next", "pointer")]
    public static int GetNextOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "Next");
        return type.Fields[name].Offset;
    }

    [DataDescriptorDependency("BackgroundAllocated", "pointer")]
    public static int GetBackgroundAllocatedOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "BackgroundAllocated");
        return type.Fields[name].Offset;
    }

    [DataDescriptorDependency("Heap", "pointer")]
    public static int GetHeapOffset(Target target)
    {
        LayoutSet layouts = LayoutSet.Resolve(target, _typeNames);
        layouts.Select(default, out var type, out _, out var name, "Heap");
        return type.Fields[name].Offset;
    }

    public TargetPointer Address { get; }

    private readonly Target _target;

    private readonly LayoutSet _layouts;

    partial void OnInit(Target target, TargetPointer address);

    public HeapSegment(Target target, TargetPointer address)
    {
        Address = address;
        _target = target;
        _layouts = LayoutSet.Resolve(target, _typeNames);

        OnInit(target, address);
    }

    static HeapSegment IData<HeapSegment>.Create(Target target, TargetPointer address)
        => new HeapSegment(target, address);

    private TargetPointer _Allocated__value = default!;
    private bool _Allocated__read;
    [DataDescriptorDependency("Allocated", "pointer")]
    public partial TargetPointer Allocated
    {
        get
        {
            if (!_Allocated__read)
            {
                _layouts.Select(Address, out var t, out var b, out var n, "Allocated");
                _Allocated__value = _target.ReadPointerField(b, t, n);
                _Allocated__read = true;
            }
            return _Allocated__value;
        }
    }

    private TargetPointer _Committed__value = default!;
    private bool _Committed__read;
    [DataDescriptorDependency("Committed", "pointer")]
    public partial TargetPointer Committed
    {
        get
        {
            if (!_Committed__read)
            {
                _layouts.Select(Address, out var t, out var b, out var n, "Committed");
                _Committed__value = _target.ReadPointerField(b, t, n);
                _Committed__read = true;
            }
            return _Committed__value;
        }
    }

    private TargetPointer _Reserved__value = default!;
    private bool _Reserved__read;
    [DataDescriptorDependency("Reserved", "pointer")]
    public partial TargetPointer Reserved
    {
        get
        {
            if (!_Reserved__read)
            {
                _layouts.Select(Address, out var t, out var b, out var n, "Reserved");
                _Reserved__value = _target.ReadPointerField(b, t, n);
                _Reserved__read = true;
            }
            return _Reserved__value;
        }
    }

    private TargetPointer _Used__value = default!;
    private bool _Used__read;
    [DataDescriptorDependency("Used", "pointer")]
    public partial TargetPointer Used
    {
        get
        {
            if (!_Used__read)
            {
                _layouts.Select(Address, out var t, out var b, out var n, "Used");
                _Used__value = _target.ReadPointerField(b, t, n);
                _Used__read = true;
            }
            return _Used__value;
        }
    }

    private TargetPointer _Mem__value = default!;
    private bool _Mem__read;
    [DataDescriptorDependency("Mem", "pointer")]
    public partial TargetPointer Mem
    {
        get
        {
            if (!_Mem__read)
            {
                _layouts.Select(Address, out var t, out var b, out var n, "Mem");
                _Mem__value = _target.ReadPointerField(b, t, n);
                _Mem__read = true;
            }
            return _Mem__value;
        }
    }

    private TargetNUInt _Flags__value = default!;
    private bool _Flags__read;
    [DataDescriptorDependency("Flags", "nuint")]
    public partial TargetNUInt Flags
    {
        get
        {
            if (!_Flags__read)
            {
                _layouts.Select(Address, out var t, out var b, out var n, "Flags");
                _Flags__value = _target.ReadNUIntField(b, t, n);
                _Flags__read = true;
            }
            return _Flags__value;
        }
    }

    private TargetPointer _Next__value = default!;
    private bool _Next__read;
    [DataDescriptorDependency("Next", "pointer")]
    public partial TargetPointer Next
    {
        get
        {
            if (!_Next__read)
            {
                _layouts.Select(Address, out var t, out var b, out var n, "Next");
                _Next__value = _target.ReadPointerField(b, t, n);
                _Next__read = true;
            }
            return _Next__value;
        }
    }

    private TargetPointer _BackgroundAllocated__value = default!;
    private bool _BackgroundAllocated__read;
    [DataDescriptorDependency("BackgroundAllocated", "pointer")]
    public partial TargetPointer BackgroundAllocated
    {
        get
        {
            if (!_BackgroundAllocated__read)
            {
                _layouts.Select(Address, out var t, out var b, out var n, "BackgroundAllocated");
                _BackgroundAllocated__value = _target.ReadPointerField(b, t, n);
                _BackgroundAllocated__read = true;
            }
            return _BackgroundAllocated__value;
        }
    }

    private TargetPointer? _Heap__value = default!;
    private bool _Heap__read;
    [DataDescriptorDependency("Heap", "pointer")]
    public partial TargetPointer? Heap
    {
        get
        {
            if (!_Heap__read)
            {
                if (_layouts.TrySelect(Address, out var t, out var b, out var n, "Heap"))
                    _Heap__value = _target.ReadPointerField(b, t, n);
                else
                    _Heap__value = default(TargetPointer?);
                _Heap__read = true;
            }
            return _Heap__value;
        }
    }

    [DataDescriptorDependency("Allocated", "pointer")]
    [DataDescriptorDependency("Committed", "pointer")]
    [DataDescriptorDependency("Reserved", "pointer")]
    [DataDescriptorDependency("Used", "pointer")]
    [DataDescriptorDependency("Mem", "pointer")]
    [DataDescriptorDependency("Flags", "nuint")]
    [DataDescriptorDependency("Next", "pointer")]
    [DataDescriptorDependency("BackgroundAllocated", "pointer")]
    [DataDescriptorDependency("Heap", "pointer")]
    void global::Microsoft.Diagnostics.DataContractReader.Data.IReadableData.EnsureAllFieldsRead()
    {
        _ = Allocated;
        _ = Committed;
        _ = Reserved;
        _ = Used;
        _ = Mem;
        _ = Flags;
        _ = Next;
        _ = BackgroundAllocated;
        _ = Heap;
    }

}