SemPtr SemPtr
SemPtr SemPtr
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    Struct PersistentSequencePointer

    Represents a non-nullable persistent pointer pointing to a contiguous sequence of targets.

    Implements
    IPointer<PersistentSequencePointer>
    IPointer
    IComparable
    IComparable<PersistentSequencePointer>
    IComparable<NullablePointerReadOnly>
    IComparable<NullablePointerUninitialized>
    IComparisonOperators<PersistentSequencePointer, PersistentSequencePointer, bool>
    IEquatable<PersistentSequencePointer>
    IEquatable<NullablePointerReadOnly>
    IEquatable<NullablePointerUninitialized>
    IEquatable<NullableFunctionPointer>
    IEqualityOperators<PersistentSequencePointer, PersistentSequencePointer, bool>
    ISpanFormattable
    IFormattable
    IUtf8SpanFormattable
    Inherited Members
    object.Equals(object, object)
    object.GetType()
    object.ReferenceEquals(object, object)
    Namespace: SemPtr
    Assembly: SemPtr.dll
    Syntax
    public readonly struct PersistentSequencePointer : IPointer<PersistentSequencePointer>, IPointer, IComparable, IComparable<PersistentSequencePointer>, IComparable<NullablePointerReadOnly>, IComparable<NullablePointerUninitialized>, IComparisonOperators<PersistentSequencePointer, PersistentSequencePointer, bool>, IEquatable<PersistentSequencePointer>, IEquatable<NullablePointerReadOnly>, IEquatable<NullablePointerUninitialized>, IEquatable<NullableFunctionPointer>, IEqualityOperators<PersistentSequencePointer, PersistentSequencePointer, bool>, ISpanFormattable, IFormattable, IUtf8SpanFormattable
    Remarks

    PersistentSequencePointer has the following characteristics:

    • Non-nullableYou can access the pointer's target directly without checking for null.
    • PersistentThe pointer's target outlives the pointer's initial scope. You can let the pointer escape the current scope and store it for later access. No guarantees are made about how long the target will remain valid or who owns it.
    • Contiguous sequenceThe pointer points to a contiguous sequence of targets.
    • Read-writeYou can read and write the pointer's target.
    • UntypedThe pointer points to a contiguous sequence of targets of unknown type. You must cast the pointer to a specific type before you can access its targets.

    You should never create instances of PersistentSequencePointer using its parameterless constructors or default(PersistentSequencePointer). Doing so will result in undefined behavior. Always use the FromRaw(void*), FromIntPtr(nint), or FromUIntPtr(nuint) methods to create instances of PersistentSequencePointer pointers.

    Constructors

    Name Description
    PersistentSequencePointer()

    Do not use. Do not create instances of non-nullable pointers using parameterless constructors or default values.

    Properties

    Name Description
    AsIntPtr

    Gets an nint that represents the same memory address as the current pointer.

    AsUIntPtr

    Gets an nuint that represents the same memory address as the current pointer.

    HasTarget

    Gets a value indicating whether the current pointer is non-null.

    Raw

    Gets a raw pointer pointing to the same target as the current pointer.

    Methods

    Name Description
    CompareTo(NullablePointerReadOnly)

    Compares the current instance with another object of the same type and returns an integer that indicates whether the current instance precedes, follows, or occurs in the same position in the sort order as the other object.

    CompareTo(NullablePointerUninitialized)

    Compares the current instance with another object of the same type and returns an integer that indicates whether the current instance precedes, follows, or occurs in the same position in the sort order as the other object.

    CompareTo(PersistentSequencePointer)

    Compares the current instance with another object of the same type and returns an integer that indicates whether the current instance precedes, follows, or occurs in the same position in the sort order as the other object.

    CompareTo(object?)

    Compares the current instance with another object of the same type and returns an integer that indicates whether the current instance precedes, follows, or occurs in the same position in the sort order as the other object.

    Equals(NullableFunctionPointer)

    Indicates whether the current object is equal to another object of the same type.

    Equals(NullablePointerReadOnly)

    Indicates whether the current object is equal to another object of the same type.

    Equals(NullablePointerUninitialized)

    Indicates whether the current object is equal to another object of the same type.

    Equals(PersistentSequencePointer)

    Indicates whether the current object is equal to another object of the same type.

    Equals(object?)

    Indicates whether this instance and a specified object are equal.

    FromIntPtr(nint)

    Creates a PersistentSequencePointer from a memory address given as a nint.

    FromRaw(void*)

    Creates a PersistentSequencePointer from a raw pointer.

    FromRaw<T>(T*)

    Creates a PersistentSequencePointer<T> from a raw pointer.

    FromUIntPtr(nuint)

    Creates a PersistentSequencePointer from a memory address given as a nint.

    GetHashCode()

    Returns the hash code for this instance.

    ToString()

    Formats the value of the current instance using the default format.

    ToString(IFormatProvider?)

    Formats the value of the current instance using the specified format.

    ToString(string?)

    Formats the value of the current instance using the specified format.

    ToString(string?, IFormatProvider?)

    Formats the value of the current instance using the specified format.

    TryFormat(Span<byte>, out int, IFormatProvider?)

    Tries to format the value of the current instance as UTF-8 into the provided span of bytes.

    TryFormat(Span<byte>, out int, ReadOnlySpan<char>, IFormatProvider?)

    Tries to format the value of the current instance as UTF-8 into the provided span of bytes.

    TryFormat(Span<char>, out int, IFormatProvider?)

    Tries to format the value of the current instance into the provided span of characters.

    TryFormat(Span<char>, out int, ReadOnlySpan<char>, IFormatProvider?)

    Tries to format the value of the current instance into the provided span of characters.

    Operators

    Name Description
    operator ==(PersistentSequencePointer, NullableFunctionPointer)

    Compares two values to determine equality.

    operator ==(PersistentSequencePointer, NullablePointerReadOnly)

    Compares two values to determine equality.

    operator ==(PersistentSequencePointer, NullablePointerUninitialized)

    Compares two values to determine equality.

    operator ==(PersistentSequencePointer, PersistentSequencePointer)

    Compares two values to determine equality.

    explicit operator FunctionPointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a FunctionPointer.

    explicit operator NullableFunctionPointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullableFunctionPointer.

    explicit operator NullablePersistentFunctionPointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePersistentFunctionPointer.

    explicit operator PersistentFunctionPointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a PersistentFunctionPointer.

    operator false(PersistentSequencePointer)

    Determines whether the specified pointer is null.

    operator >(NullablePointerReadOnly, PersistentSequencePointer)

    Compares two values to determine which is greater.

    operator >(NullablePointerUninitialized, PersistentSequencePointer)

    Compares two values to determine which is greater.

    operator >(PersistentSequencePointer, NullablePointerReadOnly)

    Compares two values to determine which is greater.

    operator >(PersistentSequencePointer, NullablePointerUninitialized)

    Compares two values to determine which is greater.

    operator >(PersistentSequencePointer, PersistentSequencePointer)

    Compares two values to determine which is greater.

    operator >=(NullablePointerReadOnly, PersistentSequencePointer)

    Compares two values to determine which is greater or equal.

    operator >=(NullablePointerUninitialized, PersistentSequencePointer)

    Compares two values to determine which is greater or equal.

    operator >=(PersistentSequencePointer, NullablePointerReadOnly)

    Compares two values to determine which is greater or equal.

    operator >=(PersistentSequencePointer, NullablePointerUninitialized)

    Compares two values to determine which is greater or equal.

    operator >=(PersistentSequencePointer, PersistentSequencePointer)

    Compares two values to determine which is greater or equal.

    implicit operator NullablePersistentPointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePersistentPointer.

    implicit operator NullablePersistentPointerReadOnly(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePersistentPointerReadOnly.

    implicit operator NullablePersistentPointerUninitialized(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePersistentPointerUninitialized.

    implicit operator NullablePersistentSequencePointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePersistentSequencePointer.

    implicit operator NullablePersistentSequencePointerReadOnly(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePersistentSequencePointerReadOnly.

    implicit operator NullablePersistentSequencePointerUninitialized(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePersistentSequencePointerUninitialized.

    implicit operator NullablePointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePointer.

    implicit operator NullablePointerReadOnly(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePointerReadOnly.

    implicit operator NullablePointerUninitialized(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullablePointerUninitialized.

    implicit operator NullableSequencePointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullableSequencePointer.

    implicit operator NullableSequencePointerReadOnly(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullableSequencePointerReadOnly.

    implicit operator NullableSequencePointerUninitialized(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a NullableSequencePointerUninitialized.

    implicit operator PersistentPointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a PersistentPointer.

    implicit operator PersistentPointerReadOnly(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a PersistentPointerReadOnly.

    implicit operator PersistentPointerUninitialized(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a PersistentPointerUninitialized.

    implicit operator PersistentSequencePointerReadOnly(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a PersistentSequencePointerReadOnly.

    implicit operator PersistentSequencePointerUninitialized(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a PersistentSequencePointerUninitialized.

    implicit operator Pointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a Pointer.

    implicit operator PointerReadOnly(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a PointerReadOnly.

    implicit operator PointerUninitialized(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a PointerUninitialized.

    implicit operator SequencePointer(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a SequencePointer.

    implicit operator SequencePointerReadOnly(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a SequencePointerReadOnly.

    implicit operator SequencePointerUninitialized(PersistentSequencePointer)

    Converts a PersistentSequencePointer to a SequencePointerUninitialized.

    operator !=(PersistentSequencePointer, NullableFunctionPointer)

    Compares two values to determine inequality.

    operator !=(PersistentSequencePointer, NullablePointerReadOnly)

    Compares two values to determine inequality.

    operator !=(PersistentSequencePointer, NullablePointerUninitialized)

    Compares two values to determine inequality.

    operator !=(PersistentSequencePointer, PersistentSequencePointer)

    Compares two values to determine inequality.

    operator <(NullablePointerReadOnly, PersistentSequencePointer)

    Compares two values to determine which is less.

    operator <(NullablePointerUninitialized, PersistentSequencePointer)

    Compares two values to determine which is less.

    operator <(PersistentSequencePointer, NullablePointerReadOnly)

    Compares two values to determine which is less.

    operator <(PersistentSequencePointer, NullablePointerUninitialized)

    Compares two values to determine which is less.

    operator <(PersistentSequencePointer, PersistentSequencePointer)

    Compares two values to determine which is less.

    operator <=(NullablePointerReadOnly, PersistentSequencePointer)

    Compares two values to determine which is less or equal.

    operator <=(NullablePointerUninitialized, PersistentSequencePointer)

    Compares two values to determine which is less or equal.

    operator <=(PersistentSequencePointer, NullablePointerReadOnly)

    Compares two values to determine which is less or equal.

    operator <=(PersistentSequencePointer, NullablePointerUninitialized)

    Compares two values to determine which is less or equal.

    operator <=(PersistentSequencePointer, PersistentSequencePointer)

    Compares two values to determine which is less or equal.

    operator true(PersistentSequencePointer)

    Determines whether the specified pointer is non-null.

    © 2026 Felix Rüdiger. SemPtr and its documentation are licensed under the MIT license.