Class AndHandler

Namespace

Echo.Platforms.AsmResolver.Emulation.Dispatch.Arithmetic

Assembly

Echo.Platforms.AsmResolver.dll

Implements a CIL instruction handler for and operations.

[DispatcherTableEntry(new CilCode[] { CilCode.And })]
public class AndHandler : BinaryOperatorHandlerBase, ICilOpCodeHandler

Inheritance

object

FallThroughOpCodeHandler

BinaryOperatorHandlerBase

AndHandler

Implements

ICilOpCodeHandler

Inherited Members

BinaryOperatorHandlerBase.DispatchInternal(CilExecutionContext, CilInstruction)

FallThroughOpCodeHandler.Dispatch(CilExecutionContext, CilInstruction)

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Methods

Evaluate(CilExecutionContext, CilInstruction, StackSlot, StackSlot)

Evaluates the binary operation on two arguments.

protected override CilDispatchResult Evaluate(CilExecutionContext context, CilInstruction instruction, StackSlot argument1, StackSlot argument2)

Parameters

context CilExecutionContext

The context to evaluate the instruction in.

instruction CilInstruction

The instruction to dispatch and evaluate.

argument1 StackSlot

The first argument that also receives the output.

argument2 StackSlot

The second argument.

Returns

CilDispatchResult

A value indicating whether the dispatch was successful or caused an error.

Force32BitResult(CilInstruction)

Gets a value indicating whether the instruction always pushes a 32-bit value.

protected override bool Force32BitResult(CilInstruction instruction)

Parameters

instruction CilInstruction

The instruction to classify.

Returns

bool

true if a 32-bit value is always pushed, false otherwise.

IsSignedOperation(CilInstruction)

Gets a value indicating whether the instruction is a signed operation or not.

protected override bool IsSignedOperation(CilInstruction instruction)

Parameters

instruction CilInstruction

The instruction to classify.

Returns

bool

true if signed, false otherwise.