public void Replace(Method method, bool autoCast = true)
{
this.instruction.Operand = Builder.Current.Import(method.methodReference);
// If we know this method has only one param (Because easy to do), we should try to check
// the type and and try a cast if needed
var parameters = method.Parameters;
if (parameters.Length == 1 && autoCast)
{
var previousType = this.GetPreviousInstructionObjectType();
if (parameters[0].typeReference.FullName.GetHashCode() == previousType.typeReference.FullName.GetHashCode() && parameters[0].typeReference.FullName == previousType.typeReference.FullName)
{
return;
}
var paramResult = new ParamResult();
var processor = this.HostMethod.GetILProcessor();
paramResult.Type = previousType.typeReference;
var coder = method.NewCoder();
InstructionBlock.CastOrBoxValues(coder.instructions, parameters[0]);
processor.InsertBefore(this.instruction, paramResult.Instructions);
}
}
public void Replace(Method method)
{
this.instruction.Operand = method.methodReference;
// If we know this method has only one param (Because easy to do), we should try to check
// the type and and try a cast if needed
var parameters = method.Parameters;
if (parameters.Length == 1)
{
var previousType = this.GetPreviousInstructionObjectType();
if (parameters[0].typeReference.FullName.GetHashCode() == previousType.typeReference.FullName.GetHashCode() && parameters[0].typeReference.FullName == previousType.typeReference.FullName)
{
return;
}
var paramResult = new ParamResult();
var processor = this.HostMethod.GetILProcessor();
paramResult.Type = previousType.typeReference;
(method.NewCode() as InstructionsSet).CastOrBoxValues(processor, parameters[0].typeReference, paramResult, parameters[0].typeDefinition);
processor.InsertBefore(this.instruction, paramResult.Instructions);
}
}
