private void CallStatic(InstructionNode node)
{
var call = node.Operand1;
var result = node.Result;
var method = call.Method;
var operands = node.GetOperands();
Debug.Assert(method != null);
if (MethodCompiler.Compiler.CompilerData.IsMethodInlined(method))
{
// If above is true, then a race condition occurred between:
// 1) after inline stage of this method, and
// 2) theinline evaluation stage of the target method
// the only best option at this point is to stop compiling this method.
// Note: It should already be scheduled to be re-compiled!
//MethodCompiler.Stop();
//return;
}
//Debug.Assert(!MethodCompiler.Compiler.CompilerData.IsMethodInlined(method));
operands.RemoveAt(0);
var context = new Context(node);
context.Empty();
MakeCall(context, call, result, operands);
Debug.Assert(method == call.Method);
MethodScanner.MethodDirectInvoked(call.Method, Method);
}
private void CallStatic(Context context)
{
var call = context.Operand1;
var result = context.Result;
var method = call.Method;
var operands = context.GetOperands();
Debug.Assert(method != null);
operands.RemoveAt(0);
context.Empty();
MakeCall(context, call, result, operands);
MethodScanner.MethodDirectInvoked(call.Method, Method);
}
private void CallStatic(InstructionNode node)
{
var call = node.Operand1;
var result = node.Result;
var method = call.Method;
var operands = node.GetOperands();
Debug.Assert(method != null);
operands.RemoveAt(0);
var context = new Context(node);
context.Empty();
MakeCall(context, call, result, operands);
MethodScanner.MethodDirectInvoked(call.Method, Method);
}
