library;
import self as self;
import "dart:core" as core;

typedef fn = (dynamic) → dynamic;
typedef fn2 = (dynamic, dynamic) → dynamic;
class X extends core::Object {
  default constructor •() → void
    : super core::Object::•()
    ;
}
static method startIsolateMock(dynamic parentPort, dynamic entryPoint, dynamic args, dynamic message, dynamic isSpawnUri, dynamic controlPort, core::List<dynamic> capabilities) → void {
  final dynamic #context = MakeVector(7);
  #context[2] = entryPoint;
  #context[3] = args;
  #context[4] = message;
  #context[5] = isSpawnUri;
  if(!controlPort.==(null)) {
    controlPort.handler = MakeClosure<(dynamic) → dynamic>(self::closure#startIsolateMock#function, #context);
  }
  if(!parentPort.==(null)) {
    dynamic readyMessage = core::List::_internal<dynamic>(2);
    readyMessage.[]=(0, controlPort.sendPort);
    readyMessage.[]=(1, capabilities);
    capabilities = null;
    parentPort.send(readyMessage);
  }
  assert(capabilities.==(null));
  #context[6] = "abc";
  (#context[6]).handler = MakeClosure<(dynamic) → dynamic>(self::closure#startIsolateMock#function#1, #context);
  (#context[6]).sendPort.send(null);
}
static method main() → dynamic {}
static method closure#startIsolateMock#function(dynamic #contextParameter, dynamic _) → dynamic {}
static method closure#startIsolateMock#function#1(dynamic #contextParameter, dynamic _) → dynamic {
  (#contextParameter[6]).close();
  if(#contextParameter[5]) {
    if((#contextParameter[2]) is (dynamic, dynamic) → dynamic) {
      (#contextParameter[2]).call(#contextParameter[3], #contextParameter[4]);
    }
    else
      if((#contextParameter[2]) is (dynamic) → dynamic) {
        (#contextParameter[2]).call(#contextParameter[3]);
      }
      else {
        (#contextParameter[2]).call();
      }
  }
  else {
    (#contextParameter[2]).call(#contextParameter[4]);
  }
}