Rewire DDC to use the analyzer task model

lib/runtime/dart/isolate.js

 dart_library.library('dart/isolate', null, /* Imports */[
   "dart_runtime/dart",
   'dart/core',
   'dart/async'
 ], /* Lazy imports */[
   'dart/_isolate_helper'
 ], function(exports, dart, core, async, _isolate_helper) {
   'use strict';
   let dartx = dart.dartx;
   class Capability extends core.Object {
@@ skipping 19 matching lines @@
   let _pause = Symbol('_pause');
   class Isolate extends core.Object {
     Isolate(controlPort, opts) {
       let pauseCapability = opts && 'pauseCapability' in opts ? opts.pauseCapability : null;
       let terminateCapability = opts && 'terminateCapability' in opts ? opts.terminateCapability : null;
       this.controlPort = controlPort;
       this.pauseCapability = pauseCapability;
       this.terminateCapability = terminateCapability;
     }
     static get current() {
-      return Isolate._currentIsolateCache;
+      return dart.as(Isolate._currentIsolateCache, Isolate);
     }
     static spawn(entryPoint, message, opts) {
       let paused = opts && 'paused' in opts ? opts.paused : false;
       try {
-        return _isolate_helper.IsolateNatives.spawnFunction(entryPoint, message, paused).then(dart.fn(msg => new Isolate(dart.as(dart.dindex(msg, 1), SendPort), {pauseCapability: dart.as(dart.dindex(msg, 2), Capability), terminateCapability: dart.as(dart.dindex(msg, 3), Capability)}), Isolate, [dart.dynamic]));
+        return dart.as(dart.dcall(dart.dcall(_isolate_helper.IsolateNatives.spawnFunction, entryPoint, message, paused).then, dart.fn(msg => new Isolate(dart.as(dart.dindex(msg, 1), SendPort), {pauseCapability: dart.as(dart.dindex(msg, 2), Capability), terminateCapability: dart.as(dart.dindex(msg, 3), Capability)}), Isolate, [dart.dynamic])), async.Future$(Isolate));
       } catch (e) {
         let st = dart.stackTrace(e);
         return async.Future$(Isolate).error(e, st);
       }
 
     }
     static spawnUri(uri, args, message, opts) {
       let paused = opts && 'paused' in opts ? opts.paused : false;
       let packageRoot = opts && 'packageRoot' in opts ? opts.packageRoot : null;
       if (packageRoot != null)
         dart.throw(new core.UnimplementedError("packageRoot"));
       try {
         if (dart.is(args, core.List)) {
           for (let i = 0; dart.notNull(i) < dart.notNull(args[dartx.length]); i = dart.notNull(i) + 1) {
             if (!(typeof args[dartx.get](i) == 'string')) {
               dart.throw(new core.ArgumentError(`Args must be a list of Strings ${args}`));
             }
           }
         } else if (args != null) {
           dart.throw(new core.ArgumentError(`Args must be a list of Strings ${args}`));
         }
-        return _isolate_helper.IsolateNatives.spawnUri(uri, args, message, paused).then(dart.fn(msg => new Isolate(dart.as(dart.dindex(msg, 1), SendPort), {pauseCapability: dart.as(dart.dindex(msg, 2), Capability), terminateCapability: dart.as(dart.dindex(msg, 3), Capability)}), Isolate, [dart.dynamic]));
+        return dart.as(dart.dcall(dart.dcall(_isolate_helper.IsolateNatives.spawnUri, uri, args, message, paused).then, dart.fn(msg => new Isolate(dart.as(dart.dindex(msg, 1), SendPort), {pauseCapability: dart.as(dart.dindex(msg, 2), Capability), terminateCapability: dart.as(dart.dindex(msg, 3), Capability)}), Isolate, [dart.dynamic])), async.Future$(Isolate));
       } catch (e) {
         let st = dart.stackTrace(e);
         return async.Future$(Isolate).error(e, st);
       }
 
     }
     pause(resumeCapability) {
       if (resumeCapability === void 0)
         resumeCapability = null;
       if (resumeCapability == null)
         resumeCapability = Capability.new();
-      this[_pause](resumeCapability);
+      dart.dcall(this[_pause], resumeCapability);
       return resumeCapability;
     }
     [_pause](resumeCapability) {
       let message = core.List.new(3);
       message[dartx.set](0, "pause");
       message[dartx.set](1, this.pauseCapability);
       message[dartx.set](2, resumeCapability);
-      this.controlPort.send(message);
+      dart.dcall(this.controlPort.send, message);
     }
     resume(resumeCapability) {
       let message = core.List.new(2);
       message[dartx.set](0, "resume");
       message[dartx.set](1, resumeCapability);
-      this.controlPort.send(message);
+      dart.dcall(this.controlPort.send, message);
     }
     addOnExitListener(responsePort) {
       let message = core.List.new(2);
       message[dartx.set](0, "add-ondone");
       message[dartx.set](1, responsePort);
-      this.controlPort.send(message);
+      dart.dcall(this.controlPort.send, message);
     }
     removeOnExitListener(responsePort) {
       let message = core.List.new(2);
       message[dartx.set](0, "remove-ondone");
       message[dartx.set](1, responsePort);
-      this.controlPort.send(message);
+      dart.dcall(this.controlPort.send, message);
     }
     setErrorsFatal(errorsAreFatal) {
       let message = core.List.new(3);
       message[dartx.set](0, "set-errors-fatal");
       message[dartx.set](1, this.terminateCapability);
       message[dartx.set](2, errorsAreFatal);
-      this.controlPort.send(message);
+      dart.dcall(this.controlPort.send, message);
     }
     kill(priority) {
       if (priority === void 0)
         priority = Isolate.BEFORE_NEXT_EVENT;
-      this.controlPort.send(["kill", this.terminateCapability, priority]);
+      dart.dcall(this.controlPort.send, ["kill", this.terminateCapability, priority]);
     }
     ping(responsePort, pingType) {
       if (pingType === void 0)
         pingType = Isolate.IMMEDIATE;
       let message = core.List.new(3);
       message[dartx.set](0, "ping");
       message[dartx.set](1, responsePort);
       message[dartx.set](2, pingType);
-      this.controlPort.send(message);
+      dart.dcall(this.controlPort.send, message);
     }
     addErrorListener(port) {
       let message = core.List.new(2);
       message[dartx.set](0, "getErrors");
       message[dartx.set](1, port);
-      this.controlPort.send(message);
+      dart.dcall(this.controlPort.send, message);
     }
     removeErrorListener(port) {
       let message = core.List.new(2);
       message[dartx.set](0, "stopErrors");
       message[dartx.set](1, port);
-      this.controlPort.send(message);
+      dart.dcall(this.controlPort.send, message);
     }
     get errors() {
       let controller = null;
       let port = null;
       function handleError(message) {
         let errorDescription = dart.as(dart.dindex(message, 0), core.String);
         let stackDescription = dart.as(dart.dindex(message, 1), core.String);
         let error = new RemoteError(errorDescription, stackDescription);
-        controller.addError(error, error.stackTrace);
+        dart.dcall(controller.addError, error, dart.dload(error, 'stackTrace'));
       }
       dart.fn(handleError, dart.void, [dart.dynamic]);
       controller = async.StreamController.broadcast({sync: true, onListen: dart.fn((() => {
           port = RawReceivePort.new(handleError);
-          this.addErrorListener(port.sendPort);
+          dart.dcall(this.addErrorListener, port.sendPort);
         }).bind(this)), onCancel: dart.fn((() => {
-          this.removeErrorListener(port.sendPort);
-          port.close();
+          dart.dcall(this.removeErrorListener, port.sendPort);
+          dart.dcall(port.close);
           port = null;
         }).bind(this))});
       return controller.stream;
     }
   }
   dart.setSignature(Isolate, {
     constructors: () => ({Isolate: [Isolate, [SendPort], {pauseCapability: Capability, terminateCapability: Capability}]}),
     methods: () => ({
       pause: [Capability, [], [Capability]],
       [_pause]: [dart.void, [Capability]],
@@ skipping 47 matching lines @@
   dart.setSignature(RawReceivePort, {
     constructors: () => ({new: [RawReceivePort, [], [dart.functionType(dart.void, [dart.dynamic])]]})
   });
   class _IsolateUnhandledException extends core.Object {
     _IsolateUnhandledException(message, source, stackTrace) {
       this.message = message;
       this.source = source;
       this.stackTrace = stackTrace;
     }
     toString() {
-      return 'IsolateUnhandledException: exception while handling message: ' + `${this.message} \n  ` + `${dart.toString(this.source)[dartx.replaceAll]("\n", "\n  ")}\n` + 'original stack trace:\n  ' + `${dart.toString(this.stackTrace)[dartx.replaceAll]("\n", "\n  ")}`;
+      return 'IsolateUnhandledException: exception while handling message: ' + `${this.message} \n  ` + `${dart.dsend(dart.dsend(this.source, 'toString'), 'replaceAll', "\n", "\n  ")}\n` + 'original stack trace:\n  ' + `${dart.dcall(dart.dcall(this.stackTrace.toString)[dartx.replaceAll], "\n", "\n  ")}`;
     }
   }
   _IsolateUnhandledException[dart.implements] = () => [core.Exception];
   dart.setSignature(_IsolateUnhandledException, {
     constructors: () => ({_IsolateUnhandledException: [_IsolateUnhandledException, [dart.dynamic, dart.dynamic, core.StackTrace]]})
   });
   let _description = Symbol('_description');
   class RemoteError extends core.Object {
     RemoteError(description, stackDescription) {
       this[_description] = description;
@@ skipping 22 matching lines @@
   });
   // Exports:
   exports.Capability = Capability;
   exports.IsolateSpawnException = IsolateSpawnException;
   exports.Isolate = Isolate;
   exports.SendPort = SendPort;
   exports.ReceivePort = ReceivePort;
   exports.RawReceivePort = RawReceivePort;
   exports.RemoteError = RemoteError;
 });