The Tor Browser: toolkit/devtools/server/tests/unit/test_protocol_children.js@129ffea94266 (annotated)

toolkit/devtools/server/tests/unit/test_protocol_children.js@129ffea94266 (annotated)

toolkit/devtools/server/tests/unit/test_protocol_children.js

Sat, 03 Jan 2015 20:18:00 +0100

author: Michael Schloh von Bennewitz <michael@schloh.com>
date: Sat, 03 Jan 2015 20:18:00 +0100
branch: TOR_BUG_3246
changeset 7: 129ffea94266
permissions: -rw-r--r--

Conditionally enable double key logic according to:
private browsing mode or privacy.thirdparty.isolate preference and
implement in GetCookieStringCommon and FindCookie where it counts...
With some reservations of how to convince FindCookie users to test
condition and pass a nullptr when disabling double key logic.

 /* Any copyright is dedicated to the Public Domain.
    http://creativecommons.org/publicdomain/zero/1.0/ */
 /**
  * Test simple requests using the protocol helpers.
  */
 let protocol = devtools.require("devtools/server/protocol");
 let {method, preEvent, types, Arg, Option, RetVal} = protocol;
 let events = devtools.require("sdk/event/core");
 function simpleHello() {
   return {
     from: "root",
     applicationType: "xpcshell-tests",
     traits: [],
   }
 }
 let testTypes = {};
 // Predeclaring the actor type so that it can be used in the
 // implementation of the child actor.
 types.addActorType("childActor");
 let ChildActor = protocol.ActorClass({
   typeName: "childActor",
   // Actors returned by this actor should be owned by the root actor.
   marshallPool: function() { return this.parent() },
   toString: function() "[ChildActor " + this.childID + "]",
   initialize: function(conn, id) {
     protocol.Actor.prototype.initialize.call(this, conn);
     this.childID = id;
   },
   destroy: function() {
     protocol.Actor.prototype.destroy.call(this);
     this.destroyed = true;
   },
   form: function(detail) {
     if (detail === "actorid") {
       return this.actorID;
     }
     return {
       actor: this.actorID,
       childID: this.childID,
       detail: detail
     };
   },
   echo: method(function(str) {
     return str;
   }, {
     request: { str: Arg(0) },
     response: { str: RetVal("string") },
     telemetry: "ECHO"
   }),
   getDetail1: method(function() {
     return this;
   }, {
     // This also exercises return-value-as-packet.
     response: RetVal("childActor#detail1"),
   }),
   getDetail2: method(function() {
     return this;
   }, {
     // This also exercises return-value-as-packet.
     response: RetVal("childActor#detail2"),
   }),
   getIDDetail: method(function() {
     return this;
   }, {
     response: {
       idDetail: RetVal("childActor#actorid")
     }
   }),
   getSibling: method(function(id) {
     return this.parent().getChild(id);
   }, {
     request: { id: Arg(0) },
     response: { sibling: RetVal("childActor") }
   }),
   emitEvents: method(function() {
     events.emit(this, "event1", 1, 2, 3);
     events.emit(this, "named-event", 1, 2, 3);
     events.emit(this, "object-event", this);
     events.emit(this, "array-object-event", [this]);
   }, {
     response: { value: "correct response" },
   }),
   release: method(function() { }, { release: true }),
   events: {
     "event1" : {
       a: Arg(0),
       b: Arg(1),
       c: Arg(2)
     },
     "named-event": {
       type: "namedEvent",
       a: Arg(0),
       b: Arg(1),
       c: Arg(2)
     },
     "object-event": {
       type: "objectEvent",
       detail: Arg(0, "childActor#detail1"),
     },
     "array-object-event": {
       type: "arrayObjectEvent",
       detail: Arg(0, "array:childActor#detail2"),
     }
   }
 });
 let ChildFront = protocol.FrontClass(ChildActor, {
   initialize: function(client, form) {
     protocol.Front.prototype.initialize.call(this, client, form);
   },
   destroy: function() {
     this.destroyed = true;
     protocol.Front.prototype.destroy.call(this);
   },
   marshallPool: function() { return this.parent() },
   toString: function() "[child front " + this.childID + "]",
   form: function(form, detail) {
     if (detail === "actorid") {
       return;
     }
     this.childID = form.childID;
     this.detail = form.detail;
   },
   onEvent1: preEvent("event1", function(a, b, c) {
     this.event1arg3 = c;
   }),
 });
 types.addDictType("manyChildrenDict", {
   child5: "childActor",
   more: "array:childActor",
 });
 types.addLifetime("temp", "_temporaryHolder");
 let rootActor = null;
 let RootActor = protocol.ActorClass({
   typeName: "root",
   toString: function() "[root actor]",
   initialize: function(conn) {
     rootActor = this;
     this.actorID = "root";
     this._children = {};
     protocol.Actor.prototype.initialize.call(this, conn);
     // Root actor owns itself.
     this.manage(this);
   },
   sayHello: simpleHello,
   getChild: method(function(id) {
     if (id in this._children) {
       return this._children[id];
     }
     let child = new ChildActor(this.conn, id);
     this._children[id] = child;
     return child;
   }, {
     request: { str: Arg(0) },
     response: { actor: RetVal("childActor") },
   }),
   getChildren: method(function(ids) {
     return [this.getChild(id) for (id of ids)];
   }, {
     request: { ids: Arg(0, "array:string") },
     response: { children: RetVal("array:childActor") },
   }),
   getManyChildren: method(function() {
     return {
       foo: "bar", // note that this isn't in the specialization array.
       child5: this.getChild("child5"),
       more: [ this.getChild("child6"), this.getChild("child7") ]
     }
   }, {
     response: RetVal("manyChildrenDict")
   }),
   // This should remind you of a pause actor.
   getTemporaryChild: method(function(id) {
     if (!this._temporaryHolder) {
       this._temporaryHolder = this.manage(new protocol.Actor(this.conn));
     }
     return new ChildActor(this.conn, id);
   }, {
     request: { id: Arg(0) },
     response: { child: RetVal("temp:childActor") }
   }),
   clearTemporaryChildren: method(function(id) {
     if (!this._temporaryHolder) {
       return;
     }
     this._temporaryHolder.destroy();
     delete this._temporaryHolder;
   })
 });
 let RootFront = protocol.FrontClass(RootActor, {
   toString: function() "[root front]",
   initialize: function(client) {
     this.actorID = "root";
     protocol.Front.prototype.initialize.call(this, client);
     // Root actor owns itself.
     this.manage(this);
   },
   getTemporaryChild: protocol.custom(function(id) {
     if (!this._temporaryHolder) {
       this._temporaryHolder = this.manage(new protocol.Front(this.conn, {actor: this.actorID + "_temp"}));
     }
     return this._getTemporaryChild(id);
   },{
    impl: "_getTemporaryChild"
   }),
   clearTemporaryChildren: protocol.custom(function() {
     if (!this._temporaryHolder) {
       return promise.resolve(undefined);
     }
     this._temporaryHolder.destroy();
     delete this._temporaryHolder;
     return this._clearTemporaryChildren();
   }, {
     impl: "_clearTemporaryChildren"
   })
 });
 function run_test()
 {
   DebuggerServer.createRootActor = (conn => {
     return RootActor(conn);
   });
   DebuggerServer.init(() => true);
   let trace = connectPipeTracing();
   let client = new DebuggerClient(trace);
   client.connect((applicationType, traits) => {
     trace.expectReceive({"from":"<actorid>","applicationType":"xpcshell-tests","traits":[]})
     do_check_eq(applicationType, "xpcshell-tests");
     let rootFront = RootFront(client);
     let childFront = null;
     let expectRootChildren = size => {
       do_check_eq(rootActor._poolMap.size, size + 1);
       do_check_eq(rootFront._poolMap.size, size + 1);
       if (childFront) {
         do_check_eq(childFront._poolMap.size, 0);
       }
     };
     rootFront.getChild("child1").then(ret => {
       trace.expectSend({"type":"getChild","str":"child1","to":"<actorid>"})
       trace.expectReceive({"actor":"<actorid>","from":"<actorid>"})
       childFront = ret;
       do_check_true(childFront instanceof ChildFront);
       do_check_eq(childFront.childID, "child1");
       expectRootChildren(1);
     }).then(() => {
       // Request the child again, make sure the same is returned.
       return rootFront.getChild("child1");
     }).then(ret => {
       trace.expectSend({"type":"getChild","str":"child1","to":"<actorid>"})
       trace.expectReceive({"actor":"<actorid>","from":"<actorid>"})
       expectRootChildren(1);
       do_check_true(ret === childFront);
     }).then(() => {
       return childFront.echo("hello");
     }).then(ret => {
       trace.expectSend({"type":"echo","str":"hello","to":"<actorid>"})
       trace.expectReceive({"str":"hello","from":"<actorid>"})
       do_check_eq(ret, "hello");
     }).then(() => {
       return childFront.getDetail1();
     }).then(ret => {
       trace.expectSend({"type":"getDetail1","to":"<actorid>"});
       trace.expectReceive({"actor":"<actorid>","childID":"child1","detail":"detail1","from":"<actorid>"});
       do_check_true(ret === childFront);
       do_check_eq(childFront.detail, "detail1");
     }).then(() => {
       return childFront.getDetail2();
     }).then(ret => {
       trace.expectSend({"type":"getDetail2","to":"<actorid>"});
       trace.expectReceive({"actor":"<actorid>","childID":"child1","detail":"detail2","from":"<actorid>"});
       do_check_true(ret === childFront);
       do_check_eq(childFront.detail, "detail2");
     }).then(() => {
       return childFront.getIDDetail();
     }).then(ret => {
       trace.expectSend({"type":"getIDDetail","to":"<actorid>"});
       trace.expectReceive({"idDetail": childFront.actorID,"from":"<actorid>"});
       do_check_true(ret === childFront);
     }).then(() => {
       return childFront.getSibling("siblingID");
     }).then(ret => {
       trace.expectSend({"type":"getSibling","id":"siblingID","to":"<actorid>"});
       trace.expectReceive({"sibling":{"actor":"<actorid>","childID":"siblingID"},"from":"<actorid>"});
       expectRootChildren(2);
     }).then(ret => {
       return rootFront.getTemporaryChild("temp1").then(temp1 => {
         trace.expectSend({"type":"getTemporaryChild","id":"temp1","to":"<actorid>"});
         trace.expectReceive({"child":{"actor":"<actorid>","childID":"temp1"},"from":"<actorid>"});
         // At this point we expect two direct children, plus the temporary holder
         // which should hold 1 itself.
         do_check_eq(rootActor._temporaryHolder.__poolMap.size, 1);
         do_check_eq(rootFront._temporaryHolder.__poolMap.size, 1);
         expectRootChildren(3);
         return rootFront.getTemporaryChild("temp2").then(temp2 => {
           trace.expectSend({"type":"getTemporaryChild","id":"temp2","to":"<actorid>"});
           trace.expectReceive({"child":{"actor":"<actorid>","childID":"temp2"},"from":"<actorid>"});
           // Same amount of direct children, and an extra in the temporary holder.
           expectRootChildren(3);
           do_check_eq(rootActor._temporaryHolder.__poolMap.size, 2);
           do_check_eq(rootFront._temporaryHolder.__poolMap.size, 2);
           // Get the children of the temporary holder...
           let checkActors = [entry[1] for (entry of rootActor._temporaryHolder.__poolMap)];
           let checkFronts = [entry[1] for (entry of rootFront._temporaryHolder.__poolMap)];
           // Now release the temporary holders and expect them to drop again.
           return rootFront.clearTemporaryChildren().then(() => {
             trace.expectSend({"type":"clearTemporaryChildren","to":"<actorid>"});
             trace.expectReceive({"from":"<actorid>"});
             expectRootChildren(2);
             do_check_false(!!rootActor._temporaryHolder);
             do_check_false(!!rootFront._temporaryHolder);
             for (let checkActor of checkActors) {
               do_check_true(checkActor.destroyed);
               do_check_true(checkActor.destroyed);
             }
           });
         });
       })
     }).then(ret => {
       return rootFront.getChildren(["child1", "child2"]);
     }).then(ret => {
       trace.expectSend({"type":"getChildren","ids":["child1","child2"],"to":"<actorid>"});
       trace.expectReceive({"children":[{"actor":"<actorid>","childID":"child1"},{"actor":"<actorid>","childID":"child2"}],"from":"<actorid>"});
       expectRootChildren(3);
       do_check_true(ret[0] === childFront);
       do_check_true(ret[1] !== childFront);
       do_check_true(ret[1] instanceof ChildFront);
       // On both children, listen to events.  We're only
       // going to trigger events on the first child, so an event
       // triggered on the second should cause immediate failures.
       let set = new Set(["event1", "named-event", "object-event", "array-object-event"]);
       childFront.on("event1", (a, b, c) => {
         do_check_eq(a, 1);
         do_check_eq(b, 2);
         do_check_eq(c, 3);
         // Verify that the pre-event handler was called.
         do_check_eq(childFront.event1arg3, 3);
         set.delete("event1");
       });
       childFront.on("named-event", (a, b, c) => {
         do_check_eq(a, 1);
         do_check_eq(b, 2);
         do_check_eq(c, 3);
         set.delete("named-event");
       });
       childFront.on("object-event", (obj) => {
         do_check_true(obj === childFront);
         do_check_eq(childFront.detail, "detail1");
         set.delete("object-event");
       });
       childFront.on("array-object-event", (array) => {
         do_check_true(array[0] === childFront);
         do_check_eq(childFront.detail, "detail2");
         set.delete("array-object-event");
       });
       let fail = function() {
         do_throw("Unexpected event");
       }
       ret[1].on("event1", fail);
       ret[1].on("named-event", fail);
       ret[1].on("object-event", fail);
       ret[1].on("array-object-event", fail);
       return childFront.emitEvents().then(() => {
         trace.expectSend({"type":"emitEvents","to":"<actorid>"});
         trace.expectReceive({"type":"event1","a":1,"b":2,"c":3,"from":"<actorid>"});
         trace.expectReceive({"type":"namedEvent","a":1,"b":2,"c":3,"from":"<actorid>"});
         trace.expectReceive({"type":"objectEvent","detail":{"actor":"<actorid>","childID":"child1","detail":"detail1"},"from":"<actorid>"});
         trace.expectReceive({"type":"arrayObjectEvent","detail":[{"actor":"<actorid>","childID":"child1","detail":"detail2"}],"from":"<actorid>"});
         trace.expectReceive({"value":"correct response","from":"<actorid>"});
         do_check_eq(set.size, 0);
       });
     }).then(ret => {
       return rootFront.getManyChildren();
     }).then(ret => {
       trace.expectSend({"type":"getManyChildren","to":"<actorid>"});
       trace.expectReceive({"foo":"bar","child5":{"actor":"<actorid>","childID":"child5"},"more":[{"actor":"<actorid>","childID":"child6"},{"actor":"<actorid>","childID":"child7"}],"from":"<actorid>"});
       // Check all the crazy stuff we did in getManyChildren
       do_check_eq(ret.foo, "bar");
       do_check_eq(ret.child5.childID, "child5");
       do_check_eq(ret.more[0].childID, "child6");
       do_check_eq(ret.more[1].childID, "child7");
     }).then(() => {
       client.close(() => {
         do_test_finished();
       });
     }).then(null, err => {
       do_report_unexpected_exception(err, "Failure executing test");
     });
   });
   do_test_pending();
 }