Refactor common invalidation framework types

chrome/browser/policy/cloud/cloud_policy_invalidator_unittest.cc

 // Copyright 2013 The Chromium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style license that can be
 // found in the LICENSE file.
 
 #include <string>
 
 #include "base/basictypes.h"
 #include "base/bind.h"
 #include "base/memory/ref_counted.h"
 #include "base/memory/scoped_ptr.h"
@@ skipping 99 matching lines @@
   // Causes the invalidation service to fire an invalidation. Returns an ack
   // handle which be used to verify that the invalidation was acknowledged.
   syncer::AckHandle FireInvalidation(
       PolicyObject object,
       int64 version,
       const std::string& payload);
 
   // Causes the invalidation service to fire an invalidation with unknown
   // version. Returns an ack handle which be used to verify that the
   // invalidation was acknowledged.
-  syncer::AckHandle FireInvalidation(PolicyObject object);
+  syncer::AckHandle FireUnknownVersionInvalidation(PolicyObject object);
 
   // Checks the expected value of the currently set invalidation info.
   bool CheckInvalidationInfo(int64 version, const std::string& payload);
 
   // Checks that the policy was not refreshed due to an invalidation.
   bool CheckPolicyNotRefreshed();
 
   // Checks that the policy was refreshed due to an invalidation within an
   // appropriate timeframe depending on whether the invalidation had unknown
   // version.
@@ skipping 167 matching lines @@
 }
 
 void CloudPolicyInvalidatorTest::EnableInvalidationService() {
   invalidation_service_.SetInvalidatorState(syncer::INVALIDATIONS_ENABLED);
 }
 
 syncer::AckHandle CloudPolicyInvalidatorTest::FireInvalidation(
     PolicyObject object,
     int64 version,
     const std::string& payload) {
-  return invalidation_service_.EmitInvalidationForTest(
+  syncer::Invalidation invalidation = syncer::Invalidation::Init(
       GetPolicyObjectId(object),
       version,
       payload);
+  invalidation_service_.EmitInvalidationForTest(invalidation);
+  return invalidation.ack_handle();
 }
 
-syncer::AckHandle CloudPolicyInvalidatorTest::FireInvalidation(
+syncer::AckHandle CloudPolicyInvalidatorTest::FireUnknownVersionInvalidation(
     PolicyObject object) {
-  return invalidation_service_.EmitInvalidationForTest(
-      GetPolicyObjectId(object),
-      syncer::Invalidation::kUnknownVersion,
-      std::string());
+  syncer::Invalidation invalidation =
+      syncer::Invalidation::InitUnknownVersion(GetPolicyObjectId(object));
+  invalidation_service_.EmitInvalidationForTest(invalidation);
+  return invalidation.ack_handle();
 }
 
 bool CloudPolicyInvalidatorTest::CheckInvalidationInfo(
     int64 version,
     const std::string& payload) {
   MockCloudPolicyClient* client =
       static_cast<MockCloudPolicyClient*>(core_.client());
   return version == client->invalidation_version_ &&
       payload == client->invalidation_payload_;
 }
@@ skipping 83 matching lines @@
   if (!histogram)
     return scoped_ptr<base::HistogramSamples>(new base::SampleMap());
   return histogram->SnapshotSamples();
 }
 
 TEST_F(CloudPolicyInvalidatorTest, Uninitialized) {
   // No invalidations should be processed if the invalidator is not initialized.
   StartInvalidator(false /* initialize */, true /* start_refresh_scheduler */);
   StorePolicy(POLICY_OBJECT_A);
   EXPECT_FALSE(IsInvalidatorRegistered());
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
 }
 
 TEST_F(CloudPolicyInvalidatorTest, RefreshSchedulerNotStarted) {
   // No invalidations should be processed if the refresh scheduler is not
   // started.
   StartInvalidator(true /* initialize */, false /* start_refresh_scheduler */);
   StorePolicy(POLICY_OBJECT_A);
   EXPECT_FALSE(IsInvalidatorRegistered());
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
 }
 
 TEST_F(CloudPolicyInvalidatorTest, DisconnectCoreThenInitialize) {
   // No invalidations should be processed if the core is disconnected before
   // initialization.
   StartInvalidator(false /* initialize */, true /* start_refresh_scheduler */);
   DisconnectCore();
   InitializeInvalidator();
   StorePolicy(POLICY_OBJECT_A);
   EXPECT_FALSE(IsInvalidatorRegistered());
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
 }
 
 TEST_F(CloudPolicyInvalidatorTest, InitializeThenStartRefreshScheduler) {
   // Make sure registration occurs and invalidations are processed when
   // Initialize is called before starting the refresh scheduler.
   // Note that the reverse case (start refresh scheduler then initialize) is
   // the default behavior for the test fixture, so will be tested in most other
   // tests.
   StartInvalidator(true /* initialize */, false /* start_refresh_scheduler */);
   ConnectCore();
   StartRefreshScheduler();
   StorePolicy(POLICY_OBJECT_A);
   EXPECT_TRUE(IsInvalidatorRegistered());
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
 }
 
 TEST_F(CloudPolicyInvalidatorTest, RegisterOnStoreLoaded) {
   // No registration when store is not loaded.
   StartInvalidator();
   EXPECT_FALSE(IsInvalidatorRegistered());
   EXPECT_FALSE(InvalidationsEnabled());
-  FireInvalidation(POLICY_OBJECT_A);
-  FireInvalidation(POLICY_OBJECT_B);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_B);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
 
   // No registration when store is loaded with no invalidation object id.
   StorePolicy(POLICY_OBJECT_NONE);
   EXPECT_FALSE(IsInvalidatorRegistered());
   EXPECT_FALSE(InvalidationsEnabled());
-  FireInvalidation(POLICY_OBJECT_A);
-  FireInvalidation(POLICY_OBJECT_B);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_B);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
 
   // Check registration when store is loaded for object A.
   StorePolicy(POLICY_OBJECT_A);
   EXPECT_TRUE(IsInvalidatorRegistered());
   EXPECT_TRUE(InvalidationsEnabled());
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
-  FireInvalidation(POLICY_OBJECT_B);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_B);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
 }
 
 TEST_F(CloudPolicyInvalidatorTest, ChangeRegistration) {
   // Register for object A.
   StartInvalidator();
   StorePolicy(POLICY_OBJECT_A);
   EXPECT_TRUE(IsInvalidatorRegistered());
   EXPECT_TRUE(InvalidationsEnabled());
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
-  FireInvalidation(POLICY_OBJECT_B);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_B);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
-  syncer::AckHandle ack = FireInvalidation(POLICY_OBJECT_A);
+  syncer::AckHandle ack = FireUnknownVersionInvalidation(POLICY_OBJECT_A);
 
   // Check re-registration for object B. Make sure the pending invalidation for
   // object A is acknowledged without making the callback.
   StorePolicy(POLICY_OBJECT_B);
   EXPECT_TRUE(IsInvalidatorRegistered());
   EXPECT_TRUE(InvalidationsEnabled());
   EXPECT_TRUE(IsInvalidationAcknowledged(ack));
   EXPECT_TRUE(CheckPolicyNotRefreshed());
 
   // Make sure future invalidations for object A are ignored and for object B
   // are processed.
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
-  FireInvalidation(POLICY_OBJECT_B);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_B);
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
 }
 
 TEST_F(CloudPolicyInvalidatorTest, UnregisterOnStoreLoaded) {
   // Register for object A.
   StartInvalidator();
   StorePolicy(POLICY_OBJECT_A);
   EXPECT_TRUE(IsInvalidatorRegistered());
   EXPECT_TRUE(InvalidationsEnabled());
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
 
   // Check unregistration when store is loaded with no invalidation object id.
-  syncer::AckHandle ack = FireInvalidation(POLICY_OBJECT_A);
+  syncer::AckHandle ack = FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_FALSE(IsInvalidationAcknowledged(ack));
   StorePolicy(POLICY_OBJECT_NONE);
   EXPECT_FALSE(IsInvalidatorRegistered());
   EXPECT_TRUE(IsInvalidationAcknowledged(ack));
   EXPECT_FALSE(InvalidationsEnabled());
-  FireInvalidation(POLICY_OBJECT_A);
-  FireInvalidation(POLICY_OBJECT_B);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_B);
   EXPECT_TRUE(CheckPolicyNotRefreshed());
 
   // Check re-registration for object B.
   StorePolicy(POLICY_OBJECT_B);
   EXPECT_TRUE(IsInvalidatorRegistered());
   EXPECT_TRUE(InvalidationsEnabled());
-  FireInvalidation(POLICY_OBJECT_B);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_B);
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
 }
 
 TEST_F(CloudPolicyInvalidatorTest, HandleInvalidation) {
   // Register and fire invalidation
   StorePolicy(POLICY_OBJECT_A);
   StartInvalidator();
   EXPECT_TRUE(InvalidationsEnabled());
   syncer::AckHandle ack = FireInvalidation(POLICY_OBJECT_A, 12, "test_payload");
 
   // Make sure client info is set as soon as the invalidation is received.
   EXPECT_TRUE(CheckInvalidationInfo(12, "test_payload"));
   EXPECT_TRUE(CheckPolicyRefreshed());
 
   // Make sure invalidation is not acknowledged until the store is loaded.
   EXPECT_FALSE(IsInvalidationAcknowledged(ack));
   EXPECT_TRUE(CheckInvalidationInfo(12, "test_payload"));
   StorePolicy(POLICY_OBJECT_A, 12);
   EXPECT_TRUE(IsInvalidationAcknowledged(ack));
   EXPECT_TRUE(CheckInvalidationInfo(0, std::string()));
 }
 
 TEST_F(CloudPolicyInvalidatorTest, HandleInvalidationWithUnknownVersion) {
   // Register and fire invalidation with unknown version.
   StorePolicy(POLICY_OBJECT_A);
   StartInvalidator();
-  syncer::AckHandle ack = FireInvalidation(POLICY_OBJECT_A);
+  syncer::AckHandle ack = FireUnknownVersionInvalidation(POLICY_OBJECT_A);
 
   // Make sure client info is not set until after the invalidation callback is
   // made.
   EXPECT_TRUE(CheckInvalidationInfo(0, std::string()));
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
   EXPECT_TRUE(CheckInvalidationInfo(-1, std::string()));
 
   // Make sure invalidation is not acknowledged until the store is loaded.
   EXPECT_FALSE(IsInvalidationAcknowledged(ack));
   StorePolicy(POLICY_OBJECT_A, -1);
@@ skipping 28 matching lines @@
   StorePolicy(POLICY_OBJECT_A, 3);
   EXPECT_TRUE(IsInvalidationAcknowledged(ack3));
 }
 
 TEST_F(CloudPolicyInvalidatorTest,
        HandleMultipleInvalidationsWithUnknownVersion) {
   // Validate that multiple invalidations with unknown version each generate
   // unique invalidation version numbers.
   StorePolicy(POLICY_OBJECT_A);
   StartInvalidator();
-  syncer::AckHandle ack1 = FireInvalidation(POLICY_OBJECT_A);
+  syncer::AckHandle ack1 = FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckInvalidationInfo(0, std::string()));
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
   EXPECT_TRUE(CheckInvalidationInfo(-1, std::string()));
-  syncer::AckHandle ack2 = FireInvalidation(POLICY_OBJECT_A);
+  syncer::AckHandle ack2 = FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckInvalidationInfo(0, std::string()));
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
   EXPECT_TRUE(CheckInvalidationInfo(-2, std::string()));
-  syncer::AckHandle ack3 = FireInvalidation(POLICY_OBJECT_A);
+  syncer::AckHandle ack3 = FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   EXPECT_TRUE(CheckInvalidationInfo(0, std::string()));
   EXPECT_TRUE(CheckPolicyRefreshedWithUnknownVersion());
   EXPECT_TRUE(CheckInvalidationInfo(-3, std::string()));
 
   // Make sure the replaced invalidations are acknowledged.
   EXPECT_TRUE(IsInvalidationAcknowledged(ack1));
   EXPECT_TRUE(IsInvalidationAcknowledged(ack2));
 
   // Make sure that the last invalidation is only acknowledged after the store
   // is loaded with the last unknown version.
@@ skipping 185 matching lines @@
   EXPECT_EQ(0, GetCount(METRIC_POLICY_REFRESH_CHANGED_NO_INVALIDATIONS));
   EXPECT_EQ(4, GetCount(METRIC_POLICY_REFRESH_UNCHANGED));
   EXPECT_EQ(2, GetCount(METRIC_POLICY_REFRESH_INVALIDATED_CHANGED));
   EXPECT_EQ(1, GetCount(METRIC_POLICY_REFRESH_INVALIDATED_UNCHANGED));
 }
 
 TEST_F(CloudPolicyInvalidatorTest, InvalidationMetrics) {
   // Generate a mix of versioned and unknown-version invalidations.
   StorePolicy(POLICY_OBJECT_A);
   StartInvalidator();
-  FireInvalidation(POLICY_OBJECT_B);
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_B);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   FireInvalidation(POLICY_OBJECT_B, 1, "test");
   FireInvalidation(POLICY_OBJECT_A, 1, "test");
   FireInvalidation(POLICY_OBJECT_A, 2, "test");
-  FireInvalidation(POLICY_OBJECT_A);
-  FireInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
+  FireUnknownVersionInvalidation(POLICY_OBJECT_A);
   FireInvalidation(POLICY_OBJECT_A, 3, "test");
   FireInvalidation(POLICY_OBJECT_A, 4, "test");
 
   // Verify that received invalidations metrics are correct.
   EXPECT_EQ(3, GetInvalidationCount(false /* with_payload */));
   EXPECT_EQ(4, GetInvalidationCount(true /* with_payload */));
 }
 
 }  // namespace policy