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// Copyright 2016 The Chromium Authors
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "components/offline_pages/core/offline_page_client_policy.h"
#include <algorithm>
#include <memory>
#include <set>
#include "base/containers/contains.h"
#include "components/offline_pages/core/client_namespace_constants.h"
#include "components/offline_pages/core/offline_page_feature.h"
#include "testing/gtest/include/gtest/gtest.h"
namespace offline_pages {
namespace {
const char kUndefinedNamespace[] = "undefined";
bool isTemporary(const OfflinePageClientPolicy& policy) {
return policy.lifetime_type == LifetimeType::TEMPORARY;
}
} // namespace
class ClientPolicyControllerTest : public testing::Test {
public:
// testing::Test
void SetUp() override {}
void TearDown() override {}
protected:
void ExpectTemporary(std::string name_space);
void ExpectDownloadSupport(std::string name_space, bool expectation);
void ExpectPersistent(std::string name_space);
void ExpectRestrictedToTabFromClientId(std::string name_space,
bool expectation);
void ExpectRequiresSpecificUserSettings(std::string name_space,
bool expectation);
};
void ClientPolicyControllerTest::ExpectTemporary(std::string name_space) {
EXPECT_TRUE(base::Contains(GetTemporaryPolicyNamespaces(), name_space))
<< "Namespace " << name_space
<< " had incorrect lifetime type when getting temporary namespaces.";
EXPECT_EQ(GetPolicy(name_space).lifetime_type, LifetimeType::TEMPORARY)
<< "Namespace " << name_space
<< " had incorrect lifetime type setting when directly checking"
" if it is temporary.";
EXPECT_FALSE(base::Contains(GetPersistentPolicyNamespaces(), name_space))
<< "Namespace " << name_space
<< " had incorrect lifetime type when getting persistent namespaces.";
}
void ClientPolicyControllerTest::ExpectDownloadSupport(std::string name_space,
bool expectation) {
EXPECT_EQ(expectation, GetPolicy(name_space).is_supported_by_download)
<< "Namespace " << name_space
<< " had incorrect download support when directly checking if supported"
" by download.";
}
void ClientPolicyControllerTest::ExpectPersistent(std::string name_space) {
EXPECT_FALSE(base::Contains(GetTemporaryPolicyNamespaces(), name_space))
<< "Namespace " << name_space
<< " had incorrect lifetime type when getting temporary namespaces.";
EXPECT_EQ(GetPolicy(name_space).lifetime_type, LifetimeType::PERSISTENT)
<< "Namespace " << name_space
<< " had incorrect lifetime type setting when directly checking"
" if it is temporary.";
EXPECT_TRUE(base::Contains(GetPersistentPolicyNamespaces(), name_space))
<< "Namespace " << name_space
<< " had incorrect lifetime type when getting persistent namespaces.";
}
void ClientPolicyControllerTest::ExpectRestrictedToTabFromClientId(
std::string name_space,
bool expectation) {
EXPECT_EQ(expectation,
GetPolicy(name_space).is_restricted_to_tab_from_client_id)
<< "Namespace " << name_space
<< " had incorrect restriction when directly checking if the namespace"
" is restricted to the tab from the client id field";
}
void ClientPolicyControllerTest::ExpectRequiresSpecificUserSettings(
std::string name_space,
bool expectation) {
EXPECT_EQ(expectation, GetPolicy(name_space).requires_specific_user_settings)
<< "Namespace " << name_space
<< " had incorrect download support when directly checking if disabled"
" when prefetch settings are disabled.";
}
TEST_F(ClientPolicyControllerTest, FallbackTest) {
const OfflinePageClientPolicy& policy = GetPolicy(kUndefinedNamespace);
EXPECT_EQ(policy.name_space, kDefaultNamespace);
EXPECT_TRUE(isTemporary(policy));
ExpectTemporary(kDefaultNamespace);
EXPECT_FALSE(
base::Contains(GetTemporaryPolicyNamespaces(), kUndefinedNamespace));
EXPECT_EQ(GetPolicy(kUndefinedNamespace).lifetime_type,
LifetimeType::TEMPORARY);
ExpectDownloadSupport(kUndefinedNamespace, false);
ExpectDownloadSupport(kDefaultNamespace, false);
ExpectRestrictedToTabFromClientId(kUndefinedNamespace, false);
ExpectRestrictedToTabFromClientId(kDefaultNamespace, false);
ExpectRequiresSpecificUserSettings(kUndefinedNamespace, false);
ExpectRequiresSpecificUserSettings(kDefaultNamespace, false);
}
TEST_F(ClientPolicyControllerTest, CheckBookmarkDefined) {
OfflinePageClientPolicy policy = GetPolicy(kBookmarkNamespace);
EXPECT_EQ(policy.name_space, kBookmarkNamespace);
EXPECT_TRUE(isTemporary(policy));
ExpectTemporary(kBookmarkNamespace);
ExpectDownloadSupport(kBookmarkNamespace, false);
ExpectRestrictedToTabFromClientId(kBookmarkNamespace, false);
ExpectRequiresSpecificUserSettings(kBookmarkNamespace, false);
}
TEST_F(ClientPolicyControllerTest, CheckLastNDefined) {
OfflinePageClientPolicy policy = GetPolicy(kLastNNamespace);
EXPECT_EQ(policy.name_space, kLastNNamespace);
EXPECT_TRUE(isTemporary(policy));
ExpectTemporary(kLastNNamespace);
ExpectDownloadSupport(kLastNNamespace, false);
ExpectRestrictedToTabFromClientId(kLastNNamespace, true);
ExpectRequiresSpecificUserSettings(kLastNNamespace, false);
}
TEST_F(ClientPolicyControllerTest, CheckAsyncDefined) {
OfflinePageClientPolicy policy = GetPolicy(kAsyncNamespace);
EXPECT_EQ(policy.name_space, kAsyncNamespace);
EXPECT_FALSE(isTemporary(policy));
ExpectDownloadSupport(kAsyncNamespace, true);
ExpectPersistent(kAsyncNamespace);
ExpectRestrictedToTabFromClientId(kAsyncNamespace, false);
ExpectRequiresSpecificUserSettings(kAsyncNamespace, false);
}
TEST_F(ClientPolicyControllerTest, CheckCCTDefined) {
OfflinePageClientPolicy policy = GetPolicy(kCCTNamespace);
EXPECT_EQ(policy.name_space, kCCTNamespace);
EXPECT_TRUE(isTemporary(policy));
ExpectTemporary(kCCTNamespace);
ExpectDownloadSupport(kCCTNamespace, false);
ExpectRestrictedToTabFromClientId(kCCTNamespace, false);
ExpectRequiresSpecificUserSettings(kCCTNamespace, true);
}
TEST_F(ClientPolicyControllerTest, CheckDownloadDefined) {
OfflinePageClientPolicy policy = GetPolicy(kDownloadNamespace);
EXPECT_EQ(policy.name_space, kDownloadNamespace);
EXPECT_FALSE(isTemporary(policy));
ExpectDownloadSupport(kDownloadNamespace, true);
ExpectPersistent(kDownloadNamespace);
ExpectRestrictedToTabFromClientId(kDownloadNamespace, false);
ExpectRequiresSpecificUserSettings(kDownloadNamespace, false);
}
TEST_F(ClientPolicyControllerTest, CheckNTPSuggestionsDefined) {
OfflinePageClientPolicy policy = GetPolicy(kNTPSuggestionsNamespace);
EXPECT_EQ(policy.name_space, kNTPSuggestionsNamespace);
EXPECT_FALSE(isTemporary(policy));
ExpectDownloadSupport(kNTPSuggestionsNamespace, true);
ExpectPersistent(kNTPSuggestionsNamespace);
ExpectRestrictedToTabFromClientId(kNTPSuggestionsNamespace, false);
ExpectRequiresSpecificUserSettings(kNTPSuggestionsNamespace, false);
}
TEST_F(ClientPolicyControllerTest, CheckLivePageSharingDefined) {
OfflinePageClientPolicy policy = GetPolicy(kLivePageSharingNamespace);
EXPECT_EQ(policy.name_space, kLivePageSharingNamespace);
EXPECT_TRUE(isTemporary(policy));
ExpectTemporary(kLivePageSharingNamespace);
ExpectDownloadSupport(kLivePageSharingNamespace, false);
ExpectRestrictedToTabFromClientId(kLivePageSharingNamespace, true);
ExpectRequiresSpecificUserSettings(kLivePageSharingNamespace, false);
}
TEST_F(ClientPolicyControllerTest, AllTemporaryNamespaces) {
std::vector<std::string> all_namespaces = GetAllPolicyNamespaces();
const std::vector<std::string>& cache_reset_namespaces_list =
GetTemporaryPolicyNamespaces();
std::set<std::string> cache_reset_namespaces(
cache_reset_namespaces_list.begin(), cache_reset_namespaces_list.end());
for (auto name_space : cache_reset_namespaces) {
if (cache_reset_namespaces.count(name_space) > 0) {
ExpectTemporary(name_space);
} else {
ExpectPersistent(name_space);
}
}
}
} // namespace offline_pages
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