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// Copyright 2015 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 "remoting/test/chromoting_test_driver_environment.h"
#include "base/files/file_path.h"
#include "base/macros.h"
#include "remoting/test/fake_access_token_fetcher.h"
#include "remoting/test/fake_host_list_fetcher.h"
#include "remoting/test/fake_refresh_token_store.h"
#include "testing/gtest/include/gtest/gtest.h"
namespace {
const char kAuthCodeValue[] = "4/892379827345jkefvkdfbv";
const char kUserNameValue[] = "remoting_user@gmail.com";
const char kHostNameValue[] = "fake_host_name";
const char kFakeHostNameValue[] = "fake_host_name";
const char kFakeHostIdValue[] = "fake_host_id";
const char kFakeHostJidValue[] = "fake_host_jid";
const char kFakeHostOfflineReasonValue[] = "fake_offline_reason";
const char kFakeHostPublicKeyValue[] = "fake_public_key";
const char kFakeHostFirstTokenUrlValue[] = "token_url_1";
const char kFakeHostSecondTokenUrlValue[] = "token_url_2";
const char kFakeHostThirdTokenUrlValue[] = "token_url_3";
const unsigned int kExpectedHostListSize = 1;
} // namespace
namespace remoting {
namespace test {
class ChromotingTestDriverEnvironmentTest : public ::testing::Test {
public:
ChromotingTestDriverEnvironmentTest();
~ChromotingTestDriverEnvironmentTest() override;
protected:
// testing::Test interface.
void SetUp() override;
FakeAccessTokenFetcher fake_access_token_fetcher_;
FakeRefreshTokenStore fake_token_store_;
FakeHostListFetcher fake_host_list_fetcher_;
scoped_ptr<ChromotingTestDriverEnvironment> environment_object_;
private:
DISALLOW_COPY_AND_ASSIGN(ChromotingTestDriverEnvironmentTest);
};
ChromotingTestDriverEnvironmentTest::ChromotingTestDriverEnvironmentTest() {
}
ChromotingTestDriverEnvironmentTest::~ChromotingTestDriverEnvironmentTest() {
}
void ChromotingTestDriverEnvironmentTest::SetUp() {
ChromotingTestDriverEnvironment::EnvironmentOptions options;
options.user_name = kUserNameValue;
options.host_name = kHostNameValue;
environment_object_.reset(new ChromotingTestDriverEnvironment(options));
std::vector<HostInfo> fake_host_list;
HostInfo fake_host;
fake_host.host_id = kFakeHostIdValue;
fake_host.host_jid = kFakeHostJidValue;
fake_host.host_name = kFakeHostNameValue;
fake_host.offline_reason = kFakeHostOfflineReasonValue;
fake_host.public_key = kFakeHostPublicKeyValue;
fake_host.status = kHostStatusOnline;
fake_host.token_url_patterns.push_back(kFakeHostFirstTokenUrlValue);
fake_host.token_url_patterns.push_back(kFakeHostSecondTokenUrlValue);
fake_host.token_url_patterns.push_back(kFakeHostThirdTokenUrlValue);
fake_host_list.push_back(fake_host);
fake_host_list_fetcher_.set_retrieved_host_list(fake_host_list);
environment_object_->SetAccessTokenFetcherForTest(
&fake_access_token_fetcher_);
environment_object_->SetRefreshTokenStoreForTest(&fake_token_store_);
environment_object_->SetHostListFetcherForTest(&fake_host_list_fetcher_);
}
TEST_F(ChromotingTestDriverEnvironmentTest, InitializeObjectWithAuthCode) {
// Pass in an auth code to initialize the environment.
EXPECT_TRUE(environment_object_->Initialize(kAuthCodeValue));
EXPECT_TRUE(fake_token_store_.refresh_token_write_attempted());
EXPECT_EQ(fake_token_store_.stored_refresh_token_value(),
kFakeAccessTokenFetcherRefreshTokenValue);
EXPECT_EQ(environment_object_->user_name(), kUserNameValue);
EXPECT_EQ(environment_object_->host_name(), kHostNameValue);
EXPECT_EQ(environment_object_->access_token(),
kFakeAccessTokenFetcherAccessTokenValue);
// Should only have one host in the list.
EXPECT_EQ(environment_object_->host_list().size(), kExpectedHostListSize);
HostInfo fake_host = environment_object_->host_list().at(0);
EXPECT_EQ(fake_host.host_id, kFakeHostIdValue);
EXPECT_EQ(fake_host.host_jid, kFakeHostJidValue);
EXPECT_EQ(fake_host.host_name, kFakeHostNameValue);
EXPECT_EQ(fake_host.public_key, kFakeHostPublicKeyValue);
EXPECT_EQ(fake_host.token_url_patterns.at(0), kFakeHostFirstTokenUrlValue);
EXPECT_EQ(fake_host.token_url_patterns.at(1), kFakeHostSecondTokenUrlValue);
EXPECT_EQ(fake_host.token_url_patterns.at(2), kFakeHostThirdTokenUrlValue);
}
TEST_F(ChromotingTestDriverEnvironmentTest,
InitializeObjectWithAuthCodeFailed) {
fake_access_token_fetcher_.set_fail_access_token_from_auth_code(true);
EXPECT_FALSE(environment_object_->Initialize(kAuthCodeValue));
EXPECT_FALSE(fake_token_store_.refresh_token_write_attempted());
}
TEST_F(ChromotingTestDriverEnvironmentTest, InitializeObjectWithRefreshToken) {
// Pass in an empty auth code since we are using a refresh token.
EXPECT_TRUE(environment_object_->Initialize(std::string()));
// We should not write the refresh token a second time if we read from the
// disk originally.
EXPECT_FALSE(fake_token_store_.refresh_token_write_attempted());
// Verify the object was initialized correctly.
EXPECT_EQ(environment_object_->user_name(), kUserNameValue);
EXPECT_EQ(environment_object_->host_name(), kHostNameValue);
EXPECT_EQ(environment_object_->access_token(),
kFakeAccessTokenFetcherAccessTokenValue);
// Should only have one host in the list.
EXPECT_EQ(environment_object_->host_list().size(), kExpectedHostListSize);
HostInfo fake_host = environment_object_->host_list().at(0);
EXPECT_EQ(fake_host.host_id, kFakeHostIdValue);
EXPECT_EQ(fake_host.host_jid, kFakeHostJidValue);
EXPECT_EQ(fake_host.host_name, kFakeHostNameValue);
EXPECT_EQ(fake_host.public_key, kFakeHostPublicKeyValue);
EXPECT_EQ(fake_host.token_url_patterns.at(0), kFakeHostFirstTokenUrlValue);
EXPECT_EQ(fake_host.token_url_patterns.at(1), kFakeHostSecondTokenUrlValue);
EXPECT_EQ(fake_host.token_url_patterns.at(2), kFakeHostThirdTokenUrlValue);
}
TEST_F(ChromotingTestDriverEnvironmentTest,
InitializeObjectWithRefreshTokenFailed) {
fake_access_token_fetcher_.set_fail_access_token_from_refresh_token(true);
// Pass in an empty auth code since we are using a refresh token.
EXPECT_FALSE(environment_object_->Initialize(std::string()));
EXPECT_FALSE(fake_token_store_.refresh_token_write_attempted());
}
TEST_F(ChromotingTestDriverEnvironmentTest, TearDownAfterInitializeSucceeds) {
// Pass in an empty auth code since we are using a refresh token.
EXPECT_TRUE(environment_object_->Initialize(std::string()));
// Note: We are using a static cast here because the TearDown() method is
// private as it is an interface method that we only want to call
// directly in tests or by the GTEST framework.
static_cast<testing::Environment*>(environment_object_.get())->TearDown();
}
TEST_F(ChromotingTestDriverEnvironmentTest,
InitializeObjectNoAuthCodeOrRefreshToken) {
// Clear out the 'stored' refresh token value.
fake_token_store_.set_refresh_token_value(std::string());
// With no auth code or refresh token, then the initialization should fail.
EXPECT_FALSE(environment_object_->Initialize(std::string()));
EXPECT_FALSE(fake_token_store_.refresh_token_write_attempted());
}
TEST_F(ChromotingTestDriverEnvironmentTest,
InitializeObjectWithAuthCodeWriteFailed) {
// Simulate a failure writing the token to the disk.
fake_token_store_.set_refresh_token_write_succeeded(false);
EXPECT_FALSE(environment_object_->Initialize(kAuthCodeValue));
EXPECT_TRUE(fake_token_store_.refresh_token_write_attempted());
}
TEST_F(ChromotingTestDriverEnvironmentTest, HostListEmptyFromDirectory) {
// Set the host list fetcher to return an empty list.
fake_host_list_fetcher_.set_retrieved_host_list(std::vector<HostInfo>());
EXPECT_FALSE(environment_object_->Initialize(kAuthCodeValue));
EXPECT_TRUE(fake_token_store_.refresh_token_write_attempted());
}
} // namespace test
} // namespace remoting
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