TEST(AWSProvider, AWSProviderTest) { AWSProvider::serverInstanceTypes(); AWSProvider awsProvider; //awsProvider.serverInstanceTypes(); //awsProvider.internetAvailable(); //awsProvider.serviceAvailable(); //awsProvider.validateCredentials(); //awsProvider.resourcesAvailableToStart(); /* awsProvider.setServerInstanceType("t1.micro"); awsProvider.requestStartServer(); awsProvider.waitForServer(); //awsProvider.serverRunning(); awsProvider.setWorkerInstanceType("t1.micro"); awsProvider.requestStartWorkers(); awsProvider.waitForWorkers(); if (awsProvider.warnings().size()) { cout << "WARNINGS:" << endl; for (const std::string& warning : awsProvider.warnings()) { cout << " " << warning << cout; } } if (awsProvider.errors().size()) { cout << "ERRORS:" << endl; for (const std::string& error : awsProvider.errors()) { cout << " " << error << cout; } } awsProvider.workersRunning(); */ boost::optional<AWSSession> awsSession = awsProvider.session().optionalCast<AWSSession>(); awsSession->totalSessionUptime(); awsSession->totalSessionInstances(); }
TEST_F(ProjectFixture,CloudSessionRecord_AWSDefault) { { ProjectDatabase database = getCleanDatabase("CloudSessionRecord_AWSDefault"); AWSProvider provider; CloudSession session = provider.session(); CloudSessionRecord record = CloudSessionRecord::factoryFromCloudSession(session,database); database.save(); EXPECT_EQ(1u,CloudSessionRecord::getCloudSessionRecords(database).size()); } { ProjectDatabase database = getExistingDatabase("CloudSessionRecord_AWSDefault"); EXPECT_EQ(1u,CloudSessionRecord::getCloudSessionRecords(database).size()); ASSERT_FALSE(CloudSessionRecord::getCloudSessionRecords(database).empty()); CloudSessionRecord record = CloudSessionRecord::getCloudSessionRecords(database)[0]; CloudSession session = record.cloudSession(); EXPECT_TRUE(session.optionalCast<AWSSession>()); } }