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>());
}
}