public async Task Insert_And_Count_WorksCorrectly()
{
const int port = 9997;
const string key = "key";
byte[] data = Encoding.UTF8.GetBytes("lorem ipsum");
DateTime expiry = DateTime.MaxValue;
int countFromClientApi;
int countFromStorage;
IExpiryProvider expiryProvider = new StorageExpiryProvider();
using (IStorage storage = new InMemoryStorage(expiryProvider))
{
var processor = new SocketProcessor();
var requestProcessor = new RequestProcessor(storage);
using (IListener server = new Listener(IPAddress.Any, port, processor, requestProcessor))
{
server.Start();
IKronosClient client = KronosClientFactory.CreateClient(localHost, port);
await client.InsertAsync(key, data, expiry);
countFromClientApi = await client.CountAsync();
countFromStorage = storage.Count;
}
}
Assert.Equal(countFromClientApi, 1);
Assert.Equal(countFromClientApi, countFromStorage);
}
public async Task Contains_WorksCorrectly()
{
const int port = 9995;
const string key = "key";
bool containsFromClientApi;
bool containsFromStorage;
IExpiryProvider expiryProvider = new StorageExpiryProvider();
using (IStorage storage = new InMemoryStorage(expiryProvider))
{
var processor = new SocketProcessor();
var requestProcessor = new RequestProcessor(storage);
using (IListener server = new Listener(IPAddress.Any, port, processor, requestProcessor))
{
server.Start();
IKronosClient client = KronosClientFactory.CreateClient(localHost, port);
containsFromClientApi = await client.ContainsAsync(key);
containsFromStorage = storage.Contains(key);
}
}
Assert.False(containsFromClientApi);
Assert.Equal(containsFromClientApi, containsFromStorage);
}
