public async Task Equeue_Parallels_Calls_Should_Use_All_The_Pool()
{
const string cacheKey = "my cache key";
const int maxNumberOfIterations = 5000;
var errors = new bool[maxNumberOfIterations];
await sut
.GetConnection()
.GetDatabase(0)
.StringSetAsync(cacheKey, "my cache value");
Parallel.For(0, maxNumberOfIterations, (i, state) =>
{
try
{
sut
.GetConnection()
.GetDatabase(0)
.StringGet(cacheKey);
errors[i] = false;
}
catch (RedisTimeoutException exc)
{
errors[i] = true;
output.WriteLine(exc.Message);
}
});
Assert.Equal(0, errors.Count(x => x));
Assert.Equal(maxNumberOfIterations, errors.Count(x => !x));
}
public async Task Open_Tons_of_concurrent_connections()
{
var sut = new RedisCacheConnectionPoolManager(new RedisConfiguration()
{
AbortOnConnectFail = false,
Hosts = new RedisHost[]
{
new RedisHost()
{
Host = "localhost", Port = 6379
}
},
AllowAdmin = true,
ConnectTimeout = 5000,
Database = 8,
PoolSize = 10,
ServerEnumerationStrategy = new ServerEnumerationStrategy()
{
Mode = ServerEnumerationStrategy.ModeOptions.All,
TargetRole = ServerEnumerationStrategy.TargetRoleOptions.Any,
UnreachableServerAction = ServerEnumerationStrategy.UnreachableServerActionOptions.Throw
}
});
await sut.GetConnection().GetDatabase().StringSetAsync("key", "value");
var conn = sut.GetConnection();
Parallel.For(0, 1000, x =>
{
try
{
sut.GetConnection().GetDatabase().StringGet("key");
}
catch (Exception exc)
{
output.WriteLine($"Index: {x} - Exception {exc.ToString()}");
throw;
}
});
}
public void Test_using_multiple_times_work()
{
var lockName = "first-lock";
// ensure that no stale keys are left
_connectionPool.GetConnection().GetDatabase().KeyDelete(lockName);
var locker = new RedisDistributedAppLockProvider(_connectionPool);
using (locker.Acquire(lockName))
{
// mutual exclusion scope here
}
using (locker.Acquire(lockName))
{
// mutual exclusion scope here
}
using (locker.Acquire(lockName))
{
// mutual exclusion scope here
}
}
