public async Task SessionReadCycle_Valid()
{
using (RedisServer redisServer = new RedisServer())
{
string sessionId = ResetRedisConnectionWrapperAndConfiguration();
// Inserting empty session with "SessionStateActions.InitializeItem" flag into redis server
RedisSessionStateProvider ssp = new RedisSessionStateProvider();
await ssp.CreateUninitializedItemAsync(null, sessionId, (int)RedisSessionStateProvider.configuration.SessionTimeout.TotalMinutes, CancellationToken.None);
// Get write lock and session from cache
GetItemResult data = await ssp.GetItemAsync(null, sessionId, CancellationToken.None);
// Get actual connection and varify lock and session timeout
IDatabase actualConnection = GetRealRedisConnection();
Assert.True(actualConnection.StringGet(ssp.cache.Keys.LockKey).IsNull);
Assert.Equal(((int)RedisSessionStateProvider.configuration.SessionTimeout.TotalSeconds).ToString(), actualConnection.HashGet(ssp.cache.Keys.InternalKey, "SessionTimeout").ToString());
// reset sessions timoue
await ssp.ResetItemTimeoutAsync(null, sessionId, CancellationToken.None);
// End request
await ssp.EndRequestAsync(null);
// remove data and lock from redis
DisposeRedisConnectionWrapper();
}
}
public async Task EndRequest_Successful()
{
Utility.SetConfigUtilityToDefault();
var mockCache = A.Fake <ICacheConnection>();
RedisSessionStateProvider sessionStateStore = new RedisSessionStateProvider();
sessionStateStore.sessionId = "session-id";
sessionStateStore.sessionLockId = "session-lock-id";
sessionStateStore.cache = mockCache;
await sessionStateStore.EndRequestAsync(null);
A.CallTo(() => mockCache.TryReleaseLockIfLockIdMatch(A <object> .Ignored, A <int> .Ignored)).MustHaveHappened();
}
public async Task SessionTimoutChangeFromGlobalAspx()
{
using (RedisServer redisServer = new RedisServer())
{
string sessionId = ResetRedisConnectionWrapperAndConfiguration();
// Inserting empty session with "SessionStateActions.InitializeItem" flag into redis server
RedisSessionStateProvider ssp = new RedisSessionStateProvider();
await ssp.CreateUninitializedItemAsync(null, sessionId, (int)RedisSessionStateProvider.configuration.SessionTimeout.TotalMinutes, CancellationToken.None);
// Get write lock and session from cache
GetItemResult data = await ssp.GetItemExclusiveAsync(null, sessionId, CancellationToken.None);
// Get actual connection and varify lock and session timeout
IDatabase actualConnection = GetRealRedisConnection();
Assert.Equal(data.LockId.ToString(), actualConnection.StringGet(ssp.cache.Keys.LockKey).ToString());
Assert.Equal(((int)RedisSessionStateProvider.configuration.SessionTimeout.TotalSeconds).ToString(), actualConnection.HashGet(ssp.cache.Keys.InternalKey, "SessionTimeout").ToString());
// setting data as done by any normal session operation
data.Item.Items["key"] = "value";
data.Item.Timeout = 5;
// session update
await ssp.SetAndReleaseItemExclusiveAsync(null, sessionId, data.Item, data.LockId, false, CancellationToken.None);
Assert.Single(actualConnection.HashGetAll(ssp.cache.Keys.DataKey));
Assert.Equal("300", actualConnection.HashGet(ssp.cache.Keys.InternalKey, "SessionTimeout").ToString());
// reset sessions timoue
await ssp.ResetItemTimeoutAsync(null, sessionId, CancellationToken.None);
// End request
await ssp.EndRequestAsync(null);
// Verify that GetItemExclusive returns timeout from redis
GetItemResult data_1 = await ssp.GetItemExclusiveAsync(null, sessionId, CancellationToken.None);
Assert.Equal(5, data.Item.Timeout);
// remove data and lock from redis
DisposeRedisConnectionWrapper();
}
}
