public async Task WhenContextIsValid_AndRefreshTokenFoundAndNotExpired_ItShouldCreateARefreshToken()
{
var context = new AuthenticationTokenCreateContext(
new OwinContext(this.environment),
this.secureDataFormat.Object,
Ticket);
context.OwinContext.Set <int>(Constants.TokenRefreshTokenLifeTimeKey, RefreshTokenLifetimeMinutes);
this.tryGetRefreshToken.Setup(v => v.HandleAsync(new TryGetRefreshTokenQuery(new ClientId(ClientId), new Username(Username))))
.ReturnsAsync(new RefreshToken {
ExpiresDate = Now.AddTicks(1), EncryptedId = "encryptedId"
});
this.encryptionService.Setup(v => v.DecryptRefreshTokenId(new EncryptedRefreshTokenId("encryptedId"))).Returns(new RefreshTokenId("existingId"));
SetRefreshTokenCommand command = null;
this.createRefreshToken.Setup(v => v.HandleAsync(It.IsAny <SetRefreshTokenCommand>()))
.Callback <SetRefreshTokenCommand>(v => command = v)
.Returns(Task.FromResult(0));
await this.target.CreateAsync(context);
Assert.IsNull(command);
Assert.AreEqual(context.Token, "existingId");
}
internal static bool CheckSession(string SessionId, out string UserName)
{
KeyValuePair <DateTime, string> Pair;
DateTime TP;
DateTime Now;
UserName = null;
lock (lastAccessBySessionId)
{
if (!lastAccessBySessionId.TryGetValue(SessionId, out Pair))
{
return(false);
}
TP = Pair.Key;
Now = DateTime.Now;
if (Now - TP > sessionTimeout)
{
lastAccessBySessionId.Remove(SessionId);
sessionIdByLastAccess.Remove(TP);
return(false);
}
sessionIdByLastAccess.Remove(TP);
while (sessionIdByLastAccess.ContainsKey(Now))
{
Now = Now.AddTicks(gen.Next(1, 10));
}
sessionIdByLastAccess [Now] = SessionId;
UserName = Pair.Value;
lastAccessBySessionId [SessionId] = new KeyValuePair <DateTime, string> (Now, UserName);
}
return(true);
}
public void ReadWrite(DateTimeKind kind)
{
var entity = new DateTimeClass
{
Id = AdditionalDateId,
Value = GetTestDate(kind)
};
var typeKind = GetTypeKind();
// Now must be acquired before transaction because some db freezes current_timestamp at transaction start,
// like PostgreSQL. https://www.postgresql.org/docs/7.2/static/functions-datetime.html#AEN6700
// This then wrecks tests with DbTimestampType if the always out of tran Now is called for fetching
// beforeNow only after transaction start.
// And account db accuracy
var beforeNow = Now.AddTicks(-DateAccuracyInTicks);
// Save
using (var s = OpenSession())
using (var t = s.BeginTransaction())
{
s.Save(entity);
if (kind != typeKind && typeKind != DateTimeKind.Unspecified)
{
Assert.That(() => t.Commit(), Throws.TypeOf <PropertyValueException>());
return;
}
t.Commit();
}
var afterNow = Now.AddTicks(DateAccuracyInTicks);
if (RevisionCheck)
{
Assert.That(entity.Revision, Is.GreaterThan(beforeNow).And.LessThan(afterNow), "Revision not correctly seeded.");
if (typeKind != DateTimeKind.Unspecified)
{
Assert.That(entity.Revision.Kind, Is.EqualTo(typeKind), "Revision kind not correctly seeded.");
}
Assert.That(entity.NullableValue, Is.Null, "NullableValue unexpectedly seeded.");
}
// Retrieve, compare then update
DateTimeClass retrieved;
using (var s = OpenSession())
{
using (var t = s.BeginTransaction())
{
retrieved = s.Get <DateTimeClass>(AdditionalDateId);
Assert.That(retrieved, Is.Not.Null, "Entity not saved or cannot be retrieved by its key.");
Assert.That(retrieved.Value, Is.EqualTo(GetExpectedValue(entity.Value)), "Unexpected value.");
if (RevisionCheck)
{
Assert.That(retrieved.Revision, Is.EqualTo(entity.Revision), "Revision should be the same.");
}
Assert.That(retrieved.NullableValue, Is.EqualTo(entity.NullableValue), "NullableValue should be the same.");
if (typeKind != DateTimeKind.Unspecified)
{
Assert.That(retrieved.Value.Kind, Is.EqualTo(typeKind), "Value kind not correctly retrieved.");
if (RevisionCheck)
{
Assert.That(retrieved.Revision.Kind, Is.EqualTo(typeKind), "Revision kind not correctly retrieved.");
}
}
t.Commit();
}
beforeNow = Now.AddTicks(-DateAccuracyInTicks);
using (var t = s.BeginTransaction())
{
retrieved.NullableValue = GetTestDate(kind);
retrieved.Value = GetTestDate(kind).AddMonths(-1);
t.Commit();
}
afterNow = Now.AddTicks(DateAccuracyInTicks);
}
if (RevisionCheck)
{
Assert.That(
retrieved.Revision,
Is.GreaterThan(beforeNow).And.LessThan(afterNow).And.GreaterThanOrEqualTo(entity.Revision),
"Revision not correctly incremented.");
if (typeKind != DateTimeKind.Unspecified)
{
Assert.That(retrieved.Revision.Kind, Is.EqualTo(typeKind), "Revision kind incorrectly changed.");
}
}
// Retrieve and compare again
using (var s = OpenSession())
using (var t = s.BeginTransaction())
{
var retrievedAgain = s.Get <DateTimeClass>(AdditionalDateId);
Assert.That(retrievedAgain, Is.Not.Null, "Entity deleted or cannot be retrieved again by its key.");
Assert.That(
retrievedAgain.Value,
Is.EqualTo(GetExpectedValue(retrieved.Value)),
"Unexpected value at second compare.");
if (RevisionCheck)
{
Assert.That(retrievedAgain.Revision, Is.EqualTo(retrieved.Revision), "Revision should be the same again.");
}
Assert.That(
retrievedAgain.NullableValue,
Is.EqualTo(GetExpectedValue(retrieved.NullableValue.Value)),
"Unexpected NullableValue at second compare.");
if (typeKind != DateTimeKind.Unspecified)
{
Assert.That(retrievedAgain.Value.Kind, Is.EqualTo(typeKind), "Value kind not correctly retrieved again.");
if (RevisionCheck)
{
Assert.That(retrievedAgain.Revision.Kind, Is.EqualTo(typeKind), "Revision kind not correctly retrieved again.");
}
Assert.That(
retrievedAgain.NullableValue.Value.Kind,
Is.EqualTo(typeKind),
"NullableValue kind not correctly retrieved again.");
}
t.Commit();
}
}
public async Task ReadWriteAsync()
{
var entity = new DateTimeOffsetClass
{
Id = AdditionalDateId,
Value = GetTestDate()
};
// Now must be acquired before transaction because some db freezes current_timestamp at transaction start,
// like PostgreSQL. https://www.postgresql.org/docs/7.2/static/functions-datetime.html#AEN6700
// This then wrecks tests with DbTimestampType if the always out of tran Now is called for fetching
// beforeNow only after transaction start.
// And account db accuracy
var beforeNow = Now.AddTicks(-DateAccuracyInTicks);
// Save
using (var s = OpenSession())
using (var t = s.BeginTransaction())
{
await(s.SaveAsync(entity));
await(t.CommitAsync());
}
var afterNow = Now.AddTicks(DateAccuracyInTicks);
if (RevisionCheck)
{
Assert.That(entity.Revision, Is.GreaterThan(beforeNow).And.LessThan(afterNow), "Revision not correctly seeded.");
Assert.That(entity.NullableValue, Is.Null, "NullableValue unexpectedly seeded.");
}
// Retrieve, compare then update
DateTimeOffsetClass retrieved;
using (var s = OpenSession())
{
using (var t = s.BeginTransaction())
{
retrieved = await(s.GetAsync <DateTimeOffsetClass>(AdditionalDateId));
Assert.That(retrieved, Is.Not.Null, "Entity not saved or cannot be retrieved by its key.");
Assert.That(retrieved.Value, Is.EqualTo(entity.Value), "Unexpected value.");
if (RevisionCheck)
{
Assert.That(retrieved.Revision, Is.EqualTo(entity.Revision), "Revision should be the same.");
}
Assert.That(retrieved.NullableValue, Is.EqualTo(entity.NullableValue), "NullableValue should be the same.");
await(t.CommitAsync());
}
beforeNow = Now.AddTicks(-DateAccuracyInTicks);
using (var t = s.BeginTransaction())
{
retrieved.NullableValue = GetTestDate();
retrieved.Value = GetTestDate().AddMonths(-1);
await(t.CommitAsync());
}
afterNow = Now.AddTicks(DateAccuracyInTicks);
}
if (RevisionCheck)
{
Assert.That(
retrieved.Revision,
Is.GreaterThan(beforeNow).And.LessThan(afterNow).And.GreaterThanOrEqualTo(entity.Revision),
"Revision not correctly incremented.");
}
// Retrieve and compare again
using (var s = OpenSession())
using (var t = s.BeginTransaction())
{
var retrievedAgain = await(s.GetAsync <DateTimeOffsetClass>(AdditionalDateId));
Assert.That(retrievedAgain, Is.Not.Null, "Entity deleted or cannot be retrieved again by its key.");
Assert.That(
retrievedAgain.Value,
Is.EqualTo(retrieved.Value),
"Unexpected value at second compare.");
if (RevisionCheck)
{
Assert.That(retrievedAgain.Revision, Is.EqualTo(retrieved.Revision), "Revision should be the same again.");
}
Assert.That(
retrievedAgain.NullableValue,
Is.EqualTo(retrieved.NullableValue.Value),
"Unexpected NullableValue at second compare.");
await(t.CommitAsync());
}
}
