private void Call(Limiter limiter, DateTime time, TimeSpan?expectedWaitTime)
{
TimeProvider.Instance = new StaticTimeProvider(time);
delay.ResetCalls();
if (expectedWaitTime == null)
{
delay.Setup(delay => delay(It.IsAny <TimeSpan>()));
}
else
{
delay.Setup(delay => delay(It.Is <TimeSpan>(waitTime => waitTime == expectedWaitTime.Value)))
.Returns <TimeSpan>(x =>
{
var b = new StaticTimeProvider(TimeProvider.UtcNow + x);
TimeProvider.Instance = b;
return(Task.Delay(0));
});
}
limiter.DoAsync(Do).Wait();
delay.Verify();
if (expectedWaitTime == null)
{
Assert.Equal(time, TimeProvider.UtcNow);
}
else
{
Assert.Equal(time + expectedWaitTime, TimeProvider.UtcNow);
}
}
public async Task ExistingObject_IncrementByOneAndSetExpirationDateAsync()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
var limiter = new Limiter()
.Limit(1)
.Over(100);
var cache = new MemoryCache(new MemoryCacheOptions());
var repository = new MemoryThrottleRepository(cache);
string id = repository.CreateThrottleKey(key, limiter);
var cacheItem = new MemoryThrottleRepository.ThrottleCacheItem()
{
Count = 1,
Expiration = new DateTime(2030, 1, 1)
};
cache
.Set(id, cacheItem, cacheItem.Expiration);
// Act
await repository.AddOrIncrementWithExpirationAsync(key, limiter);
// Assert
var item = (MemoryThrottleRepository.ThrottleCacheItem)cache.Get(id);
Assert.Equal(2L, item.Count);
Assert.Equal(new DateTime(2030, 1, 1), item.Expiration);
}
public async ReusableTask <int> ReadAsync(ITorrentFileInfo file, long offset, byte[] buffer, int bufferOffset, int count)
{
Check.File(file);
Check.Buffer(buffer);
if (offset < 0 || offset + count > file.Length)
{
throw new ArgumentOutOfRangeException(nameof(offset));
}
using (await Limiter.EnterAsync()) {
using var rented = await StreamCache.GetOrCreateStreamAsync(file, FileAccess.Read).ConfigureAwait(false);
await MainLoop.SwitchToThreadpool();
if (rented.Stream.Length < offset + count)
{
return(0);
}
if (rented.Stream.Position != offset)
{
await rented.Stream.SeekAsync(offset);
}
ReadMonitor?.AddDelta(count);
return(await rented.Stream.ReadAsync(buffer, bufferOffset, count));
}
}
public void Download()
{
Chapter = SerieTestData.Serie.Chapters.ElementAtOrDefault(Index - 1);
PageCount = -1;
URL = Chapter.URL;
Chapter.State = ChapterState.Waiting;
Limiter.BeginChapter(Chapter);
try
{
Chapter.DownloadPagesList();
}
finally
{
Limiter.EndChapter(Chapter);
}
PageCount = Chapter.Pages.Count;
Title = Chapter.Title;
foreach (var page in Pages)
{
if (page.Index > PageCount)
{
page.Index = -1;
page.Name += " - index out of range";
continue;
}
page.Download();
}
}
private void beginRequest(object sender, EventArgs e)
{
try
{
string ip = HttpContext.Current.Request.UserHostAddress;
//Ignore files
int ind = string.IsNullOrEmpty(HttpContext.Current.Request.FilePath) ||
HttpContext.Current.Request.FilePath.Length > MAX_VALID_FILE_PATH_SIZE ? -1 :
HttpContext.Current.Request.FilePath.LastIndexOf('.');
string ext = ind < 0 ? null : HttpContext.Current.Request.FilePath.Substring(ind).ToLower();
if (!string.IsNullOrEmpty(ext) && ext.Length > 1 &&
".js,.css,.jpg,.png,.gif,.aspx,.ashx,.eot,.ttf,.woff,.otf,.svg,.woff2".IndexOf(ext) >= 0)
{
return;
}
//end of Ignore files
if (!Applicants.ContainsKey(ip))
{
Applicants[ip] = new Limiter();
}
if (!Applicants[ip].newRequest(HttpContext.Current.Request))
{
HttpContext.Current.Response.StatusCode = 403;
HttpContext.Current.Response.End();
}
}
catch { }
}
public void Download()
{
Page = ChapterTestData.Chapter.Pages.ElementAtOrDefault(Index - 1);
URL = Page.URL;
Index = -1;
Limiter.BeginChapter(Page.Chapter);
try
{
var stream = Page.GetImageStream();
Image = System.Drawing.Image.FromStream(stream);
ImageURL = Page.ImageURL;
stream.Position = 0;
Hash = TomanuExtensions.Utils.Hash.CalculateSHA256(stream);
}
finally
{
Limiter.EndChapter(Page.Chapter);
}
if (Page.State == PageState.Error)
{
throw new Exception("Downloading page error");
}
Index = Page.Index;
Name = Page.Name;
}
public void LimitReached_ReturnsThrottled()
{
// Arrange
var key = Substitute.For <IThrottleKey>();
var limit = new Limiter
{
Count = 1
};
var repo = Substitute.For <IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
repo.GetThrottleCount(key, limit)
.Returns(1);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult result = policy.Check(key);
// Assert
result.IsThrottled.Should().Be(true);
result.IsLocked.Should().Be(false);
}
public async Task RetrieveValidThrottleCountFromRepostitoryAsync()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
var limiter = new Limiter()
.Limit(1)
.Over(100);
var cache = new MemoryCache(new MemoryCacheOptions());
var repository = new MemoryThrottleRepository(cache);
string id = repository.CreateThrottleKey(key, limiter);
var cacheItem = new MemoryThrottleRepository.ThrottleCacheItem()
{
Count = 1,
Expiration = new DateTime(2030, 1, 1)
};
await repository.AddOrIncrementWithExpirationAsync(key, limiter);
// Act
var count = await repository.GetThrottleCountAsync(key, limiter);
// Assert
Assert.Equal(1, count);
}
public async ReusableTask WriteAsync(ITorrentFileInfo file, long offset, byte[] buffer, int bufferOffset, int count)
{
Check.File(file);
Check.Buffer(buffer);
if (offset < 0 || offset + count > file.Length)
{
throw new ArgumentOutOfRangeException(nameof(offset));
}
using (await Limiter.EnterAsync()) {
using var rented = await StreamCache.GetOrCreateStreamAsync(file, FileAccess.ReadWrite).ConfigureAwait(false);
// FileStream.WriteAsync does some work synchronously, according to the profiler.
// It looks like if the file is too small it is expanded (SetLength is called)
// synchronously before the asynchronous Write is performed.
//
// We also want the Seek operation to execute on the threadpool.
await MainLoop.SwitchToThreadpool();
await rented.Stream.SeekAsync(offset).ConfigureAwait(false);
await rented.Stream.WriteAsync(buffer, bufferOffset, count).ConfigureAwait(false);
WriteMonitor?.AddDelta(count);
}
}
public ParticleEffect_A()
: base(10000)
{
_Limiter = new Limiter(0);
x = 0;
y = 0;
}
public void ZeroLimit_ReturnsNotThrottled()
{
// Arrange
var key = Substitute.For <IThrottleKey>();
var limit = new Limiter
{
Count = 0
};
var repo = Substitute.For <IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult result = policy.Check(key);
// Assert
result.IsThrottled.ShouldBeEquivalentTo(CheckResult.NotThrottled.IsThrottled);
result.IsLocked.ShouldBeEquivalentTo(CheckResult.NotThrottled.IsLocked);
}
public void CallWithTimeSpan_SetPeriod()
{
Limiter limiter = new Limiter()
.Over(TimeSpan.FromSeconds(10));
limiter.Period.ShouldBeEquivalentTo(TimeSpan.FromSeconds(10));
}
public void Throttled_ReturnsTrue()
{
// Arrange
var key = Substitute.For <IThrottleKey>();
var limit = new Limiter
{
Count = 1,
LockDuration = TimeSpan.FromSeconds(1)
};
var repo = Substitute.For <IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
repo.GetThrottleCount(key, limit)
.Returns(1);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult checkResult;
bool result = policy.IsThrottled(key, out checkResult);
// Assert
result.Should().Be(true);
}
public void ExistingObject_IncrementByOneAndSetExpirationDate()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
var limiter = new Limiter()
.Limit(1)
.Over(100);
var cache = new MemoryCache("testing_cache");
var repository = new MemoryThrottleRepository(cache);
string id = repository.CreateThrottleKey(key, limiter);
var cacheItem = new MemoryThrottleRepository.ThrottleCacheItem()
{
Count = 1,
Expiration = new DateTime(2030, 1, 1)
};
cache
.Set(id, cacheItem, cacheItem.Expiration);
// Act
repository.AddOrIncrementWithExpiration(key, limiter);
// Assert
var item = (MemoryThrottleRepository.ThrottleCacheItem)cache.Get(id);
Assert.Equal(2L, item.Count);
Assert.Equal(new DateTime(2030, 1, 1), item.Expiration);
}
public void CallWithTimeSpan_SetLockDuration()
{
Limiter limiter = new Limiter()
.LockFor(TimeSpan.FromSeconds(1));
limiter.LockDuration.ShouldBeEquivalentTo(TimeSpan.FromSeconds(1));
}
public void StoreOriginalAngles(Limiter limits)
{
m_originalMinH = limits.m_minimumHorizontalAngle;
m_originalMaxH = limits.m_maximumHorizontalAngle;
m_originalMinV = limits.m_minimumVerticalAngle;
m_originalMaxV = limits.m_maximumVerticalAngle;
}
public void RetrieveValidThrottleCountFromRepostitory()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
var limiter = new Limiter()
.Limit(1)
.Over(100);
var cache = new MemoryCache("testing_cache");
var repository = new MemoryThrottleRepository(cache);
string id = repository.CreateThrottleKey(key, limiter);
var cacheItem = new MemoryThrottleRepository.ThrottleCacheItem()
{
Count = 1,
Expiration = new DateTime(2030, 1, 1)
};
repository.AddOrIncrementWithExpiration(key, limiter);
// Act
var count = repository.GetThrottleCount(key, limiter);
// Assert
Assert.Equal(count, 1);
}
public void IncrementReturnsOne_ExpireKey()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
Limiter limiter = new Limiter().Limit(1).Over(10);
var db = Substitute.For <IDatabase>();
var repository = new RedisThrottleRepository(db);
string id = repository.CreateThrottleKey(key, limiter);
db
.StringIncrement(id)
.Returns(1);
// Act
repository.AddOrIncrementWithExpiration(key, limiter);
// Assert
db
.Received(1)
.StringIncrement(id);
db
.Received(1)
.KeyExpire(id, limiter.Period);
}
private Node MakeDecoratorNode(DecoratorNodeType decorator, uint childNodeID, uint extra = 0)
{
Node newNode;
if (!m_nodeDic.TryGetValue(childNodeID, out Node result))
{
return(null); // failed to get childNodeID
}
switch (decorator)
{
case DecoratorNodeType.Inverter:
newNode = new Inverter(result);
break;
case DecoratorNodeType.Repeater:
newNode = new Repeater(result, extra);
break;
case DecoratorNodeType.RepeatTillFail:
newNode = new RepeatTillFail(result);
break;
case DecoratorNodeType.Limiter:
newNode = new Limiter(result);
break;
default:
return(null); // tried to create unknown decorator node
}
return(newNode);
}
public void CallWithSeconds_SetPeriod()
{
Limiter limiter = new Limiter()
.Over(10);
limiter.Period.ShouldBeEquivalentTo(TimeSpan.FromSeconds(10));
}
internal override IEnumerable <Page> DownloadPages(Chapter a_chapter)
{
a_chapter.Token.ThrowIfCancellationRequested();
Limiter.Aquire(a_chapter);
try
{
Sleep();
}
finally
{
Limiter.Release(a_chapter);
}
a_chapter.Token.ThrowIfCancellationRequested();
a_chapter.State = ChapterState.DownloadingPagesList;
var serie = m_series.First(s => s.Title == a_chapter.Serie.Title);
var chapter = serie.GetChapters().First(c => c.Title == a_chapter.Title);
var pages = chapter.GeneratePages().ToList();
if (a_chapter.Title.Contains("error pages none"))
{
throw new Exception();
}
var result = from page in pages
select new Page(a_chapter, "fake_page_url",
pages.IndexOf(page) + 1, page);
return(result);
}
public void CallWithSeconds_SetLockDuration()
{
Limiter limiter = new Limiter()
.LockFor(1);
limiter.LockDuration.ShouldBeEquivalentTo(TimeSpan.FromSeconds(1));
}
public void perform(World world)
{
string last = "air";
for (float xl = 0; xl < world.xChunks * world.xBlocks; xl++)
{
for (float yl = 0; yl < world.yChunks * world.yBlocks; yl++)
{
for (float zl = 0; zl < world.zChunks * world.zBlocks; zl++)
{
float perlinX = xl / (world.xChunks * world.xBlocks) / perlinCoefX - perlinPlusX, perlinZ = zl / (world.zChunks * world.zBlocks) / perlinCoefZ - perlinPlusZ;
float perlinY = Mathf.PerlinNoise(perlinX, perlinZ) * perlinCoefY + perlinPlusY;
//Debug.Log(perlinX+" "+perlinZ+" "+perlinY);
float x = xl, y = yl / coef * (perlinNoise && !perlinPlus ? perlinY : 1) + (perlinNoise && perlinPlus ? perlinY : 0), z = zl;
foreach (GenerationElement gElem in levels)
{
float xc = gElem.rawX ? xl : x, yc = gElem.rawY ? yl : y, zc = gElem.rawZ ? zl : z;
if (Limiter.check(gElem.xMin, xc) && Limiter.check(gElem.xMax, xc) && Limiter.check(gElem.yMin, yc) && Limiter.check(gElem.yMax, yc) && Limiter.check(gElem.zMin, zc) && Limiter.check(gElem.zMax, zc))
{
last = gElem.idName;
if (gElem.endFor)
{
break;
}
}
}
world.set(new EntityLocation((int)xl, (int)yl, (int)zl, 0, 0, 0, Random.Range(0, 2) > 0, Random.Range(0, 2) > 0, Random.Range(0, 2) > 0), new Entity().recreate(EntityId.ByName(last)));
}
}
}
}
public void Locked_ReturnsLocked()
{
// Arrange
var key = Substitute.For <IThrottleKey>();
var limit = new Limiter
{
LockDuration = TimeSpan.FromSeconds(1)
};
var repo = Substitute.For <IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(true);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult result = policy.Check(key);
// Assert
result.IsLocked.Should().Be(true);
result.Limiter.Should().Be(limit);
}
public void ReserveTellsYouHowLongToWait()
{
var clock = new FakeSystemClock();
var limiter = new Limiter(new Limit(10), 50, clock);
var initiallyAllowed = limiter.AllowN(clock.UtcNow, 50);
var thenNotAllowed1 = limiter.Allow();
var reserveOne = limiter.Reserve();
var delayOne = reserveOne.Delay();
var reserveTwoMore = limiter.Reserve(clock.UtcNow, 2);
var delayTwoMore = reserveTwoMore.Delay();
clock.Advance(TimeSpan.FromMilliseconds(450));
var reserveAlreadyAvailable = limiter.Reserve();
var delayAlreadyAvailable = reserveAlreadyAvailable.Delay();
var reserveHalfAvailable = limiter.Reserve();
var delayHalfAvailable = reserveHalfAvailable.Delay();
Assert.True(initiallyAllowed);
Assert.False(thenNotAllowed1);
Assert.True(reserveOne.Ok);
Assert.Equal(TimeSpan.FromMilliseconds(100), delayOne);
Assert.True(reserveTwoMore.Ok);
Assert.Equal(TimeSpan.FromMilliseconds(300), delayTwoMore);
Assert.True(reserveAlreadyAvailable.Ok);
Assert.Equal(TimeSpan.Zero, delayAlreadyAvailable);
Assert.True(reserveHalfAvailable.Ok);
Assert.Equal(TimeSpan.FromMilliseconds(50), delayHalfAvailable);
}
public void IncrementReturnsOne_ExpireKey()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
Limiter limiter = new Limiter().Limit(1).Over(10);
var db = Substitute.For<IDatabase>();
var repository = new RedisThrottleRepository(db);
string id = repository.CreateThrottleKey(key, limiter);
db
.StringIncrement(id)
.Returns(1);
// Act
repository.AddOrIncrementWithExpiration(key, limiter);
// Assert
db
.Received(1)
.StringIncrement(id);
db
.Received(1)
.KeyExpire(id, limiter.Period);
}
public void TokensBecomeAvailableAtLimitPerSecondRate()
{
var clock = new FakeSystemClock();
var limiter = new Limiter(new Limit(10), 50, clock);
var initiallyAllowed = limiter.AllowN(clock.UtcNow, 50);
var thenNotAllowed1 = limiter.Allow();
clock.Advance(TimeSpan.FromMilliseconds(100));
var oneTokenAvailable = limiter.Allow();
var thenNotAllowed2 = limiter.Allow();
clock.Advance(TimeSpan.FromMilliseconds(200));
var twoTokensAvailable1 = limiter.Allow();
var twoTokensAvailable2 = limiter.Allow();
var thenNotAllowed3 = limiter.Allow();
Assert.True(initiallyAllowed);
Assert.False(thenNotAllowed1);
Assert.True(oneTokenAvailable);
Assert.False(thenNotAllowed2);
Assert.True(twoTokensAvailable1);
Assert.True(twoTokensAvailable2);
Assert.False(thenNotAllowed3);
}
public void SetLock()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
Limiter limiter = new Limiter().Limit(1).Over(1).LockFor(1);
var db = Substitute.For <IDatabase>();
var repository = new RedisThrottleRepository(db);
string id = repository.CreateLockKey(key, limiter);
var transaction = Substitute.For <ITransaction>();
db
.CreateTransaction()
.Returns(transaction);
// Act
repository.SetLock(key, limiter);
// Assert
transaction
.Received(1)
.StringIncrementAsync(id);
transaction
.Received(1)
.KeyExpireAsync(id, limiter.LockDuration);
transaction
.Received(1)
.Execute();
}
public void NotThrottled_DoesNotIncrements()
{
// Arrange
var key = Substitute.For <IThrottleKey>();
var limit = new Limiter
{
Count = 2,
LockDuration = TimeSpan.FromSeconds(1)
};
var repo = Substitute.For <IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
repo.GetThrottleCount(key, limit)
.Returns(1);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
policy.Check(key, false);
// Assert
repo.Received(0)
.AddOrIncrementWithExpiration(key, limit);
}
public override List <Patron> readALL(Limiter limiter)
{
List <Patron> list = null;
MySQL_DBManager db = new MySQL_DBManager(DBCredentials_Factory.getCredentials(typeof(Patron)));
string query = "SELECT id FROM patron";
if (limiter != null)
{
query += " LIMIT " + limiter.ResultsOffeset + "," + limiter.ResultsCount + ";";
}
else
{
query += ";";
}
MySqlDataReader reader = db.ExceuteSQL(query);
if (reader != null)
{
list = new List <Patron>();
while (reader.Read())
{
Patron dto = read(reader.GetInt32(0));
if (dto != null)
{
list.Add(dto);
}
}
reader.Close();
}
db.close();
return(list);
}
public ParticleEffect_A()
: base(10000)
{
_Limiter = new Limiter(0);
x = 0;
y = 0;
}
/// <summary>
///
/// </summary>
/// <param name="target">has to be in range[0, 100][%]</param>
public void SetTarget(double target)
{
if (Limiter.LimitAndReturnTrueIfLimitted(ref target, 0, 100))
{
Logger.Log(this, "target brake is not in range [0, 100]", 1);
}
double calculatedSteering;
if (alertBrakeActive)
{
calculatedSteering = regulator.SetTargetValue(ALERT_BRAKE_BRAKE_SETTING);
}
else if (targetBrakeOverriden)
{
calculatedSteering = regulator.SetTargetValue(targetBrakeOverridenValue);
}
else
{
calculatedSteering = regulator.SetTargetValue(target);
}
//this will also invoke evNewBrakeSettingCalculated event
BrakeSteering = calculatedSteering;
}
public void RetrieveValidThrottleCountFromRepostitory()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
var limiter = new Limiter()
.Limit(1)
.Over(100);
var cache = new MemoryCache("testing_cache");
var repository = new MemoryThrottleRepository(cache);
string id = repository.CreateThrottleKey(key, limiter);
var cacheItem = new MemoryThrottleRepository.ThrottleCacheItem()
{
Count = 1,
Expiration = new DateTime(2030, 1, 1)
};
repository.AddOrIncrementWithExpiration(key, limiter);
// Act
var count = repository.GetThrottleCount(key, limiter);
// Assert
Assert.Equal(count, 1);
}
public void LimitReached_ReturnsThrottled()
{
// Arrange
var key = Substitute.For<IThrottleKey>();
var limit = new Limiter
{
Count = 1
};
var repo = Substitute.For<IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
repo.GetThrottleCount(key, limit)
.Returns(1);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult result = policy.Check(key);
// Assert
result.IsThrottled.ShouldBeEquivalentTo(true);
result.IsLocked.ShouldBeEquivalentTo(false);
}
public void CallWithTimeSpan_SetLockDuration()
{
Limiter limiter = new Limiter()
.LockFor(TimeSpan.FromSeconds(1));
limiter.LockDuration.Should().Be(TimeSpan.FromSeconds(1));
}
public void CallWithTimeSpan_SetPeriod()
{
Limiter limiter = new Limiter()
.Over(TimeSpan.FromSeconds(10));
limiter.Period.Should().Be(TimeSpan.FromSeconds(10));
}
public void LimitReachedWithLocking_ReturnsThrottled()
{
// Arrange
var key = Substitute.For <IThrottleKey>();
var limit = new Limiter
{
Count = 1,
LockDuration = TimeSpan.FromSeconds(1)
};
var repo = Substitute.For <IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
repo.GetThrottleCount(key, limit)
.Returns(1);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult result = policy.Check(key);
// Assert
result.IsThrottled.Should().Be(true);
result.IsLocked.Should().Be(false);
repo.Received(1)
.SetLock(key, limit);
repo.Received(1)
.RemoveThrottle(key, limit);
}
public void PerMinute_SetCountAndPeriod()
{
Limiter limiter = new Limiter()
.PerMinute(10);
limiter.Count.ShouldBeEquivalentTo(10);
limiter.Period.ShouldBeEquivalentTo(TimeSpan.FromMinutes(1));
}
public void CallWithNumber_SetCountReturnObject()
{
var limiter = new Limiter();
Limiter returned = limiter.Limit(10);
limiter.Count.ShouldBeEquivalentTo(10);
returned.ShouldBeEquivalentTo(limiter);
}
public void PerSecond_SetCountAndPeriod()
{
Limiter limiter = new Limiter()
.PerSecond(10);
limiter.Count.ShouldBeEquivalentTo(10);
limiter.Period.ShouldBeEquivalentTo(TimeSpan.FromSeconds(1));
}
public void SetLock(IThrottleKey key, Limiter limiter)
{
string id = CreateLockKey(key, limiter);
ITransaction trans = _db.CreateTransaction();
trans.StringIncrementAsync(id);
trans.KeyExpireAsync(id, limiter.LockDuration);
trans.Execute();
}
void Start()
{
foreach (var player in FindObjectsOfType<Limiter>())
{
if (!player.isLocalPlayer) continue;
limiter_ = player;
}
text_ = GetComponent<Text>();
}
public long? GetThrottleCount(IThrottleKey key, Limiter limiter)
{
string id = CreateThrottleKey(key, limiter);
RedisValue value = _db.StringGet(id);
long convert;
if (long.TryParse(value, out convert))
return convert;
return null;
}
public void AddOrIncrementWithExpiration(IThrottleKey key, Limiter limiter)
{
string id = CreateThrottleKey(key, limiter);
long result = _db.StringIncrement(id);
// If we get back 1, that means the key was incremented as it
// was expiring or it's a new key. Ensure we set the expiration.
if (result == 1)
_db.KeyExpire(id, limiter.Period);
}
public string CreateLockKey(IThrottleKey key, Limiter limiter)
{
List<object> values = CreateBaseKeyValues(key, limiter);
string lockKeySuffix = TimeSpanToFriendlyString(limiter.LockDuration.Value);
values.Add("lock");
values.Add(lockKeySuffix);
string id = string.Join(":", values);
return id;
}
public string CreateThrottleKey(IThrottleKey key, Limiter limiter)
{
List<object> values = CreateBaseKeyValues(key, limiter);
string countKey = TimeSpanToFriendlyString(limiter.Period);
values.Add(countKey);
// Using the Unix timestamp to the key allows for better
// precision when querying a key from Redis
if (limiter.Period.TotalSeconds == 1)
values.Add(GetUnixTimestamp());
string id = string.Join(":", values);
return id;
}
public void KeyExists_ReturnsParsedValue()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
Limiter limiter = new Limiter().Limit(1).Over(1);
var db = Substitute.For<IDatabase>();
var repository = new RedisThrottleRepository(db);
string id = repository.CreateThrottleKey(key, limiter);
db
.StringGet(id)
.Returns((RedisValue)"10");
// Act
long? result = repository.GetThrottleCount(key, limiter);
// Assert
Assert.Equal(10, result);
}
public void NewObject_SetsCountToOneWithExpiration()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
var limiter = new Limiter()
.Limit(1)
.Over(100);
var cache = new MemoryCache("testing_cache");
var repository = new MemoryThrottleRepository(cache);
repository.CurrentDate = () => new DateTime(2030, 1, 1);
string id = repository.CreateThrottleKey(key, limiter);
// Act
repository.AddOrIncrementWithExpiration(key, limiter);
// Assert
var item = (MemoryThrottleRepository.ThrottleCacheItem)cache.Get(id);
Assert.Equal(1L, item.Count);
// We're testing a future date by 100 seconds which is 40 seconds + 1 minute
Assert.Equal(new DateTime(2030, 1, 1, 0, 1, 40), item.Expiration);
}
public void Locked_ReturnsLocked()
{
// Arrange
var key = Substitute.For<IThrottleKey>();
var limit = new Limiter
{
LockDuration = TimeSpan.FromSeconds(1)
};
var repo = Substitute.For<IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(true);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult result = policy.Check(key);
// Assert
result.IsLocked.ShouldBeEquivalentTo(true);
result.Limiter.ShouldBeEquivalentTo(limit);
}
public ParticleEffect_B()
: base()
{
limiter = new Limiter(1);
}
private List<object> CreateBaseKeyValues(IThrottleKey key, Limiter limiter)
{
List<object> values = key.Values.ToList();
if (PolicyIdentityValues != null && PolicyIdentityValues.Length > 0)
values.InsertRange(0, PolicyIdentityValues);
return values;
}
public void PerHour_SetCountAndPeriod()
{
Limiter limiter = new Limiter()
.PerHour(10);
limiter.Count.ShouldBeEquivalentTo(10);
limiter.Period.ShouldBeEquivalentTo(TimeSpan.FromHours(1));
}
public void RemoveThrottle()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
Limiter limiter = new Limiter().Limit(1).Over(1);
var db = Substitute.For<IDatabase>();
var repository = new RedisThrottleRepository(db);
string id = repository.CreateThrottleKey(key, limiter);
// Act
repository.RemoveThrottle(key, limiter);
// Assert
db
.Received(1)
.KeyDelete(id);
}
public void SetLock()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
Limiter limiter = new Limiter().Limit(1).Over(1).LockFor(1);
var db = Substitute.For<IDatabase>();
var repository = new RedisThrottleRepository(db);
string id = repository.CreateLockKey(key, limiter);
var transaction = Substitute.For<ITransaction>();
db
.CreateTransaction()
.Returns(transaction);
// Act
repository.SetLock(key, limiter);
// Assert
transaction
.Received(1)
.StringIncrementAsync(id);
transaction
.Received(1)
.KeyExpireAsync(id, limiter.LockDuration);
transaction
.Received(1)
.Execute();
}
public void KeyExists_ReturnsTrue(bool keyExists, bool expected)
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
Limiter limiter = new Limiter().Limit(1).Over(1).LockFor(1);
var db = Substitute.For<IDatabase>();
var repository = new RedisThrottleRepository(db);
string id = repository.CreateLockKey(key, limiter);
db
.KeyExists(id)
.Returns(keyExists);
// Act
bool result = repository.LockExists(key, limiter);
// Assert
Assert.Equal(expected, result);
}
public void ThrottleCountReturnsNullWhenUsingInvalidKey()
{
// Arrange
var key = new SimpleThrottleKey("test", "key");
var limiter = new Limiter()
.Limit(1)
.Over(100);
var cache = new MemoryCache("testing_cache");
var repository = new MemoryThrottleRepository(cache);
// Act
var count = repository.GetThrottleCount(key, limiter);
// Assert
Assert.Equal(count, null);
}
public void Throttled_ReturnsTrue()
{
// Arrange
var key = Substitute.For<IThrottleKey>();
var limit = new Limiter
{
Count = 1,
LockDuration = TimeSpan.FromSeconds(1)
};
var repo = Substitute.For<IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
repo.GetThrottleCount(key, limit)
.Returns(1);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult checkResult;
bool result = policy.IsThrottled(key, out checkResult);
// Assert
result.ShouldBeEquivalentTo(true);
}
public void NotThrottled_DoesNotIncrements()
{
// Arrange
var key = Substitute.For<IThrottleKey>();
var limit = new Limiter
{
Count = 2,
LockDuration = TimeSpan.FromSeconds(1)
};
var repo = Substitute.For<IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
repo.GetThrottleCount(key, limit)
.Returns(1);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
policy.Check(key, false);
// Assert
repo.Received(0)
.AddOrIncrementWithExpiration(key, limit);
}
public void LimitReachedWithLocking_ReturnsThrottled()
{
// Arrange
var key = Substitute.For<IThrottleKey>();
var limit = new Limiter
{
Count = 1,
LockDuration = TimeSpan.FromSeconds(1)
};
var repo = Substitute.For<IThrottleRepository>();
repo.LockExists(key, limit)
.Returns(false);
repo.GetThrottleCount(key, limit)
.Returns(1);
var policy = new ThrottlePolicy(repo);
policy.Limiters.Add(limit);
// Act
CheckResult result = policy.Check(key);
// Assert
result.IsThrottled.ShouldBeEquivalentTo(true);
result.IsLocked.ShouldBeEquivalentTo(false);
repo.Received(1)
.SetLock(key, limit);
repo.Received(1)
.RemoveThrottle(key, limit);
}
static void Main(string[] args)
{
var d = new Dispatcher();
var midgetHouse = new MidgetHouse(d);
d.Subscribe<OrderPlaced>(midgetHouse);
d.Subscribe<DodgyOrderPlaced>(midgetHouse);
var manager = new Manager();
var cashier = new Cashier(d);
var ass = new AssMan(d);
var cookDispatcher = new SmartDispatcher<CookFood>();
var cookTtlGate = new TimeToLiveGate<CookFood>(cookDispatcher);
var cookQueudHandler = new QueuedHandler<CookFood>(cookTtlGate, "cook ttl gate");
var cookLimiter = new Limiter<CookFood>(cookQueudHandler);
//var cookScrewsUp = new ScrewsUp<CookFood>(cookLimiter);
var alarmClock = new AlarmClock(d);
var messageMonitor = new MessageMonitor(d);
var fmm = new FilePerOrderMonitor(d);
d.Subscribe(alarmClock);
d.Subscribe(cookLimiter);
d.Subscribe(ass);
d.Subscribe(cashier);
d.Subscribe(manager);
d.Subscribe<OrderPlaced>(messageMonitor);
d.Subscribe<DodgyOrderPlaced>(messageMonitor);
d.Subscribe<OrderPlaced>(fmm);
d.Subscribe<DodgyOrderPlaced>(fmm);
var cookQueudHandler1 = new QueuedHandler<CookFood>(new Cook(d, 10000), "c1");
cookDispatcher.AddHandler(cookQueudHandler1);
var cookQueudHandler2 = new QueuedHandler<CookFood>(new Cook(d, 5000), "c2");
cookDispatcher.AddHandler(cookQueudHandler2);
var cookQueudHandler3 = new QueuedHandler<CookFood>(new Cook(d, 100), "c3");
cookDispatcher.AddHandler(cookQueudHandler3);
var queueMonitor = new QueueMonitor(new IAmMonitored[] {cookQueudHandler1, cookQueudHandler2, cookQueudHandler3, cookQueudHandler,d.QueudHandler});
//Cook cook = new Cook(ass);
var waiter = new Waiter(d);
cookQueudHandler1.Start();
cookQueudHandler2.Start();
cookQueudHandler3.Start();
cookQueudHandler.Start();
d.Start();
alarmClock.Start();
queueMonitor.Start();
new Thread(TryPay).Start(cashier);
Random r = new Random();
for (int i = 0; i < 500; i++)
{
Guid orderNumber;
if (r.Next()%2 == 0)
{
orderNumber = waiter.PlaceDodgyOrder(new[] {Tuple.Create("Burger", 1)}, 15);
}
else
{
orderNumber = waiter.PlaceOrder(new[] { Tuple.Create("Burger", 1) }, 15);
}
if(i > 2)Thread.Sleep(2000);
orders.TryAdd(orderNumber, null);
}
//var orderNumber = waiter.PlaceOrder(new[] {Tuple.Create("Burger", 1)}, 15);
//cashier.PayForOrder(orderNumber);
Console.ReadLine();
}
