static void Main()
{
string writeKey = "abcabc123123defdef456456";
string dataSet = "dynamic";
var honey = new LibHoney(writeKey, dataSet);
var builder = new Builder(honey);
// Attach fields to the Builder instance
builder.AddField("start", DateTime.Now);
builder.AddDynamicField("end", () => DateTime.Now);
var tasks = new Task [8];
foreach (int i in Enumerable.Range(0, tasks.Length))
{
var t = Task.Run(async() => {
// Simulate some work.
await Task.Delay(new Random().Next(100));
// builder comes with the "start" and "end" fields
// already populated ("end" being a dynamic field)
var ev = builder.NewEvent();
ev.AddField("id", i);
ev.Send();
});
tasks [i] = t;
}
Task.WaitAll(tasks);
honey.Close();
}
static void Main()
{
string writeKey = "abcabc123123defdef456456";
string dataSet = "responses";
var honey = new LibHoney(writeKey, dataSet);
var responses = honey.Responses;
Task.Run(() => ReadResponses(responses));
var tasks = new Task [8];
foreach (int i in Enumerable.Range(0, tasks.Length))
{
var t = Task.Run(async() => {
// Simulate work.
var start = DateTime.Now;
await Task.Delay(new Random().Next(100));
// Work is done, send the task id and its elapsed time.
var ev = new Event(honey);
ev.AddField("id", i);
ev.AddField("elapsed", (DateTime.Now - start).TotalMilliseconds);
ev.Send();
});
tasks [i] = t;
}
Task.WaitAll(tasks);
honey.Close();
}
static void Main()
{
string writeKey = "abcabc123123defdef456456";
string dataSet = "factorial";
var honey = new LibHoney(writeKey, dataSet);
Task.Run(() => ReadResponses(honey.Responses));
// Attach fields to the top-level instance.
honey.AddField("version", "3.4.5");
honey.AddDynamicField("num_threads", () => Process.GetCurrentProcess().Threads.Count);
// Sends an event with "version", "num_threads", and "status" fields.
honey.SendNow("status", "starting run");
RunFact(1, 2, new Builder(honey, new Dictionary <string, object> ()
{
["range"] = "low"
}));
RunFact(31, 32, new Builder(honey, new Dictionary <string, object> ()
{
["range"] = "high"
}));
honey.SendNow("status", "sending now");
honey.Close();
}
static void Main()
{
string writeKey = "abcabc123123defdef456456";
string dataSet = "event_values";
var honey = new LibHoney(writeKey, dataSet);
var rand = new Random();
// Send 3 events with a random number.
for (int i = 0; i < 10; i++)
{
honey.SendNow(new Dictionary <string, object> ()
{
["counter"] = rand.Next(100),
});
}
// Send an event with the same writeKey but different
// dataSet.
var ev = new Event(honey);
ev.DataSet = "master_values";
ev.AddField("latest_event", DateTime.Now.ToString("O"));
ev.Send();
// Close the client.
honey.Close();
}
public void Responses()
{
var libHoney = LibHoney = new LibHoney("key1", "HelloHoney", 1);
Assert.Equal(true, libHoney.Responses != null);
Assert.Equal(false, libHoney.Responses.IsAddingCompleted);
Assert.Equal(false, libHoney.Responses.IsCompleted);
}
public void AddNull()
{
var libHoney = LibHoney = new LibHoney("key1", "HelloHoney", 1);
bool excThrown = false;
try { libHoney.Add(null); } catch (ArgumentNullException) { excThrown = true; }
Assert.True(excThrown);
}
public void SendEmpty()
{
var libHoney = LibHoney = new LibHoney("key1", "HelloHoney", 1);
bool excThrown = false;
try { libHoney.SendNow(new Dictionary <string, object> ()); } catch (SendException) { excThrown = true; }
Assert.True(excThrown);
}
public HybridConnectionReverseProxy(string connectionString, Uri targetUri, string honeycombKey, string honeycombDataset)
{
_libHoney = new LibHoney(honeycombKey, honeycombDataset);
listener = new HybridConnectionListener(connectionString);
httpClient = new HttpClient();
httpClient.DefaultRequestHeaders.ExpectContinue = false;
hybridConnectionSubpath = listener.Address.AbsolutePath + "/";
_targetUri = targetUri;
}
public void CloseMultiple()
{
var libHoney = new LibHoney("key1", "HelloHoney", 1);
libHoney.Close();
// Again, a few times.
libHoney.Close();
libHoney.Close();
}
public void InternalStateAfterClose()
{
var libHoney = LibHoney = new LibHoney("key1", "HelloHoney", 1);
libHoney.Close();
Assert.Equal(true, libHoney.IsClosed);
Assert.Null(libHoney.Transmission);
Assert.NotNull(libHoney.Responses);
}
public void Ctor2()
{
var libHoney = LibHoney = new LibHoney("key1", "HelloHoney", "http://myhost");
Assert.Equal("key1", libHoney.WriteKey);
Assert.Equal("HelloHoney", libHoney.DataSet);
Assert.Equal("http://myhost", libHoney.ApiHost);
Assert.Equal(LibHoney.DefaultSampleRate, libHoney.SampleRate);
Assert.Equal(false, libHoney.BlockOnSend);
Assert.Equal(false, libHoney.BlockOnResponse);
}
static GetStatus()
{
var builder = new ConfigurationBuilder();
var connString = Environment.GetEnvironmentVariable("APP_CONFIG_CONN_STRING", EnvironmentVariableTarget.Process);
builder.AddAzureAppConfiguration(connString);
Configuration = builder.Build();
HoneycombKey = Configuration["HoneycombKey"];
HoneycombDataset = Configuration["HoneycombDataset"];
_libHoney = new LibHoney(HoneycombKey, HoneycombDataset);
}
public void Ctor4()
{
var libHoney = LibHoney = new LibHoney("key1", "HelloHoney", "http://myhost", 3, 6, true, true);
Assert.Equal("key1", libHoney.WriteKey);
Assert.Equal("HelloHoney", libHoney.DataSet);
Assert.Equal("http://myhost", libHoney.ApiHost);
Assert.Equal(3, libHoney.SampleRate);
Assert.Equal(true, libHoney.BlockOnSend);
Assert.Equal(true, libHoney.BlockOnResponse);
}
public void AfterClose()
{
var libHoney = LibHoney = new LibHoney("key1", "HelloHoney", "http://myhost", 3, 6, true, true);
libHoney.Close();
Assert.Equal(true, libHoney.Responses != null);
Assert.Equal(0, libHoney.Responses.Count);
Assert.Equal(true, libHoney.Responses.IsAddingCompleted);
Assert.Equal(true, libHoney.Responses.IsCompleted);
}
public void SendPreSampledDisposed()
{
// Create our own LibHoney so we can dispose it right away.
var honey = new LibHoney("key1", "data1");
var ev = new Event(honey);
honey.Close();
bool excThrown = false;
try { ev.SendPreSampled(); } catch (SendException) { excThrown = true; }
Assert.True(excThrown);
}
public void SendNowClosed()
{
var libHoney = new LibHoney("key1", "HelloHoney", 1);
libHoney.Close();
bool excThrown = false;
try { libHoney.SendNow(new Dictionary <string, object> ()); } catch (SendException) { excThrown = true; }
Assert.True(excThrown);
excThrown = false;
try { libHoney.SendNow("name", "value"); } catch (SendException) { excThrown = true; }
Assert.True(excThrown);
}
public void InternalStateAfterInit()
{
var libHoney = LibHoney = new LibHoney("key1", "HelloHoney", 3);
libHoney.AddField("counter", 13);
libHoney.AddField("value", DateTime.Now);
libHoney.AddDynamicField("dynamic_value", () => DateTime.Now);
Assert.Equal(false, libHoney.Fields.IsEmpty);
Assert.Equal(2, libHoney.Fields.Fields.Count);
Assert.Equal(1, libHoney.Fields.DynamicFields.Count);
Assert.Equal(true, libHoney.Transmission != null);
Assert.Equal(3, libHoney.Transmission.MaxConcurrentBatches);
Assert.Equal(true, libHoney.Responses != null);
Assert.Equal(libHoney.Transmission.Responses, libHoney.Responses);
Assert.Equal(true, libHoney.Transmission.Responses.BoundedCapacity > 1);
Assert.Equal(false, libHoney.Transmission.Responses.IsAddingCompleted);
Assert.Equal(false, libHoney.Transmission.Responses.IsCompleted);
}
static void Main()
{
string writeKey = "abcabc123123defdef456456";
string dataSet = "simple";
var honey = new LibHoney(writeKey, dataSet);
var rand = new Random();
// Send 10 events with a random number.
for (int i = 0; i < 10; i++)
{
honey.SendNow(new Dictionary <string, object> ()
{
["message"] = "Diagnostic #" + i,
["counter"] = rand.Next(100),
});
Thread.Sleep(TimeSpan.FromMilliseconds(100));
}
// Close the client.
honey.Close();
}
public void Dispose()
{
LibHoney.Close();
}
public LibHoneyFixture()
{
LibHoney = new LibHoney("key1", "HelloTest", 1);
}