kamon

Workaround to the non thread-safe [scala.collection.concurrent.TrieMap#getOrElseUpdate()] method. More details on why this is necessary can be found at https://issues.scala-lang.org/browse/SI-7943.

Exposes APIs for dynamically creating instances and holds the ClassLoader instance to be used by Kamon when looking up resources and classes.

Exposes APIs to access and modify Kamon's configuration and to get notified of reconfigure events.

Exposes APIs for Context propagation across HTTP and Binary transports.

Exposes in-process Context storage APIs. See the ContextStorage companion object for more info on the default storage implementation.

Exposes access to the Kamon's current status. The status information contains details about the internal state of several Kamon components and is exposed for the sole purpose of troubleshooting and debugging issues that might be related to Kamon.

The Status APIs might change between minor versions.

Provides APIs for handling common initialization tasks like starting modules, attaching instrumentation and reconfiguring Kamon.

Exposes all metric building APIs using a built-in, globally shared metric registry.

Handles the lifecycle of all modules known by Kamon. The most common implementations of modules are metrics and span reporters, but modules can be used to encapsulate any process that should be started automatically by Kamon and stopped when all modules are stopped (usually during shutdown).

Modules can be automatically discovered from the kamon.modules configuration path, using the following schema:

kamon.modules { module-name { enabled = true name = "My Module Name" description = "A module description" factory = "com.example.MyModuleFactory"

 // For Metric Reporters only:
 metric-filter {
   includes = []
   excludes = []
 }

 // For Periodic Collectors only:
 interval = 10 seconds

} }

Take a look at the reference.conf file for more details.

Exposes the Tracing APIs using a built-in, globally shared tracer.

Base utilities used by other Kamon components.

Creates a thread factory that assigns the specified name to all created Threads.

Workaround to the non thread-safe [scala.collection.concurrent.TrieMap#getOrElseUpdate()] method. More details on why this is necessary can be found at https://issues.scala-lang.org/browse/SI-7943.