Tracing
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package kamon
Creates a new SpanBuilder for a Client Span and applies the provided component name as a metric tag.
Creates a new SpanBuilder for a Client Span and applies the provided component name as a metric tag. It is recommended that all Spans include a "component" metric tag that indicates what library or library section is generating the Span.
Creates a new SpanBuilder for a Consumer Span and applies the provided component name as a metric tag.
Creates a new SpanBuilder for a Consumer Span and applies the provided component name as a metric tag. It is recommended that all Spans include a "component" metric tag that indicates what library or library section is generating the Span.
Returns the Identifier Scheme currently used by the tracer.
Creates a new SpanBuilder for an Internal Span and applies the provided component name as a metric tag.
Creates a new SpanBuilder for an Internal Span and applies the provided component name as a metric tag. It is recommended that all Spans include a "component" metric tag that indicates what library or library section is generating the Span.
Creates a new SpanBuilder for a Producer Span and applies the provided component name as a metric tag.
Creates a new SpanBuilder for a Producer Span and applies the provided component name as a metric tag. It is recommended that all Spans include a "component" metric tag that indicates what library or library section is generating the Span.
Creates a new SpanBuilder for a Server Span and applies the provided component name as a metric tag.
Creates a new SpanBuilder for a Server Span and applies the provided component name as a metric tag. It is recommended that all Spans include a "component" metric tag that indicates what library or library section is generating the Span.
Creates an Internal Span that finishes automatically when the provided function finishes execution.
Creates an Internal Span that finishes automatically when the provided function finishes execution. If the provided function returns a scala.concurrent.Future or java.util.concurrent.CompletionStage implementation then the Span will be finished with the Future/CompletionState completes.
You can get access to the created Span within the provided function using Kamon.currentSpan. For example, if you wanted to add a tag to a Span created with this function you could do it as follows:
span("fetchUserDetails") { Kamon.currentSpan.tag("user.id", userId)
// Your business logic... }
If you need more customization options for the Span or complete control over Context propagation and Span lifecycle then create a SpanBuilder instead.
Creates an Internal Span that finishes automatically when the provided function finishes execution.
Creates an Internal Span that finishes automatically when the provided function finishes execution. If the provided function returns a scala.concurrent.Future or java.util.concurrent.CompletionStage implementation then the Span will be finished with the Future/CompletionState completes.
You can get access to the created Span within the provided function using Kamon.currentSpan. For example, if you wanted to add a tag to a Span created with this function you could do it as follows:
span("fetchUserDetails") { Kamon.currentSpan.tag("user.id", userId)
// Your business logic... }
If you need more customization options for the Span or complete control over Context propagation and Span lifecycle then create a SpanBuilder instead.
Creates a new raw SpanBuilder instance using the provided operation name.
The Tracer instance is only exposed to other Kamon components that need it like the Module Registry and Status
The Tracer instance is only exposed to other Kamon components that need it like the Module Registry and Status
Exposes the Tracing APIs using a built-in, globally shared tracer.