public interface MimeBodyPartRecorder
track(javax.activation.DataSource)
call has to be done within the closure given to record(java.util.concurrent.Callable)
. Nested #record(java.util.concurrent.Callable)
should be
supported in the way that they start a new, isolated recording whilst remembering the outer tracking calls.
A MimeBodyPartRecorder
implementation has to be thread-safe but is not required to share its state
amongst threads. That is, even if a recorder instance is shared amongst threads, a track(javax.activation.DataSource)
call from a different thread than the one setting up the record(java.util.concurrent.Callable)
, will not necessarily be tracked.Modifier and Type | Method and Description |
---|---|
boolean |
isRecording() |
<T> com.atlassian.fugue.Pair<com.atlassian.fugue.Maybe<T>,java.lang.Iterable<MimeBodyPartReference>> |
record(java.util.concurrent.Callable<T> callback)
Activate the recorder so that it can record
track(javax.activation.DataSource) calls. |
com.atlassian.fugue.Maybe<MimeBodyPartReference> |
track(javax.activation.DataSource source)
Track the given image source.
|
<T> com.atlassian.fugue.Pair<com.atlassian.fugue.Maybe<T>,java.lang.Iterable<MimeBodyPartReference>> record(java.util.concurrent.Callable<T> callback) throws java.lang.Exception
track(javax.activation.DataSource)
calls.T
- the return type of the callbackcallback
- the code eligible for recordingjava.lang.Exception
- if the callback escapesboolean isRecording()
com.atlassian.fugue.Maybe<MimeBodyPartReference> track(javax.activation.DataSource source)
source
- a DataSource
encapsulating the access to the image dataCopyright © 2003-2014 Atlassian. All Rights Reserved.