Revert "ARTEMIS-1545 Adding HornetQ 2.4.7 on the mesh to validate send-acks"
I'm reverting this as the testsuite is broken..
We will send it back once worked out.
This reverts commit 8f5b7a1e73.
This reverts commit 9b982b3e30.
Apply fix so that when using JNDI via tomcat resource it works.
Replace original extract of JNDIStorable taken from Qpid, and use ActiveMQ5's as fits better to address this issue. (which primary use case is users migrating from 5.x)
Refactored ActiveMQConnectionFactory to externalise and turn into reference by StringRefAddr's instead of custom RefAddr which isnt standard.
Refactored ActiveMQDestinations similar
Refactored ActiveMQDestination to remove redundent and duplicated name field and ensured getters still behave the same
https://issues.apache.org/jira/browse/ARTEMIS-1546
- the dependency scan is changed to allow adding an extra repository
- adding groovy so we won't require compilation dependencies (just runtime)
without needing reflection (thanks Groovy :) )
- Adding hornetq to the mesh of version tests
Unsubscribe topic in clustered environment left open references to the core consumer. This patch properly closes the consumer which results in correct removal of the consumer reference on a remote queue.
Openwire clients create consumers to advisory topics to receive
notifications. As a result there are internal queues created
on advisory topics. Those consumer shouldn't be exposed via
management APIs which are used by the Console
To fix that the broker doesn't register any queues from
advisory addresses.
Also refactors a code to remove Openwire specific contants
from AddressInfo class.
I'm doing an overal improvement on large message support for AMQP
However this commit is just about a Bug on the converter.
It will be moot after all the changes I'm making, but I would rather keep this separate
as a way to cherry-pick on previous versions eventually.
This test starts 2 servers and send messages to
a queue until it enters into paging state. Then
it changes the address max-size to -1, restarts
the 2 servers again and consumes all the messages.
It verifies that even if the max-size has changed
all the paged messages will be depaged and consumed.
No stuck messages after restarting.
The tests is there to guard a case where messages
won't be depaged on server restart after the max-size
is changed to -1. This issue has been fixed into
master along with the fix for ARTEMIS-581, particularly
the changes to the method PagingStoreImpl.getMaxSize().
Server.stop is currently waiting completions on Sessions just because of test cases.
With the recent changes made into the Executors this is not needed any longer
Instead of flushing we just need to make sure there are no more calls into
page executors as we stop the PageManager.
This will avoid any possible starvations or deadlocks here.
The MappedSequentialFile relies on the assumption that any writers
won't exceed the maximum capacity of the file, leaving the JVM to crash otherwise.
This commit adds proper bounds checking on write operations (and position changes too)
in order to provide recoverable effects if such scenario should occour.
In addition are provided minor fixes on Mapped and Nio SequentialFile::fill behaviour
to match the original contract.
- Added Wait.assert methods, what would make it easier to assert on future conditions
- Moved Wait to artemis-junit, we are now using that module on the testsuite
The Critical analyzer is supposed to catch Deadlocks, and such
can only be resolved by killing the VM.
This test is using shutdown as it would be a bit more complex to
handle Byteman to then halt the VM. This will validate the
CriticalAnalyzer is capturing the event, and in such it would halt the VM.
Added a new trustAll flag which will support trusting any client
keystore when doing testing against a broker. This setting should not
be used in production and is strictly for testing.
Extend test cases in MessageTypesTest to cover Core to AMQP combinations for all JMSTypeTests
Fix ServerJMSBytesMessage to correctly return bodyLength
Remove unused/dead code
Openwire consumer is listed twice below "consumers" tab.
First it shows correctly the requested queue consume.
Second it shows consumer from multicast queue ActiveMQ.Advisory.
The second one is internal and should be hidden.
In a cluster if a node is shut down (or crashed) when a
message is being routed to a remote binding, a internal
property may be added to the message and persisted. The
name of the property is like _AMQ_ROUTE_TOsf.my-cluster*.
if the node starts back, it will load and reroute this message
and if it goes to a local consumer, this property won't
get removed and goes to the client.
The fix is to remove this internal property before it
is sent to any client.
Update Tranformer to be able to handle initiation via propertiers (map<string, string>)
Update Configuration to have more specific transfromer configuration type, and to take properties.
Support back compatibility.
Add AddHeadersTransformer which is a main use case, and can act as example also.
Update Control's to expose new property configuration
Add test cases
Update examples for new transformer config style
- it is now possible to disable the TimedBuffer
- this is increasing the default on libaio maxAIO to 4k
- The Auto Tuning on the journal will use asynchronous writes to simulate what would happen on faster disks
- If you set datasync=false on the CLI, the system will suggest mapped and disable the buffer timeout
This closes#1436
This commit superseeds #1436 since it's now disabling the timed buffer through the CLI
Allows for JMS selectors on JMSCorrelationID as well as JMSXGroupID
and JMSXUserID along with some fixes to avoid an NPE case and fixes
to the conversion of AMQP MessageID and CorrelationID values when
doing cross protocol mappings. Adds new tests to cover more cases
of using the JMS selector with Qpid JMS and the AMQP test client.
If message senders and receivers uses different
wireformat.tightEncodingEnabled options, broker will get marshalling
problem. This is because when openwire messages are converted to
core messages, and later these core messages converted to openwire
messages, the broker uses a mashaller that comes with the connection
used to carry the messages.
For example, if a producer sents a message using option "wireformat
.tightEncodingEnabled=false" and a receiver tries to receive it
using 'true' for the same option, it'll never get it because the
broker will fail to use a "tight encoding" marshaller to
decode a 'loose encoded' message.
To fix the problem, we always use 'tight encoding' for internal
message converters.
Currently this test can take over 30seconds just itself. It seems we can safely reduce the number of messages to validate perf improvement greatly reducing test time.
By default, every openwire connection will create a queue
under the multicast address ActiveMQ.Advisory.TempQueue.
If a openwire client is create temporary queues these queues
will fill up with messages for as long as the associated
openwire connection is alive. It appears these messages
do not get consumed from the queues.
The reason behind is that advisory messages don't require
acknowledgement so the messages stay at the queue.
Added integration test, to prove issue, and assert fix.
Fix PersistentQueueBindingEncoding to return value, not false.
Fix some method arg name to align with class interface arg name
Added test case for cross protocol on JMSDeliveryMode proving issue, and asserting fix
Added fix to AmqpCoreConverter to ensure durability (JMSDeliveryMode) is retained.
Similar issue spotted with JMSPriority as with JMSDeliveyMode, fixing at the same time.
Added extra test case for jmspriority
Added fix for jmspriority
Add support to update Queue config via reload using existing updateQueue method at runtime.
Add/extend unit test cases to include testing reload of queue config.
Instead of wait to flush an executor,
I have added a method isFlushed() which will just translate to the
state on the OrderedExecutor.
In the case another executor is provided (for tests) there's a delegate
into normal executors.
delegate to the jdk saslServer. Allow acceptor configuration of supported mechanismis; saslMechanisms=<a,b>
and allow login config scope for krb5 to be configured via saslLoginConfigScope=x
When calling a consumer to receive message with a timeout
(receive(long timeout), if the consumer's buffer is empty, it sends
a 'forced delivery' the waiting forever, expecting the server to
send back a 'forced delivery" message if the queue is empty.
If the connection is disconnected as the arrived 'forced
delivery' message is corrupted, this 'forced delivery' message
never gets to consumer. After the session is reconnected,
the consumer never knows that and stays waiting.
To fix that we can send a 'forced delivery' to server right
after the session is reconnected.
The test is broken. It can be fixed by doing
```java
FakeTransportConnector(URI uri) {
setServer(new TransportServer {
@Override
public URI getConnectURI() {
return uri;
}
but then the test would fail because message
eviction is not supported by Artemis.
This change results in many more tests being run. Previously, 662 tests
were executed. Now, 1166 tests is executed. The running time has increased
from ~20 minutes to ~50 minutes.
Clebert Suconic
Michael André Pearce
Stanislav Knot
gtully
Martyn Taylor
raul.valdoleiros
Howard Gao
Pat Fox
Christopher L. Shannon (cshannon)
Andy Taylor
Tomas Kratky
saurabhrai
Justin Bertram
Francesco Nigro
Chris Burlinchon
Robert Godfrey
Timothy Bish
Jeff Mesnil
Jens Reimann
Jiri Danek
Robbie Gemmell
Erich Duda
xstefank