I had to remove the indirect dependency between the maven plugin and jline
to avoid the maven plugin to parse some classes in jline that require experimental features on the JDK
even when they are not in use.
The OpenTelemetry dependencies can be isolated to the `opentelemetry`
example in the `activemq-artemis-examples` repo. They aren't needed here
anymore.
If the broker is embedded into a Jakarta environment then the existing
artemis-openwire-protocol module won't work because it uses javax
classes.
This commit adds a new Jakarta-specific module that can be used to
support OpenWire clients in Jakarta environments (e.g. Spring Boot 3).
Users will simply need to include this version on their classpath to
enable support.
Allows the configuration of AMQP Federation broker connections to be updated and
reloaded. This allows for update, add or remove of AMQP federation broker connections
as well as the basic AMQP sender and receiver broker connections. It checks for and
ignores changes in AMQP broker connections that are performing Mirroring as that
would lead to issues that can break mirroring.
The prior change from 90ac1e6464 in #4629 causes
the root pom build to resolve the module snapshots and can result in their
download, even though they are in the same reactor to build. This typically
happens daily on a developers machine, and on every build of CI jobs
(depending on prior mvn install's and repo caching being done).
Rather than the profile flipping a proeprty to stop the plugin skipping, the
plugin should be in the profile so it is only active if the profile is.
Aside from upgrading OWASP this commit also changes the configuration to
aggregate the reports from all sub-modules. This makes analyzing
vulnerabilities across the project much simpler.
Markdown, which is currently used for user-facing documentation, is good
for a lot of things. However, it's not great for the kind of complex
documentation we have and our need to produce both multi-page HTML and
single-page PDF output via Maven.
Markdown lacks features which would make the documentation easier to
read, easier to navigate, and just look better overall.
The current tool-chain uses honkit and a tool called Calibre. Honkit is
written in TypeScript and is installed via NPM. Calibre is a native tool
so it must be installed via an OS-specific package manager. All this
complexity makes building, releasing, uploading, etc. a pain.
AsciiDoc is relatively simple like Markdown, but it has more features
for presentation and navigation not to mention Java-based Maven tooling
to generate both HTML and PDF. Migrating will improve both the
appearance of the documentation as well as the processes to generate and
upload it.
This commit contains the following changes:
- Convert all the Markdown for the User Manual, Migration Guide, and
Hacking guide to AsciiDoc via kramdown [1].
- Update the `artemis-website` build to use AsciiDoctor Maven tooling.
- Update `RELEASING.md` with simplified instructions.
- Update Hacking Guide with simplified instructions.
- Use AsciiDoc link syntax in Artemis Maven doc plugin.
- Drop EPUB & MOBI docs for User Manual as well as PDF for the Hacking
Guide. All docs will be HTML only except for the User Manual which
will have PDF.
- Move all docs up out of their respective "en" directory. This was a
hold-over from when we had docs in different languages.
- Migration & Hacking Guides are now single-page HTML since they are
relatively short.
- Refactor README.md to simplify and remove redundant content.
Benefits of the change:
- Much simplified tooling. No more NPM packages or native tools.
- Auto-generated table of contents for every chapter.
- Auto-generated anchor links for every sub-section.
- Overall more appealing presentation.
- All docs will use the ActiveMQ favicon.
- No more manual line-wrapping! AsciiDoc recommends one sentence per
line and paragraphs are separated by a blank line.
- AsciiDoctor plugins for IDEA are quite good.
- Resulting HTML is less than *half* of the previous size.
All previous links/bookmarks should continue to work.
[1] https://github.com/asciidoctor/kramdown-asciidoc
ARTEMIS-4375 Implement artemis shell using JLine3 integrated with auto-completion from picocli
This commit involves two JIRAs. One is adding PicoCLI and the next is Using JLine3 and implement a shell.
I have tried to keep these commits separate but these changes became interdependent hence the two JIRAs are squashed in this commit.
This commit contains the following changes:
- eliminate used, undeclared dependencies
- eliminate unused, declared dependencies
- fix scope for test dependencies
- eliminate org.hamcrest completely as its use involved deprecated code
as well as dependencies from multiple versions
the use of skipRestTests is gone with the removal of the rest module a few months ago.
This is just a simple cleanup of its left over and it is dead code.
The "Airline" library we're currently using is deprecated according the
GitHub project - https://github.com/airlift/airline. It recommends using
either Airline 2 or Picocli. The former offers the simplest migration
path as it's almost completely compatible with the current code. This
commit implements that migration.
legacy-integration-tests is being created to hold LDAP Tests (or any other tests that won't play well with keeping threads clean)
it will have fork-mode=always on the maven-surefire-plugin
When sending, for example, to a predefined anycast address and queue
from a multicast (JMS topic) producer, the routed count on the address
is incremented, but the message count on the matching queue is not. No
indication is given at the client end that the messages failed to get
routed - the messages are just silently dropped.
Fixing this problem requires a slight semantic change. The broker is now
more strict in what it allows specifically with regards to
auto-creation. If, for example, a JMS application attempts to send a
message to a topic and the corresponding multicast address doesn't exist
already or the broker cannot automatically create it or update it then
sending the message will fail.
Also, part of this commit moves a chunk of auto-create logic into
ServerSession and adds an enum for auto-create results. Aside from
helping fix this specific issue this can serve as a foundation for
de-duplicating the auto-create logic spread across many of the protocol
implementations.
Fixes the CompareUpgradeTest by removing this unimportant difference from a fresh broker instances jolokia-access.xml file, given that we dont actually update jolokia-access.xml currently during upgrade.
Tweaks or unwinds earlier changes in aae65fd527 and 3e7cb24381
The issue identified with AMQP was under Transaction usage, and while opening and closing sessions.
It seems the leak would be released once the connection is closed.
We added a new testsuite under ./tests/leak-tests To fix and validate these issues
Configurations employing shared-storage with NFS are susceptible to
split-brain in certain scenarios. For example:
1) Primary loses network connection to NFS.
2) Backup activates.
3) Primary reconnects to NFS.
4) Split-brain.
In reality this situation is pretty unlikely due to the timing involved,
but the possibility still exists. Currently the file lock held by the
primary broker on the NFS share is essentially worthless in this
situation. This commit adds logic by which the timestamp of the lock
file is updated during activation and then routinely checked during
runtime to ensure consistency. This effectively mitigates split-brain in
this situation (and likely others). Here's how it works now.
1) Primary loses network connection to NFS.
2) Backup activates.
3) Primary reconnects to NFS.
4) Primary detects that the lock file's timestamp has been updated and
shuts itself down.
When the primary shuts down in step #4 the Topology on the backup can be
damaged. Protections were added for this via ARTEMIS-2868 but only for
the replicated use-case. This commit applies the protection for
removeMember() so that the Topology remains intact.
There are no tests for these changes as I cannot determine how to
properly simulate this use-case. However, there have never been robust,
automated tests for these kinds of NFS use-cases so this is not a
departure from the norm.
Adds a new module 'artemis-junit-5' which adds JUnit 5 Extensions for
unit testing. For backwards compability, 'artemis-junit' still uses
JUnit 4. Common stuff has been moved to 'artemis-junit-commons'. Work is
based on the initial PR
https://github.com/apache/activemq-artemis/pull/3436 by @luisalves00
In order to improve trouble-shooting for the MetricsManager there should
be additional logging and exceptions. In all, this commit contains the
following changes:
- Additional logging
- Throw an exception when registering meters if meters already exist
- Rename a few variables & methods to more clearly identify what they
are used for
- Upgrade Micrometer to 1.9.5
- Simplify/clarify a few blocks of code
- No longer pass the ManagementServiceImpl when registering the
metrics, but instead pass the Object the meter is observing (e.g.
broker, address, or queue)
- Use simple path instead of earlier workarounds.
- Add cleanup step instead to purge some output.
- Change back to single shared cache, reduces number and combined size
of caches, Checks job usually completes first and contains superset.
- Change the intial key prefix so as to force a new cache
Justin Bertram
Clebert Suconic
Domenico Francesco Bruscino
Timothy Bish
Gary Tully
Robbie Gemmell
Emmanuel Hugonnet
Hervé Boutemy
Alexey Markevich
Emmanuel Hugonnet
Andy Taylor
eidottermihi
ruromero
Chuf