add the adaptTransportConfiguration() method to the
ClientProtocolManagerFactory so that transport configurations used by
the ClientProtocolManager have an opportunity to adapt their transport
configuration.
This allows the HornetQClientProtocolManagerFactory to adapt the
transport configuration received by remote HornetQ broker to replace the
HornetQ-based NettyConnectorFactory by the Artemis-based one.
JIRA: https://issues.apache.org/jira/browse/ARTEMIS-1431
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.
- Verify the downloaded tar/zip files using their matching signature.
- Generate SHA512 checksum files for them.
- Update downloaded MD5 files to allow for simplified CLI tool checks.
- Run CLI tool checks on all the checksum files.
Remove some redundant code in the processing of the OpenWire Destination
name, both in the topic handler and in the method in general the
destination name only needs to be converted once and only one
SimpleString instance needs to be created from that which will then feed
all the places that either the String form or the SimpleString form of
the result is needed.
Justin Bertram
Michael Andre Pearce
Clebert Suconic
gtully
psakar
Pat Fox
Robbie Gemmell
Paul Ferraro
Jens Reimann
Jiri Danek
Jeff Mesnil
Timothy Bish
Howard Gao