The setting parsing is now similar to the other server settings.
The header is printed if log_info is on.
Changed the setting name to simply "proxy_protocol".
Updated documentation.
If option ‘binlog_structure’ is set to ‘tree’ then SHOW BINARY LOGS
displays the tree details of the binlog files.
MySQL [(none)]> SHOW BINARY LOGS;
+--------------------------+-----------+
| Log_name | File_size |
+--------------------------+-----------+
| 0/10122/mysql-bin.000117 | 1167 |
| 0/10122/mysql-bin.000118 | 652 |
| 0/10124/foo-bin.000016 | 5082 |
| 0/10124/foo-bin.000017 | 491 |
+--------------------------+-----------+
With option set to ‘flat’ (which is the default) the output contains
only
names:
MySQL [(none)]> SHOW BINARY LOGS;
+------------------+-----------+
| Log_name | File_size |
+------------------+-----------+
| mysql-bin.000110 | 425 |
| mysql-bin.000111 | 10409 |
| mysql-bin.000112 | 9659 |
+------------------+-----------+
SHOW [FULL] BINARY LOGS is now able to report the same filename in use
with different server_ids: this can happen with binlog_structure=tree
example from SHOW FULL BINARY LOGS
0/10122/mysql-bin.000113
…
0/10122/mysql-bin.000116
…
0/5306/mysql-bin.000113
SHOW BINARY LOGS shows the same file twice:
mysql-bin.000113
…
mysql-bin.000116
…
mysql-bin.000113
The backend server can send a response even if the client hasn't sent a
request. One case where this occurs is when the server is shutting
down. The internal logic of readwritesplit can't handle unexpected states
gracefully so the safest thing to do is to just ignore them and send the
responses to the client.
Enabling the option hinders the use of maintenance mode with the root
master node in most use-cases.
This behavior occurs due to the fact that the maintenance mode causes a
server to be treted as if it was down. The Galera monitor waits for the
cluster to reorganize before assigning a new master node. This is correct
(but very unexpected) behavior for single instance use-cases.
Add Slave_pos for Using_Gtid in SHOW SLAVE STATUS only if Master GTID
mode is set
Possible output values are:
Default
Using_gtid: No
or
Using_gtid: Slave_pos
The query classifier should only be used to parse text protocol
statements. The insertstream filter exploited the fact that any statements
that the filter did not expect would be classified as an unknown
commands. This led to repetitive error messages with binary protocol
statements.
When a backend is waiting for a response but no statement is stored for
the session, the buffer where the stored statement is copied is not
modified. This means that it needs to be initialized to a NULL value.
Added a test that checks that the behavior works as expected even with
persistent connections. A second test reproduces the crash by executing
parallel SET commands while slaves are blocked.
There is still a behavioral problem in readwritesplit. If a session
command is being executed and it fails on a slave, an error is sent to the
client. In this case it would not be necessary to close the session if the
master is still alive.
The schemarouter should always use Backend::write for communication with
the backend servers. This keeps the backends in the correct state.
This fix solves some of the random test failures in the `sharding` test.
The keyword in the Json is now "match" and MatchRule class substitutes
CaptureRule
"replace": {
"column": "d_code",
"match": "(?<=aaa).*(?=-12)|(?<=-12).*"
},…
The asserted value can be false without it being an error. When a table is
re-mapped to a different position, there is no guarantee that the previous
value has not been reused by another table.
The feedback system wasn't used and was starting to cause problems on
Debian 9 where the libcurl required different version of OpenSSL than what
MaxScale was linked against.
If a rule is defined with only an optional part, it should be of the
permission type. This type is used to signal that the rule matches if the
optional constraints are fulfilled.
Due to refactoring, the default type was changed from RT_PERMISSION to
RT_UNDEFINED.
The schemarouter can now resolve database mapping conflicts in a
deterministic manner. This will fix the problem of central databases which
are replicated shards being assigned in a non-deterministic manner.
When the current database is implicitly used in a query that also uses an
explicit database, it must be routed to the shard which has the current
database.
As cross-shard joins are not supported, the safest, and possibly the most
expected course of action to take, is to route it to the so-called default
shard. The default shard is the shard that contains the database that is
currently set as the active database with a COM_INIT_DB, a text protocol
USE <database> query or it was set at connection time.
The schemarouter info level logging treated all queries as something that
contain SQL statements. This, for somewhat obvious reasons, cannot be
expected.
The avrorouter failed to detect ALTER TABLE statements which caused a
regression. Extended the alter table tests to parse the JSON for more
strict validation of test results.
