This is an automated email from the ASF dual-hosted git repository.
davsclaus pushed a commit to branch main
in repository https://gitbox.apache.org/repos/asf/camel.git
The following commit(s) were added to refs/heads/main by this push:
new 6ce1c8e2887 fix(sql-component): Fix sql component adoc (#14480)
6ce1c8e2887 is described below
commit 6ce1c8e288754d1220be337f7e827ddc6fe3f3d3
Author: Ricardo M <[email protected]>
AuthorDate: Tue Jun 11 11:47:24 2024 -0400
fix(sql-component): Fix sql component adoc (#14480)
---
components/camel-sql/src/main/docs/sql-component.adoc | 16 ++++++++--------
1 file changed, 8 insertions(+), 8 deletions(-)
diff --git a/components/camel-sql/src/main/docs/sql-component.adoc
b/components/camel-sql/src/main/docs/sql-component.adoc
index 9ba92b2f717..f9bb3b9c37b 100644
--- a/components/camel-sql/src/main/docs/sql-component.adoc
+++ b/components/camel-sql/src/main/docs/sql-component.adoc
@@ -357,7 +357,7 @@ from("direct:query")
.to("mock:query");
----
-If the dynamic list of values is stored in the message body, you can use
`(:#in:$+{body}+)` to
+If the dynamic list of values is stored in the message body, you can use
`(:#in:$\{body\})` to
refer to the message body, such as:
[source,sql]
@@ -444,18 +444,18 @@ the second one is the message id (`String`).
The option `tableName` can be used to use the default SQL queries but with a
different table name.
However, if you want to customize the SQL queries, then you can configure each
of them individually.
-=== Orphan Lock aware Jdbc IdempotentRepository
+=== Orphan Lock aware Jdbc IdempotentRepository
One of the limitations of
`org.apache.camel.processor.idempotent.jdbc.JdbcMessageIdRepository` is that it
does not handle orphan locks resulting from JVM crash or non-graceful shutdown.
This can result in unprocessed files/messages if this is implementation is used
with camel-file, camel-ftp etc. if you need to address orphan locks processing
then use
`org.apache.camel.processor.idempotent.jdbc.JdbcOrphanLockAwareIdempotentRepository`.
This repository keeps track of the locks held by an instance of the
application. For each lock held, the application will send keep-alive signals
to the lock repository resulting in updating the createdAt column with the
current Timestamp. When an application instance tries to acquire a lock, then
there are three possibilities:
-* lock entry does not exist then the lock is provided using the base
implementation of `JdbcMessageIdRepository`.
+* lock entry does not exist then the lock is provided using the base
implementation of `JdbcMessageIdRepository`.
* lock already exists and the `createdAt` < `System.currentTimeMillis() -
lockMaxAgeMillis`. In this case, it is assumed that an active instance has the
lock and the lock is not provided to the new instance requesting the lock
* lock already exists and the `createdAt` > = `System.currentTimeMillis() -
lockMaxAgeMillis`. In this case, it is assumed that there is no active instance
which has the lock and the lock is provided to the requesting instance. The
reason behind is that if the original instance which had the lock, if it was
still running, it would have updated the Timestamp on createdAt using its
keepAlive mechanism
-This repository has two additional configuration parameters
+This repository has two additional configuration parameters
[cols="1,1"]
|===
@@ -464,13 +464,13 @@ This repository has two additional configuration
parameters
|lockKeepAliveIntervalMillis | The frequency at which keep-alive updates are
done to createdAt Timestamp column.
|===
-=== Caching Jdbc IdempotentRepository
+=== Caching Jdbc IdempotentRepository
Some SQL implementations are not fast on a per-query basis. The
`JdbcMessageIdRepository` implementation does its idempotent checks
-individually within SQL transactions. Checking a mere 100 keys can
-take minutes. The `JdbcCachedMessageIdRepository` preloads an in-memory
-cache on start with the entire list of keys. This cache is then
+individually within SQL transactions. Checking a mere 100 keys can
+take minutes. The `JdbcCachedMessageIdRepository` preloads an in-memory
+cache on start with the entire list of keys. This cache is then
checked first before passing through to the original implementation.
As with all cache implementations, there are considerations that should
