DBZ-6834 Updates property decription

This commit is contained in:
Bob Roldan 2023-12-12 14:32:27 -05:00 committed by Jiri Pechanec
parent bde91ecf0f
commit f4dea8044b
7 changed files with 218 additions and 198 deletions

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@ -2754,12 +2754,15 @@ Adjust the chunk size to a value that provides the best performance in your envi
|[[db2-property-incremental-snapshot-watermarking-strategy]]<<db2-property-incremental-snapshot-watermarking-strategy, `+incremental.snapshot.watermarking.strategy+`>>
|`insert_insert`
|Specify the strategy used for watermarking during an incremental snapshot: +
+
`insert_insert`: both open and close signal is written into signal data collection. +
+
`insert_delete`: only open signal is written into signal data collection, the close one will delete the relative open signal. Useful to keep signal data collection size low. +
|Specifies the watermarking mechanism that the connector uses during an incremental snapshot to deduplicate events that might be captured by an incremental snapshot and then recaptured after streaming resumes. +
You can specify one of the following options:
`insert_insert`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads during the snapshot, it writes an entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, {prodname} inserts a second entry that records the signal to close the window.
`insert_delete`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads, it writes a single entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, this entry is removed.
No entry is created for the signal to close the snapshot window.
Set this option to prevent rapid growth of the signaling data collection.
|[[db2-property-topic-naming-strategy]]<<db2-property-topic-naming-strategy, `topic.naming.strategy`>>
|`io.debezium.schema.SchemaTopicNamingStrategy`

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@ -2393,12 +2393,15 @@ Adjust the chunk size to a value that provides the best performance in your envi
|[[informix-property-incremental-snapshot-watermarking-strategy]]<<informix-property-incremental-snapshot-watermarking-strategy, `+incremental.snapshot.watermarking.strategy+`>>
|`insert_insert`
|Specify the strategy used for watermarking during an incremental snapshot: +
+
`insert_insert`: both open and close signal is written into signal data collection. +
+
`insert_delete`: only open signal is written into signal data collection, the close one will delete the relative open signal. Useful to keep signal data collection size low. +
|Specifies the watermarking mechanism that the connector uses during an incremental snapshot to deduplicate events that might be captured by an incremental snapshot and then recaptured after streaming resumes. +
You can specify one of the following options:
`insert_insert`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads during the snapshot, it writes an entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, {prodname} inserts a second entry that records the signal to close the window.
`insert_delete`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads, it writes a single entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, this entry is removed.
No entry is created for the signal to close the snapshot window.
Set this option to prevent rapid growth of the signaling data collection.
|[[informix-property-topic-naming-strategy]]<<informix-property-topic-naming-strategy, `topic.naming.strategy`>>
|`io.debezium.schema.SchemaTopicNamingStrategy`
@ -2554,5 +2557,3 @@ Because you must stop {prodname} to complete the schema update procedure, to min
. Apply all changes to the source table schema.
. Resume the application that updates the database.
. Restart the {prodname} connector.

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@ -1969,14 +1969,15 @@ endif::product[]
|[[mongodb-property-incremental-snapshot-watermarking-strategy]]<<mongodb-property-incremental-snapshot-watermarking-strategy, `+incremental.snapshot.watermarking.strategy+`>>
|`insert_insert`
|Specify the strategy used for watermarking during an incremental snapshot: +
+
`insert_insert`: both open and close signal is written into signal data collection. +
+
`insert_delete`: only open signal is written into signal data collection, the close one will delete the relative open signal. Useful to keep signal data collection size low. +
ifdef::product[]
Incremental snapshots is a Technology Preview feature for the {prodname} MongoDB connector.
endif::product[]
|Specifies the watermarking mechanism that the connector uses during an incremental snapshot to deduplicate events that might be captured by an incremental snapshot and then recaptured after streaming resumes. +
You can specify one of the following options:
`insert_insert`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads during the snapshot, it writes an entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, {prodname} inserts a second entry that records the signal to close the window.
`insert_delete`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads, it writes a single entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, this entry is removed.
No entry is created for the signal to close the snapshot window.
Set this option to prevent rapid growth of the signaling data collection.
|[[mongodb-property-topic-naming-strategy]]<<mongodb-property-topic-naming-strategy, `topic.naming.strategy`>>
|`io.debezium.schema.DefaultTopicNamingStrategy`

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@ -3402,11 +3402,15 @@ Adjust the chunk size to a value that provides the best performance in your envi
|[[mysql-property-incremental-snapshot-watermarking-strategy]]<<mysql-property-incremental-snapshot-watermarking-strategy, `+incremental.snapshot.watermarking.strategy+`>>
|`insert_insert`
|Specify the strategy used for watermarking during an incremental snapshot: +
+
`insert_insert`: both open and close signal is written into signal data collection. +
+
`insert_delete`: only open signal is written into signal data collection, the close one will delete the relative open signal. Useful to keep signal data collection size low. +
|Specifies the watermarking mechanism that the connector uses during an incremental snapshot to deduplicate events that might be captured by an incremental snapshot and then recaptured after streaming resumes. +
You can specify one of the following options:
`insert_insert`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads during the snapshot, it writes an entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, {prodname} inserts a second entry that records the signal to close the window.
`insert_delete`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads, it writes a single entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, this entry is removed.
No entry is created for the signal to close the snapshot window.
Set this option to prevent rapid growth of the signaling data collection.
ifdef::community[]
|[[mysql-property-read-only]]<<mysql-property-read-only, `+read.only+`>>

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@ -3770,11 +3770,15 @@ Adjust the chunk size to a value that provides the best performance in your envi
|[[oracle-property-incremental-snapshot-watermarking-strategy]]<<oracle-property-incremental-snapshot-watermarking-strategy, `+incremental.snapshot.watermarking.strategy+`>>
|`insert_insert`
|Specify the strategy used for watermarking during an incremental snapshot: +
+
`insert_insert`: both open and close signal is written into signal data collection. +
+
`insert_delete`: only open signal is written into signal data collection, the close one will delete the relative open signal. Useful to keep signal data collection size low. +
|Specifies the watermarking mechanism that the connector uses during an incremental snapshot to deduplicate events that might be captured by an incremental snapshot and then recaptured after streaming resumes. +
You can specify one of the following options:
`insert_insert`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads during the snapshot, it writes an entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, {prodname} inserts a second entry that records the signal to close the window.
`insert_delete`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads, it writes a single entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, this entry is removed.
No entry is created for the signal to close the snapshot window.
Set this option to prevent rapid growth of the signaling data collection.
|[[oracle-property-topic-naming-strategy]]<<oracle-property-topic-naming-strategy, `topic.naming.strategy`>>
|`io.debezium.schema.SchemaTopicNamingStrategy`

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@ -3507,12 +3507,15 @@ Adjust the chunk size to a value that provides the best performance in your envi
|[[postgresql-property-incremental-snapshot-watermarking-strategy]]<<postgresql-property-incremental-snapshot-watermarking-strategy, `+incremental.snapshot.watermarking.strategy+`>>
|`insert_insert`
|Specify the strategy used for watermarking during an incremental snapshot: +
+
`insert_insert`: both open and close signal is written into signal data collection. +
+
`insert_delete`: only open signal is written into signal data collection, the close one will delete the relative open signal. Useful to keep signal data collection size low. +
|Specifies the watermarking mechanism that the connector uses during an incremental snapshot to deduplicate events that might be captured by an incremental snapshot and then recaptured after streaming resumes. +
You can specify one of the following options:
`insert_insert`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads during the snapshot, it writes an entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, {prodname} inserts a second entry to record the closing of the window.
`insert_delete`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads, it writes a single entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, this entry is removed.
No entry is created for the signal to close the snapshot window.
Set this option to prevent rapid growth of the signaling data collection.
|[[postgresql-property-xmin-fetch-interval-ms]]<<postgresql-property-xmin-fetch-interval-ms, `+xmin.fetch.interval.ms+`>>
|`0`

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@ -2950,11 +2950,15 @@ Adjust the chunk size to a value that provides the best performance in your envi
|[[sqlserver-property-incremental-snapshot-watermarking-strategy]]<<sqlserver-property-incremental-snapshot-watermarking-strategy, `+incremental.snapshot.watermarking.strategy+`>>
|`insert_insert`
|Specify the strategy used for watermarking during an incremental snapshot: +
+
`insert_insert`: both open and close signal is written into signal data collection. +
+
`insert_delete`: only open signal is written into signal data collection, the close one will delete the relative open signal. Useful to keep signal data collection size low. +
|Specifies the watermarking mechanism that the connector uses during an incremental snapshot to deduplicate events that might be captured by an incremental snapshot and then recaptured after streaming resumes. +
You can specify one of the following options:
`insert_insert`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads during the snapshot, it writes an entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, {prodname} inserts a second entry that records the signal to close the window.
`insert_delete`:: When you send a signal to initiate an incremental snapshot, for every chunk that {prodname} reads, it writes a single entry to the signaling data collection to record the signal to open the snapshot window.
After the snapshot completes, this entry is removed.
No entry is created for the signal to close the snapshot window.
Set this option to prevent rapid growth of the signaling data collection.
|[[sqlserver-property-max-iteration-transactions]]<<sqlserver-property-max-iteration-transactions, `+max.iteration.transactions+`>>
|0