diff --git a/symmetric/src/docbook/configuration.xml b/symmetric/src/docbook/configuration.xml index 79f2657641..b54f2435da 100644 --- a/symmetric/src/docbook/configuration.xml +++ b/symmetric/src/docbook/configuration.xml @@ -11,7 +11,6 @@ , introduced numerous concepts and the analysis and design needed to create an implementation of SymmetricDS. This chapter re-visits each analysis step and documents how to turn a SymmetricDS design into reality through configuration of the various SymmetricDS tables. In addition, several advanced configuration options, not presented previously, will also be covered. - Note that the entire SymmetricDS Data Model appears in .
@@ -257,7 +256,7 @@ values
Channel - By categorizing data into channels and assigning them to s, the user gains more control and visibility into + By categorizing data into channels and assigning them to s, the user gains more control and visibility into the flow of data. In addition, SymmetricDS allows for synchronization to be enabled, suspended, or scheduled by channels as well. The frequency of synchronization and order that data gets synchronized is also controlled at the channel level. @@ -335,7 +334,7 @@ values SymmetricDS captures synchronization data using database triggers. SymmetricDS' Triggers are defined in the table. Each record is used by SymmetricDS when generating database triggers. Database triggers are only generated when a trigger - is associated with a whose source_node_group_id matches the node group id of the current node. + is associated with a whose source_node_group_id matches the node group id of the current node. The following SQL statement defines a trigger that will capture data for a table named "item" diff --git a/symmetric/src/docbook/planning.xml b/symmetric/src/docbook/planning.xml index b4ad12dab3..ff2cbe9ba5 100644 --- a/symmetric/src/docbook/planning.xml +++ b/symmetric/src/docbook/planning.xml @@ -290,6 +290,7 @@ For each Trigger Router you define, you can choose the order in which +