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1. Checkpoint Mod 1.12.2
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1. E.1.1.3 Current Checkpoint The current checkpoint is the position of the last record read by Extract in the data source. This should match the Log Read Checkpoint statistic shown in the summary and in the basic INFO EXTRACT command without options.
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This appendix provides information about checkpoints. When working with Oracle GoldenGate, you might need to refer to the checkpoints that are made by a process. Checkpoints save the state of the process for recovery purposes. Extract and Replicat use checkpoints.

Topics:

• Extract Checkpoints
  
• Replicat Checkpoints
  
• Internal Checkpoint Information
  
• Oracle GoldenGate Checkpoint Tables
  

E.1 Extract Checkpoints

Extract checkpoint positions are composed of read checkpoints in the data source and write checkpoints in the trail. The following is a sampling of checkpoint information displayed with the INFO EXTRACT command with the SHOWCH option. In this case, the data source is an Oracle RAC database cluster, so there is thread information included in the output. You can view past checkpoints by specifying the number of them that you want to view after the SHOWCH argument.

See Internal Checkpoint Informationfor information about the internal information that starts with the Header entry in the SHOWCH output.

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• About Extract read checkpoints
  
• About Extract Write Checkpoints
  

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E.1.1 About Extract read checkpoints

Extract places read checkpoints in the data source.

• Startup Checkpoint
  
• Recovery Checkpoint
  
• Current Checkpoint
  

E.1.1.1 Startup Checkpoint

The startup checkpoint is the first checkpoint that is made in the data source when the process starts. This statistic is composed of the following:

• Thread #: The number of the Extract thread that made the checkpoint, if Oracle GoldenGate is running in an Oracle RAC environment. Otherwise, this statistic is not displayed.

• Sequence #: The sequence number of the transaction log where the checkpoint was made.

• RBA: The relative byte address of the record at which the checkpoint was made.

• Timestamp: The timestamp of the record at which the checkpoint was made.

• SCN: The system change number of the record at which the checkpoint was made.

• Redo File: The path name of the transaction log containing the record where the checkpoint was made.

E.1.1.2 Recovery Checkpoint

The recovery checkpoint is the position in the data source of the record containing the oldest transaction not yet processed by Extract. The fields for this statistic are the same as those of the other read checkpoint types.

E.1.1.3 Current Checkpoint

The current checkpoint is the position of the last record read by Extract in the data source. This should match the Log Read Checkpoint statistic shown in the summary and in the basic INFO EXTRACT command without options. The fields for this statistic are the same as those of the other read checkpoint types.

E.1.2 About Extract Write Checkpoints

Extract places a write checkpoint, known as the current checkpoint, in the trail. The current checkpoint is the position in the trail where Extract is currently writing. This statistic is composed of the following:

• Sequence #: The sequence number of the trail file where the checkpoint was written.

• RBA: The relative byte address of the record in the trail file at which the checkpoint was made.

• Timestamp: The timestamp of the record at which the checkpoint was made.

• Extract trail: The relative path name of the trail.

• Trail Type: Identifies the trail type. EXTTRAIL identifies the trail as a local trail, which means that it is directly accessible by Oracle GoldenGate processes through the host filesystem. RMTTRAIL identifies the trail as a remote trail, which means it is not directly accessible by Oracle GoldenGate processes through the host filesystem. A trail stored on a shared network device and accessible through NFS-like services are considered local because they are accessible transparently through the host filesystem.

E.2 Replicat Checkpoints

Replicat makes checkpoints in the trail file to mark its last read position. To view process checkpoints, use the INFO REPLICAT command with the SHOWCH option. The basic command shows current checkpoints. To view a specific number of previous checkpoints, type the value after the SHOWCH argument.

Example E-2 INFO REPLICAT, SHOWCH

See Internal Checkpoint Information for information about the internal information that starts with the Header entry in the SHOWCH output.

• About Replicat Checkpoints
  

E.2.1 About Replicat Checkpoints

The following describes the detail of the Replicat checkpoints in the trail.

• Startup Checkpoint
  
• Current Checkpoint
  

E.2.1.1 Startup Checkpoint

The startup checkpoint is the first checkpoint made in the trail when the process starts. Comprising this statistic are:

• Sequence #: The sequence number of the trail file where the checkpoint was written.

• RBA: The relative byte address of the record at which the checkpoint was made.

• Timestamp: The timestamp of the record at which the checkpoint was made.

• Extract Trail: The relative path name of the trail.

E.2.1.2 Current Checkpoint

The current checkpoint is the position of the last record read by Replicat in the trail. This should match the Log Read Checkpoint statistic shown in the summary and in the basic INFO REPLICAT command without options. The fields for this statistic are the same as those of the Startup Checkpoint.

E.3 Internal Checkpoint Information

The INFO command with the SHOWCH option not only displays current checkpoint entries, but it also displays metadata information about the record itself. This information is not documented and is for use by the Oracle GoldenGate processes and by support personnel when resolving a support case. The metadata is contained in the following entries in the SHOWCH output.

Checkpoint 11

E.4 Oracle GoldenGate Checkpoint Tables

When database checkpoints are being used, Oracle GoldenGate creates a checkpoint table with a user-defined name in the database upon execution of the ADD CHECKPOINTTABLE command, or a user can create the table by using the chkpt_db_create.sql script (where db is an abbreviation of the type of database that the script supports).

There are two tables: the main checkpoint table and an auxiliary checkpoint table that is created automatically. The auxiliary table, known as the transaction table, bears the name of the primary checkpoint table appended with _lox. Each Replicat, or each thread of a coordinated Replicat, uses one row in the checkpoint table to store its progress information.

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At checkpoint time, there typically are some number of transactions (among the total n transactions) that were applied, and the rest are still in process. For example, if Replicat is processing a group of n transactions ranging from CSN1 to CSN3. CSN1 is the high watermark and CSN3 is the low watermark. Any transaction with a CSN higher than the high watermark has not been processed, and any transaction with a CSN lower than the low watermark has already been processed. Completed transactions are stored in the LOG_CMPLT_XID column of the checkpoint table. Any overflow of these transactions is stored in the transaction table (auxiliary checkpoint table) in the LOG_CMPLT_XID column of that table.

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Currently, Replicat (or each Replicat thread of a coordinated Replicat) applies transactions serially (not in parallel); therefore, the high watermark (the LOG_CSN value in the table) is always the same as the low watermark (the LOG_CMPLT_CSN value in the table), and there typically is only one transaction ID in the LOG_CMPLT_XID column. The only exception is when there are multiple transactions sharing the same CSN.

Do not change the names or attributes of the columns in these tables. You can change table storage attributes as needed.

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Table E-1 Checkpoint table definition

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Table E-2 Transaction table definition

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