Contents
- Audience
- Documentation Accessibility
- Related Documents
- Conventions
- Oracle Database 10g Release 2 (10.2) New Features in Streams
- Oracle Database 10g Release 1 (10.1) New Features in Streams
- Overview of Streams
- What Can Streams Do?
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- Capture Messages at a Database
- Stage Messages in a Queue
- Propagate Messages from One Queue to Another
- Consume Messages
- Other Capabilities of Streams
- What Are the Uses of Streams?
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- Message Queuing
- Data Replication
- Event Management and Notification
- Data Warehouse Loading
- Data Protection
- Database Availability During Upgrade and Maintenance Operations
- Overview of the Capture Process
- Overview of Message Staging and Propagation
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- Overview of Directed Networks
- Explicit Enqueue and Dequeue of Messages
- Overview of the Apply Process
- Overview of the Messaging Client
- Overview of Automatic Conflict Detection and Resolution
- Overview of Rules
- Overview of Rule-Based Transformations
- Overview of Streams Tags
- Overview of Heterogeneous Information Sharing
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- Overview of Oracle to Non-Oracle Data Sharing
- Overview of Non-Oracle to Oracle Data Sharing
- Example Streams Configurations
- Administration Tools for a Streams Environment
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- Oracle-Supplied PL/SQL Packages
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- DBMS_STREAMS_ADM Package
- DBMS_CAPTURE_ADM Package
- DBMS_PROPAGATION_ADM Package
- DBMS_APPLY_ADM Package
- DBMS_STREAMS_MESSAGING Package
- DBMS_RULE_ADM Package
- DBMS_RULE Package
- DBMS_STREAMS Package
- DBMS_STREAMS_TABLESPACE_ADM
- DBMS_STREAMS_AUTH Package
- Streams Data Dictionary Views
- Streams Tool in the Oracle Enterprise Manager Console
- The Redo Log and a Capture Process
- Logical Change Records (LCRs)
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- Row LCRs
- DDL LCRs
- Extra Information in LCRs
- Capture Process Rules
- Datatypes Captured
- Types of Changes Captured
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- Types of DML Changes Captured
- DDL Changes and Capture Processes
- Other Types of Changes Ignored by a Capture Process
- NOLOGGING and UNRECOVERABLE Keywords for SQL Operations
- UNRECOVERABLE Clause for Direct Path Loads
- Supplemental Logging in a Streams Environment
- Instantiation in a Streams Environment
- Local Capture and Downstream Capture
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- Local Capture
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- The Source Database Performs All Change Capture Actions
- Advantages of Local Capture
- Downstream Capture
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- Real-Time Downstream Capture
- Archived-Log Downstream Capture
- The Downstream Database Performs Most Change Capture Actions
- Advantages of Downstream Capture
- Optional Database Link from the Downstream Database to the Source Database
- Operational Requirements for Downstream Capture
- SCN Values Relating to a Capture Process
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- Captured SCN and Applied SCN
- First SCN and Start SCN
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- First SCN
- Start SCN
- Start SCN Must Be Greater than or Equal to First SCN
- A Start SCN Setting that Is Prior to Preparation for Instantiation
- Streams Capture Processes and RESTRICTED SESSION
- Streams Capture Processes and Oracle Real Application Clusters
- Capture Process Architecture
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- Capture Process Components
- Capture Process States
- Multiple Capture Processes in a Single Database
- Capture Process Checkpoints
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- Required Checkpoint SCN
- Maximum Checkpoint SCN
- Checkpoint Retention Time
- Capture Process Creation
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- The LogMiner Data Dictionary for a Capture Process
- First SCN and Start SCN Specifications During Capture Process Creation
- A New First SCN Value and Purged LogMiner Data Dictionary Information
- The Streams Data Dictionary
- ARCHIVELOG Mode and a Capture Process
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- RMAN and Archived Redo Log Files Required by a Capture Process
- Capture Process Parameters
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- Capture Process Parallelism
- Automatic Restart of a Capture Process
- Capture Process Rule Evaluation
- Persistent Capture Process Status Upon Database Restart
- Introduction to Message Staging and Propagation
- Captured and User-Enqueued Messages in an ANYDATA Queue
- Message Propagation Between Queues
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- Propagation Rules
- Queue-to-Queue Propagations
- Ensured Message Delivery
- Directed Networks
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- Queue Forwarding and Apply Forwarding
- Binary File Propagation
- Messaging Clients
- ANYDATA Queues and User Messages
- Buffered Messaging and Streams Clients
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- Buffered Messages and Capture Processes
- Buffered Messages and Propagations
- Buffered Messages and Apply Processes
- Buffered Messages and Messaging Clients
- Queues and Oracle Real Application Clusters
- Commit-Time Queues
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- When to Use Commit-Time Queues
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- Transactional Dependency Ordering During Dequeue
- Consistent Browse of Messages in a Queue
- How Commit-Time Queues Work
- Streams Staging and Propagation Architecture
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- Streams Pool
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- Streams Pool Size Set by Automatic Shared Memory Management
- Streams Pool Size Set Manually by a Database Administrator
- Streams Pool Size Set by Default
- Buffered Queues
- Propagation Jobs
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- Propagation Scheduling and Streams Propagations
- Propagation Jobs and RESTRICTED SESSION
- Secure Queues
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- Secure Queues and the SET_UP_QUEUE Procedure
- Secure Queues and Streams Clients
- Transactional and Nontransactional Queues
- Streams Data Dictionary for Propagations
- Introduction to the Apply Process
- Apply Process Rules
- Message Processing with an Apply Process
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- Processing Captured or User-Enqueued Messages with an Apply Process
- Message Processing Options for an Apply Process
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- LCR Processing
- Non-LCR User Message Processing
- Audit Commit Information for Messages Using Precommit Handlers
- Considerations for Apply Handlers
- Summary of Message Processing Options
- Datatypes Applied
- Streams Apply Processes and RESTRICTED SESSION
- Streams Apply Processes and Oracle Real Application Clusters
- Apply Process Architecture
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- Apply Process Components
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- Reader Server States
- Coordinator Process States
- Apply Server States
- Apply Process Creation
- Streams Data Dictionary for an Apply Process
- Apply Process Parameters
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- Apply Process Parallelism
- Commit Serialization
- Automatic Restart of an Apply Process
- Stop or Continue on Error
- Multiple Apply Processes in a Single Database
- Persistent Apply Process Status upon Database Restart
- The Error Queue
- The Components of a Rule
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- Rule Condition
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- Variables in Rule Conditions
- Simple Rule Conditions
- Rule Evaluation Context
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- Explicit and Implicit Variables
- Evaluation Context Association with Rule Sets and Rules
- Evaluation Function
- Rule Action Context
- Rule Set Evaluation
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- Rule Set Evaluation Process
- Partial Evaluation
- Database Objects and Privileges Related to Rules
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- Privileges for Creating Database Objects Related to Rules
- Privileges for Altering Database Objects Related to Rules
- Privileges for Dropping Database Objects Related to Rules
- Privileges for Placing Rules in a Rule Set
- Privileges for Evaluating a Rule Set
- Privileges for Using an Evaluation Context
- Overview of How Rules Are Used in Streams
- Rule Sets and Rule Evaluation of Messages
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- Streams Client with No Rule Set
- Streams Client with a Positive Rule Set Only
- Streams Client with a Negative Rule Set Only
- Streams Client with Both a Positive and a Negative Rule Set
- Streams Client with One or More Empty Rule Sets
- Summary of Rule Sets and Streams Client Behavior
- System-Created Rules
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- Global Rules
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- Global Rules Example
- System-Created Global Rules Avoid Empty Rule Conditions Automatically
- Schema Rules
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- Schema Rule Example
- Table Rules
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- Table Rules Example
- Subset Rules
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- Subset Rules Example
- Row Migration and Subset Rules
- Subset Rules and Supplemental Logging
- Guidelines for Using Subset Rules
- Restrictions for Subset Rules
- Message Rules
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- Message Rule Example
- System-Created Rules and Negative Rule Sets
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- Negative Rule Set Example
- System-Created Rules with Added User-Defined Conditions
- Evaluation Contexts Used in Streams
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- Evaluation Context for Global, Schema, Table, and Subset Rules
- Evaluation Contexts for Message Rules
- Streams and Event Contexts
- Streams and Action Contexts
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- Purposes of Action Contexts in Streams
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- Internal LCR Transformations in Subset Rules
- Information About Declarative Rule-Based Transformations
- Custom Rule-Based Transformations
- Execution Directives for Messages During Apply
- Enqueue Destinations for Messages During Apply
- Make Sure Only One Rule Can Evaluate to TRUE for a Particular Rule Condition
- Action Context Considerations for Schema and Global Rules
- User-Created Rules, Rule Sets, and Evaluation Contexts
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- User-Created Rules and Rule Sets
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- Rule Conditions for Specific Types of Operations
- Rule Conditions that Instruct Streams Clients to Discard Unsupported LCRs
- Complex Rule Conditions
- Rule Conditions with Undefined Variables that Evaluate to NULL
- Variables as Function Parameters in Rule Conditions
- User-Created Evaluation Contexts
- Declarative Rule-Based Transformations
- Custom Rule-Based Transformations
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- Custom Rule-Based Transformations and Action Contexts
- Required Privileges for Custom Rule-Based Transformations
- Rule-Based Transformations and Streams Clients
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- Rule-Based Transformations and Capture Processes
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- Rule-Based Transformation Errors During Capture
- Rule-Based Transformations and Propagations
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- Rule-Based Transformation Errors During Propagation
- Rule-Based Transformations and an Apply Process
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- Rule-Based Transformation Errors During Apply Process Dequeue
- Apply Errors on Transformed Messages
- Rule-Based Transformations and a Messaging Client
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- Rule-Based Transformation Errors During Messaging Client Dequeue
- Multiple Rule-Based Transformations
- Transformation Ordering
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- Declarative Rule-Based Transformation Ordering
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- Default Declarative Transformation Ordering
- User-Specified Declarative Transformation Ordering
- Considerations for Rule-Based Transformations
- Overview of Information Provisioning
- Bulk Provisioning of Large Amounts of Information
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- Data Pump Export/Import
- Transportable Tablespace from Backup with RMAN
- DBMS_STREAMS_TABLESPACE_ADM Procedures
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- File Group Repository
- Tablespace Repository
- Read-Only Tablespaces Requirement During Export
- Automatic Platform Conversion for Tablespaces
- Options for Bulk Information Provisioning
- Incremental Information Provisioning with Streams
- On-Demand Information Access
- Overview of Streams High Availability Environments
- Protection from Failures
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- Streams Replica Database
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- Updates at the Replica Database
- Heterogeneous Platform Support
- Multiple Character Sets
- Mining the Online Redo Logs to Minimize Latency
- Greater than Ten Copies of Data
- Fast Failover
- Single Capture for Multiple Destinations
- When Not to Use Streams
- Application-maintained Copies
- Best Practices for Streams High Availability Environments
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- Configuring Streams for High Availability
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- Directly Connecting Every Database to Every Other Database
- Creating Hub-and-Spoke Configurations
- Configuring Oracle Real Application Clusters with Streams
- Local or Downstream Capture with Streams
- Recovering from Failures
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- Automatic Capture Process Restart After a Failover
- Database Links Reestablishment After a Failover
- Propagation Job Restart After a Failover
- Automatic Apply Process Restart After a Failover
- Configuring a Streams Administrator
- Setting Initialization Parameters Relevant to Streams
- Configuring Network Connectivity and Database Links
- Creating a Capture Process
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- Preparing to Create a Capture Process
- Creating a Local Capture Process
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- Example of Creating a Local Capture Process Using DBMS_STREAMS_ADM
- Example of Creating a Local Capture Process Using DBMS_CAPTURE_ADM
- Preparing for and Creating a Real-Time Downstream Capture Process
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- Preparing to Copy Redo Data for Real-Time Downstream Capture
- Creating a Real-Time Downstream Capture Process
- Creating an Archived-Log Downstream Capture Process that Assigns Logs Implicitly
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- Preparing to Copy Redo Log Files for Archived-Log Downstream Capture
- Creating an Archived-Log Downstream Capture Process
- Creating an Archived-Log Downstream Capture Process that Assigns Logs Explicitly
- Creating a Local Capture Process with Non-NULL Start SCN
- Starting a Capture Process
- Stopping a Capture Process
- Managing the Rule Set for a Capture Process
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- Specifying a Rule Set for a Capture Process
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- Specifying a Positive Rule Set for a Capture Process
- Specifying a Negative Rule Set for a Capture Process
- Adding Rules to a Rule Set for a Capture Process
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- Adding Rules to the Positive Rule Set for a Capture Process
- Adding Rules to the Negative Rule Set for a Capture Process
- Removing a Rule from a Rule Set for a Capture Process
- Removing a Rule Set for a Capture Process
- Setting a Capture Process Parameter
- Setting the Capture User for a Capture Process
- Managing the Checkpoint Retention Time for a Capture Process
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- Setting the Checkpoint Retention Time for a Capture Process to a New Value
- Setting the Checkpoint Retention Time for a Capture Process to Infinite
- Specifying Supplemental Logging at a Source Database
- Adding an Archived Redo Log File to a Capture Process Explicitly
- Setting the First SCN for an Existing Capture Process
- Setting the Start SCN for an Existing Capture Process
- Specifying Whether Downstream Capture Uses a Database Link
- Managing Extra Attributes in Captured Messages
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- Including Extra Attributes in Captured Messages
- Excluding Extra Attributes from Captured Messages
- Dropping a Capture Process
- Managing ANYDATA Queues
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- Creating an ANYDATA Queue
- Enabling a User to Perform Operations on a Secure Queue
- Disabling a User from Performing Operations on a Secure Queue
- Removing an ANYDATA Queue
- Managing Streams Propagations and Propagation Jobs
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- Creating a Propagation Between Two ANYDATA Queues
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- Example of Creating a Propagation Using DBMS_STREAMS_ADM
- Example of Creating a Propagation Using DBMS_PROPAGATION_ADM
- Starting a Propagation
- Stopping a Propagation
- Altering the Schedule of a Propagation Job
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- Altering the Schedule of a Propagation Job for a Queue-to-Queue Propagation
- Altering the Schedule of a Propagation Job for a Queue-to-Dblink Propagation
- Specifying the Rule Set for a Propagation
- Specifying a Positive Rule Set for a Propagation
- Specifying a Negative Rule Set for a Propagation
- Adding Rules to the Rule Set for a Propagation
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- Adding Rules to the Positive Rule Set for a Propagation
- Adding Rules to the Negative Rule Set for a Propagation
- Removing a Rule from the Rule Set for a Propagation
- Removing a Rule Set for a Propagation
- Dropping a Propagation
- Managing a Streams Messaging Environment
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- Wrapping User Message Payloads in an ANYDATA Wrapper and Enqueuing Them
- Dequeuing a Payload that Is Wrapped in an ANYDATA Payload
- Configuring a Messaging Client and Message Notification
- Creating an Apply Process
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- Examples of Creating an Apply Process Using DBMS_STREAMS_ADM
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- Creating an Apply Process for Captured Messages
- Creating an Apply Process for User-Enqueued Messages
- Examples of Creating an Apply Process Using DBMS_APPLY_ADM
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- Creating an Apply Process for Captured Messages with DBMS_APPLY_ADM
- Creating an Apply Process for User-Enqueued Messages with DBMS_APPLY_ADM
- Starting an Apply Process
- Stopping an Apply Process
- Managing the Rule Set for an Apply Process
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- Specifying the Rule Set for an Apply Process
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- Specifying a Positive Rule Set for an Apply Process
- Specifying a Negative Rule Set for an Apply Process
- Adding Rules to the Rule Set for an Apply Process
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- Adding Rules to the Positive Rule Set for an Apply Process
- Adding Rules to the Negative Rule Set for an Apply Process
- Removing a Rule from the Rule Set for an Apply Process
- Removing a Rule Set for an Apply Process
- Setting an Apply Process Parameter
- Setting the Apply User for an Apply Process
- Managing the Message Handler for an Apply Process
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- Setting the Message Handler for an Apply Process
- Removing the Message Handler for an Apply Process
- Managing the Precommit Handler for an Apply Process
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- Creating a Precommit Handler for an Apply Process
- Setting the Precommit Handler for an Apply Process
- Removing the Precommit Handler for an Apply Process
- Specifying Message Enqueues by Apply Processes
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- Setting the Destination Queue for Messages that Satisfy a Rule
- Removing the Destination Queue Setting for a Rule
- Specifying Execute Directives for Apply Processes
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- Specifying that Messages that Satisfy a Rule Are Not Executed
- Specifying that Messages that Satisfy a Rule Are Executed
- Managing an Error Handler
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- Creating an Error Handler
- Setting an Error Handler
- Unsetting an Error Handler
- Managing Apply Errors
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- Retrying Apply Error Transactions
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- Retrying a Specific Apply Error Transaction
- Retrying All Error Transactions for an Apply Process
- Deleting Apply Error Transactions
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- Deleting a Specific Apply Error Transaction
- Deleting All Error Transactions for an Apply Process
- Dropping an Apply Process
- Managing Rule Sets
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- Creating a Rule Set
- Adding a Rule to a Rule Set
- Removing a Rule from a Rule Set
- Dropping a Rule Set
- Managing Rules
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- Creating a Rule
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- Creating a Rule Without an Action Context
- Creating a Rule with an Action Context
- Altering a Rule
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- Changing a Rule Condition
- Modifying a Name-Value Pair in a Rule Action Context
- Adding a Name-Value Pair to a Rule Action Context
- Removing a Name-Value Pair from a Rule Action Context
- Modifying System-Created Rules
- Dropping a Rule
- Managing Privileges on Evaluation Contexts, Rule Sets, and Rules
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- Granting System Privileges on Evaluation Contexts, Rule Sets, and Rules
- Granting Object Privileges on an Evaluation Context, Rule Set, or Rule
- Revoking System Privileges on Evaluation Contexts, Rule Sets, and Rules
- Revoking Object Privileges on an Evaluation Context, Rule Set, or Rule
- Managing Declarative Rule-Based Transformations
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- Adding Declarative Rule-Based Transformations
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- Adding a Declarative Rule-Based Transformation that Renames a Table
- Adding a Declarative Rule-Based Transformation that Adds a Column
- Overwriting an Existing Declarative Rule-Based Transformation
- Removing Declarative Rule-Based Transformations
- Managing Custom Rule-Based Transformations
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- Creating a Custom Rule-Based Transformation
- Altering a Custom Rule-Based Transformation
- Unsetting a Custom Rule-Based Transformation
- Using a Tablespace Repository
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- Creating and Populating a Tablespace Repository
- Using a Tablespace Repository for Remote Reporting with a Shared File System
- Using a Tablespace Repository for Remote Reporting Without a Shared File System
- Using a File Group Repository
- Performing Full Database Export/Import in a Streams Environment
- Removing a Streams Configuration
- Troubleshooting Capture Problems
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- Is the Capture Process Enabled?
- Is the Capture Process Current?
- Are Required Redo Log Files Missing?
- Is a Downstream Capture Process Waiting for Redo Data?
- Are You Trying to Configure Downstream Capture without DBMS_CAPTURE_ADM?
- Are More Actions Required for Downstream Capture without a Database Link?
- Troubleshooting Propagation Problems
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- Does the Propagation Use the Correct Source and Destination Queue?
- Is the Propagation Enabled?
- Are There Enough Job Queue Processes?
- Is Security Configured Properly for the ANYDATA Queue?
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- ORA-24093 AQ Agent not granted privileges of database user
- ORA-25224 Sender name must be specified for enqueue into secure queues
- Troubleshooting Apply Problems
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- Is the Apply Process Enabled?
- Is the Apply Process Current?
- Does the Apply Process Apply Captured Messages or User-Enqueued Messages?
- Is the Apply Process Queue Receiving the Messages to be Applied?
- Is a Custom Apply Handler Specified?
- Is the AQ_TM_PROCESSES Initialization Parameter Set to Zero?
- Are Any Apply Errors in the Error Queue?
- Troubleshooting Problems with Rules and Rule-Based Transformations
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- Are Rules Configured Properly for the Streams Client?
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- Checking Schema and Global Rules
- Checking Table Rules
- Checking Subset Rules
- Checking for Message Rules
- Resolving Problems with Rules
- Are Declarative Rule-Based Transformations Configured Properly?
- Are the Custom Rule-Based Transformations Configured Properly?
- Are Incorrectly Transformed LCRs in the Error Queue?
- Checking the Trace Files and Alert Log for Problems
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- Does a Capture Process Trace File Contain Messages About Capture Problems?
- Do the Trace Files Related to Propagation Jobs Contain Messages About Problems?
- Does an Apply Process Trace File Contain Messages About Apply Problems?
- Summary of Streams Static Data Dictionary Views
- Summary of Streams Dynamic Performance Views
- Displaying the Queue, Rule Sets, and Status of Each Capture Process
- Displaying Change Capture Information About Each Capture Process
- Displaying State Change and Message Creation Time for Each Capture Process
- Displaying Elapsed Time Performing Capture Operations for Each Capture Process
- Displaying Information About Each Downstream Capture Process
- Displaying the Registered Redo Log Files for Each Capture Process
- Displaying the Redo Log Files that Are Required by Each Capture Process
- Displaying SCN Values for Each Redo Log File Used by Each Capture Process
- Displaying the Last Archived Redo Entry Available to Each Capture Process
- Listing the Parameter Settings for Each Capture Process
- Viewing the Extra Attributes Captured by Each Capture Process
- Determining the Applied SCN for All Capture Processes in a Database
- Determining Redo Log Scanning Latency for Each Capture Process
- Determining Message Enqueuing Latency for Each Capture Process
- Displaying Information About Rule Evaluations for Each Capture Process
- Monitoring ANYDATA Queues and Messaging
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- Displaying the ANYDATA Queues in a Database
- Viewing the Messaging Clients in a Database
- Viewing Message Notifications
- Determining the Consumer of Each User-Enqueued Message in a Queue
- Viewing the Contents of User-Enqueued Messages in a Queue
- Monitoring Buffered Queues
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- Determining the Number of Messages in Each Buffered Queue
- Viewing the Capture Processes for the LCRs in Each Buffered Queue
- Displaying Information About Propagations that Send Buffered Messages
- Displaying the Number of Messages and Bytes Sent By Propagations
- Displaying Performance Statistics for Propagations that Send Buffered Messages
- Viewing the Propagations Dequeuing Messages from Each Buffered Queue
- Displaying Performance Statistics for Propagations that Receive Buffered Messages
- Viewing the Apply Processes Dequeuing Messages from Each Buffered Queue
- Monitoring Streams Propagations and Propagation Jobs
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- Displaying the Queues and Database Link for Each Propagation
- Determining the Source Queue and Destination Queue for Each Propagation
- Determining the Rule Sets for Each Propagation
- Displaying the Schedule for a Propagation Job
- Determining the Total Number of Messages and Bytes Propagated
- Determining the Queue, Rule Sets, and Status for Each Apply Process
- Displaying General Information About Each Apply Process
- Listing the Parameter Settings for Each Apply Process
- Displaying Information About Apply Handlers
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- Displaying All of the Error Handlers for Local Apply Processes
- Displaying the Message Handler for Each Apply Process
- Displaying the Precommit Handler for Each Apply Process
- Displaying Information About the Reader Server for Each Apply Process
- Monitoring Transactions and Messages Spilled by Each Apply Process
- Determining Capture to Dequeue Latency for a Message
- Displaying General Information About Each Coordinator Process
- Displaying Information About Transactions Received and Applied
- Determining the Capture to Apply Latency for a Message for Each Apply Process
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- Example V$STREAMS_APPLY_COORDINATOR Query for Latency
- Example DBA_APPLY_PROGRESS Query for Latency
- Displaying Information About the Apply Servers for Each Apply Process
- Displaying Effective Apply Parallelism for an Apply Process
- Viewing Rules that Specify a Destination Queue on Apply
- Viewing Rules that Specify No Execution on Apply
- Checking for Apply Errors
- Displaying Detailed Information About Apply Errors
- Displaying All Rules Used by All Streams Clients
- Displaying the Streams Rules Used by a Specific Streams Client
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- Displaying the Rules in the Positive Rule Set for a Streams Client
- Displaying the Rules in the Negative Rule Set for a Streams Client
- Displaying the Current Condition for a Rule
- Displaying Modified Rule Conditions for Streams Rules
- Displaying the Evaluation Context for Each Rule Set
- Displaying Information About the Tables Used by an Evaluation Context
- Displaying Information About the Variables Used in an Evaluation Context
- Displaying All of the Rules in a Rule Set
- Displaying the Condition for Each Rule in a Rule Set
- Listing Each Rule that Contains a Specified Pattern in Its Condition
- Displaying Aggregate Statistics for All Rule Set Evaluations
- Displaying Information About Evaluations for Each Rule Set
- Determining the Resources Used by Evaluation of Each Rule Set
- Displaying Evaluation Statistics for a Rule
- Displaying Information About All Rule-Based Transformations
- Displaying Declarative Rule-Based Transformations
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- Displaying Information About ADD COLUMN Transformations
- Displaying Information About RENAME TABLE Transformations
- Displaying Custom Rule-Based Transformations
- Monitoring a File Group Repository
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- Displaying General Information About the File Groups in a Database
- Displaying Information About File Group Versions
- Displaying Information About File Group Files
- Monitoring a Tablespace Repository
-
- Displaying Information About the Tablespaces in a Tablespace Repository
- Displaying Information About the Tables in a Tablespace Repository
- Displaying Export Information About Versions in a Tablespace Repository
- Monitoring Streams Administrators and Other Streams Users
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- Listing Local Streams Administrators
- Listing Users Who Allow Access to Remote Streams Administrators
- Monitoring the Streams Pool
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- Query Result that Advises Increasing the Streams Pool Size
- Query Result that Advises Retaining the Current Streams Pool Size
- Query Result that Advises Decreasing the Streams Pool Size
- Monitoring Compatibility in a Streams Environment
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- Listing the Database Objects that Are Not Compatible with Streams
- Listing the Database Objects that Have Become Compatible with Streams Recently
- Monitoring Streams Performance Using AWR and Statspack
- Overview of the Single-Database Capture and Apply Example
- Prerequisites
- Set Up the Environment
- Configure Capture and Apply
- Make DML Changes, Query for Results, and Dequeue Messages
- Overview of the Rule-Based Application
- Using Rules on Nontable Data Stored in Explicit Variables
- Using Rules on Data in Explicit Variables with Iterative Results
- Using Partial Evaluation of Rules on Data in Explicit Variables
- Using Rules on Data Stored in a Table
- Using Rules on Both Explicit Variables and Table Data
- Using Rules on Implicit Variables and Table Data
- Using Event Contexts and Implicit Variables with Rules
- Dispatching Problems and Checking Results for the Table Examples
- Definition of the XML Schema for LCRs
- Overview of Using Streams in the Database Upgrade Process
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- The Capture Database During the Upgrade Process
- Assumptions for the Database Being Upgraded
- Considerations for Job Queue Processes and PL/SQL Package Subprograms
- Preparing for a Database Upgrade Using Streams
-
- Preparing to Upgrade a Database with User-defined Types
- Deciding Which Utility to Use for Instantiation
- Performing a Database Upgrade Using Streams
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- Task 1: Beginning the Upgrade
- Task 2: Setting Up Streams Prior to Instantiation
-
- The Source Database Is the Capture Database
- The Destination Database Is the Capture Database
- A Third Database Is the Capture Database
- Task 3: Instantiating the Database
-
- Instantiating the Database Using Export/Import
- Instantiating the Database Using RMAN
- Task 4: Setting Up Streams After Instantiation
-
- The Source Database Is the Capture Database
- The Destination Database Is the Capture Database
- A Third Database Is the Capture Database
- Task 5: Finishing the Upgrade and Removing Streams
- Overview of Using Streams for Database Maintenance Operations
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- The Capture Database During the Maintenance Operation
- Assumptions for the Database Being Maintained
- Considerations for Job Queue Processes and PL/SQL Package Subprograms
- Unsupported Database Objects Are Excluded
- Preparing for a Database Maintenance Operation
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- Preparing for Downstream Capture
- Preparing for Maintenance of a Database with User-defined Types
- Preparing for Upgrades to User-Created Applications
-
- Handling Modifications to Schema Objects
- Handling Logical Dependencies
- Deciding Whether to Configure Streams Directly or Generate a Script
- Deciding Which Utility to Use for Instantiation
- Performing a Database Maintenance Operation Using Streams
-
- Task 1: Beginning the Maintenance Operation
- Task 2: Setting Up Streams Prior to Instantiation
-
- The Source Database Is the Capture Database
- The Destination Database Is the Capture Database
- A Third Database Is the Capture Database
- Task 3: Instantiating the Database
-
- Instantiating the Database Using Export/Import
- Instantiating the Database Using the RMAN DUPLICATE Command
- Instantiating the Database Using the RMAN CONVERT DATABASE Command
- Task 4: Setting Up Streams After Instantiation
-
- The Source Database Is the Capture Database
- The Destination Database Is the Capture Database
- A Third Database Is the Capture Database
- Task 5: Finishing the Maintenance Operation and Removing Streams