Berkeley DB Tutorial and Reference Guide, Version 3.3.11
- Introduction
- An introduction to data management
- Mapping the terrain: theory and practice
- What is Berkeley DB?
- What is Berkeley DB not?
- Do you need Berkeley DB?
- What other services does Berkeley DB provide?
- What does the Berkeley DB distribution include?
- Where does Berkeley DB run?
- Oracle's Berkeley DB products
- A Simple Access Method Tutorial
- Introduction
- Key/data pairs
- Object handles
- Error returns
- Opening a database
- Adding elements to a database
- Retrieving elements from a database
- Removing elements from a database
- Closing a database
- Access Method Configuration
- What are the available access methods?
- Selecting an access method
- Logical record numbers
- General access method configuration
- Selecting a page size
- Selecting a cache size
- Selecting a byte order
- Duplicate data items
- Non-local memory allocation
- Btree access method specific configuration
- Btree comparison
- Btree prefix comparison
- Minimum keys per page
-
Retrieving Btree records by logical record number
- Hash access method specific configuration
- Page fill factor
- Specifying a database hash
- Hash table size
- Queue and Recno access method specific configuration
- Managing record-based databases
- Selecting a Queue extent size
- Flat-text backing files
- Logically renumbering records
- Access Method Operations
- Access method operations
- Database open
- Opening multiple databases in a single file
- Retrieving records
- Storing records
- Deleting records
- Database statistics
- Database truncation
- Database upgrade
- Database verification and salvage
- Flushing the database cache
- Database close
- Secondary indices
- Cursor operations
- Retrieving records with a cursor
- Storing records with a cursor
- Deleting records with a cursor
- Duplicating a cursor
- Equality join
- Data item count
- Cursor close
- Access Method Wrapup
- Data alignment
- Retrieving records in bulk
- Partial record storage and retrieval
- Retrieved key/data permanence for C/C++
- Error support
- Cursor stability
- Database limits
- Disk space requirements
- Access method tuning
- Access method FAQ
- Berkeley DB Architecture
- The big picture
- Programming model
- Programmatic APIs
- Scripting languages
- Supporting utilities
- The Berkeley DB Environment
- Introduction
- Creating a database environment
- File naming
- Security
- Shared memory regions
- Remote filesystems
- Opening databases within the environment
- Error support
- Environment FAQ
- Berkeley DB Concurrent Data Store Applications
- Berkeley DB Concurrent Data Store applications
- Berkeley DB Transactional Data Store Applications
- Berkeley DB Transactional Data Store applications
- Why transactions?
- Terminology
- Application structure
- Opening the environment
- Opening the databases
- Recoverability and deadlock avoidance
- Atomicity
- Repeatable reads
- Transactional cursors
- Nested transactions
- Environment infrastructure
- Deadlock detection
- Checkpoints
- Database and log file archival
- Log file removal
- Recovery procedures
- Recovery and filesystem operations
- Berkeley DB recoverability
- Transaction tuning
- Transaction throughput
- Transaction FAQ
- Distributed Transactions
- Introduction
- Building a Global Transaction Manager
- XA Introduction
- Configuring Berkeley DB with the Tuxedo System
- Frequently Asked Questions
- Programmer Notes
- Application signal handling
- Error returns to applications
- Environmental variables
- Multithreaded applications
- Berkeley DB handles
- Name spaces
- Copying databases
- Compatibility with historic UNIX interfaces
- Recovery implementation
- Application-specific logging and recovery
- Run-time configuration
- The Locking Subsystem
- Berkeley DB and locking
- Configuring locking
- Configuring locking: sizing the system
- Standard lock modes
- Deadlock detection
- Locking granularity
- Locking without transactions
- Locking with transactions: two-phase locking
- Berkeley DB Concurrent Data Store locking conventions
- Berkeley DB Transactional Data Store locking conventions
- Locking and non-Berkeley DB applications
- The Logging Subsystem
- Berkeley DB and logging
- Configuring logging
- Log file limits
- The Memory Pool Subsystem
- Berkeley DB and the memory pool
- Configuring the memory pool
- The Transaction Subsystem
- Berkeley DB and transactions
- Configuring transactions
- Transaction limits
- Transactions and non-Berkeley DB applications
- RPC Client/Server
- Introduction
- Client program
- Server program
- Java API
- Configuration
- Compatibility
- Java programming notes
- Java FAQ
- Perl API
- Using Berkeley DB with Perl
- Tcl API
- Loading Berkeley DB with Tcl
- Using Berkeley DB with Tcl
- Tcl API programming notes
- Tcl error handling
- Tcl FAQ
- Sendmail
- Using Berkeley DB with Sendmail
- Dumping and Reloading Databases
- The db_dump and db_load utilities
- Dump output formats
- Loading text into databases
- System Installation Notes
- File utility /etc/magic information
- Building with multiple versions of Berkeley DB
- Building RPM distribution packages
- Debugging Applications
- Introduction
- Compile-time configuration
- Run-time error information
- Reviewing Berkeley DB log files
- Common errors
- Berkeley DB for UNIX and QNX systems
- Building for UNIX
- Configuring Berkeley DB
- Changing compile or load options
- Installing Berkeley DB
- Dynamic shared libraries
- Running the test suite under UNIX
- Architecture independent FAQ
- Architecture specific FAQs:
AIX,
Embedix,
FreeBSD,
HP-UX,
IRIX,
Linux,
OSF/1,
QNX,
SCO,
Solaris,
SunOS,
Ultrix
- Berkeley DB for Win32 platforms
- Building for Win32
- Running the test suite under Windows
- Windows notes
- Windows FAQ
- Berkeley DB for VxWorks systems
- Building for VxWorks
- VxWorks notes
- VxWorks FAQ
- Upgrading Berkeley DB Applications
- Library version information
-
Upgrading Berkeley DB installations
-
Upgrading Berkeley DB 1.XX applications to Berkeley DB 2.0
-
Upgrading Berkeley DB 2.X.X applications to Berkeley DB 3.0
-
Upgrading Berkeley DB 3.0.X applications to Berkeley DB 3.1
-
Upgrading Berkeley DB 3.1.X applications to Berkeley DB 3.2
-
Upgrading Berkeley DB 3.2.X applications to Berkeley DB 3.3
- Test Suite
- Running the test suite
- Test suite FAQ
- Distribution
- Source code layout
- Additional References
- Additional references