스프링 프레임워크 데이터 액세스 공식 레퍼런스를 한글로 번역한 문서입니다.

버전은 5.3.2 기준입니다.

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이번 레퍼런스 문서에선 데이터 접근과 관련된 이야기를 주로 다루며, 데이터 접근 레이어와 비즈니스(서비스) 레이어 간 상호 작용에 관해 설명한다.

스프링의 트랜잭션 관리 기능을 종합적으로 설명하며, 스프링 프레임워크와 통합되는 다양한 데이터 접근 프레임워크와 기술을 함께 다룬다.

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목차:

1. Transaction Management
   • 1.1. Advantages of the Spring Framework’s Transaction Support Model
     • 1.1.1. Global Transactions
     • 1.1.2. Local Transactions
     • 1.1.3. Spring Framework’s Consistent Programming Model
   • 1.2. Understanding the Spring Framework Transaction Abstraction
     • 1.2.1. Hibernate Transaction Setup
   • 1.3. Synchronizing Resources with Transactions
     • 1.3.1. High-level Synchronization Approach
     • 1.3.2. Low-level Synchronization Approach
     • 1.3.3. TransactionAwareDataSourceProxy
   • 1.4. Declarative Transaction Management
     • 1.4.1. Understanding the Spring Framework’s Declarative Transaction Implementation
     • 1.4.2. Example of Declarative Transaction Implementation
     • 1.4.3. Rolling Back a Declarative Transaction
     • 1.4.4. Configuring Different Transactional Semantics for Different Beans
     • 1.4.5. <tx:advice/> Settings
     • 1.4.6. Using @Transactional
     • 1.4.7. Transaction Propagation
     • 1.4.8. Advising Transactional Operations
     • 1.4.9. Using @Transactional with AspectJ
   • 1.5. Programmatic Transaction Management
     • 1.5.1. Using the TransactionTemplate
     • 1.5.2. Using the TransactionOperator
     • 1.5.3. Using the TransactionManager
   • 1.6. Choosing Between Programmatic and Declarative Transaction Management
   • 1.7. Transaction-bound Events
   • 1.8. Application server-specific integration
     • 1.8.1. IBM WebSphere
     • 1.8.2. Oracle WebLogic Server
   • 1.9. Solutions to Common Problems
     • 1.9.1. Using the Wrong Transaction Manager for a Specific DataSource
   • 1.10. Further Resources
2. DAO Support
   • 2.1. Consistent Exception Hierarchy
   • 2.2. Annotations Used to Configure DAO or Repository Classes
3. Data Access with JDBC
   • 3.1. Choosing an Approach for JDBC Database Access
   • 3.2. Package Hierarchy
   • 3.3. Using the JDBC Core Classes to Control Basic JDBC Processing and Error Handling
     • 3.3.1. Using JdbcTemplate
     • 3.3.2. Using NamedParameterJdbcTemplate
     • 3.3.3. Using SQLExceptionTranslator
     • 3.3.4. Running Statements
     • 3.3.5. Running Queries
     • 3.3.6. Updating the Database
     • 3.3.7. Retrieving Auto-generated Keys
   • 3.4. Controlling Database Connections
     • 3.4.1. Using DataSource
     • 3.4.2. Using DataSourceUtils
     • 3.4.3. Implementing SmartDataSource
     • 3.4.4. Extending AbstractDataSource
     • 3.4.5. Using SingleConnectionDataSource
     • 3.4.6. Using DriverManagerDataSource
     • 3.4.7. Using TransactionAwareDataSourceProxy
     • 3.4.8. Using DataSourceTransactionManager
   • 3.5. JDBC Batch Operations
     • 3.5.1. Basic Batch Operations with JdbcTemplate
     • 3.5.2. Batch Operations with a List of Objects
     • 3.5.3. Batch Operations with Multiple Batches
   • 3.6. Simplifying JDBC Operations with the SimpleJdbc Classes
     • 3.6.1. Inserting Data by Using SimpleJdbcInsert
     • 3.6.2. Retrieving Auto-generated Keys by Using SimpleJdbcInsert
     • 3.6.3. Specifying Columns for a SimpleJdbcInsert
     • 3.6.4. Using SqlParameterSource to Provide Parameter Values
     • 3.6.5. Calling a Stored Procedure with SimpleJdbcCall
     • 3.6.6. Explicitly Declaring Parameters to Use for a SimpleJdbcCall
     • 3.6.7. How to Define SqlParameters
     • 3.6.8. Calling a Stored Function by Using SimpleJdbcCall
     • 3.6.9. Returning a ResultSet or REF Cursor from a SimpleJdbcCall
   • 3.7. Modeling JDBC Operations as Java Objects
     • 3.7.1. Understanding SqlQuery
     • 3.7.2. Using MappingSqlQuery
     • 3.7.3. Using SqlUpdate
     • 3.7.4. Using StoredProcedure
   • 3.8. Common Problems with Parameter and Data Value Handling
     • 3.8.1. Providing SQL Type Information for Parameters
     • 3.8.2. Handling BLOB and CLOB objects
     • 3.8.3. Passing in Lists of Values for IN Clause
     • 3.8.4. Handling Complex Types for Stored Procedure Calls
   • 3.9. Embedded Database Support
     • 3.9.1. Why Use an Embedded Database?
     • 3.9.2. Creating an Embedded Database by Using Spring XML
     • 3.9.3. Creating an Embedded Database Programmatically
     • 3.9.4. Selecting the Embedded Database Type
     • 3.9.5. Testing Data Access Logic with an Embedded Database
     • 3.9.6. Generating Unique Names for Embedded Databases
     • 3.9.7. Extending the Embedded Database Support
   • 3.10. Initializing a DataSource
     • 3.10.1. Initializing a Database by Using Spring XML
4. Data Access with R2DBC
   • 4.1. Package Hierarchy
   • 4.2. Using the R2DBC Core Classes to Control Basic R2DBC Processing and Error Handling
     • 4.2.1. Using DatabaseClient
5. Retrieving Auto-generated Keys
   • 5.1. Controlling Database Connections
     • 5.1.2. Using ConnectionFactoryUtils
     • 5.1.3. Using SingleConnectionFactory
     • 5.1.4. Using TransactionAwareConnectionFactoryProxy
     • 5.1.5. Using R2dbcTransactionManager
6. Object Relational Mapping (ORM) Data Access
   • 6.1. Introduction to ORM with Spring
   • 6.2. General ORM Integration Considerations
     • 6.2.1. Resource and Transaction Management
     • 6.2.2. Exception Translation
   • 6.3. Hibernate
     • 6.3.1. SessionFactory Setup in a Spring Container
     • 6.3.2. Implementing DAOs Based on the Plain Hibernate API
     • 6.3.3. Declarative Transaction Demarcation
     • 6.3.4. Programmatic Transaction Demarcation
     • 6.3.5. Transaction Management Strategies
     • 6.3.6. Comparing Container-managed and Locally Defined Resources
     • 6.3.7. Spurious Appl
   • 6.4. JPA
     • 6.4.1. Three Options for JPA Setup in a Spring Environment
     • 6.4.2. Implementing DAOs Based on JPA: EntityManagerFactory and EntityManager
     • 6.4.3. Spring-driven JPA transactions
     • 6.4.4. Understanding JpaDialect and JpaVendorAdapter
     • 6.4.5. Setting up JPA with JTA Transaction Management
     • 6.4.6. Native Hibernate Setup and Native Hibernate Transactions for JPA Interaction
7. Marshalling XML by Using Object-XML Mappers
   • 7.1. Introduction
     • 7.1.1. Ease of configuration
     • 7.1.2. Consistent Interfaces
     • 7.1.3. Consistent Exception Hierarchy
   • 7.2. Marshaller and Unmarshaller
     • 7.2.1. Understanding Marshaller
     • 7.2.2. Understanding Unmarshaller
     • 7.2.3. Understanding XmlMappingException
   • 7.3. Using Marshaller and Unmarshaller
   • 7.4. XML Configuration Namespace
   • 7.5. JAXB
     • 7.5.1. Using Jaxb2Marshaller
   • 7.6. JiBX
     • 7.6.1. Using JibxMarshaller
   • 7.7. XStream
     • 7.7.1. Using XStreamMarshaller
8. Appendix
   • 8.1. XML Schemas
     • 8.1.1. The tx Schema
     • 8.1.2. The jdbc Schema

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Next :

Transaction Management
스프링 트랜잭션 관리 공식 문서를 한글로 번역한 문서입니다. 스프링의 트랜잭션 모델과 기술을 소개하고, 선언적인 방법과 프로그래밍 방식으로 트랜잭션을 관리하는 방법 설명합니다.