iBATIS Training
Java
This hands on course will expose developers to this open source framework while also teaching awareness of some real-world memory, performance and other issues that are associated to any persistence framework. After taking this class, your developers should be able to persist the data in Java objects faster and build applications that are more flexible and easier to maintain.
Learning Objectives:
Gain an understanding of iBATIS as a data mapper and how it differs from other persistent frameworks like Hibernate and JPA in Java
Learn how to retrieve relational data into Java objects using the iBATIS framework
Explore methods of inserting, updating, and removing data from the database using iBATIS and Java objects
See how to relate objects and automatically have iBATIS retrieve data for associated objects
Explore performance and memory issues associated with object relationships
See how to utilize lazy loading in iBATIS to reduce the number of objects in memory
Understand how to solve the N+1 selects issue in iBATIS
Study how iBATIS handles class inheritance
Learn the four different levels or scopes of transactions that iBATIS supports
See and use iBATIS Dynamic SQL tags for generating SQL at runtime
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Complete iBATIS Training
Course Specific VideosThere are plenty of persistence frameworks in the Java community. iBATIS is an open source "data mapper" framework. Data mappers do not tie classes to tables or class fields to columns. Instead, a data mapper maps parameters and results of SQL statements to classes and fields. This makes iBATIS a simple and lightweight persistence framework. By removing the repetitive and error prone work, iBATIS helps remove developers from focusing on low level JDBC code. In fact, the iBATIS documentation states the goal of iBATIS is to “provide 80% of JDBC functionality using only 20% of the code.”
This hands on course will expose developers to this open source framework while also teaching awareness of some real-world memory, performance and other issues that are associated to any persistence framework. After taking this class, your developers should be able to persist the data in Java objects faster and build applications that are more flexible and easier to maintain.
Learning Objectives
- Gain an understanding of iBATIS as a data mapper and how it differs from other persistent frameworks like Hibernate and JPA in Java
- Learn how to retrieve relational data into Java objects using the iBATIS framework
- Explore methods of inserting, updating, and removing data from the database using iBATIS and Java objects
- See how to relate objects and automatically have iBATIS retrieve data for associated objects
- Explore performance and memory issues associated with object relationships
- See how to utilize lazy loading in iBATIS to reduce the number of objects in memory
- Understand how to solve the N+1 selects issue in iBATIS
- Study how iBATIS handles class inheritance
- Learn the four different levels or scopes of transactions that iBATIS supports
- See and use iBATIS Dynamic SQL tags for generating SQL at runtime
Audience
This course is designed for Java programmers who have interest in learning how to persist Java object data using the iBATIS open source data mapper framework.
Length
1 Day
A solid understanding of Java is required. An understanding of relational databases, SQL and JDBC is helpful. Price
$995.00
Class prices have a $200 rush fee added if the student registers five or less business days before the class start date.
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- What is iBATIS?
- Why use iBATIS?
- Why not use iBATIS?
- iBATIS Setup
- Central Configuration File
- General iBATIS Resources
- A Simple Example
- SqlMap API
- SqlMap file
- Result Mapping
- In-line Parameters
- External Parameter Maps
- The SqlMapClient interface
- Scalar results
- SQL Map Namespaces
- Naming Conventions
- SQL Map Statements for non-query
- More on the SqlMap API
- In-line and External Parameters Revisited
- Updates
- Autogenerated Keys
- Setting up relationships in iBATIS
- Relationship Issues
- Lazy Loading
- Dealing with N+1
- Inheritance
- What’s a Transaction?
- Automatic Transactions
- Local Transactions
- Global Transactions
- Custom Transactions
- What is Dynamic SQL?
- The dynamic tag
- Binary Tags
- Unary tags
- Parameter tags
- The iterate tag
Course Materials
Instructors
- James White
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