Name: Getting Started with Apache Derby
Uploaded: 2020-04-18T11:14:30.000Z
Duration: 14 min 5 s
Description: Getting Started with Apache Derby

Help Desk

Web and Video Conferencing

Customer Support

AI Chatbot

Development

Attendance Tracking

Career Center

Education

Association Management

Business Intelligence (BI)

Case Management

Collaboration

File Sharing

File Sync

Objectives and Key Results (OKR)

Office Suites

Unified Communications as a Service (UCaaS)

Enterprise

Accounting

FinTech

Online Trading

SaaS Spend Management

Finance and Accounting

Applicant Tracking

Corporate Learning Management

Employee Performance Management

HR Management

Payroll

Talent Intelligence

Talent Management

Workforce Analytics

Workforce Management

Human Resources

Asset Tokenization

Business Internet Service Providers (ISPs)

Cloud Storage

Container Management

Debugging

Disaster Recovery as a Service (DRaaS)

Dynamic Application Security Testing (DAST)

Fraud Detection

In-Memory Databases

Incident Response

Integrated Development Environment (IDE)

Integration Platform as a Service (iPaaS)

Intranet

Managed Private Cloud

Managed Security Service

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Network Performance Monitoring

Runtime Application Self-Protection

SSL Certificate

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Threat Hunting

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Ad Serving & Retargeting

All-in-One Marketing

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Product Management

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Social Media Management

Survey & Forms Building

Technology Review

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Project Management

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Sales Forecasting

Sales Pipeline

Sales

Microsegmentation

Security Information and Event Management (SIEM)

Security

Automotive

Building Information Modeling (BIM)

Catering

Law Practice Management

Legal Research

Tour Operator

Vertical-Specific

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### Java Integration
Users appreciate Apache Derby's lightweight nature and its ability to be embedded within Java applications, making integration a breeze. The consensus among reviewers is that Apache Derby's java integration capabilities are well-suited for smaller projects, integration testing, and local databases holding sensitive information. While some users find it easy to configure and use, others express concerns about scalability when compared to larger enterprise solutions. Despite differing opinions, Apache Derby's java integration remains a notable feature for developers seeking simplicity and efficiency in their Java-based solutions.

### Application Development
Users generally appreciate Apache Derby's application development capabilities. The feedback highlights the ease of integration with Java applications, making the software deployable in a single folder. Some users find Apache Derby easy to maintain and suitable for both server-side and client-side software development. However, there are concerns about its limited features compared to other database systems, its slower performance due to being implemented in Java, and its lack of popularity in the developer community. Despite these drawbacks, Apache Derby is recommended for standalone applications and small-scale business software. It is praised for its lightweight nature and suitability for applications requiring a small embeddable database.

### Embedded Systems
Users generally appreciate Apache Derby's lightweight and user-friendly embedded driver, making it easy to integrate into Java-based solutions. However, some users have reported performance issues when handling a large volume of records, suggesting limitations in specific production scenarios. Despite this, the consensus leans towards Apache Derby's embedded systems being a valuable asset for smaller projects, integration testing, and offline applications due to its ease of setup and configuration.

### SQL and Query Performance
Reviewers have expressed mixed opinions regarding Apache Derby's SQL and query performance. While some users appreciate its efficiency in executing SQL commands and handling queries, others find its capabilities lacking compared to other database systems. The consensus seems to be that Apache Derby's SQL and query performance may not be as robust as desired for certain complex or large-scale applications.

### Database Management Systems
Users generally appreciate Apache Derby's database management capabilities. The reviews highlight that Apache Derby is well-suited for small to medium-scale applications, particularly for businesses like shops, stores, and malls. While some users find it easy to configure and manage, others note limitations in features compared to other database systems. Additionally, there are mentions of Apache Derby's lightweight nature and its suitability for specific use cases, such as serving as an embedded database for Java applications. However, concerns have been raised about performance issues when handling large datasets, indicating that Apache Derby may not be ideal for high-volume production environments.

### Data Storage Solutions
Users also appreciate Apache Derby for its ease of storing WSDL for web service requests and its strong performance due to its embedded database feature. The lightweight nature of Apache Derby makes it an optimal choice for data storage solutions, especially in scenarios where performance and efficiency are key considerations. Additionally, the support for JDBC and the inbuilt driver for Java database connectivity further enhance the data storage capabilities of Apache Derby, making it a reliable choice for applications requiring efficient data storage and retrieval.

Users commonly recommend the following when it comes to Apache Derby:

- Integrate with Hibernate: Users suggest integrating Apache Derby with Hibernate, a popular object-relational mapping framework. This combination allows for seamless data persistence and retrieval, enhancing the overall functionality of the application.

- Suitable for various applications: According to users, Apache Derby is well-suited for stand-alone applications and business software alike. Its versatility makes it a reliable choice for different use cases.

- Storage on handheld devices and quick prototyping: Some users recommend using Apache Derby as a storage option for handheld and smartphone devices. Its lightweight nature and compatibility with mobile platforms make it ideal for such purposes. Additionally, others find Apache Derby useful for quick prototyping due to its ease of setup and configuration.

It is advisable for users to gain a thorough understanding of Apache Derby's features and functionality before considering a migration to a different database system.

Easy Configuration and Management: Apache Derby has been praised by several users for its easy configuration and management. Reviewers have stated that setting up the database takes only about 15 minutes, making it a quick and hassle-free process. Users also find it easy to manage Derby when using Spring or integrating it into Java applications.
Lightweight and Embeddable: Many reviewers appreciate that Apache Derby is lightweight and can be embedded in Java applications. This feature makes it suitable for both smaller projects and integration testing. Some users even mention that it is much easier to use than other databases, making it an ideal choice for applications that require a small embeddable database.
Performance and Support: The performance and support provided by Apache Derby have received positive feedback from users. Reviewers highlight its fast processing speed, as well as its compatibility with JDBC. Additionally, users appreciate the simplicity of the configuration process and the availability of well-documented errors in the Derby database.
Overall, Apache Derby's easy configuration and management, lightweight nature, embeddability, strong performance, and support make it a popular choice among users looking for a reliable relational database system implemented fully in Java.

1. Crash and Data Loss Risk: Some users have experienced frequent crashes with Apache Derby, resulting in a significant risk of data loss. This instability can be concerning for those relying on the database for critical applications.

2. Scalability Issues: A number of reviewers have pointed out that Apache Derby may not scale well compared to other enterprise database systems. As the dataset grows larger and more complex, some users have found limitations in terms of performance and scalability.

3. Performance with Hibernate: Users have reported that the performance of Apache Derby when used with Hibernate is not as optimal as using H2. This can impact the overall efficiency and responsiveness of applications utilizing both technologies together.

Apache Derby, an open-source relational database, has proven to be a versatile solution for various use cases. Users have found it particularly useful for resolving SQL error messages and exceptions by categorizing SQL states. Additionally, Apache Derby provides Java SQL connection sets that allow users to perform operations such as serialization, commit read, and distinct locking. Its ability to map XML datatypes enables users to retrieve XML data as Java strings using SQL queries and XML operators.

One of the key advantages of Apache Derby is its ease of maintenance and its compatibility with web applications. It can be embedded within applications, making it suitable for developing proof of concepts, small-scale apps, and software reliability automation projects. Apache Derby's support for JDBC makes it a popular choice among Java developers who need to access data from the Apache Derby database.

Apache Derby excels in offline apps that require on-device caching and storage. It can also be used as an embedded package in Cloudera Hadoop clusters to store Hive meta stores, providing optimal performance for big data Hadoop clusters. Moreover, Apache Derby's lightweight file-based database functionality is valuable for storing configuration settings and persistent caching in webMethods Integration Server clusters.

In summary, Apache Derby's flexibility, reliability, and support for SQL commands make it a popular choice across industries. Whether it's for student database projects, real-time analytics software, or easy application prototyping, Apache Derby continues to provide lightweight embedded solutions that enhance performance and reduce reliance on external sources.

Apache Derby is an embedded relational database management system, originally developed by IBM and called IBM Cloudscape.

SAP HANA is an application that uses in-memory database technology to process very large amounts of real-time data from relational databases, both SAP and non-SAP, in a very short time. The in-memory computing engine allows HANA to process data stored in RAM as opposed to reading it from a disk which means that the data can be accessed in real time by the applications using HANA. The product is sold both as an appliance and as a cloud-based software solution.

SAP HANA Cloud

Neo4j is an open source embeddable graph database developed by Neo Technologies based in San Mateo, California with an office in Sweden.

Community Edition

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Apache Derby

Embedded database systems are database management systems (DBMS) that effectively hides or minimizes interaction with the database by an application's end users.

Embedded Database

Likelihood to Recommend

The Apache Software Foundation provides support for the Apache community of open-source software projects. The Apache projects are characterized by a collaborative, consensus based development process, an open and pragmatic software license, and a desire to create high quality software that leads the way in its field.

We consider ourselves not simply a group of projects sharing a server, but rather a community of developers and users.

Apache

Getting Started with Apache Derby

Learn how to get started with Apache Derby

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VMware Workstation Player

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IBM webMethods

Apache Maven

IntelliJ IDEA

Sublime Text

Apache Derby 2022-04-08 16:28:52

Oracle Database (legacy)

Lead Software Engineer (IBM)

Apache Derby 2017-04-03 18:43:28

MongoDB

Apache CouchDB

Apache Derby 2018-06-11 09:45:13

TrustRadius is a technology and business research firm based in Austin, Texas. The company is known as a review platform for verified B2B technology and software reviews through a proprietary algorithm and human verification.

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Highly available

Command line

Java based

Third party

Large data

Query performance

Data sets

Not bad

Large data sets

Slow compared

Test cases

Easy to implement

Good performance

Well documented

File based

Complex queries

Open source

Enterprise scale

Source solution

Object oriented

Home

Embedded Database Systems

We use Apache Derby to provide a lightweight file-based database to store configuration settings common to all server nodes in our webMethods Integration Server cluster. We also store data that we want to persistently cache across reboots of the server cluster in our Apache Derby database files. Apache Derby means we do not need separate database server infrastructure to provide these features and can just use the Apache Derby embedded library in our existing Java Virtual Machine processes but still have access to an SQL-capable database. This approach simplifies our infrastructure architecture and hence support and TCO costs.

Embedded SQL-capable database client and server
Good performance for a file-based database
Zero cost open source solution

Not suitable as a replacement for a highly-available horizontally-scalable database
Only suitable for use by Java based projects as it is a Java based solution
Performance characteristics not suitable for very large data sets

Zero cost
Java based
Embeddable SQL-capable file-based database

Reduced our total cost of ownership of our Java solution, as we do not need separate database infrastructure for our relational data needs
Zero up front costs to try
Support services required are reduced by removing the need for specialist skills in a separate database product

SQLite, Microsoft SQL Server, GitHub, Sublime Text, webMethods Trading Network, webMethods.io Integration (webMethods Integration Cloud), VMware Workstation Player (formerly VMware Player), IntelliJ IDEA, Gradle, Apache Maven, Jira Software, Atlassian Confluence

The product I worked on at IBM supported all the major database vendors, including Derby. Since Derby is free, most development and QA was done with Derby, although not many customers had adopted Derby as their production database vendor.

Much easier to use and learn than most commercial databases.
Derby database errors are well documented.
Most complex queries supported as well as by other database vendors.

It may not scale as well as some more mature database products.
Used it primarily from the command line with openjpa and jdbc, and from third-party clients such as Squirrel.
May benefit by providing more sophisticated tools to optimize query performance.

Oracle Database 12c, DB2, Microsoft SQL Server

In the Project I was using Apache Derby, we were shadowing larger databases (MS SQL + Cygnet), and providing some failover for those platforms. Most of the Use case was research-oriented, but it allowed the Risk Modelers to grab a subsection of data from these two data sources, and then combine them inside an apache derby instance. Given its size, it was a good fit.

Apache Derby is SMALL. Compared to an enterprise scale system such as MSSQL, it's footprint is very tiny, and it works well as a local database.
The SPEED. I have found that Apache Derby is very fast, given the environment I was developing in.
Based in JAVA (I know that's an obvious thing to say), but Java allows you to write some elegant Object Oriented structures, thus allowing for fast, Agile test cases against the database.
Derby is EASY to implement and can be accessed from a console with little difficulty. Making it appropriate for everything from small embedded systems (i.e. just a bash shell and a little bit of supporting libraries) to massive workstations.

Not as well positioned in the market as the "big dogs" (Oracle, MSSQL)
Been around awhile, and not a lot of exposure. This I believe is primarily due to it's relation to the Apache Project (which is not bad, but they don't force big, lumbering corporate volume licensing on you), and thus people are a bit gun-shy about NOT throwing money at something
Java is still "slow" compared to C/C++, thus making Derby a bit slow too

Being Open source, the resources spent on the purchase of the product are ZERO.
Contrary to popular belief, open source software CAN provide support, provided that the developers/contributors are willing to answer your emails.
Overall, the ROI was positive: being able to experiment with an open source technology that could perform on par with the corporate products was promising, and gave us much information about how to proceed in the future.

Apache Derby

Overview

What is Apache Derby?