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The authors argue that the old heavyweight architectures are unwieldy, complicated and contribute to slow and buggy application code. As an alternative means for building better applications the authors present two "lightweight" open source architectures - Hibernate and Spring.
Sometimes the simplest answer is the best. Many Enterprise Java developers, accustomed to dealing with Java's spiraling complexity, have fallen into the habit of choosing overly complicated solutions to problems when simpler options are available. Building server applications wi…
Sometimes the simplest answer is the best. Many Enterprise Java developers, accustomed to dealing with Java's spiraling complexity, have fallen into the habit of choosing overly complicated solutions to problems when simpler options are available. Building server applications wi…
Sometimes the simplest answer is the best. Many Enterprise Java developers, accustomed to dealing with Java's spiraling complexity, have fallen into the habit of choosing overly complicated solutions to problems when simpler options are available. Building server applications wi…
Java developers are drowning in a sea of complexity. We are approaching a horizon event, where programmers spend more time writing code to support their chosen frameworks than to solve actual problems. But does Java have to be this difficult? No, it doesn't. Better, Faster, Ligh…
The authors argue that the old heavyweight architectures are unwieldy, complicated and contribute to slow and buggy application code. As an alternative means for building better applications the authors present two 'lightweight' open source architectures - Hibernate and Spring.
Sometimes the simplest answer is the best. Many Enterprise Java developers, accustomed to dealing with Java's spiraling complexity, have fallen into the habit of choosing overly complicated solutions to problems when simpler options are available. Building server applications wi…