Java is IMHO one of the most underrated platforms outside of enterprise environments.
Most people also forget, that Java is not only a language, but also a platform, an ecosystem and active research is applied to many parts of Java.
Concerning Oracle: OpenJDK is actively supported by very different but big and capable companies (IBM, Amazon, Eclipse Foundation…). The quality of the language, libraries and documentation needs people which are payed to work on this, full time.
Bring to this the free IDEs one can get for Java - Eclipse and Netbeans are a little bit old school, but offer everything to build/debug and develop complex software.
Java is not my favorite programming language, but when I want to write interesting software and ensure it will be running for the next decade w/o significant changes, Java is really hard to beat.
Of course, in hindsight we know how to do a lot of things better as they were done in Java. Still, what other open source Language/Platform/documentation with the backing of capable companies and really independent and interoperable builds are out there?
One last note to all people which were damaged by Java in university or school: Usually the teachers/professors/lecturers have no real world experience of software development besides the usually university projects, and for the usual university projects which basically means getting small to midsize projects to run Java is total overkill.
Don’t confuse this with real world software projects in the industry, which are mission critical and need to work a decade from now on. Java was always a bread and butter language, but one which learned from other languages and even the verbosity makes sense, once one dives into code written a few years back by another person.
Usually the teachers/professors/lecturers have no real world experience of software development besides the usually university projects
Adding to this: university projects are built on a relatively short timeframe compared to many industry projects. The growing pains that typically occur after a few years of continuous development is unlikely with the small scale of university projects.
I wouldn’t go to a university professor for advice on how to build a system that will last a decade of development.
My 2 cents is that it would have flourished a lot longer if eclipse wasn’t stretched so thin like using a very thick amorphous log that is somehow still brittle? And ugly? As a bookmark.
Java is IMHO one of the most underrated platforms outside of enterprise environments.
Most people also forget, that Java is not only a language, but also a platform, an ecosystem and active research is applied to many parts of Java.
Concerning Oracle: OpenJDK is actively supported by very different but big and capable companies (IBM, Amazon, Eclipse Foundation…). The quality of the language, libraries and documentation needs people which are payed to work on this, full time.
Bring to this the free IDEs one can get for Java - Eclipse and Netbeans are a little bit old school, but offer everything to build/debug and develop complex software.
Java is not my favorite programming language, but when I want to write interesting software and ensure it will be running for the next decade w/o significant changes, Java is really hard to beat.
Of course, in hindsight we know how to do a lot of things better as they were done in Java. Still, what other open source Language/Platform/documentation with the backing of capable companies and really independent and interoperable builds are out there?
One last note to all people which were damaged by Java in university or school: Usually the teachers/professors/lecturers have no real world experience of software development besides the usually university projects, and for the usual university projects which basically means getting small to midsize projects to run Java is total overkill.
Don’t confuse this with real world software projects in the industry, which are mission critical and need to work a decade from now on. Java was always a bread and butter language, but one which learned from other languages and even the verbosity makes sense, once one dives into code written a few years back by another person.
Adding to this: university projects are built on a relatively short timeframe compared to many industry projects. The growing pains that typically occur after a few years of continuous development is unlikely with the small scale of university projects.
I wouldn’t go to a university professor for advice on how to build a system that will last a decade of development.
My 2 cents is that it would have flourished a lot longer if eclipse wasn’t stretched so thin like using a very thick amorphous log that is somehow still brittle? And ugly? As a bookmark.