Do we have programming freedom ?

Posted on by

Categories:     

There is no such thing as true freedom. This is probably a true realization. As I understand it, freedom means-  minimizing the level of dependence. As a programmer, we love to think that we have a true freedom in the computer, as it seems we can do whatever we want to do. It is true, at least in theory, but in practice, we are simply in the opposite. We think about a problem and make a conceptual design in our mind to solve that particular problem, then select a programming language to implement. This is a typical scenario.

But the problem is to map our conceptual model into the programming language. This is not an easy task to do as we are heavily dependent on programming infrastructure. Sometimes we wait for the language designer to update certain things (we used to joke about Java updates), and if it requires additional power from the IDE, we must wait for the IDE vendor. Most importantly programming language has simple, and few notations that can be expressed in comparison with our natural language. Most of the cases us the programmers spend our time finding ways to express our conceptual model with programming level abstractions which are difficult and not creative and more or less waste of time.

So where is our freedom? Are we not locked in some ways.

Share on:

Author: A N M Bazlur Rahman

Java Champion | Software Engineer | JUG Leader | Book Author | InfoQ & Foojay.IO Editor | Jakarta EE Ambassadors| Helping Java Developers to improve their coding & collaboration skills so that they can meet great people & collaborate

100daysofcode 100daysofjava access advance-java agile algorithm arraylist article bangla-book becoming-expert biginteger book calculator checked checked-exceptions cloning code-readability code-review coding coding-convention collection-framework compact-strings completablefuture concatenation concurrency concurrentmodificationexception concurrentskiplistmap counting countingcollections critical-section daemon-thread data-race data-structure datetime day002 deliberate-practice deserialization design-pattern developers duration execute-around executors export fibonacci file file-copy fork/join-common-pool functional future-java-developers groupby hash-function hashmap history history-of-java how-java-performs-better how-java-works http-client image import inspiration io itext-pdf java java-10 java-11 java-17 java-8 java-9 java-developers java-performance java-programming java-thread java-thread-programming java11 java16 java8 lambda-expression learning learning-and-development linkedlist list local-type-inference localdatetime map methodology microservices nio non-blockingio null-pointer-exception object-cloning optional packaging parallel pass-by-reference pass-by-value pdf performance prime-number programming project-loom race-condition readable-code record refactoring review scheduler scrum serialization serversocket simple-calculator socket software-development softwarearchitecture softwareengineering sorting source-code stack string string-pool stringbuilder swing thread threads tutorial unchecked vector virtual-thread volatile why-java zoneid