OO design is more important than any particular implementation technology (such as J2EE, or even Java). Good programming practices and OO design underpin good J2EE applications. Bad Java code is bad J2EE code.
A professional programmer or architect cares more about learning and discovering the best solution than the buzz of finding their own solution to a particular problem.
.OO design is more important than any particular implementation technology (such as J2EE, or even Java). Good programming practices and OO design underpin good J2EE applications. Bad Java code is bad J2EE code.
A professional programmer or architect cares more about learning and discovering the best solution than the buzz of finding their own solution to a particular problem.
OO design is more important than any particular implementation technology (such as J2EE, or even Java). Good programming practices and OO design underpin good J2EE applications. Bad Java code is bad J2EE code.
A professional programmer or architect cares more about learning and discovering the best solution than the buzz of finding their own solution to a particular problem.
OO design is more important than any particular implementation technology (such as J2EE, or even Java). Good programming practices and OO design underpin good J2EE applications. Bad Java code is bad J2EE code.
A professional programmer or architect cares more about learning and discovering the best solution than the buzz of finding their own solution to a particular problem.
OO design is more important than any particular implementation technology (such as J2EE, or even Java). Good programming practices and OO design underpin good J2EE applications. Bad Java code is bad J2EE code.
A professional programmer or architect cares more about learning and discovering the best solution than the buzz of finding their own solution to a particular problem.