123
They are very similar,but when we do logic operators there are still some differences.In c or c plus plus ,logic true can be expressed as'true' or '0',but in java,true is just 'true'.If you gave a zero,it will treat it as type of integer ,and so as false.
You don't have to rewrite your code to get it working 2 or more OS' That cuts down development cost and time by a lot.
Why? Because that was one of Java's main design considerations. And the reason for that is because it allows running programs on different computers, without having to rewrite them.
"The following" doesn't make sense if you don't include a list. You can find a list of Java operators, including their precendence, at http://docs.oracle.com/javase/tutorial/java/nutsandbolts/operators.html. Or search for [java operator precedence] for additional places that explain this topic.
arithmatic operator +,-,*,/,% assigment oprator == logical operator &,|,^,&&,,! bitwise opertor &,|,^ left shift << right shift >> left shift zero fill << assignment operator +=,-=,*=,/=
The different types of operators in Java are:Assignment OperatorsRelational OperatorsArithmetic OperatorsLogical Operators
Take a look at the 1st link below from Sun Microsystems (creator of Java), it will list most of the Java operators with an explanation. The 2nd link provides a more in-depth description of each type of operator.
An operator is a symbol that does something in Java. for ex: "+" is an arithmetic operator that adds two numbers. ">" is a logical operator that checks if one number is greater than the other. There are many different types of operators in Java like Arithmetic, Logical, Relational and Assignment operators
They are very similar,but when we do logic operators there are still some differences.In c or c plus plus ,logic true can be expressed as'true' or '0',but in java,true is just 'true'.If you gave a zero,it will treat it as type of integer ,and so as false.
You don't have to rewrite your code to get it working 2 or more OS' That cuts down development cost and time by a lot.
Though Java, unlike other languages, does not allow you to directly access the core, memory addresses and system variables, it does have binary operators, such as the shifters >>, <<, and the bitwise operators, |, &, ^. Using these operators, ALL calculations in the computer can be done, even your complicated trig functions. Though options are limited in Java, it does provide a simulated access to low level operations. The bitwise operators are in the link below. Look at the link below to see how the computer really does math.
Why? Because that was one of Java's main design considerations. And the reason for that is because it allows running programs on different computers, without having to rewrite them.
"The following" doesn't make sense if you don't include a list. You can find a list of Java operators, including their precendence, at http://docs.oracle.com/javase/tutorial/java/nutsandbolts/operators.html. Or search for [java operator precedence] for additional places that explain this topic.
array example in java
Postfix expressions are expressions where the operator is at the end of the expression. These include the "++" (increment) and "--" (decrement) operators. Most Java expressions use in-fix notation (e.g. "a + b") but the increment and decrement operators can be postfix ("e.g. "a++" to increment variable a) or even prefix (e.g. "++a").
arithmatic operator +,-,*,/,% assigment oprator == logical operator &,|,^,&&,,! bitwise opertor &,|,^ left shift << right shift >> left shift zero fill << assignment operator +=,-=,*=,/=
Logical Operators are those that are used for doing logical operations. There are a total of 6 logical operators (&, |, ^, !, &&, and ‖) Of the six logical operators listed above, three of them (&, |, and ^) can also be used as "bitwise" operators. There are two non-short-circuit logical operators. • & non-short-circuit AND • | non-short-circuit OR There are two short-circuit logical operators • && short-circuit AND • short-circuit OR