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Integer are reference objects, on the surface no different from List, Object, and so forth. To convert from an int to an Integer, one had to "manually" instantiate the Integer object. As of J2SE 5.0, the compiler will accept the last line, and automatically transform it so that an Integer object is created to store the value 9. [2]
C and C++ perform such promotion for objects of Boolean, character, wide character, enumeration, and short integer types which are promoted to int, and for objects of type float, which are promoted to double. Unlike some other type conversions, promotions never lose precision or modify the value stored in the object. In Java:
Haskell provides a Rational type, which is really an alias for Ratio Integer (Ratio being a polymorphic type implementing rational numbers for any Integral type of numerators and denominators). The fraction is constructed using the % operator. [3] OCaml's Num library implements arbitrary-precision rational numbers.
class Foo {int bar (int a, int b) {return (a * 2) + b;} /* Overloaded method with the same name but different set of arguments */ int bar (int a) {return a * 2;}} A method is called using . notation on an object, or in the case of a static method, also on the name of a class.
Function pointers, function objects, lambdas (in C++11), and interfaces (using abstract classes). Functions references, function objects and lambdas were added in Java 8. Classes (and interfaces, which are classes) can be passed as references as well through SomeClass.class and someObject.getClass(). No standard inline documentation mechanism.
invoke virtual method on object objectref and puts the result on the stack (might be void); the method is identified by method reference index in constant pool (indexbyte1 << 8 | indexbyte2) ior 80 1000 0000 value1, value2 → result bitwise int OR irem 70 0111 0000 value1, value2 → result logical int remainder ireturn ac 1010 1100
Common Lisp: The ANSI Common Lisp standard supports arbitrary precision integer, ratio, and complex numbers. C# : System.Numerics.BigInteger , from .NET 5 ColdFusion : the built-in PrecisionEvaluate() function evaluates one or more string expressions, dynamically, from left to right, using BigDecimal precision arithmetic to calculate the values ...
Collection classes are Java API-defined classes that can store objects in a manner similar to how data structures like arrays store primitive data types like int, double, long or char, etc., [2] but arrays store primitive data types while collections actually store objects. The primitive wrapper classes and their corresponding primitive types are: