Even or odd: Difference between revisions

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=={{header|M2000 Interpreter}}==

Binary.Add take any numeric type, but value ~~must~~ be in range of 0 to 0xFFFFFFFF

Binary.Add take any numeric type, but value from newer versions can trait as unsigned with range of 0 to 0xFFFFFFFF (so if the number is out of this range, a cut made).

Print binary.and(0xFFFFFFF+10, 0XF)=9

So Mod if a perfect choice, using it with Decimals (character @ indicate a Decimal type or literal).

Variable a take the type of input. There is no reason here to write it as def Odd(a as decimal)= binary.and(Abs(a), 1)=1

Def used to define variables (an error occur if same variable exist), or to define one line local functions. If a function exist then replace code. This is the same for modules/functions, a newer definition alter an old definition with same name, in current module if they are local, or global if they defined as global, like this ~~Function Global F(x) { code block here}.~~

Def used to define variables (an error occur if same variable exist), or to define one line local functions. If a function exist then replace code. This is the same for modules/functions, a newer definition alter an old definition with same name, in current module if they are local, or global if they defined as global, like this:

Function Global F(x) { code block here}.

A function F(x) {} is same as

<pre >

Function F {

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Def Odd(a)= binary.and(Abs(a), 1)=1

Print Odd(-5), Odd(6), Odd(11)

⚫

Print Odd(21212121212122122122121@)

Try {

⚫

Print Odd(21212121212122122122121@)

}

Print Error$ ' overflow

def Odd(a)= Int(Abs(a)) mod 2 =1

Print Odd(21212121212122122122121@)