JAVA: Operator Bitwise di Java - Revision history

Unknown user: /* Operator Bit-Shift (Operator Shift) */

2022-05-07T00:08:33Z

Operator Bit-Shift (Operator Shift)

← Older revision		Revision as of 00:08, 7 May 2022
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	==Operator Bit-Shift (Operator Shift)==		==Operator Bit-Shift (Operator Shift)==

	Shift operators are used to shift the bits of a number left or right, thereby multiplying or dividing the number by two, respectively. They can be used when we have to multiply or divide a number by two.

	Operator shift digunakan untuk menggeser bit angka ke kiri atau kanan, sehingga mengalikan atau membagi angka dengan dua, masing-masing. Mereka dapat digunakan ketika kita harus mengalikan atau membagi angka dengan dua.		Operator shift digunakan untuk menggeser bit angka ke kiri atau kanan, sehingga mengalikan atau membagi angka dengan dua, masing-masing. Mereka dapat digunakan ketika kita harus mengalikan atau membagi angka dengan dua.


	Sintaks:		Sintaks:
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	Operator Left shift		Operator Left shift
	Operator Unsigned Left shift (<<<)		Operator Unsigned Left shift (<<<)

	~~Note: For more detail about the Shift Operators in Java, refer Shift Operator in Java.~~


	==Referensi==		==Referensi==

	* https://www.geeksforgeeks.org/bitwise-operators-in-java/		* https://www.geeksforgeeks.org/bitwise-operators-in-java/

Unknown user: /* 4. Bitwise Complement (~) */

2022-05-07T00:07:59Z

4. Bitwise Complement (~)

← Older revision		Revision as of 00:07, 7 May 2022
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	==4. Bitwise Complement (~)==		==4. Bitwise Complement (~)==

	This operator is a unary operator, denoted by ‘~.’ It returns the one’s complement representation of the input value, i.e., with all bits inverted, which means it makes every 0 to 1, and every 1 to 0.

	Operator ini adalah operator unary, dilambangkan dengan '~.' Ini mengembalikan representasi komplemen satu dari nilai input, yaitu, dengan semua bit terbalik, yang berarti membuat setiap 0 menjadi 1, dan setiap 1 menjadi 0.		Operator ini adalah operator unary, dilambangkan dengan '~.' Ini mengembalikan representasi komplemen satu dari nilai input, yaitu, dengan semua bit terbalik, yang berarti membuat setiap 0 menjadi 1, dan setiap 1 menjadi 0.
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	Contoh:		Contoh:

	a = 5 = 0101 (In Binary)		a = 5 = 0101 (Binary)

	Operasi Bitwise Complement dari 5		Operasi Bitwise Complement dari 5
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	~ 0101		~ 0101
	________		________
	1010 = 10 (In decimal)		1010 = 10 (decimal)

	~~Note~~: Compiler ~~will give~~ 2’s complement ~~of that number, i.e.~~, 2’s complement of 10 ~~will be~~ -6.		Catatan: Compiler akan memberikan 2’s complement dari sebuah angka, contoh 2’s complement dari 10 adalah -6.

	// Java program to illustrate		// Java program to illustrate

Unknown user: /* 3. Bitwise XOR (^) */

2022-05-07T00:06:49Z

3. Bitwise XOR (^)

← Older revision		Revision as of 00:06, 7 May 2022
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	==3. Bitwise XOR (^)==		==3. Bitwise XOR (^)==

	~~This operator is a binary operator, denoted by ‘^.’ It returns bit by bit XOR of input values, i.e., if corresponding bits are different, it gives 1, else it shows 0.~~

	Operator ini adalah operator biner, dilambangkan dengan '^.' Ini mengembalikan bit demi bit XOR dari nilai input, yaitu, jika bit yang sesuai berbeda, memberikan 1, selain itu menunjukkan 0.		Operator ini adalah operator biner, dilambangkan dengan '^.' Ini mengembalikan bit demi bit XOR dari nilai input, yaitu, jika bit yang sesuai berbeda, memberikan 1, selain itu menunjukkan 0.
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	Contoh:		Contoh:

	a = 5 = 0101 (In Binary)		a = 5 = 0101 (Binary)
	b = 7 = 0111 (In Binary)		b = 7 = 0111 (Binary)

	~~Bitwise XOR Operation of 5 and 7~~

	Operasi XOR Bitwise 5 dan 7		Operasi XOR Bitwise 5 dan 7
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	^ 0111		^ 0111
	________		________
	0010 = 2 (~~In decimal~~)		0010 = 2 (Decimal)

	==4. Bitwise Complement (~)==		==4. Bitwise Complement (~)==

Unknown user: /* 2. Bitwise AND (&) */

2022-05-07T00:06:16Z

2. Bitwise AND (&)

← Older revision		Revision as of 00:06, 7 May 2022
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	==2. Bitwise AND (&)==		==2. Bitwise AND (&)==

	~~This operator is a binary operator, denoted by ‘&.’ It returns bit by bit AND of input values, i.e., if both bits are 1, it gives 1, else it shows 0.~~		Operator ini adalah operator biner, dilambangkan dengan '&.' Ini mengembalikan bit demi bit AND dari nilai input, yaitu jika kedua bit adalah 1, ia memberikan 1, jika tidak menunjukkan 0.

	Operator ini adalah operator biner, dilambangkan dengan '~~dan~~.' Ini mengembalikan bit demi bit ~~DAN~~ nilai input, ~~i.n.,~~ jika kedua bit adalah 1, ia memberikan 1, jika tidak menunjukkan 0.


	Contoh:		Contoh:

	a = 5 = 0101 (In Binary)		a = 5 = 0101 (Binary)
	b = 7 = 0111 (In Binary)		b = 7 = 0111 (Binary)

	~~Bitwise AND Operation of 5 and 7~~

	Bitwise AND Operasi 5 dan 7		Bitwise AND Operasi 5 dan 7
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	& 0111		& 0111
	________		________
	0101 = 5 (~~In decimal~~)		0101 = 5 (Decimal)

	==3. Bitwise XOR (^)==		==3. Bitwise XOR (^)==

Unknown user: /* 1. Bitwise OR (|) */

2022-05-07T00:05:22Z

1. Bitwise OR (|)

← Older revision		Revision as of 00:05, 7 May 2022
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	Contoh:		Contoh:

	a = 5 = 0101 (In Binary)		a = 5 = 0101 (Binary)
	b = 7 = 0111 (In Binary)		b = 7 = 0111 (Binary)

	Bitwise OR Operasi 5 dan 7		Bitwise OR Operasi 5 dan 7
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	\| 0111		\| 0111
	________		________
	0111 = 7 (In decimal)		0111 = 7 (decimal)

	==2. Bitwise AND (&)==		==2. Bitwise AND (&)==

Unknown user at 00:00, 7 May 2022

2022-05-07T00:00:45Z

← Older revision		Revision as of 00:00, 7 May 2022
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	Operators constitute the basic building block to any programming language. Java too provides many types of operators which can be used according to the need to perform various calculations and functions, be it logical, arithmetic, relational, etc. They are classified based on the functionality they provide. Here are a few types:

	Operator merupakan blok bangunan dasar untuk bahasa pemrograman apa pun. Java juga menyediakan banyak jenis operator yang dapat digunakan sesuai dengan kebutuhan untuk melakukan berbagai perhitungan dan fungsi, baik itu logika, aritmatika, relasional, dll. Diklasifikasikan berdasarkan fungsionalitas yang disediakan. Berikut beberapa jenisnya:		Operator merupakan blok bangunan dasar untuk bahasa pemrograman apa pun. Java juga menyediakan banyak jenis operator yang dapat digunakan sesuai dengan kebutuhan untuk melakukan berbagai perhitungan dan fungsi, baik itu logika, aritmatika, relasional, dll. Diklasifikasikan berdasarkan fungsionalitas yang disediakan. Berikut beberapa jenisnya:

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	* Operator Bitwise		* Operator Bitwise
	* Operator Shift		* Operator Shift

	~~This article explains all that one needs to know regarding Bitwise Operators.~~

	Artikel ini menjelaskan semua yang perlu diketahui tentang Operator Bitwise.		Artikel ini menjelaskan semua yang perlu diketahui tentang Operator Bitwise.
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	==Operator Bitwise==		==Operator Bitwise==

	Bitwise operators are used to perform the manipulation of individual bits of a number. They can be used with any integral type (char, short, int, etc.). They are used when performing update and query operations of the Binary indexed trees.		Operator bitwise digunakan untuk melakukan manipulasi bit individu dari sebuah angka. Mereka dapat digunakan dengan semua tipe (char, short, int, dll.). Mereka digunakan saat melakukan pembaruan dan operasi query pada Binary indexed tree.

	Operator bitwise digunakan untuk melakukan manipulasi bit individu dari ~~suatu~~ angka. Mereka dapat digunakan dengan semua tipe ~~integral~~ (char, short, int, dll.). Mereka digunakan saat melakukan pembaruan dan operasi ~~kueri pohon berindeks Biner~~.

	~~Now let’s look at each one of the~~ bitwise ~~operators in~~ Java:		Mari kita lihat masing-masing operator bitwise di Java:

	~~Sekarang mari kita lihat masing-masing operator bitwise di Java:~~

	==1. Bitwise OR (\|)==		==1. Bitwise OR (\|)==

	~~This operator is a binary operator, denoted by ‘\|’. It returns bit by bit OR of input values, i.e., if either of the bits is 1, it gives 1, else it shows 0.~~		Operator ini adalah operator biner, dilambangkan dengan '\|'. Ini mengembalikan bit demi bit OR dari nilai input, yaitu, jika salah satu bit adalah 1, ia memberikan 1, selain itu menunjukkan 0.

	Operator ini adalah operator biner, dilambangkan dengan '\|'. Ini mengembalikan bit demi bit ~~ATAU~~ nilai input, yaitu, jika salah satu bit adalah 1, ia memberikan 1, selain itu menunjukkan 0.

	Contoh:		Contoh:
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	a = 5 = 0101 (In Binary)		a = 5 = 0101 (In Binary)
	b = 7 = 0111 (In Binary)		b = 7 = 0111 (In Binary)

	~~Bitwise OR Operation of 5 and 7~~

	Bitwise OR Operasi 5 dan 7		Bitwise OR Operasi 5 dan 7

Unknown user at 23:43, 6 May 2022

2022-05-06T23:43:39Z

← Older revision		Revision as of 23:43, 6 May 2022
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	Operators constitute the basic building block to any programming language. Java too provides many types of operators which can be used according to the need to perform various calculations and functions, be it logical, arithmetic, relational, etc. They are classified based on the functionality they provide. Here are a few types:		Operators constitute the basic building block to any programming language. Java too provides many types of operators which can be used according to the need to perform various calculations and functions, be it logical, arithmetic, relational, etc. They are classified based on the functionality they provide. Here are a few types:

	* Operator Arithmetic ~~Operators~~		Operator merupakan blok bangunan dasar untuk bahasa pemrograman apa pun. Java juga menyediakan banyak jenis operator yang dapat digunakan sesuai dengan kebutuhan untuk melakukan berbagai perhitungan dan fungsi, baik itu logika, aritmatika, relasional, dll. Diklasifikasikan berdasarkan fungsionalitas yang disediakan. Berikut beberapa jenisnya:
	* Operator Unary ~~Operators~~
	* Operator Assignment ~~Operator~~
	* Operator Relational ~~Operators~~		* Operator Arithmetic
	* Operator Logical ~~Operators~~		* Operator Unary
	* Operator Ternary ~~Operator~~		* Operator Assignment
	* Operator Bitwise ~~Operators~~		* Operator Relational
	* Operator Shift ~~Operators~~		* Operator Logical
			* Operator Ternary
			* Operator Bitwise
			* Operator Shift

	This article explains all that one needs to know regarding Bitwise Operators.		This article explains all that one needs to know regarding Bitwise Operators.

			Artikel ini menjelaskan semua yang perlu diketahui tentang Operator Bitwise.


	==Operator Bitwise==		==Operator Bitwise==

	Bitwise operators are used to perform the manipulation of individual bits of a number. They can be used with any integral type (char, short, int, etc.). They are used when performing update and query operations of the Binary indexed trees.		Bitwise operators are used to perform the manipulation of individual bits of a number. They can be used with any integral type (char, short, int, etc.). They are used when performing update and query operations of the Binary indexed trees.

			Operator bitwise digunakan untuk melakukan manipulasi bit individu dari suatu angka. Mereka dapat digunakan dengan semua tipe integral (char, short, int, dll.). Mereka digunakan saat melakukan pembaruan dan operasi kueri pohon berindeks Biner.

	Now let’s look at each one of the bitwise operators in Java:		Now let’s look at each one of the bitwise operators in Java:

			Sekarang mari kita lihat masing-masing operator bitwise di Java:

	==1. Bitwise OR (\|)==		==1. Bitwise OR (\|)==

	This operator is a binary operator, denoted by ‘\|’. It returns bit by bit OR of input values, i.e., if either of the bits is 1, it gives 1, else it shows 0.		This operator is a binary operator, denoted by ‘\|’. It returns bit by bit OR of input values, i.e., if either of the bits is 1, it gives 1, else it shows 0.

			Operator ini adalah operator biner, dilambangkan dengan '\|'. Ini mengembalikan bit demi bit ATAU nilai input, yaitu, jika salah satu bit adalah 1, ia memberikan 1, selain itu menunjukkan 0.

	Contoh:		Contoh:
Line 29:		Line 41:

	Bitwise OR Operation of 5 and 7		Bitwise OR Operation of 5 and 7

			Bitwise OR Operasi 5 dan 7

	0101		0101
Line 38:		Line 52:

	This operator is a binary operator, denoted by ‘&.’ It returns bit by bit AND of input values, i.e., if both bits are 1, it gives 1, else it shows 0.		This operator is a binary operator, denoted by ‘&.’ It returns bit by bit AND of input values, i.e., if both bits are 1, it gives 1, else it shows 0.

			Operator ini adalah operator biner, dilambangkan dengan 'dan.' Ini mengembalikan bit demi bit DAN nilai input, i.n., jika kedua bit adalah 1, ia memberikan 1, jika tidak menunjukkan 0.


	Contoh:		Contoh:
Line 45:		Line 62:

	Bitwise AND Operation of 5 and 7		Bitwise AND Operation of 5 and 7

			Bitwise AND Operasi 5 dan 7

	0101		0101
Line 54:		Line 73:

	This operator is a binary operator, denoted by ‘^.’ It returns bit by bit XOR of input values, i.e., if corresponding bits are different, it gives 1, else it shows 0.		This operator is a binary operator, denoted by ‘^.’ It returns bit by bit XOR of input values, i.e., if corresponding bits are different, it gives 1, else it shows 0.

			Operator ini adalah operator biner, dilambangkan dengan '^.' Ini mengembalikan bit demi bit XOR dari nilai input, yaitu, jika bit yang sesuai berbeda, memberikan 1, selain itu menunjukkan 0.


	Contoh:		Contoh:
Line 61:		Line 83:

	Bitwise XOR Operation of 5 and 7		Bitwise XOR Operation of 5 and 7

			Operasi XOR Bitwise 5 dan 7

	0101		0101
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	This operator is a unary operator, denoted by ‘~.’ It returns the one’s complement representation of the input value, i.e., with all bits inverted, which means it makes every 0 to 1, and every 1 to 0.		This operator is a unary operator, denoted by ‘~.’ It returns the one’s complement representation of the input value, i.e., with all bits inverted, which means it makes every 0 to 1, and every 1 to 0.

			Operator ini adalah operator unary, dilambangkan dengan '~.' Ini mengembalikan representasi komplemen satu dari nilai input, yaitu, dengan semua bit terbalik, yang berarti membuat setiap 0 menjadi 1, dan setiap 1 menjadi 0.


	Contoh:		Contoh:
Line 75:		Line 102:
	a = 5 = 0101 (In Binary)		a = 5 = 0101 (In Binary)

	Bitwise Complement ~~Operation of~~ 5		Operasi Bitwise Complement dari 5

	~ 0101		~ 0101
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	a= 5		a= 5

	==Bit-Shift ~~Operators~~ (Shift ~~Operators~~)==		==Operator Bit-Shift (Operator Shift)==

	Shift operators are used to shift the bits of a number left or right, thereby multiplying or dividing the number by two, respectively. They can be used when we have to multiply or divide a number by two.		Shift operators are used to shift the bits of a number left or right, thereby multiplying or dividing the number by two, respectively. They can be used when we have to multiply or divide a number by two.

			Operator shift digunakan untuk menggeser bit angka ke kiri atau kanan, sehingga mengalikan atau membagi angka dengan dua, masing-masing. Mereka dapat digunakan ketika kita harus mengalikan atau membagi angka dengan dua.


	Sintaks:		Sintaks:
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	number shift_op number_of_places_to_shift;		number shift_op number_of_places_to_shift;

	~~Types of~~ Shift ~~Operators~~:		Tipe dari Operator Shift:

	Shift ~~Operators are further divided into~~ 4 ~~types. These are~~:		Shift Operator dibagi menjadi 4 jenis, yaitu:

	Signed Right shift ~~operator~~ (>>)		Operator Signed Right shift (>>)
	Unsigned Right shift ~~operator~~ (>>>)		Operator Unsigned Right shift (>>>)
	Left shift ~~operator~~		Operator Left shift
	Unsigned Left shift ~~operator~~ (<<<)		Operator Unsigned Left shift (<<<)

	Note: For more detail about the Shift Operators in Java, refer Shift Operator in Java.		Note: For more detail about the Shift Operators in Java, refer Shift Operator in Java.

Unknown user at 23:32, 6 May 2022

2022-05-06T23:32:46Z

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Unknown user: Created page with " Operators constitute the basic building block to any programming language. Java too provides many types of operators which can be used according to the need to perform variou..."

2022-05-06T23:29:13Z

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Operators constitute the basic building block to any programming language. Java too provides many types of operators which can be used according to the need to perform various calculations and functions, be it logical, arithmetic, relational, etc. They are classified based on the functionality they provide. Here are a few types:

Arithmetic Operators
Unary Operators
Assignment Operator
Relational Operators
Logical Operators
Ternary Operator
Bitwise Operators
Shift Operators
This article explains all that one needs to know regarding Bitwise Operators.

Bitwise Operators
Bitwise operators are used to perform the manipulation of individual bits of a number. They can be used with any integral type (char, short, int, etc.). They are used when performing update and query operations of the Binary indexed trees.

Now let’s look at each one of the bitwise operators in Java:

1. Bitwise OR (|)

This operator is a binary operator, denoted by ‘|’. It returns bit by bit OR of input values, i.e., if either of the bits is 1, it gives 1, else it shows 0.

Example:

a = 5 = 0101 (In Binary)
b = 7 = 0111 (In Binary)

Bitwise OR Operation of 5 and 7
0101
| 0111
________
0111 = 7 (In decimal)
2. Bitwise AND (&)

This operator is a binary operator, denoted by ‘&.’ It returns bit by bit AND of input values, i.e., if both bits are 1, it gives 1, else it shows 0.

Example:

a = 5 = 0101 (In Binary)
b = 7 = 0111 (In Binary)

Bitwise AND Operation of 5 and 7
0101
& 0111
________
0101 = 5 (In decimal)
3. Bitwise XOR (^)

This operator is a binary operator, denoted by ‘^.’ It returns bit by bit XOR of input values, i.e., if corresponding bits are different, it gives 1, else it shows 0.

Example:

a = 5 = 0101 (In Binary)
b = 7 = 0111 (In Binary)

Bitwise XOR Operation of 5 and 7
0101
^ 0111
________
0010 = 2 (In decimal)
4. Bitwise Complement (~)

This operator is a unary operator, denoted by ‘~.’ It returns the one’s complement representation of the input value, i.e., with all bits inverted, which means it makes every 0 to 1, and every 1 to 0.

Example:

a = 5 = 0101 (In Binary)

Bitwise Complement Operation of 5

~ 0101
________
1010 = 10 (In decimal)
Note: Compiler will give 2’s complement of that number, i.e., 2’s complement of 10 will be -6.

// Java program to illustrate
// bitwise operators

public class operators {
public static void main(String[] args)
{
// Initial values
int a = 5;
int b = 7;

// bitwise and
// 0101 & 0111=0101 = 5
System.out.println("a&b = " + (a & b));

// bitwise or
// 0101 | 0111=0111 = 7
System.out.println("a|b = " + (a | b));

// bitwise xor
// 0101 ^ 0111=0010 = 2
System.out.println("a^b = " + (a ^ b));

// bitwise not
// ~0101=1010
// will give 2's complement of 1010 = -6
System.out.println("~a = " + ~a);

// can also be combined with
// assignment operator to provide shorthand
// assignment
// a=a&b
a &= b;
System.out.println("a= " + a);
}
}
Output
a&b = 5
a|b = 7
a^b = 2
~a = -6
a= 5
Bit-Shift Operators (Shift Operators)

Shift operators are used to shift the bits of a number left or right, thereby multiplying or dividing the number by two, respectively. They can be used when we have to multiply or divide a number by two.

Syntax:

number shift_op number_of_places_to_shift;
Types of Shift Operators:

Shift Operators are further divided into 4 types. These are:

Signed Right shift operator (>>)
Unsigned Right shift operator (>>>)
Left shift operator
Unsigned Left shift operator (<<<)
Note: For more detail about the Shift Operators in Java, refer Shift Operator in Java.

==Referensi==

* https://www.geeksforgeeks.org/bitwise-operators-in-java/