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A comment can be appended to a statement. The comment consists of the slash character (/) (ASCII 0x2F) followed by the text of the comment. The comment is terminated by the newline that terminates the statement.

In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines. Here is an example: xor rax, rax ; rax ≔ false ; divisibility by four test rcx, 3 ; are the two right-most bits set?

Assembly languages, like most other computer languages, allow comments to be added to program source code that will be ignored during assembly.

You can insert comments into your assembly source code to enhance readability of your code. In GNU-syntax Arm assembly source, comments can be delimited using: C-style comments; text enclosed between “/*” and “*/” which may span multiple lines. C++-style comments; text appearing after “//” on a line.

You need the comments when debugging, for example, to check that you have a correct algorithm and to check that the assembly language code implements it correctly.

Comment Field This field is optional and is only printed on the source listing for documentation purposes. The comment field is separated from the operand field (or from the operation field if no operand is required) by at least one white-space character. The comment field can contain any printable ASCII characters.

A comment is a piece of regular text that the assembler just discards when turning assembly code into machine code. In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines.

A comment is basically a text note that gives an explanation about the source code. Furthermore, they act as documentation in the source code. We include comments to increase the readability of the program. Besides, comments make it easy for the programmer to remember the complex things added to the code.

A comment is a piece of regular text that the assembler just discards when turning assembly code into machine code. In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines.

The first semicolon on a line marks the beginning of a comment except where the semicolon appears inside a string literal. The end of the line is the end of the comment. A comment alone is a valid line. The assembler ignores all comments.

A comment is basically a text note that gives an explanation about the source code. Furthermore, they act as documentation in the source code. We include comments to increase the readability of the program. Besides, comments make it easy for the programmer to remember the complex things added to the code.

ARM Instructions. First, note that the assembler syntax is quite different from x86: To make a comment, use @ to start the comment. x86 uses a semicolon for this. // comments also work, unlike x86!

A comment can be appended to a statement. The comment consists of the slash character (/) (ASCII 0x2F) followed by the text of the comment. The comment is terminated by the newline that terminates the statement.

In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines. Here is an example: xor rax, rax ; rax ≔ false ; divisibility by four test rcx, 3 ; are the two right-most bits set?

Assembly languages, like most other computer languages, allow comments to be added to program source code that will be ignored during assembly.

You can insert comments into your assembly source code to enhance readability of your code. In GNU-syntax Arm assembly source, comments can be delimited using: C-style comments; text enclosed between “/*” and “*/” which may span multiple lines. C++-style comments; text appearing after “//” on a line.

You need the comments when debugging, for example, to check that you have a correct algorithm and to check that the assembly language code implements it correctly.

Comment Field This field is optional and is only printed on the source listing for documentation purposes. The comment field is separated from the operand field (or from the operation field if no operand is required) by at least one white-space character. The comment field can contain any printable ASCII characters.

A comment is a piece of regular text that the assembler just discards when turning assembly code into machine code. In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines.

A comment is basically a text note that gives an explanation about the source code. Furthermore, they act as documentation in the source code. We include comments to increase the readability of the program. Besides, comments make it easy for the programmer to remember the complex things added to the code.

A comment is a piece of regular text that the assembler just discards when turning assembly code into machine code. In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines.

The first semicolon on a line marks the beginning of a comment except where the semicolon appears inside a string literal. The end of the line is the end of the comment. A comment alone is a valid line. The assembler ignores all comments.

A comment is basically a text note that gives an explanation about the source code. Furthermore, they act as documentation in the source code. We include comments to increase the readability of the program. Besides, comments make it easy for the programmer to remember the complex things added to the code.

ARM Instructions. First, note that the assembler syntax is quite different from x86: To make a comment, use @ to start the comment. x86 uses a semicolon for this. // comments also work, unlike x86!

A comment can be appended to a statement. The comment consists of the slash character (/) (ASCII 0x2F) followed by the text of the comment. The comment is terminated by the newline that terminates the statement.

In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines. Here is an example: xor rax, rax ; rax ≔ false ; divisibility by four test rcx, 3 ; are the two right-most bits set?

Assembly languages, like most other computer languages, allow comments to be added to program source code that will be ignored during assembly.

You can insert comments into your assembly source code to enhance readability of your code. In GNU-syntax Arm assembly source, comments can be delimited using: C-style comments; text enclosed between “/*” and “*/” which may span multiple lines. C++-style comments; text appearing after “//” on a line.

You need the comments when debugging, for example, to check that you have a correct algorithm and to check that the assembly language code implements it correctly.

Comment Field This field is optional and is only printed on the source listing for documentation purposes. The comment field is separated from the operand field (or from the operation field if no operand is required) by at least one white-space character. The comment field can contain any printable ASCII characters.

A comment is a piece of regular text that the assembler just discards when turning assembly code into machine code. In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines.

A comment is basically a text note that gives an explanation about the source code. Furthermore, they act as documentation in the source code. We include comments to increase the readability of the program. Besides, comments make it easy for the programmer to remember the complex things added to the code.

A comment is a piece of regular text that the assembler just discards when turning assembly code into machine code. In assembly, comments are usually denoted by a semicolon ; , although GAS uses # for single line comments and /* … */ for block comments possibly spanning multiple lines.

The first semicolon on a line marks the beginning of a comment except where the semicolon appears inside a string literal. The end of the line is the end of the comment. A comment alone is a valid line. The assembler ignores all comments.

A comment is basically a text note that gives an explanation about the source code. Furthermore, they act as documentation in the source code. We include comments to increase the readability of the program. Besides, comments make it easy for the programmer to remember the complex things added to the code.

ARM Instructions. First, note that the assembler syntax is quite different from x86: To make a comment, use @ to start the comment. x86 uses a semicolon for this. // comments also work, unlike x86!