Converts high-level language to machine code

Converts assembly language into machine code

Links compiled programs together

Removes extra spaces and comments from source code

Software that is free to use and modify

Software sold with a license and restrictions on usage

Software that converts high-level language to machine code

Software that links object code files together

Converts assembly language into machine code

Converts high-level language into machine code

Checks syntax errors line by line

Links compiled programs together

Converts high-level language into machine code

Checks a source program for syntax errors line by line, translates it to machine code, and executes the line

Links object code files together

Removes extra spaces and comments from source code

The process of linking compiled programs together

The first stage of compilation where extra spaces and comments are removed from the source code

The process of converting high-level language to machine code

The final stage of compilation where machine code is produced

Programs that convert high-level language to machine code

Programs that are already compiled and can be loaded into a program when required

Programs that check syntax errors line by line

Programs that link object code files together

Converts high-level language to machine code

Places appropriate machine addresses in the call and links object code files together

Removes extra spaces and comments from source code

Checks syntax errors line by line

Code Generation

Lexical Analysis

Compilation

Linking

Lexical Analysis

Code Optimisation

Linking

Interpretation

To convert assembly language into machine code

To check syntax errors line by line and execute the program

To link object code files together

To remove extra spaces and comments from source code

A compiler converts high-level language to machine code, while an interpreter checks syntax errors line by line and executes the program

A compiler links object code files together, while an interpreter removes extra spaces from source code

A compiler checks syntax errors line by line, while an interpreter converts high-level language to machine code

A compiler removes comments from source code, while an interpreter links object code files together

To remove extra spaces and comments from source code

To produce an equivalent machine code program

To check syntax errors line by line

To link object code files together

Code Generation

Lexical Analysis

Linking

Interpretation

To convert high-level language to machine code

To convert assembly language into machine code

To link object code files together

To check syntax errors line by line

To produce machine code

To remove extra spaces and comments, and tokenize the source code.

To link object code files together

To check syntax errors line by line

To convert high-level language to machine code

To check syntax errors line by line

To link object code files together

To remove extra spaces and comments from source code

To provide pre-compiled programs that can be loaded and run when required

To convert high-level language to machine code

To check syntax errors line by line

To link object code files together

An assembler converts assembly language to machine code, while a compiler converts high-level language to machine code

An assembler checks syntax errors line by line, while a compiler links object code files together

An assembler removes comments from source code, while a compiler produces machine code

An assembler links object code files together, while a compiler removes extra spaces from source code

To add more redundancies to the code.

To make the object code as efficient as possible by removing redundancies.

To convert code from one language to another.

To check for syntax errors in the code.

Statements, expressions, and tokens are checked for syntax errors using syntax diagrams.

Code is converted from one language to another.

The executable object program is loaded into memory.

The performance of the computer is optimized.

A process for converting code from one language to another.

The various stages in designing and implementing a new computer system.

A method for optimizing the performance of a computer.

A type of Agile Methodology.

How programmers move from one phase of SDLC to another.

How code is optimized during generation.

How syntax errors are checked in code.

How executable programs are loaded into memory.

Producing incremental prototypes of software over short, fast-paced sprints.

Checking for syntax errors in code.

Converting code from one language to another.

Optimizing the performance of the computer.

Clearly defined stages completed in linear order

Speedy responses to changes through prototyping and evaluations

Focus on risks and iterative refinement of prototypes

Frequent software releases and checkpoints

Agile Development

Spiral Model

Waterfall Lifecycle

Rapid Application Development

Waterfall Lifecycle

Spiral Model

Agile Development

Rapid Application Development

Producing a refined prototype

Creating a reduced-functionality mock-up

Developing an initial prototype

Completing the final product

Frequent software releases

Refining and repeating stages with prototypes

Completing stages in linear order

Speedy responses to changes

Waterfall Lifecycle

Spiral Model

Agile Development

Rapid Application Development