QUIZ 1 CC02
Understanding Compilers and Interpreters Quiz
Test your knowledge on compilers, interpreters, and programming concepts with our comprehensive quiz. This quiz is designed for anyone interested in computer science, whether you're a student, a teacher, or a programming enthusiast.
Key features:
- 35 detailed questions
- Multiple choice format
- Immediate feedback on your responses
Performed following a series of predefined instructions that conform
Program
Performance
Computer
Translate the source code into computer instructions, and the computer acts on those instructions immediately.
Interpreters
Compilers
Analyzing
Translate source code into a program, which you can run at a later time. While interpreters are easier to work with, most serious programming is done with compilers because compiled code runs much faster. C++ is a compiled language.
Interpreters
Compilers
Program
Spends a lot of time analyzing and processing the program
Compiler
Interpreter
The resulting executable is some form of machine- specific binary code
Interpreter
Compiler
The computer hardware interprets (executes) the resulting code
Interpreter
Compiler
Program execution is fast
Interpreter
Compiler
Relatively little time is spent analyzing and processing the program
Interpreter
Compiler
The resulting code is some sort of intermediate code
Interpreter
Compiler
The resulting code is interpreted by another program
Interpreter
Compiler
Program execution is relatively slow
Interpreter
Compiler
The programmer prepares a problem statement outlining the answers
Define the Answer
Analyze the Problem
Define the Problem
A plan of action is prepared describing the processing sequence of the operations. The plan
Analyze the Problem
Define the Problem
Code the Program
Presents a complex situation, the conditions and the corresponding actions.
Decision Chart
Decision Table
Flowchart
Shows the sequence of operations.
Flowchart
Decision Making
Decision Table
The sequence of operations contained in the flowchart is translated into a set of instructions written in symbolic languages like COBOL, BASIC, C, C++, etc.
Code the Program
Define the Program
Analyze the Program
Programs are tested to locate and correct programming errors or bugs.
Debug and Test the Program
Code the Program
Analyze the Program
Assigning the same statement number to two instructions
Clerical Error
Logical Error
Laperal Error
Omitting certain facts important to the whole system in a payroll application.
Clerical Error
Logical Error
Laperal Error
The compiler will detect the error and the program won't even compile.
Compile-time Error
Runtime Error
Running Error
This is especially true for logic errors such as infinite loops. This type of error is called runtime error
Compile-time Error
Runtime Error
Running Error
At this point, the programmer is unable to form an executable program that a user can run until the error is fixed.
Compile-time Error
Runtime Error
Running Error
Compilers aren't perfect and so can't catch all errors at compile time.
Compile-time Error
Runtime Error
Running Error
Manual review of the program
Desk Checking
Diagnostics
Desk Clipping
Computer prints out error messages through the computer programs.
Desk Checking
Diagnostics
Desk Clipping
All data pertaining to a program are collected, organized, and recorded.
Document the Program
Document the Problem
Analyze the Code
Is the act of translating the design into an actual program, written in some form of programming language.
Coding
Programming
Compilation
is then the task of describing your design to the computer: teaching it your way of solving the problem
Coding
Programming
Debugging
is actually the process of turning the program written in some programming language into the instructions made up of 0's and 1's that the computer can actually follow.
Compilation
Debugging
Programming
simply the task of looking at the original program, identifying the mistakes, correcting the code and recompiling it.
Programming
Code
Debugging
The instructions in a computer program.
Program
Code
Instructions
Instructions written by a programmer in a programming language are often called
Source Code
Machine Code
Executable code
Instructions that have been converted into machine language that the computer understands are called
Machine Code/Executable Code
Source Code
Love Code
To describe individual instructions, or source code, created by the programmer
Programming
Program
Computer
Those in charge of generating programs so that the computers may perform new tasks are known as programmers or coders, who for that purpose use a
Programming language
Programming Check
Program
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