CLA – C Certified Associate Programmer Practice Exam

CLA – C Certified Associate Programmer 

About CLA – C Certified Associate Programmer  

The CLA – C Programming Language Certified Associate is a professional certificate accepted globally. The certification is provided by the C++ Institute, a global non-profit project run by the Open Education and Development Group (OpenEDG).

It is an entry-level certification for C programmers. The certification assesses the coding skills of C/C++ programmers by measuring their coding skills related to basic tasks in the C programming language, usage of library functions and the preprocessor.

Who should take the exam?

The CLA – C Programming Language Certified Associate certification should be taken by C/C++ programmers, entry-level software developers, analysts, students, and enthusiasts to certify their coding skills in C programming language.

Course Structure

The CLA – C Certified Associate Programmer Exam covers the following topics - 

Module 1 - Understanding Absolute basics

  • Learn about languages: natural and artificial,
  • Learn about machine languages,
  • Learn about high-level programming languages,
  • Learn about obtaining the machine code: compilation process,
  • Learn about writing simple programs,
  • Learn about variables,
  • Learn about integer values in real life and in C,
  • Learn about integer literals.

Module 2 - Understanding Data types

  • Learn about floating point values in real life and in C,
  • Learn about float literals,
  • Learn about arithmetic operators,
  • Learn about priority and binding,
  • Learn about post- and pre-incrementation and decrementation,
  • Learn about operators of type op=,
  • Learn about char type and ASCII code,
  • Learn about char literals,
  • Learn about equivalence of int and char data,
  • Learn about comparison operators,
  • Learn about conditional execution and if keyword,
  • Learn about printf() and scanf() functions.

Module 3 - Understanding Flow control

  • Learn about conditional execution: the “else” branch
  • Learn about integer and float types
  • Learn about conversions
  • Learn about typecast and its operators
  • Learn about loops – while, do and for
  • Learn about controlling the loop execution – break and continue
  • Learn about logical and bitwise operators

Module 4 - Understanding Arrays

  • Learn about switch: different faces of ‘if’
  • Learn about arrays (vectors)
  • Learn about sorting in real life and in a computer memory
  • Learn about initiators
  • Learn about pointers
  • Learn about an address, a reference, a dereference and the sizeof operator
  • Learn about simple pointer and pointer to nothing (NULL)
  • Learn about & operator
  • Learn about pointers arithmetic
  • Learn about pointers vs. arrays: different forms of the same phenomenon
  • Learn about using strings
  • Learn about basic functions dedicated to string manipulation

Module 5 - Understanding Memory management and structures

  • Learn about array indexing
  • Learn about the usage of pointers: perils and disadvantages
  • Learn about void type
  • Learn about arrays of arrays and multidimensional arrays
  • Learn about memory allocation and deallocation: malloc() and free() functions
  • Learn about arrays of pointers vs. multidimensional arrays
  • Learn about structures
  • Learn about declaring, using and initializing structures
  • Learn about pointers to structures and arrays of structures
  • Learn about basics of recursive data collections

Module 6 - Understanding about Functions

  • Learn about functions
  • Learn about how to declare, define and invoke a function
  • Learn about variables’ scope, local variables and function parameters
  • Learn about pointers, arrays and structures as function parameters
  • Learn about function result and return statement
  • Learn about void as a parameter, pointer and result
  • Learn about parameterizing the main function
  • Learn about external function and the extern declarator
  • Learn about header files and their role

Module 7 - Understanding Files and streams

  • Learn about files vs. streams
  • Learn about header files needed for stream operations
  • Learn about FILE structure
  • Learn about opening and closing a stream, open modes, errno variable
  • Learn about reading and writing to/from a stream
  • Learn about predefined streams: stdin, stdout and stderr
  • Learn about stream manipulation: fgetc(), fputc(), fgets() and fputs() functions
  • Learn about raw input/output: fread() and fwrite() functions

Module 8 - Understanding Preprocessor and complex declarations

  • Learn about preprocessor
  • Learn about #include: how to make use of a header file
  • Learn about #define: simple and parameterized macros
  • Learn about #undef directive
  • Learn about predefined preprocessor symbols
  • Learn about macrooperators: # and ##
  • Learn about conditional compilation: #if and #ifdef directives
  • Learn about avoiding multiple compilations of the same header files
  • Learn about scopes of declarations, storage classes
  • Learn about user –defined types
  • Learn about pointers to functions
  • Learn about analyzing and creating complex declarations

Exam Pattern 

  • Exam Name: Dynamics 365 Customer Engagement Core
  • Exam Code: 
  • Number of Questions: 40-60
  • Length of Time: 120 Minutes
  • Registration Fee:$165.00
  • Passing Score: 700 (on a scale of 1-1000)
  • Exam Language English, Japanese

What do we offer?

  • Full-Length Mock Test with unique questions in each test set
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  • An in-depth and exhaustive explanation for every question
  • Reliable exam reports evaluating strengths and weaknesses
  • Latest Questions with an updated version
  • Tips & Tricks to crack the test
  • Unlimited access

What are our Practice Exams?

  • Practice exams have been designed by professionals and domain experts that simulate real-time exam scenarios.
  • Practice exam questions have been created based on content outlined in the official documentation.
  • Each set in the practice exam contains unique questions built with the intent to provide real-time experience to the candidates as well as gain more confidence during exam preparation.
  • Practice exams help to self-evaluate against the exam content and work towards building strength to clear the exam.
  • You can also create your practice exam based on your choice and preference 

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