Course: Programming with ANSI C

$109.00
$131.89 incl. vat

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duration: 12 hours |

Language: English (US) |

access duration: 180 days |

Details

In this ANSI C training course you will learn to programma via the C programming language. You will learn the basics, but the training goes also a lot in depth. Think about iterations, functions and pointers but also data structures and file management. At the end of the course you will learn to optimize and debug ANSI C applications.

At completion of this course you can write common programs using the C programming language. Among the topics covered are the basics of C declarations and definitions, functions, expressions, flow control, pointers, and far more.

Result

After completing this course you can independently develop applications based on the programming language ANSI C.

Prerequisites

No specific knowledge is required. It is an advantage if you have experience with other programming languages.

Target audience

Software Developer

Content

Programming with ANSI C

12 hours

ANSI C Language Fundamentals

  • start the course
  • describe the characteristics of ANSI C, describe C tokens, and describe and step through the structure of a C program
  • write a simple program in C
  • compile a C program and execute it and describe the associated files
  • describe and use fundamental data types and qualifiers in C
  • describe data types introduced in C99 including bool, and demonstrate how to use bool
  • describe implicit and explicit type conversion and implement type conversion in C
  • describe constants and use numeric constants in C
  • use character and string constants and represent integers with character constants in C
  • use escape character constant escape values and symbolic constants in C programs
  • use enumeration constants in C programs
  • describe and use variables in C programs
  • describe variable scope for C programs, blocks, nested blocks, and functions
  • describe operators and expressions and implement arithmetic operators in C programs
  • implement relational operators in C programs
  • implement logical operators in C programs
  • implement assignment, increment, and decrement operators in C programs
  • implement bitwise operators in C programs
  • implement the sizeOf operator in C programs
  • implement the comma operator in C programs
  • describe and use examples of operator precedence and associativity in C
  • describe and use if statements including nested statements in C programs
  • describe and use if-else statements in C program
  • use nested if-else statements in C programs
  • use the switch statements with case values in a C program and review the rules for switch statements
  • use the C conditional operator ?: in C programs
  • use goto for unconditional branching in C programs and describe issues with it
  • to learn how to use fundamental C programming features

Iterations, Functions and Pointers in ANSI C

  • start the course
  • use the while statement in C programs
  • use the do...while loop in C Programs
  • use nested if-else statements in C programs
  • use the for loop in C Programs
  • nest for loops in C Programs
  • use goto, break and continue in loops, and describe why goto should not be used and why break and continue should be avoided where possible
  • describe functions including declarations, and describe how functions can be accessed from 3rd party libraries or user-defined
  • work with functions with no parameters and no return type in C
  • work with functions with parameters but no return type in C
  • work with functions with parameters and return type in C
  • work with functions with no parameters but with a return type in C
  • implement recursive functions in C programs
  • generate user-defined header files to group functions and other common definitions and declarations in C
  • use the printf() function in C programs
  • use the scanf() function in C program
  • contrast and use getchar(), getch, and getche() for character input and display
  • describe pointers and demonstrate how to use the address-of operator, &, to return the address of a variable
  • use the dereference operator, *, in a C program
  • demonstrate how to declare pointers for different data types
  • use a pointer to point to another
  • describe and implement arithmetic operations on pointers in C
  • point to an array
  • store pointers in an array
  • point to a string in C
  • pass an address to a function and return an address from a function in C
  • describe and use generic pointers in C
  • how to use program iterations in ANSI C and use C functions

Data Structures and File Management in ANSI C

  • start the course
  • describe arrays and use one-dimensional arrays in C programs
  • access specific elements in an array, add and array elements
  • use two-dimensional arrays in C programs
  • use multi-dimensional array in C programs
  • describe strings as character arrays, contrast with character constants, and show how to initialize a string
  • read and write strings and characters and print to screen in C programs
  • use functions such as strcopy(), strcat(), strrev(), strupr(), strlwr(), strcmpi(), strncat(), and strncpy() to manipulate strings
  • contrast a structure with an array and declare a structure in a C program
  • declare and use nested structures in a C program
  • define an array with a structure data type in C
  • pass a structure to a function and return a structure from a function in C
  • point to a structure in C
  • describe bit fields and declare and use bit fields in C structures
  • differentiate between unions with structures and declare, initialize, and reference a union in a C program
  • use the dot operator and arrow operator in C
  • demonstrate how unions can be applied in C programs
  • describe the FILE pointer, files, streams, and buffers and show how to open and close a file using C
  • describe the functions used to read or write a file, one character at a time, using a C program
  • describe the functions used to read or write a file, one character at a time, using a C program
  • describe the functions used to read or write a file, one character at a time, using a C program
  • use fseek for random access to a file in C
  • write structures and arrays to file using C
  • use command line arguments for file management
  • use error handling functions such as ferror in file management scenarios
  • practice file management techniques with C

Optimizing and Debugging ANSI C Programs

  • start the course
  • use built in functions such as system(), delay(), and sleep() in C
  • use built in functions ceil() and floor()
  • use built in functions such as rand(), srand() to generate random value
  • list the categories of maths' functions such as cos() in C and demonstrate their use
  • use ctime to output date and time string using C
  • use format specifiers in C
  • describe storage classes, and describe, and use storage class specifiers
  • describe and use storage class modifiers
  • use volatile variables in C
  • describe the sign bit, use a signed data modifier to enable it for int or char data types, and use an unsigned modifier to disable it
  • use the short and long modifiers and change format specifers to change the data size of variables in C
  • describe dynamic memory allocation (DMA) and associated C functions and use dynamic memory allocation for strings in C
  • use dynamic memory allocation for structures in C
  • use dynamic memory allocation for arrays in C
  • reallocate memory in C
  • describe and generate linked lists using C
  • manipulate linked lists using C
  • describe the C preprocessor, and contrast it with the compiler
  • use the #define directive to define macros and use #undef to remove the definition in C programs
  • use the #include directive in a C program to include files
  • use conditional compilation directives in C programs
  • use the #pragma directive in C
  • use preprocessor directives such as _DATE_ , _TIME_, _FILE_, and _LINE_
  • describe methods to debug C programs and use the assert macro
  • understand how to optimize and debug ANSI C programs

Course options

We offer several optional training products to enhance your learning experience. If you are planning to use our training course in preperation for an official exam then whe highly recommend using these optional training products to ensure an optimal learning experience. Sometimes there is only a practice exam or/and practice lab available.

Optional practice exam (trial exam)

To supplement this training course you may add a special practice exam. This practice exam comprises a number of trial exams which are very similar to the real exam, both in terms of form and content. This is the ultimate way to test whether you are ready for the exam. 

Optional practice lab

To supplement this training course you may add a special practice lab. You perform the tasks on real hardware and/or software applicable to your Lab. The labs are fully hosted in our cloud. The only thing you need to use our practice labs is a web browser. In the LiveLab environment you will find exercises which you can start immediatelyThe lab enviromentconsist of complete networks containing for example, clients, servers,etc. This is the ultimate way to gain extensive hands-on experience. 

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