C Programming multi collection 2022 E-Learning Training Online - OEM
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133491414 SKU 133491414

C Programming multi collection 2022 E-Learning

133491414 SKU 133491414

C Programming multi collection 2022 E-Learning

169,00 204,49 Incl. tax

C Programming multi collection 2022 Award-winning E-Learning course Extensive interactive videos with spoken text Certified teachers Practical exercises Certificate.

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C Programming multi collection 2022 E-Learning

Order this amazing, award-winning C Programming multi collection 2022 E-Learning course online, 1 year 24/7 access to extensive interactive videos, speeches, hands-on tasks and progress monitoring. After the course you will receive a certificate of attendance.

Course content

C is a general-purpose language with standards specified by the American National Standards Institute (ANSI). This learning collection covers the fundamentals of C including working with data types, variables, and operators. It demonstrates how to implement program flow, and work with functions and pointers. It covers data structures and file management, and it demonstrates how to use features such as data modifiers and the C preprocessor to optimize C programs.

Part 1: Fundamentals of the C Language (3 hours +)

Fundamentals of the C Language: Getting Started
In this course, you will begin by learning about the basic properties of C, the compilation process of the C language, and common IDEs used to write C code. Next, discover how to install the Clang compiler for compiling and running C on Mac and the Visual Studio Code IDE to write C code. Next, set up the minGW compiler for C on Windows. Finally, explore the basic syntax of C code, write and compile code and view its results, and explore the warnings and errors that occur when the syntax is violated.

Fundamentals of the C Language: Variables & Datatypes
The C programming language is statically typed, which means that all variables have an associated type specified in the code. The C compiler will rigorously check that values stored in these variables match the declared types. In this respect, C differs from popular languages such as JavaScript and Python where the types of variables can be inferred at runtime. You will start this course by learning the basics of variables in C. Learn about the data types that can be stored in those variables and how to use arithmetic operators to perform mathematical operations between literals and on variables. Discover basic arithmetic operators, then progress to unary and assignment operators. Finally, explore relational and logical operators in C and discover how to use relational operators to compare two numbers, and logical operators such as AND, OR, and NOT to combine predicates.

Fundamentals of the C Language: Arrays, Accepting Input, & Returning Output
Arrays in C are important data structures that provide a convenient way to access multiple elements of the same data. C arrays are indexed using integers starting from 0 and reside in a contiguous chunk of memory. Arrays are also closely related to pointers, another important building block in the C language. Start this course by learning how to create, populate, and access elements of arrays. Discover how to declare variables of array types, initialize those arrays with data, and get and set the values of elements of arrays. Create multidimensional arrays and work with strings as arrays of characters. Next, learn how to print values using output functions such as printf, putchar, puts, and fprintf. Explore the different format specifiers used to represent data types in printf and how to enumerate the strengths and weaknesses of these different output functions.

Part 2: Control Structures in C (4 hours +)

Control Structures in C: Getting Started with Control Structures
A control structure in C is any code construct that changes the flow of control, such as the order of execution in a program. The three main types of control structures in C are decision-making control structures, looping control structures, and unconditional control structures. Decision-making control structures include if-else blocks and switch statements. You will start this course by working with the if statement control structure. This checks if a condition is satisfied or not, and returns an output based on that. You will then use the if-else-if ladder to create multiple conditions that will be checked in order. The code block associated with the first condition that is satisfied will be executed, and subsequent conditions will not even be checked. Finally, you will learn about the ternary operator, which makes use of the ?/: symbols to create an if-else block and store the result in a variable.

Control Structures in C: Looping & Unconditional Control Structures
The three main types of looping control structures in C are for loops, while loops, and do-while loops. This course provides demos for how to work with looping and unconditional control structures in C. You will begin by creating a for loop which iterates over a block of code for as long as a certain condition is true. You will then experiment with the loop condition, the value of the loop variable, and the update expression for the loop variable, before moving on to iterating over arrays using for loops. You will also create nested for loops. Next, you will use while loops to execute some code while a condition is satisfied. You will explore the loop variable and iterate over arrays, then move on to do-while loops. Finally, you will learn about the unconditional control structures such as break, continue, goto, and return keywords. These are typically used with other control structures.

Part 3: Functions and Memory in C (6 hours +)

Functions and Memory in C: Getting Started with Functions
In C, as in other programming languages, the term function refers to a named and parameterized block of code that can be invoked repeatedly. Functions allow monolithic programs to be split into modular chunks, greatly facilitating code reuse and simplifying and improving the logical structure of programs. Explore C functions and learn how they are defined, declared, and invoked. Next, move on to built-in functions and discover how to convert strings to integers, floats, or longs. Then, you will create your own functions to accept input arguments from and return output to the invoker of the function. Finally, you will study the difference between the declaration and the definition of a function.

Functions and Memory in C: Using Variable Scopes, Storage Classes, & Structs
A vital part of programming is being able to reuse codes in an efficient and effective way. Using variable scopes, storage classes, different user-defined types like structs, unions and enums allow programmers to scale their programs and create meaningful structures. Begin by exploring variable scope and learn how to input argument scoping and redefine variables. Discover how to work with storage classes and access them in file scope, local scope, and across files. Finally, take a look at different user-defined types in C. Upon completion of this course, you will be able to confidently leverage variable scopes and storage classes to define values, scope, and visibility.

Functions and Memory in C: Getting Started with Pointers
One of the main reasons C retains its relevance after 50 years is the level of interaction between the programmer and the memory which C allows for. While more modern languages such as Python manage the memory under the-hood, C allows the user to control all aspects of memory management. At the heart of C's memory management capabilities lie pointers. Begin this course focusing on memory allocation layout and the concepts of stack and heap memory. Then, explore pointers to learn how to view the memory location referenced by the pointer and how to dereference a pointer to view the data at the referenced address or modify data stored at the memory location being pointed to. Finally, use the NULL keyword as both a value and a pointer to the nonexistent
memory address of 0.

Functions and Memory in C: Leveraging Pointers with Arrays & Functions
Pointers are some of the most important building-blocks of C and are used with a variety of data types. In particular, pointers have a special relationship with arrays, because an array is effectively a pointer to a contiguous block of memory used to hold elements of a specific type. In this course, you will create both arrays and pointers to those arrays. Next, take a deeper dive into the nuances of arrays and pointers and discover how to use pointer arithmetic as a method of viewing array elements. Finally, explore passing pointers and arrays into functions.

Functions and Memory in C: Allocating Memory on the Heap
C programmers can commonly use two kinds of memory: stack and heap. While stack memory is used to store local variables and is fully managed by C, it does have major limitations that are mitigated by heap memory. In this course, you will compare stack and heap memory, exploring the advantages and limitations of each. Then, you will allocate memory using the malloc() function and deallocate memory using free(). Next, you will examine dangling memory issues that can cause potentially dangerous security issues. You will also explore other common allocation functions like calloc() to zero out memory and realloc() to help when you underestimate how much memory an array will require. Finally, you will focus on pointers to struct objects.

Part 4: Advanced Topics in C (4 hours +)

Advanced Topics in C: Getting Started with File Handling
File handling is an integral part of many medium-to-large-scale programs in C. Files are the most convenient way of managing data for the wide range of programs of this size. You will start this course by considering the advantages of using files in C and the most important functions for file handling, which are fopen() and fclose(). Explore the modes that fopen() can be used with and read and write data to text files. Begin by reading in individual characters with the fgetc() function, whole strings from a file using fgets(), and structured data with the fscanf() function. Discover how to use the r+, a+, and w+ modes, before turning to writing structured data using the fprintf() function. Next, learn how to read and write binary data by leveraging the fread and fwrite functions and the wb and rb modes. Finally, you will perform file seek operations using the functions fseek, ftell, and rewind to control the position your program is operating on in the file stream.

Advanced Topics in C: Managing Code Compilations Using Preprocessor Directives
One of the key attractions of C is the low-level control it gives us over its compilation process. Indeed, the C language allows us to control the compilation of a program to a level unmatched by other languages such as Java. You will start this course by learning the compilation process of C which includes four main steps: preprocessing, compiling, assembling, and linking. Once you grasp the output of each step in the compilation process, move on to investigating preprocessor directives. Next, use conditional preprocessor directives including #if, #elseif and #endif. Finally, discover how to issue instructions to the compiler using pragmas, upgrade a warning to a regular error, and convert a warning to an extremely severe fatal error.

Advanced Topics in C: Using Strings, Header Files, & Type Conversions
Strings are the most fundamental way of representing text in any programming language. In C, they take the form of character arrays, delimited with a special character. Because of the equivalence between arrays and pointers in C, strings can also be represented using character pointers. Start this course by creating strings as arrays of characters, observing that the end of a string is delimited using the \0 character. Discover how strings are stored in character pointers and iterate over strings with pointer arithmetic and use the strlen(), strcpy(), strcmp() and strcasecmp() functions. Next, learn how to create header files and use the #include preprocessor directive to pull in both system and user-created header files. Explore type conversions and learn about implicit conversions. Finally, explore command line arguments including the use of argc and argv, and how these can be used in your C
programs.

Availabilty 17 hours
Language English
Certificate of participation Yes
Online access 365 days
Progress monitoring Yes
Award Winning E-learning Yes
Suitable for mobile Yes

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