Programming languages help in creating meaningful sets of instructions for a machine to complete a task. C and Objective C are two commonly used programming languages. The Objective c programming assignment help is based on the C programming language. As a result, Objective C programs can be compiled and executed. Objective C includes basic C as well as object-oriented ideas, communications, and protocols.
C and Objective C share many similarities as well differences among them. To know C vs Objective C and the similarities and differences between them, make sure you read the below information. A programmer must know the C vs Objective C. It will help them to learn both languages effectively. So, let’s start with the definitions of both.
C vs Objective C: Overview
The basic distinction between C and Objective C is that C is a procedural programming language. It does not support the principles of objects and classes. Whereas Objective C is an object-oriented language. It includes both procedural and object-oriented programming principles.
C Programming Language
Dennis Ritchie created the C programming language for the UNIX operating system in the early 1970s. It is a procedural programming language with a wide range of applications. The programming language is used to create both system and desktop applications.
Objective C Programing Language
Brad Cox and Tom Love created Objective C in the early 1980s. It is an object-oriented, general-purpose language. It was designed to give the C programming language Smalltalk-style communications.
C vs Objective C: Similarities
C is the backbone of Objective C.
Both languages depend on a compiler.
Header files are used in both languages.
In both languages, the statements finish with a semicolon.
Whitespaces are ignored by the compiler. Whitespaces can help make code easier to read.
Both languages are case-sensitive.
Constants may be defined with the #define prefix and the const keyword.
The array’s index begins with zero.
C vs Objective C: Key Differences
C Programming Language
C is a procedure-oriented programming language. The problems are solved in a step-by-step manner.
The C programming language is a subset of Objective C.
The pointers used in the C programming language are subject to attacks.
It is a low-level language that’s extremely close to assembly.
There are no any classes in this programming language. Bjarne Stroustrup created the C++ programming language to bring object-oriented features like classes to the C programming language.
It employs a top-down programming strategy.
Big computer code is broken into little chunks of code called functions in this language.
It only works with pointers.
The program’s variables should be stated at the start.
Exception handling is not supported in the C programming language.
The function cannot be defined in C with default parameters.
C is unable to execute Objective C code.
For dynamic memory allocation, C includes the malloc() and calloc() methods, as well as free() for memory deallocation.
In the C programming language, data is not encrypted.
It is not equipped with an inline function.
Overloading of functions and operators is not possible in C.
It is known as a function-driven language in general.
It does not support encapsulation, data hiding, inheritance, polymorphism, and abstraction.
The templates are not supported by the C programming language.
It is ideal for embedded applications.
Objective C Programming Language
The programming language Objective-C is an object-oriented programming language. It adds syntax and semantics to make an object-oriented language possible. It does not enable multiple inheritance properties.
The subset of the C language is Objective C. In addition to the C language, it has classes and objects.
In comparison to C, objective C employs null pointers and is also type-safe.
Together with C, Objective C is a high-level language filled with a small talk messaging style.
Objective C is an object-oriented programming language with classes and a dynamic runtime.
It employs a bottom-up method of programming.
Big computer code is separated into smaller codes termed Objects and Classes in this language.
Both pointers and references are supported.
Variables can be declared anywhere in the program in this language.
Exception handling is supported in Objective C and can be implemented using catch and try sections.
It enables the definition of functions that have default parameters.
The C language may be run via Objective C.
Memory allocation has a new operator in Objective C. And memory de-allocation has a delete operator.
Security may be addressed in Objective C using the idea of encapsulation.
It is compatible with the inline function.
Overloading of functions and operators is supported in Objective C.
It is Object-oriented programming.
The vital aspects of this language are encapsulation, data hiding, inheritance, polymorphism, and abstraction.
The templates are supported by Objective C.
It is great for networking, gaming, and so on.
C vs Objective C: What Should I Learn First?
If you are thinking about learning both languages. But you are confused about which language you should learn first. So, we recommend you to learn the C programming language first. Learning C before learning Objective-C, which is a strict carbon copy of C, is a smart idea. This means that Objective-C can handle any standard C code. Therefore C-style code will almost certainly appear in Objective-C code.
To Sum Up
So, we have discussed C vs Objective C in this blog. C and Objective C are two of the most widely used programming languages today. C has been replaced by Objective C. Because it adds object orientation and other capabilities. C is a structured programming language. Objective C is a multi-paradigm programming language that is a carbon copy of C.
Both are general-purpose programming languages. They are mostly used for one kind of application. C is widely used in the creation of embedded systems and operating systems. Whereas Objective C is mostly employed in the development of IOS and Mac applications. I hope you understand this blog C vs Objective C well.
