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If you find writing codes in Objective –C an uphill task, our Objective-C Homework Help will help you in understanding the building blocks of Objective-C programming. With our Objective-C Homework Help provider, students who initially face hurdles with their homework can go on and score top grades. Our top-notch Objective-C Programming Homework Help experts are well-versed with the subject. We guarantee that with our Objective-C Project Help experts can immaculately handle homework related to any of the features related to this language. Our solutions are delivered on-time and are plagiarism free too. Get the best of our affordable services right away.

Objective-C Homework Help

The majority of students find writing codes in Objective –C an uphill task. In most cases, it is because these students are not familiar with the building blocks and fundamental principles of Objective-C programming. However, with the right objective-C homework help provider like ourselves, students who initially faced hurdles with their homework can go on and score top grades.

Introduction to Objective-C

Objective-C adds Smalltalk-style messaging to the C programming language. It is a general-purpose and object-oriented programming language. Apple uses Objective-C as the main programming language for its OS X and iOS operating systems and their respective APIs, Cocoa and Cocoa Touch. In this article, we are going to walk you through simple and practical approaches to help you learn the Objective-C programming language.
It was NeXT who initially developed Objective-C for its NeXTSTEP OS. However, Apple acquired this programming language later on and started using it for is iOS and Mac OS X. Objective-C supports the four pillars of object-oriented programming:
  • Encapsulation
  • Polymorphism
  • Data hiding
  • Inheritance
It also has a foundation framework that provides a large set of features. We have listed some of them below:
  • An extended list of datatypes including NSArray,  NSDictionary,  NSSet, and many more
  • A rich set of functions that can be used to manipulate files, strings, etc.
  • Features for URL handling and utilities like date formatting, data handling, error handling, etc.
We have hired top-notch Objective-C experts who are well-versed with all these features. We guarantee that they can immaculately handle homework related to any of the features of this language.
An Objective-C programming language is used in iOS and Mac OS X as we mentioned earlier. This language boasts of a large base of iOS users and an ever-increasing Mac iOS X users. Since Apple majors in quality, Objective C is effective at designing and implementing new systems as well as maintaining old ones.

Topics covered by our Objective-C homework help

Programminghomeworkhelp.com has been in the academic writing domain for quite a while. Our online programming homework help providers have solved a variety of homework related to objective-C. You can bank on our word when we say that they are the right people to contact when you need professional and affordable assistance.
Our objective-C homework help is at your disposal whenever you need it. You can get in touch with us at your convenience when you are struggling with any of the following topics:
  • Forwarding
  • Type encoding
  • Allocating memory
  • Combining Allocation
  • Copying, freeing, identifying, and comparing instances
  • Getting an object data structure
  • Building classes
This list is not comprehensive. You can always come to us whenever you need help with topics in Objective-c that are not on this catalog.

Our Objective-C project help service has all the resources and software that are needed for your homework 

For some students setting up the coding environment for objective-C can be a hassle. Getting the right software version and the whole installation process may take time. That is why our objective-C project help is here. By just placing an order with us, you can save yourself this stress.
Even if you decide to hire our experts, we believe that you should know how the local environment of Objective-C is set up. We have explained this in detail below:

The Local Environment Setup 

To set up the local environment for Objective-C, you need to install Text Editor and the GCC compiler on your computer:

The Text Editor 

You will use the text editor to type your program. Some of the popular examples of text editors that you could use include Windows Notepad and Notepad ++. OS Edit command, EMACS, Brief, Epsilon, and Vim or VI. The name of these editors can vary depending on the operating system being used. Source files are the files you create with your editor. These files contain your program's source code. Typically, the source files in Objective-C programs are named with the extension ".m." You should not worry if you do not have a text editor in place or you do not have enough experience to write a program, save it, compile, and finally execute it

The GCC Compiler

The source code you write in your source is only readable to humans. If you want your machine to read it, then you must compile it and turn it into machine language. The compilation will help your CPU to execute the program as per the instructions provided. The GCC compiler is excellent at this. From your basic programming classes, we are assuming that you learned what a compiler is.
The GCC compiler is offered for free on various platforms. At Programminghomeworkhelp.com, our experts already have these tools installed. So do not fret if you do not have them on your computer.
We have explained the procedure of setting up the GCC compiler on various platforms below:

Installation on Linux/UNIX 

1. To install GCC along with its Objective-C package, you can key in the following command:
$ su-
$ yum install GCC
$ yum install GCC-object
2. Set up the package dependencies.
You should download and install GNUStep from its official site if you want to get the full features of Objective-C.
3. Switch to the downloaded folder and unpack the file using the command: $ tar xvfz GNUstep-start-up-.tar.gz
4. Switch to the folder GNUstep startup that gets created by executing the following command: $ cd GNUstep-startup-
5. Configure the build process and then build by $ make
6. Finally, you can set up the environment by:
 $. \usr/ GNUstep/System/Library/Makefiles/GNUstep.sh

Installation on Mac OS

The easiest way of obtaining GCC if you are using Mac OS is to download the Xcode development environment. It is available on Apple’s website with a manual of simple instructions. You will be able to use the GNU Compiler for C/C++ once the Xcode is set up

Installation on Windows

You have to install MinGW and GNUStep Core to run the Objective-C program on Windows. Both of these tools have a windows installer which is self-explanatory. You can download it from www.gnu.org/software/gnustep/windows/installer.html. After installation, you can use Objective-C and GNUStep by clicking to Start -> All Programs -> GNUStep -> Shell
If your homework deadline is fast approaching, you can avoid the installation hassle by getting help with the Objective-C homework from Programminghomeworkhelp.com.

Objective-C Program Structure 

Basically, an Objective-C program consists of the following parts:
  • Pre-processor commands - #import is a pre-processor command that tells the compiler to include Foundation. h before going to compilation
  • Implementation - @implementation SampleClass shows how to implement the interface SampleClass
  • Interface - @interface SampleClass: NSObject shows how to create an interface
  • Method – (void)sample method shows how to declare a method
  • Statements and Expressions
  • Variables - An example of function variables in Objective-C includes NSLog (…)
  • Comments – Statements between /* ... */ are comments and will be ignored by the compiler

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Tokens in Objective C

Tokens refer to the building blocks of a program. A token can be a keyword, an identifier, a constant, a string literal, or a symbol.

Individual tokens 

  • Semicolons
Semicolons are used in Objective-C to terminate statements. In other words, all statements must end with a semicolon which indicates the end of one logical entity.
  • Comments
Comments provide additional information or help to those reading your program. They are usually ignored by the compiler. In Objective-C, comments start with /* and end with */. You cannot have comments within a comment. Also, comments do not occur within a string or character literals.
  • Identifiers
An identifier in Objective-C just like the name suggests is used to identify a variable, function, or any other user-defined item. The name of an identifier can start with an alphabet or an underscore and then be followed by zero or more letters and digits. However, in Objective-C, you are not allowed to use special characters such as $, @, and % in identifiers. Also, you should remember that this language is case-sensitive.
  • Keywords
Keywords are reserved words that cannot be used as a constant, variable, or any other identifier name. Examples of Keywords in Objective-C include auto, else, break, enum, extern, float, short, return, register, long, signed, const, char, case, for, switch, typedef, void, unsigned, etc. You can pay for Objective-C homework here if you are facing hurdles with homework on keywords.

Whitespace in Objective C

A blank line contains only whitespace, possibly with a comment. In objective-C, a blank line is completely ignored by the compiler. Whitespace refers to blanks, tabs, comments, and newline characters. It is used to separate one part of a statement from another. Whitespaces enable the compiler to know where one element in a statement ends and the next one begins. For example,
 int age;
The white space character (usually space) between int and age helps the compiler distinguish between the two. On the other hand, in a statement like:
Fruit = oranges + mangoes;
It is not necessary to add whitespace characters between fruit and = or between = and oranges. However, you can add them if you wish for readability purposes.

Objective-C Data Types 

A data type in an extensive system that is used to declare variables or functions of different types. The space occupied by a variable and how the bit pattern stored is interpreted is determined by the type of variable.
The data types in objective-C can be classified as follows:
  • Basic types – These data types are of arithmetic type. They can be divided into integer types and floating-point types
  • Enumerated types – Defines variables that can only be assigned certain discrete integer values throughout the program
  • Type void – Indicates that no value is available
  • Derived types – These include structure types, pointer types, array types, union types, and function types
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