Step 5 Install the programming language into the machine and search for additional references on the Internet to help you create codes for your chosen language. Step 6 At this point, it is time to translate the flowchart into a source code. Generally, all programming languages function the same way. The main difference is in the way the commands are coded and executed. This difference is also known as syntax. Implement the program flow by creating a source code based on the command syntax of the chosen programming language.
Step 7 The implementation portion requires a compiler which normally is downloaded together with the programming language. Open the compiler and load your source code. Compile it. This is where the source code is being translated into a form that the machine can understand and process. Step 8 Once compiled, execute the computer program.
In general, the cache memory holds the data which will be required next and it can faster access memory than the RAM since it is on the same chip as the processor. So, the more cache there is, the more data can be stored closely to CPU and the transmission time will be improved greatly. What makes a fast computer? The hard drive also plays an important role. When your hard drive is out of space, the performance of your computer will be affected and it may become pretty slow.
A larger hard drive is able to speed up computer. Besides the hard drive capacity, the hard disk performance is also a factor of fast computer. Therefore, to improve the performance of computer, you can choose to replace your hard drive with a larger one or replace with SSD without reinstalling the OS. To do that, the clone tool — MiniTool ShadowMaker is recommended. Free Download.
Then choose Connect in This Computer to enter its main interface. Step 2: After entering its main interface, go to Tools page. Then click Clone Disk to continue. Step 3: Then you need to select the disk clone source, just click Source module to continue. Here, you are required to choose the system disk as the clone source. Then click Finish to continue. Step 4: Choose the disk clone destination. Here you need to choose the larger hard drive or SSD as the destination. Step 5: Then confirm that there are no important files on the target disk.
Otherwise, all data on it will be destroyed. After that, the disk cloning process will begin. When the process is finished, you will receive a warning message which reminds you that the source disk and the target disk have the same signature.
If both are connected with your computer, either of will be regarded as offline. So, you need to remove either of them. In addition, if you want to boot your computer from the target disk, please change the BIOS setting first.
So, what makes a fast computer — SSD or larger hard drive. A good program will perform a task that makes life easier for the user.
Look at the software that is currently available for the task you want to perform, and see if there are ways that the process could be easier or smoother. A successful program is one that users will find a lot of utility in. Examine your daily tasks on your computer. Is there some way that you could automate a portion of those tasks with a program? Write down every idea. Even if it seems silly or outlandish at the time, it could change into something useful or even brilliant.
Examine other programs. What do they do? How could they do it better? What are they missing? Answering these questions can help you come up with ideas for your own take on it. This document will outline the features and what you intend to achieve with the project. Referring to the design document during the development process will help keep your project on track and focused.
See this guide for details on writing the document. This is a basic program that shows off the functionality that you're aiming to achieve. A prototype is a quick program, and should be iterated on until you find a design that works. For example, if you are creating a calendar program, your prototype would be a basic calendar with correct dates!
Your prototype will change often during the development cycle as you come up with new ways to tackle problems or think of an idea later that you want to incorporate. The prototype doesn't have to be pretty. In fact, art and design should be one of the last things you focus on. Using the calendar example again, your prototype should most likely just be text. Bugs are the bane of every developer. Errors in code and unexpected usage can cause all kinds of problems in a finished product.
As you continue to work on your project, test it as much as possible. Do everything you can to break it, and then try to keep it from breaking in the future. Have friends and family test your program and report back results. Any way that you can get feedback will help your development process. Try inputting odd dates if your program deals with dates. Really old dates or far future dates may cause odd reactions with the program. Input the wrong kind of variables. For example, if you have a form that asks for the user's age, enter in a word instead and see what happens to the program.
If your program has a graphical interface, click on everything. What happens when you go back to a previous screen, or click buttons in the wrong order? Polish your projects. While it's fine to make a rough project for the prototyping and development phase, if you want others to use it you're going to need to spend some time on polish. This means making sure the menus flow logically, the User Interface UI is clean and easy to use, there are no glaring or showstopping bugs, and that it's coated in a nice looking finish.
UI design and functionality can be very difficult and complex. People make whole careers out of designing UIs.
Just make sure that your personal project is easy to use and easy on the eyes. A professional UI may not be possible without a budget and a team. If you have the budget, there are lots of freelance graphics designers who could potentially design a UI on contract for you. If you have a solid project that you're hoping will become the next big thing, find a good UI designer and make them part of your team.
Put your projects on GitHub. GitHub is an open-source community that allows you to share your code with others. This will allow you to get insight on your own code as well as benefit others who are looking for solutions that you may have come up with. GitHub is a great learning resource as well as a good way to build your portfolio.
Distribute your software. Once you have a finished product, you can choose whether or not you want to distribute it. There are a variety of ways you can do this these days depending on the type of software you created. One of the most common ways for small teams or independent developers to distribute their software is through a personal website. Make sure that all of your features are well-documented, and include some screenshots and tutorials. If you are selling your software, make sure you have a good digital payment system and a server to distribute the software from.
If you are developing software for a specific device or operating system, there are multiple digital stores that you may be able to use. For example, if you are making software for Android devices, you can sell your app through the Google Play Store, the Amazon App Store, or your own personal website.
Part 3. Take contract jobs. Although these won't pay as well and are less reliable than full-time employment, you can significantly bulk up your portfolio by taking a series of contract jobs. While it can be difficult to get considered for a contract, once you get your first one it gets a lot easier.
Hacker News is a great resource for contract and freelance jobs. Create an account. Edit this Article. We use cookies to make wikiHow great. By using our site, you agree to our cookie policy. Cookie Settings. Learn why people trust wikiHow. Download Article Explore this Article parts. Sample Programs. Related Articles. Article Summary. Part 1. All rights reserved. This image may not be used by other entities without the express written consent of wikiHow, Inc.
Brainstorm ideas. A good program will perform a task that makes life easier for the user. Look at the software that is currently available for the task you want to perform, and see if there are ways that the process could be easier or smoother. A successful program is one that users will find a lot of utility in. Examine your daily tasks on your computer. Is there some way that you could automate a portion of those tasks with a program? Write down every idea.
Even if it seems silly or outlandish at the time, it could change into something useful or even brilliant. Examine other programs. What do they do? How could they do it better? What are they missing? Answering these questions can help you come up with ideas for your own take on it.
Write a design document. This document will outline the features and what you intend to achieve with the project. Referring to the design document during the development process will help keep your project on track and focused. See this guide for details on writing the document. Writing the design document will also help you decide which programming language will work best for your project. Start simple. When you are just getting started with computer programming, it will behoove you to start small and grow over time.
You will learn a lot more if you set tangible goals that you can reach with a basic program. For example,. Part 2. Download a good text editor. Almost all programs are written in text editors and then compiled to run on computers. This will make your code much easier to visually parse. Some languages such as Visual Basic include an editor and compiler in one package. All programs are created through coding.
If you want to create your own programs, you will need to be familiar with at least one programming language. The languages you will need to learn will vary depending on the type of program you want to create. Some of the more useful and important ones include: C - C is a low-level language that interacts very closely with the computer's hardware. It is one of the older programming languages that still sees widespread use.
It is also a very popular language for creating video games. Most computers, regardless of operating system, can run a Java Virtual Machine, allowing the program to be used nearly universally. It is widely used in video games and business software, and is often recommended as an essential language. C - C is a Windows-based language and is one of the main languages used when creating Windows programs.
If you want to make a Windows or Windows Phone program, you'll want to take a look at this language. Objective-C - This is another cousin of the C language that is specifically designed for Apple systems. If you want to make iPhone or iPad apps, this is the language for you.
Download the compiler or interpreter. There are a variety of compilers to choose from depending on the language you are using. Instead, they only need the language interpreter installed on the computer, and the programs can run instantly. Some examples of interpreted languages include Perl and Python. Learn basic programming concepts. No matter which language you pick, you'll likely need to understand some basic common concepts.
Knowing how to handle the syntax of the language will allow you to create much more powerful programs. Common concepts include: Declaring variables - Variables are the way your data is temporarily stored in your program. This data can then be stored, modified, manipulated, and called upon later in the program.
Using conditional statements if, else, when, etc. Conditional statements revolve around "true" and "false" statements. Using loops for, goto, do, etc. Using escape sequences - These commands perform functions such as create new lines, indents, quotes, and more. Commenting on code - Comments are essential for remembering what your code does, helping other programmers understand your code, and for temporarily disabling parts of code. Understand regular expressions.
Find some books on the language of your choice. There are books for every language and for every level of expertise. You can find programming books at your local bookstore or any online retailer.
A book can be an invaluable tool as you can keep it close at hand while you're working.
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