Software for Java Programming

basic computer programming software

Software for Java Programming

What you must have

In order to run other peoples’ Java programs, you must have the JRE (Java Runtime Environment). In order to write and run your own Java programs, you must have the JDK (Java Development Kit), which is sometimes called the SDK (System Development Kit)–these are the same thing. The JDK includes the JRE, so don’t get both.

As of this writing (June 2005), the latest and greatest version of Java is Java 2 Platform, Standard Edition 5.0, also known as "Java 2 version 5" or "Java 5" or "J2SE 5.0" (yes, the numbering is confusing), available from http://java.sun.com/j2se/1.5.0/download.jsp. If you have Windows or Linux, you must download and install the JDK; if you have Mac OS X, you already have the JDK, but you should check if it is the latest version.

You also need a text editor with which to write programs. Any text editor that saves plain text will do, such as Microsoft’s Notepad. Recommended editors are TextPad on Windows and BBEdit on the Macintosh. However, most IDEs (see below) include a text editor.

What it’s nice to have

An IDE (Integrated Development Environment) is a single program that lets you edit, compile, run, test, and debug programs, all in one place. If you do not have an IDE, you need to learn how to compile and run Java programs from the command line; this isn’t difficult, just less convenient.

Except as noted, all these IDEs are free and will run on any computer system.

IDEs for beginners

BlueJ is probably the simplest IDE; its main advantages are that it shows a diagram of how your classes relate to one another, and it has simple menus.

DrJava is also simple; its main advantages are that it allows you to test out individual Java statements, and the editor is more powerful.

JCreator is another simple IDE; its main disadvantage is that it only runs on Windows. The LE version is free.

IDEs for professionals

Professional IDEs have many more features, and are correspondingly harder to learn. Once you become reasonably comfortable with Java, you really should take the time to master a powerful IDE. You will be surprised at how much work it will save you.

Eclipse is an extremely good and very popular IDE. It is the one I use. It comes with good tutorials. Get the latest "Stream Stable Build."

IntelliJ Idea is said (by people who have used both) to be even better than Eclipse. Its main disadvantage is that it is expensive (about $500), although the educational discount price is (barely) affordable.

NetBeans is Sun’s own IDE, and is said to be catching up with Eclipse. Its main advantage is that it can be downloaded along with the JDK (see above), hence is very well known. It also provides a visual GUI builder, but that relies on some packages that must be included with your program if it is to run outside the NetBeans environment.

JBuilder, by Borland, is probably the best commercial IDE; the "Foundation" version is free.

CS: Software Engineering MOOC Courses and Free Online Courses, MOOC List

basic computer programming software

CS: Software Engineering MOOCs and Free Online Courses

Google Developer Experts show you how to become a Professional Android App Developer using best practices and the latest technology. Learn mobile application development on the Android platform by acquiring strong knowledge of Android SDK and different versions of Android. You will gain familiarity with RESTful APIs to connect Android applications to back-end services and will practice with Genymotion emulator.

Learn, from Google experts, the Android app development process and how to use Android Studio, as you create and develop your own apps. This course is designed for students who are new to programming, and want to learn how to develop Android apps. You’ll learn how to create an Android project with Android Studio and run a debuggable version of the app. You’ll also learn some Android architecture and the key principles underlying its design.

Gain entry-level skills and knowledge in Java fundamentals and an intro to Android Studio for a strong foundation in Android Apps. Learn the basics of Java programming language and how to develop programs with conditionals and loops, design and implement recursive algorithms, understand basic mechanisms of the Object Oriented Paradigm (OPP), use and interpret the API of some of the most common Java classes and real-world android application development using the Android software development kit (SDK). This course provides the basic skills to ensure a start with Android Studio Editor and use Virtual Device.

Create profitable Apps using proven business models and earn money by developing your Android App using AdMob and more. Learn how to monetize Android apps without adversely affecting the user experience. We will present the best practices of advertising, monetizing and publishing your Android app. We will also present an introduction to business models that will help you make money from an app using Google AdMob, Google’s mobile advertising platform specifically designed for mobile apps.

This free online course focuses on SAP HANA SPS 11 and is aimed at software developers already familiar with SAP HANA. With this course, you’ll take a deeper dive on key topics from real world applications as well as learn about new functionality added in SAP HANA 2.0 SPS 0 – SPS 02.

Hasta dónde pueden ver las máquinas? Descubre la visión por computador programando aplicaciones de análisis de imágenes, uno de los campos más innovadores de la inteligencia artificial.

This free Software Design for Non-Designers interactive course aims to explain common aspects of design as way to improve user experience in software engineering, and will provide an introduction to a few basic steps you can apply to your next project. It is taught by Scott Klemmer from UC San Diego, and a team of design-driven development experts from SAP.

Did you ever want to build a web application? Perhaps you even started down that path in a language like Java or C#, when you realized that there was so much “climbing the mountain” that you had to do? Maybe you have heard about web services being all the rage, but thought they were too complicated to integrate into your web application. Or maybe you wondered how deploying web applications to the cloud works, but there was too much to set up just to get going.

This course teaches computer programming to those with little to no previous experience. It uses the programming system and language called MATLAB to do so because it is easy to learn, versatile and very useful for engineers and other professionals. MATLAB is a special-purpose language that is an excellent choice for writing moderate-size programs that solve problems involving the manipulation of numbers.

Neste curso, assumimos que você já sabe projetar e desenvolver programas mais complexos em Java, com método e organização graças às boas práticas e princípios exercitados no curso anterior; mas você talvez não se sinta ainda confortável em projetar programas usando técnicas ágeis, como o desenvolvimento guiado por testes (TDD).

In this project-centered course* you will build a modern computer system, from the ground up. We’ll divide this fascinating journey into six hands-on projects that will take you from constructing elementary logic gates all the way through creating a fully functioning general purpose computer. In the process, you will learn – in the most direct and constructive way – how computers work, and how they are designed.

Neste curso, assumimos que você já sabe projetar e desenvolver programas mais complexos em Java, graças às boas práticas e princípios orientados a objetos, TDD e conceitos avançados de Java aplicados à Web e banco de dados exercitados nos cursos anteriores; mas você talvez não se sinta ainda confortável em planejar e gerenciar o desenvolvimento das aplicações com base em modernas práticas de modelagem ágil.

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Computer Programming – Web Design Schools Guide

basic computer programming software

Computer Programming

If you love everything about computersófrom surfing the Net, to writing code, to learning about the nonphysical inner workings of these wondrous machines that power the world as we know itóthen look no further than a degree in computer programming. This fascinating field will have you learning all kinds of new languagesóprogramming languages, that isóand you’ll learn practical skills that will net you a job in one of the most fastest growing career opportunities in the world.

In a typical degree program in computer programming, you’ll start by taking courses in the basics of computer science. However, it should be noted there is a very discrete difference between computer science and computer programming, although the two, can, in some ways, overlap. For instance, computer science deals primarily with the theoretical components of computer design. However, computer programming is the study of coding languages, software programs, and anything else that makes computers "tick" in the sense of operating them. In other words, computer programming deals with the machines’ more tangible applications.

Courses taken in the usual computer programming major include the basics of programming languages. You’ll usually start with Visual Basic, HTML, C++, and Java. You may later move on to more complicated languages like ML or Python. The great thing about a computer programming major is that it encompasses so many different areas of interest. You can take courses in software design, databases, software testing and maintenance, systems analysis, and web design, just to name a few.

Upon the completion of degree in computer programming, you’ll have all the skills you need to dive head-first into the incredibly diverse employment opportunities available to you. A cursory look through an excellent resource, PGR Jobs, a list of computer programming jobs that you can perform in the company of your own home, shows the array of careers out there. For instance, you can be a Java developer, an MS SQL Database manager, a sales engineer, a systems analyst, and even an equation developer in Qatar.

So what, exactly, are the career prospects for those pursuing a degree in computer programming? According the Bureau of Labor Statistics, the outlook is excellent. The growth of the industry is expected to be increasing at a rate that is "much faster than average." What’s more, the median salary for computer programmers is currently estimated at almost $70,000. In short, you’ll never have to worry about job security if you elect to study computer programming.

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PPT – Basic Computer Fundamentals PowerPoint presentation, free to download – id: 3b6fae-YzVkO

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Basic Computer Fundamentals

Basic Computer Fundamentals What Is a Computer? A computer is a programmable machine with two principal characteristics: It responds to a specific set of instructions . – PowerPoint PPT presentation

Title: Basic Computer Fundamentals

Basic Computer Fundamentals

What Is a Computer?

  • A computer is a programmable machine with two

principal characteristics

  • It responds to a specific set of instructions in

    a well-defined manner.

  • It can execute a prerecorded list of instructions

    Modern Computers Are Electronic and Digital.

    They Can Be Described in Terms Their Hardware and

    Hardware refers to objects that you can actually

    touch, like disks, disk drives, display screens,

    keyboards, printers, boards, and chips.

    HARD DISK AND DRIVE

    Software exists as ideas, concepts, and symbols,

    but it has no substance.

    14

    • Books provide a useful analogy. The pages and the

    ink are the hardware, while the words, sentences,

    paragraphs, and the overall meaning are the

    software. A computer without software is like a

    book full of blank pages — you need software to

    make the computer useful just as you need words

    to make a book meaningful.

  • Computers Use Random Access Technology – Data Can

    Be Accessed in Any Order at Any Time Regardless

    of Storage Position or Time of Creation.

    The Language of Computers

    • Binary the digital language of computers. This

    language is composed of an alphabet containing

    only 2 letters known as bits. Any work done on

    a modern computer from word processing to digital

    audio is translated to this language.

    Digital Letters and Words

    • Bit the smallest form of information in the

    language of computers. It is represented as a

    zero or a one. A bit can be considered a letter

    in the digital language of binary.

  • Byte a word of information in binary. It is

    made of a number bits determined by the bit rate.

    8 bits is usually 1 byte on modern computers.

  • Bit Rate

    • Bit rate the number of letters or bits in a

    digital word or byte. An example of a 16 bit

    digital word in binary could be (01010101

    Example

    • 8 bits 1 byte
    • 1024 bytes 1 kilobyte (210)
    • 1024 kilobytes 1 megabyte (220)
    • 1024 megabytes 1 gigabyte (230)

    Important Hardware

    • CPU – abbreviation of central processing unit,

    the CPU is the brains of the computer. Sometimes

    referred to simply as the processor or central

    processor, the CPU is where most calculations

    take place. In terms of computing power, the CPU

    is the most important element of a computer

    Clock Speed

    • Clock speed – also called clock rate, the speed

    at which a microprocessor executes instructions.

    Every computer contains an internal clock that

    regulates the rate at which instructions are

    executed and synchronizes all the various

    computer components. The faster the clock, the

    more instructions the CPU can execute per second.

    Bus

    • A bus is a collection of wires through which data

    is transmitted from one part of a computer to

    another. You can think of a bus as a highway on

    which data travels within a computer. There are

    various types of busses, both internal and

    external, that connect the hardware, inside and

    outside, the computer.

  • Like the CPU, busses have a clock speed. A fast

    bus allows data to be transferred faster, which

    makes applications run faster.

  • HARD DISK (Storage Device)

    • The hard disk is a magnetic disk on which you can

    store computer data. The term hard is used to

    distinguish it from a soft, or floppy, disk. Hard

    disks hold more data and are faster than floppy

    disks. A hard disk, for example, can store

    anywhere from 10 to more than 100 gigabytes,

    whereas most floppies have a maximum storage

    RAM Vs. ROM (Memory)

    • Is an acronym for random access memory, a type of

    computer memory that can be accessed randomly

    That is, any byte of memory can be accessed

    without touching the preceding bytes. RAM is the

    most common type of memory found in computers and

    other devices, such as printers.

    RAM Vs. Rom

    • In common usage, the term RAM is synonymous with

    main memory, the memory available to programs.

    For example, a computer with 300M RAM has

    approximately 2400 million bytes of memory that

    programs can use. In contrast, ROM (read-only

    memory) refers to special memory used to store

    programs that boot the computer and perform

    diagnostics. In fact, both types of memory (ROM

    and RAM) allow random access. To be precise,

    therefore, RAM should be referred to as

    read/write RAM and ROM as read-only RAM.

    Important Software

    • The operating system software is the most

    important program that runs on a computer. Every

    general-purpose computer must have an operating

    system to run other programs.

    Peripherals

    • Operating systems perform basic tasks, such as

    recognizing input from the keyboard, sending

    output to the display screen, keeping track of

    files and directories on the disk, and

    controlling peripheral devices.

    Applications

    • Operating systems provide a software platform on

    top of which other programs, called application

    programs, can run. The application programs must

    be written to run on top of a particular

    operating system. Your choice of operating

    system, therefore, determines to a great extent

    the applications you can run.

    Connectivity

    • USB
    • Short for universal serial bus, is an external

    bus standard that supports data transfer rates of

    12 mbps (megabits per second). A single USB port

    can be used to connect up to 127 peripheral

    devices, such as mice, modems, and keyboards.

    Plug and Play

    • USB also supports Plug-and-Play installation and

    hot plugging. Also referred to as Hi-Speed USB,

    USB 2.0 is an external bus that supports data

    rates up to 480 Mbps. USB 2.0 is an extension of

    USB 1.1. USB 2.0 is fully compatible with USB 1.1

    and uses the same cables and connectors. (Two of

    the contacts carry data one for each direction

    the other two supply 5 VDC and a ground. Standard

    MIDI cables carry information in only one

    direction on a single data wire.)

    A very fast external bus standard that supports

    data transfer rates of up to 400Mbps (in 1394a)

    and 800Mbps (in 1394b). Products supporting the

    1394 standard go under different names, depending

    on the company. Apple, which originally developed

    the technology, uses the trademarked name

    FireWire. Other companies use other names, such

    as i.link and Lynx, to describe their 1394

    More Fire

    • A single 1394 port can be used to connect up 63

    external devices. In addition to its high speed,

    1394 also supports isochronous data — delivering

    data at a guaranteed rate. This makes it ideal

    for devices that need to transfer high levels of

    data in real-time, such as video devices. Like

    USB, 1394 supports both plug-and-play and hot

    plugging, and also provides power to peripheral

    Even More

    • Like USB, FireWire lets you hook things up to a

    computer. Unlike USB, however, FireWire will run

    quite happily without a computer. That makes it

    ideal for situations in which a computer would be

    unnecessary, such as in permanent audio

    installations like theaters or churches. It also

    gives FireWire another advantage, because devices

    can talk directly to each other without having to

    go through a computer’s operating system.

    The Mac Lab Computer And Peripherals

    • Digidesign Mbox
    • Korg X5D
    • Iomega 250 Mb zip drive
    • Midi to USB interface
    • USB hub
    • Keyboard / mouse

    Digidesign Mbox

    • USB digital interface for ProTools software

    allows

  • Analog to digital conversion by way of

    microphone, line and instrument inputs

  • Digital to analog conversion to headphone and

    line outputs

  • Digital transmission by way of SPDIF (Sony

    Phillips digital interface) input/output

  • Iomega 250 Mb Zip Drive

    • External Storage Device

    Midi to USB Interface

    • Converts midi messages to USB

    USB Hub

    • Provides multiple ports

    Keyboard / Mouse

    • USB data entry devices

    THE MAC LAB SET UP

    • COLOR CODE for diagram
    • BLUE USB
    • GREEN MIDI
    • RED AUDIO

    sankar | PowerPoint PPT presentation | free to view

    Online Computer Skills Training Resources, LMS by Mindflash

    basic computer programming software

    basic computer programming software

    Computer technology has become ingrained in every aspect of society. Computers have virtually changed the way businesses advertise services, people interact with each other, and media reaches the masses. Each modern gadget disseminates more information than the traditional means of reading paperback novels. The younger generations continue to evolve into a technological-reliant world. All members of society may completely rely on digital convergence to survive in the coming decades. Therefore, children must learn how to operate a computer in the same way that the baby boomers used a typewriter. Computers function in many different ways, including to compose and send electronic mail, save files, copy and paste text, download media, transfer money, and pay bills. More advanced computer users may learn how to design computer programs, fix computer hardware, and network computers together. Young adults who realize the imperative nature of learning the basics of computers will succeed in the their future endeavors.

    • Computer Vocabulary: A comprehensive dictionary of common terms related to computers ranging from artificial intelligence to wizard.
    • Computer Vocabulary: Matching Game: An interactive matching game where a student chooses the definition and matches it with the appropriate term.
    • Free Online Dictionary of Computing: A searchable database of computer-related terms, including definitions of acronyms, jargon, programming languages, tools, operating systems, networking, architecture, standards, mathematical formulas, conventions, theory, and more.
    • Basic Computer Skills: A short, web-based course that guides students through basic computer skills, including how to use a mouse, keyboard and typing skills, opening and closing files, accessing data from a CD-ROM, how to locate saved files, how to copy and paste text, review questions, activities, and a quiz.
    • CUergo: Computer Workstation Ergonomics Guidelines: A 10-step guideline to preparing and arranging an ergonomically sound computer workstation.
    • Turn Off a Computer: Frequently Asked Questions (FAQ): Microsoft provides a set of fifteen frequently asked questions (FAQ) in relation to turning on and off a computer using the Windows operating system.
    • Computer Basics (PDF): A general overview on using computers, including basic computer skills, the keyboard and mouse, operating systems and software, and shutting down the computer.
    • An Introduction to Computer Basics: Software: A thorough introduction to using a computer, including all hardware, portage storage devices, keyboard and mouse, the Windows operating system, and Microsoft Office software.
    • Computer Basics: Quick Reference Card (PDF): A quick reference card that covers the main parts of the computer, parts of a typical window, window tips, file management, and Internet Explorer.
    • Accessing a CD-ROM: A web-based tutorial that guides students to accessing a CD-Rom through Real Media Player for the Microsoft Windows operating system.
    • How to Use the CD-ROM (PDF): A brief tutorial that guides students through a step-by-step procedure of using the CD-ROM, including identifying its key components, navigating the related software, using the CD-ROM to enhance learning style, and related terms.
    • How to Use this CD-ROM Tutorial? (PDF): An extensive document that describes how to use the CD-ROM in Adobe Acrobat Reader.

    Opening and Saving Files

    • Use Microsoft Word to Open and Save a File in a Different Format (PDF): A structure tutorial on saving existing files under different formats using Microsoft Word processor.
    • Working with Files: An in-depth introduction for computer novices who wish to learn more about working with computer files, including how to open a file, open an existing document in a new window, saving a file, printing a PowerPoint file, and providing answers to frequently asked questions (FAQ).
    • Run vs. Save When Downloading Programs or Files: A brief technical introduction to running and saving downloadable programs and files.
    • Nimble Fingers: An interactive, Java-based typing test that guides students to learning the beginning, intermediate, and advanced stages of keyboarding.
    • Text Type: A student and teacher tutorial to digital keyboarding. This exercise helps students to memorize where each alphabetical, numerical, and special characters are located on the keyboard.
    • Typing Web: A set of typing exercises that guides students through beginning, intermediate, advanced, and specialty lessons.
    • The PC Keyboard (PDF): A comprehensive guide that introduces and guides students to mastering the keyboard.
    • Basics: Keyboard Shortcuts: A brief introduction to basic keyboard shortcuts, including its definition and resulting action.
    • Typing Basics – The Home Keys: A comprehensive introduction to competent keyboarding, including exercises to master the “home row” keys, and a fingering diagram to identify them.
    • Power Typing: An interactive program that teaches students how to master the Qwerty, the standard 101 keyboard.
    • Typing Tutor: A computer program that helps guides students to improving their typing skills by playing a simple game.
    • Rapid Typing: A free web-based program that provides add-ons, software, games, techniques, and active testing for those wishing to improve their typing abilities.
    • Mouse Exercises: Interested parties looking to improve their mouse using abilities should take practice tests to master its utility. This webpage offers four distinct mouse exercises to accomplish this goal, including learning where to place the mouse, clicking it, how to drag and drop, and using the mouse to draw.
    • Mousing Around: Games!: A set of fourteen interactive games that tests the mouse skills of those new to the PC hardware. Each set of games tests one-click, faster clicking and mouse movement, and drag and drop abilities.
    • Mouse Concentration: An interactive game consisting of 36 squares that tests the mouse concentration of the game participant. The game participant must match a pair of squares over a set amount of time.
    • Learn How to Use a Computer Mouse: A set of online mouse games that tests the memory of computer users, including practice exercises, tests, and other related instructions.
    • BBC: Clicky Mouse Game: The BBC WebWise computer game tests the mouse skills of computer novices, including single clicking, double clicking, and dragging.
    • Mousing Tutorial: The Palm Beach County Library System teaches students how to effectively use a mouse, offers “mousercise” activities, and then tests the students for accuracy.
    • Mousercise: An interactive game that teaches elementary students how to effectively use a mouse to navigate and execute actions on the operating system and applicable software.
    • Learn Mouse Skills: Green River Community College offers a series of basic computer skill tutorials, including exercises on how to hold, highlight, cut, paste, move, click, point, drag, use radio buttons, check boxes, drop-down menus, scroll, and complete forms.
    • Mouse Tutorial: A brief six-step introduction to using a computer mouse.
    • Jan’s Windows Basics: The Mouse: A comprehensive introduction to using a computer mouse, including starting up, shutting down, controlling the mouse, controlling the window, and context menus.
    • Web by Design: Internet Basics Tutorial: An authoritative tutorial that teaches the Internet basics, including the basis for the World Wide Web, network activity, netiquette, forbidden Internet activities, electronic services, e-mail, and other related information.
    • Internet Basics – A Guide to Getting Started: A basic guide to the Internet, including basic terminology, anonymity, Internet tools, Internet Service Providers (ISPs), domain names, telnet, FTP, finger, ping, gopher, the World Wide Web, Usenet, and network etiquette.
    • Internet Basics 101: A brief overview of beginning, intermediate, and advanced Internet concepts, including hook up, e-mail, www, creating web pages, FTP, chat, and miscellaneous.
    • The Internet: Internet Basics: A novice’s tutorial to explaining the core principles of the Internet, including the necessity for a web browser and the necessary steps to navigate it.
    • Internet Basics (PDF): A lab covering the fundamental concepts of the Internet, including important vocabulary terms, post-lab questions, discussion and procedure, copying files across the network and FTP, and steps to completing Internet search activity.
    • A Basic Tutorial on Searching the Web: A 20 lesson tutorial teaching students how to search the World Wide Web. It includes core concepts, such as search engines, metasearchers, subject directories, basic search tips, field searching, troubleshooting, and more detailed information about the aforementioned subjects.
    • Getting Started with the Internet: An authoritative introduction to the Internet, including where to begin when planning to create a website, creating content, and driving traffic to make it a success.
    • Zen and the Art of the Internet: Network Basics: A tutorial that covers networking basics, including domains, Internet numbers, resolving names and numbers, the networks, and physical connection.
    • Basic Internet Terms: A glossary of basic Internet terms, including domain names, web browser, search engines, World Wide Web, uniform resources locator, printing, page, online databases, links, homepage, go and favorites.
    • PHYS 251 – Internet Basics: An introduction to computer techniques in physics, including the history of the Internet, what it is, how the Internet accomplishes data interchange, Internet resources, e-mail, the World Wide Web, HTML document, tagging, examples of HTML usage, and HTML resources.
    • Outlook: Email Basics (PDF): An abstract paper covering the basics of electronic mail, including its objectives, prerequisites, related training, and definitions, creating, replying, forwarding, and printing a message.
    • E-Mail Basics: An overview of key concepts in electronic mail, including its addresses, messages, attaching files, managing inbox, spam, garbage, and inputting signatures and styles.
    • Netiquette: Business E-mail Basics (PDF): A brief overview on business e-mail etiquette.
    • Free Email 101 Tutorial: An online course introducing the basics of electronic mail, including what email is, the features of email services, and tips for writing business emails.
    • The Basics of Email Metrics: Are Your Campaigns Working?: A tutorial that introduces how to collect data, what data to collect, how to capture the data, and making sense of the metrics involved.

    More Online Training Resources

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    Download EV3 Software – Downloads – Mindstorms

    basic computer programming software

    basic computer programming software

    EV3 Software download (PC/MAC)

    Download, install, connect and complete programming missions. For the five Hero robots, there are up to five programming missions. You learn how to program fun and basic features.

    For PC: Once the .exe file has downloaded, double-click on the file and follow the on-screen instructions.

    For Mac: In the download folder you will need to double-click on the dmg file and then double-click on the PKG file and follow the on-screen instructions.

    Program your robots with the icon-based software

    Learn to program

    Have you completed all missions? Are you ready to learn more?

    BASIC-256 Free Download – Programming Category

    basic 256, basic, programming, compiler, computer programming, computer language, basic computer language

    BASIC-256 v1.99.99.67

    Release Date: 2016-09-09

    Submit Date: 2016-09-09

    OS: Windows 2000/XP/Vista/7/8/10

    Popularity:

    USER RATING

    Software Product Description

    BASIC-256 is licensed under the GNU public license, which means that it’s free to download, modify, and share.

    • Windows 2000/XP/Vista/7/8/10
    • 128MB Ram
    • 100MB Hard Drive Space
    • MinGW, QT 4.0, GNU Flex and Bison (if compiling)

    USER REVIEWS

    Reviewer: -P Boughton

    Review Date: 2014-08-12

    Cons: I tried to install it and 360 security gave a trojan warning and quarantined it!