Lumberjaph

Why information technology is a good career

zxcasd - Why information technology is a good career

Information technology or better known as I.T. is the world ‘s most popular career and fastest growing industry. There are several success stories of people who have chosen this field for their careers and are now at the forefront of their game. But what I.T. such a profitable career choice for future professionals? Here are some reasons why people who choose IT succeed in their business:

LOW TRAINING COSTS

The main advantage of choosing an IT career is that it has very low training costs compared to many other career choices. You do not need a 4-year degree to learn I.T. To become a professional. Instead, you can be quickly trained to certify in specific areas of information technology. This will save you huge sums that you would otherwise have spent on many years of teaching. The more knowledge and certifications you get, the more you will progress in your career.

The fastest changing industry

The IT industry operates much faster than any other industry, and therefore there is always a high demand for highly trained personnel. With cloud computing, big data, and cybersecurity innovations, the seeking IT professional has many opportunities to continue and grow. And that. Professionals never stop learning, and they must always stay at the forefront of technology to succeed in this field. The more training and information technology professionals there are, the more employable he is.

BETTER INCOME

It is known that IT professionals are well paid compared to other professionals. And that. A professional with the right combination of certifications and experience can find a permanent job in the public or private sector. Recently, many companies have hired extensive experts in cloud services, cybersecurity, and cybersecurity to improve existing systems. Many IT jobs offer great career opportunities for a dedicated and hard-working IT professional.

CONCLUSIONS

Information technology is the area of ​​the millennium. Prospective IT professionals need to know that they are I.T. To succeed, you must learn and adapt to new technological developments in order to remain competitive. This includes the right combination of experience and certifications. IT professionals who remain at the forefront of technology have many career options to choose from.

If you are interested in a career in information technology, contact the nearby Florida Career College campus. Our computer and network technicians as well as our COMPUTER ENGINEERING program will train you to acquire the skills you need for today’s job.

Mobile friendly site

pexels karolina grabowska 4491469 - Mobile friendly site

Mobile-friendly sites are sites that work well on smartphones. They use touch buttons and are suitable for small screens for quick navigation. In addition, they load quickly thanks to their amazing features that reduce data entry.
In 2016, the Google A team created their own search engine optimized for mobile devices. It’s one of Google’s best ways to provide the same user experience to its smartphone visitors when delivering search results, regardless of the device they use.
Although the hardware and interface differ between workstations and mobile devices, many companies have adopted a strategy to drive digital traffic and increase the marketing of their websites. It is a smart business for the number of mobile phone users in the world.

Business interface

Due to the demand for interactive web design, Motion UI is once again popular this year with dynamic graphics, amazing animations and an impact on real usability. It demonstrates a developer’s ability to tell a visual story while communicating with their viewers using a variety of tools and techniques.
Motion UI is a robust library that enables seamless transition effects in the user interface. It’s one of the fastest-growing favorite libraries because it allows developers to animate content as easily as possible, even without a solid foundation in JavaScript or the jQuery library.

Blockchain technology

We have entered the Bitcoin era with Satoshi Nakamoto, an unknown person who [claimed to be Japanese] created and developed Bitcoin. And this becomes blockchain technology that is still visible today.

Blockchain is an open and shared ledger known for its secure design, decentralized consensus, and custom resistance blocks. It is designed to reduce the financial cost of doing business, reduce the frequency of transaction processing, and improve cash flow supported by open records.
It is maintained by a peer-to-peer network and has a rigorous inter-node communication protocol and a new block validation process called “The First and Most Reliable Global Cryptocurrency Company”.
One of the best practices in Coding Dojo workshops is to teach our students to create digital certificates with a blockchain. This BlockCerts project is possible in collaboration with MIT. We now issue verifiable certificates in the Bitcoin block chain, which guarantees a valid status.

Security

As security breaches, cyber threats, website hacking, and data theft have become the biggest threat lurking in the darkest shadows of technological and scientific advancement, 2019 is no exception. So security won’t go away any time soon.
Information security or information security (information security) are information security systems against theft, service interruption or misuse, and damage to hardware, software or electronic information.

Security experts believe that these cybercriminals will not stop looking for vulnerabilities and victims. In this sense, individuals, businesses, communities and industry need to strengthen their security systems to protect their private data, servers and databases. Therefore, continuous solutions are needed to meet the cyber challenges of today’s world.

Top trends in web development

pexels burst 374720 - Top trends in web development

2019 is here and it promises to bring the new ideas, modern innovations and new web development projects we deserve; from the current development of artificial intelligence to the machine learning blockchain and the cryptocurrency affecting the global economy.
In fact, everything is so varied and unpredictable in terms of technology. Sometimes progress and breakthroughs surprise us and change the world. The digital revolution continues to set trends and entice us with new technologies that are driving developers and programmers everywhere. People are always happy to know the most requested languages ​​/ frameworks as well as the latest updates on web design and software applications.
Here are the 8 most popular web development trends in 2019 that dominate the web industry.

Artificial intelligence or bots

Artificial intelligence (AI) is machine-demonstrated intelligence that mimics human intelligence and performs cognitive functions such as the ability to learn, gather information, analyze information, understand emotions, or solve challenging problems. The need for artificial intelligence-based communication, multi-tasking automation and analysis solutions is becoming more common this year.

We can already see how AI chat pots, virtual assistants (like Amazon’s Alexa, Apple’s Siri, and Microsoft’s Cortana) and voice robots have helped companies engage and transform social interaction. Their development provided an overall channel for the digital customer experience and ensured consistency between voice, chat, communication and websites.
With the development of machine learning (ML) and artificial neural network (ANN) research and studies, artificial intelligence was able to achieve its desired goals – by successfully simulating real human empathy and demonstrating common sense.

Javascript

According to a report released by Stack Overflow in 2018, JavaScript has been the most popular language for the past six years and is being further developed. The development of frameworks, libraries and design over the years has proven to offer a lot in the market. No wonder this is the best language for a developer as it offers a whole new experience of flexibility, challenge and performance.
At Coding Dojo Bootcamp, we not only learn Javascript, but we also offer the five most popular programming languages ​​of 2019, classified in the TIOBE index. Our learning platform provides developers with the most desirable technical skills and helps them stand out in the job market.

Progressive web application

Progressive web applications (or PWAs) are still part of the hottest web trends of 2019. These modern web applications load like regular web pages or websites, but they have high functionality. They can be downloaded immediately, regardless of network status and browser choices, as they are built with a gradual expansion, a web design strategy that emphasizes web content first.
PWA provides an immediate, independent and reliable user experience without caching issues. This is probably because it was used over HTTP to avoid sniffing content and manipulating data.
In addition, PWA is easy to use, install and hassle-free, which improves current network technology thanks to service personnel and other built-in features. It can be shared via a URL and can target users with web push notifications.

One page application

A one-page application (SPA) is a Javascript-based web application that works well among user devices. It improves performance, minimizes page load interruptions, and shortens web development time by responding to navigation functionality without creating a request to download new HTML from the server.

Why is SPA so popular?

It’s a great choice for building responsive websites and supporting mobile, tablet and desktop applications. The latest development in SPA is based on React and Angular frames, which makes it convenient and suitable for hybrid applications.

How new technologies have changed the automotive industry

boitumelo phetla CESUv73Ar4 unsplash - How new technologies have changed the automotive industry

The automotive industry has always been one of the most receptive to new technologies in its history. Ever since Henry Ford opened its doors to Ford in the early 20th century, technology has redefined the way cars are made, used and serviced. Technology has already defined a new way in which cars use fuel. Electric, hybrid and solar cell systems are starting to displace internal combustion engines and gas engines as the driving force of the future.

Technology has already defined a new way in which cars use fuel, and electric, hybrid and solar energy systems have begun to displace the internal combustion engine and fuel-powered engines as the driving force of the future.

At the same time, however, the growth of autonomous technologies and on-board computers has begun to increase user interactivity while reducing the need to manage “driving”.

The development of autonomous technologies redefines the driving experience as the user begins to transfer control to the built-in navigation system. One thing is certain: The cars of the future will be independent and interactive, and the two trends will be closely linked.

Growth of stand-alone technology

The biggest change that has already taken place in the automotive industry as a result of technology is autonomy. Manufacturers are working to develop self-propelled cars on a larger scale.

Most modern cars have self-contained systems such as an autonomous emergency brake (AEB). AEB systems use radar, cameras, and LIDAR technology to assess progress and identify potential collisions. These systems usually inform the driver that steps must be taken to avoid a future collision, and if nothing is done, the AEB brakes on behalf of the driver.

Another autonomous system recently introduced in Google Car is road user interpretation software programmed to interpret the normal road behavior of other drivers. Shape and motion graphs allow cars to make smart decisions in response to the movements of other road users.

The system is so advanced that their speed and movement patterns can be used to determine whether road users are cars, bicycles or motorcycles. Laser sensors have enabled stand-alone technology to understand how vehicles move around it.

Self-propelled systems are on the radar

Audi’s adaptive cruise control is an example of a system with a built-in stop-and-go function. It requires cooperation between 30 control units to analyze the vehicle environment. The Audi cruise control regulates the speed from 0 to 155 km / h depending on the distance between the driver and the car in front.

Two radar sensors in front of the vehicle allow the system to estimate the distance and allow the user to adjust the speed at which the system accelerates. The system is quite delayed. Such cruise control systems can help drivers proactively, but they are not completely independent.

In the current market, the BMW 7 Series can park itself without the owner intervening. Similarly, in 2015, Google began testing self-propelled cars with remote sensing technology, which installed a laser on the roof to create a 3D map of the area for automatic navigation.

The growing importance of cruise control and self-parking systems in the BMW 7 Series shows that fully autonomous systems are the natural next step in the automotive technology revolution.

Better user interaction

As computers become increasingly central to the mass production of cars, user interaction has increased tremendously. Today, every car produced has a kind of built-in computer that controls many functions.

Many built-in computers allow the user to control GPS, cruise control, vehicle temperature and even exhaust. These built-in systems have increased user interactivity for drivers available worldwide.

Today, drivers can enter their destination with built-in GPS and perform on-board diagnostics to diagnose problems with the vehicle subsystem. User interaction as a hallmark of vehicle design and operation.

Web-based projects, exploration and research

pexels vlada karpovich 4050312 - Web-based projects, exploration and research

One of the first and most fundamental ways teachers encouraged children to use technology was through online research, virtual tours, and online searches. Watch videos of the networking projects Northern Journey and the JASON project. Read Suzie Boss’s article on using web-based resources to make your classroom global. Here is an article with links to great virtual tours. Or check out these helpful guides on using online image archives as your primary resource, teaching through virtual libraries, and helping students online.

Media created by students, such as podcasts, videos, or slide shows

One of the key ideas in digital or media literacy is that students relate to media creators and critics, not just consumers. Read an article on podcasts produced by students or read more about high-quality digital storytelling on the Suzie Boss blog. You can also watch a video of students learning to become video creators in Chicago, the Digital Youth Network. Or teach university filmmakers in the San Francisco Bay Area, San Antonio, Texas, or Effingham, Illinois.

Collaborate online tools like Wikis or Google Docs

Communicating with others online can be an effective experience for both teachers and students. Teacher Vicki Davis is an evangelist of such connections; Watch a video on the technique in his classroom or read an article he wrote for Edutopia to help create personalized learning networks for students. Read an article on the basics of wikis, and blogger Audrey Watters points out why wikis are still important. You can also read about Google’s free offers for educators.

Using social media to attract students

While social media tools are still blocked in many schools, students around the world spend a lot of time outside of school on social media. Check out a blog that supports social media in education, and an article that explains how social networking techniques can be used for learning, or another blog about your favorite use of social media tools that a student can use in the classroom. You’ll find lots of tips and advice in our presentation “Creating Social Media Guidelines for School”

Levels of technology integration

In his blog, “What does ‘technology integration’ mean?” Mary Beth Hertz shares four levels of classroom technology she has observed in schools:

Scarce: Technology is rarely used or available. Students rarely use technology to complete tasks or projects.
Basics: The technology is used occasionally / frequently or is available in the lab rather than the classroom. Students are familiar with one or two tools and sometimes use these tools to create projects that demonstrate their understanding of the content.
Comfortable: The technique is used fairly regularly in the classroom. Students are familiar with a variety of tools and often use these tools when creating projects that demonstrate an understanding of the content.
Effortless: Students use technology on a daily basis in the classroom with a variety of tools to complete tasks and create projects that demonstrate a deep understanding of the content.
Despite strong differences in resources and skills from class to class, from school to school, and from district to district, it is possible to integrate technology resources so that the impact of all students affects commitment and learning. And if you, like many educators, have barriers to available equipment or support, we have two great resources: Suzie Bosse’s article “Overcoming Technology Barriers: How to Innovate Without Extra Money or Support” and Mary Beth Hertzs’s blog “Technology Integrating Limited Resources “.

Continue to the next section of the guide, How to Integrate Technology Tools, for more tips on successful technology integration.

What is successful technology integration?

qwedsa - What is successful technology integration?

Technology integration is the use of technical resources – computers, mobile devices such as smartphones and tablets, digital cameras, social media platforms and networks, software applications, the Internet, etc. – in the daily practice of the classroom and school. Successful technology integration is achieved when the use of technology:

Routine and transparent

Available and easily available for the current task
Support curriculum goals and help students achieve their goals effectively
When technology integration is at its best, the child or teacher still believes they are using a technical tool – that’s another character. And students are often more actively involved in projects when technological tools are seamlessly part of the learning process.

Configure technology integration

Before we can discuss how we can change our pedagogy or the role of the teacher in a classroom where technology is integrated, it is important to first define what “technology integration” really means. Effortless integration is when students use technology not only on a daily basis, but also have access to a variety of tools that fit the current task and allow them to develop a deeper understanding of the content. But how we define technology integration also depends on the technology available, how much access you have to the technology, and who uses the technology. In a classroom with only an interactive whiteboard and computer, learning is likely to continue to be teacher-centered, and integration revolves around the needs of teachers and not necessarily students. There are still ways to even implement an interactive whiteboard to make it a resource for students.

The readiness to accept change is also an important prerequisite for successful technology integration. Technology is constantly and rapidly evolving. It is an ongoing process and requires continuous learning.

Types of technology integration

Sometimes it is difficult to describe how technology can affect learning because the term “technology integration” is such a broad framework that includes so many different tools and practices; There are many ways in which technology can become an integral part of the learning process. Only a few of these options are listed below, but new technology tools and ideas are being added every day.

As K-12’s online learning is gaining momentum around the world (see our schools that deal with online learning), many teachers are also exploring blended learning – a combination of online and face-to-face teaching. Read Heather Wolpert-Gawron’s blog on blended learning. Blogger Bob Lenz also gives us a snapshot of what blended learning looks like in the classroom.

Project-based operation with technology

Many of the most difficult projects have passed the technology from start to finish. Visit our Schools That Work project-based learning package in Maine to learn more about high school and high school, which achieves good results when you combine PBL with a personal portable program. Or check out Brian Greenberg’s recent blog on combining PBL with blended learning.

Game-based learning and assessment

Incorporating simulations and game-based learning activities into classroom teaching is much more enthusiastic. Visit our video game learning resource page for more information. Guest blogger Terrell Heick wrote about game play or go straight to a hands-on source and read Andrew Miller’s game-based learning units for the daily teacher.

Learning on mobile and portable devices

Devices such as cell phones, MP3 players, and tablets were once widely discarded as distractions, but are now used as teaching aids in advanced schools. See the classroom downloadable guide for mobile devices. See Ben Johnson’s blog on using iPads in the classroom or an article on using cell phones for teaching purposes. Watch Milton Chen, a former CEO of Edutopia, for a case study on using iPods to teach English students, or check out Audrey Watter’s blog about classroom texting. We also have a blog series about K-5 iPad apps, Bloom’s Taxonomy, written by Diane Darrow. You will become much more L.

Connectivity solutions in the IoT technology stack

campaign creators iEiUITs149M unsplash - Connectivity solutions in the IoT technology stack

As much as IoT technologies have real applications, there is no shortage of connectivity solutions behind it. Depending on the specifications of a particular IoT use case, each communication option may provide different service activation scenarios, compromising power consumption, range, and bandwidth. For example, if you are building a smart home, you can integrate indoor temperature sensors and heating controllers into your smartphone so you can remotely monitor the temperatures in each room and adjust them in real time to meet your current needs. In this case, the recommended solution is the IP-based IPv6 network protocol Thread, which is specifically designed for the home automation environment.

Given this diversity and variety of communication standards and protocols, the real need to develop new solutions may increase, although some documented Internet protocols have been in use for decades. This is because current Internet protocols, such as Tcp / IP (Transmission Control Protocol / Internet Protocol), are often not efficient and too efficient to operate effectively in new IoT technology applications. This section provides a brief description of the main alternative Internet protocols specifically designed for use with IoT systems.

The review refers to the most popular wireless IoT technologies divided into high-frequency areas that each solution can achieve: short-range IoT wireless solutions, medium solutions, and wide-area network solutions over long range.

Short-range IoT network solutions:

As an established short-range connectivity technology, Bluetooth is a key solution for the future of the portable electronics market, such as wireless headsets or geolocation sensors, mainly because it is widely integrated into smartphones. The Bluetooth Low Energy (BLE) protocol is designed to save and reduce power consumption and requires little power from the device. However, there is a trade-off involved: When large amounts of data are transferred frequently, BLE may not be the most effective solution.

Radio Frequency Identification (RFID) is one of the first IoT applications ever implemented and provides location solutions for IoT applications, particularly in supply chain management and logistics, which require the ability to locate objects in buildings. The future of RFID technology goes beyond simple location services and offers potential applications from hospital patient tracking to improving health efficiency to providing real-time product location information to Minimize stores to identify sold out situations.

Mid-range solutions:

Developed with IEEE 802.11, it is still the most widely used and well-known wireless communication protocol. Its widespread use in the IoT world is mainly limited by higher-than-average power consumption due to the need to maintain high signal strength and fast data transfer for better connectivity and reliability. As a key technology for IoT development, Wi-Fi provides a broad foundation for an amazing number of IoT solutions, but it also needs to be managed and used in marketing to generate profits for both service providers and users. Linkify is a great example of a WiFi management environment that provides a value-added service that enables public WiFi access points. Linkify is one of AVSystem’s innovative solutions and offers almost limitless WiFi customization and guest marketing opportunities.

This popular wireless network standard is most commonly used in traffic management systems, home electronics, and the mechanical engineering industry. Zigbee is based on the IEEE 802.15.4 standard and supports low data rates, low power consumption, security and reliability.

Developed specifically for smart home products, Thread uses an IPv6 connection to allow network devices to communicate with each other, access cloud services, or communicate with a user through wired mobile applications. Wire critics have pointed out that due to market saturation, the second wireless communication protocol increases fragmentation in the IoT technology stack.

What technologies are used in IoT?

hello lightbulb XC3fq ffXRI unsplash - What technologies are used in IoT?

The Internet of Things promises us smarter futures: refrigerators that can replenish themselves by automatically ordering groceries from a local supermarket (including refrigerator delivery!), Bridges that warn future cars of freezing, or smart devices that keep your health and produce real-time information directly on your doctor’s iPhone. While all of this will soon be at hand, we still need to pay attention to the vast machinery behind the scenes that makes dreams come true. Without the myriad IoT technologies around us, these dreams would never come true.

What is the hype about IoT technology?

Information technology has been around since the mid-20th century. But the technology behind the Internet of Things was in place long before the personal computer became available to everyone Tom, Dick, and Harry. The science of telemetry (Greek tele = distance and metron = measure), the earliest forerunner of the IoT, has been used since the second half of the 19th century to measure and collect meteorological data or to trace wildlife on telephone lines or radio waves. and satellite communications. Despite all the technical limitations, he laid the foundation for the concept of the machine communication machine (M2M), which, through successive advances, has created the idea of ​​the Internet of Things as we know it. Today.

The Internet of Things (IoT) is a system of digital devices, machines, objects, animals, or people in networks that are uniquely identified and capable of transmitting and sharing information throughout the network without human or human interference. computer interaction is required. IoT bridges the gap between the physical and virtual worlds and seeks to create intelligent environments where both individuals and entire communities can live more intelligently and comfortably. As awesome as it sounds, the Internet of Things has already become a part of our daily lives and will no doubt settle there forever. With that in mind, let’s quickly look at the machines behind the IoT world that make it bypass.

What is IoT technology made of? IoT technology stacks

It can be a daunting task if you want to browse the technology maze of an IoT company given the technology solutions around them. However, for simplicity, we can divide the stack of IoT technology into four basic technology layers related to doing things. These are as follows:

Devices are objects that actually represent “objects” on the Internet of Things. They act as an interface between the real and digital worlds and can adopt different levels, shapes and levels of technological complexity depending on the task they have to perform in a particular IoT implementation. Whether spike microphones or heavy building materials, virtually any tangible object (even animated objects such as animals or humans) can be connected to a connected device (by adding sensors or actuators along with the appropriate software) to perform and record the necessary measurements. data can be converted. Of course, sensors, actuators, or other telemetry devices can also represent stand-alone intelligent devices. The only limitation found here is the actual use case and hardware requirements of the IoT (size, ease of deployment and management, reliability, longevity, cost-effectiveness).

This makes the connected devices “smart”. The software is responsible for implementing communication with the cloud, collecting data, integrating devices, and performing real-time data analysis on the IoT network. In addition, the firmware also provides application-level features for users to visualize data and communicate with the IoT system.

The hardware and software of the device must provide a second level that gives intelligent objects ways and means to exchange information with the rest of the IoT world. While it is true that communication mechanisms are closely related to the hardware and software of a device, it is important to keep them as a separate layer. The communication layer includes physical connection solutions (mobile phone, satellite, LAN) as well as special protocols,

Gitlab vs GitHub: A Comparison

Gitlab vs GitHub: A Comparison

Knowing which software is best for your needs is crucial when wanting to use a single application for any project planning and source code management. There are many different ones from which to choose, but here we will take a deeper look at Gitlab and GitHub, and how they compare overall.

First, understanding that both Gitlab and GitHub are web-based Git repositories is crucial to understanding what makes them different from others on the market. Git, at the core, is essentially a software management component that allows for the user to track changes made to not just the software, and programs used, but also any information contained within.

By having this capability, Git safeguards that no code overlaps or conflicts with itself, plus it allows for changes to be made within the code without the programmer having to rework the entire base code. Without this version control system, the idea of collaborative work within a team, with frequent modifications and any technical needs, would be virtually impossible.

Git allows for all changes to be kept within a repository, this allows for a more streamlined approach, the ability to code more than one project at a time, and can greatly reduce human error as it is easy to revert back to an old code or clear a coding mistake.

Each developer creates work within their own branch, or repository, apart from the master branch; these individual branches can be merged together whenever needed. Git allows for other services and tools to be integrated with it, which is what makes this control system so universally appealing to developers.

Gitlab, specifically, advertises itself as a complete DevOps platform, one that due to the fact it delivers in a single application, can change the way software is developed. Its goal is to shorten the systems’ development life cycle, (SDLC) but will not sacrifice the quality of the end product.

GitHub, on the other hand, is a development platform that allows for projects to be stored by developers. It has access to many features, task management, bug tracking, wikis, and more. It allows its users to have access to social networking-like features; it is viewed more as social coding.

Similarities

Let’s focus on some of the key similarities they both share:

  • Both offer a highly supportive community of developers on each platform. This means that there is no shortage of updates and maintenance, key for the everchanging world of coding.
  • Multiple issues can be assigned at a time, which means multiple collaborators may work on a single project at once.
  • Tracking is available with both platforms, which includes the ability to enable status changes and the capability to assign an owner to each issue that is being worked on.
  • Bug reports can be sent immediately to both platforms.
  • Labels are used in both. They can help to categorize any issues, make a request for a merge of branches, and can help immensely with tracking all information.
  • Descriptions of issues and merge requests can also be added simply by selecting a template and adding a description.
  • Merge requests need to be approved by one or more people involved. There is a pre-determined list of who is allowed to approve the request for a merge.
  • Each platform uses a Wiki that is built directly into each project, it is a separate system and is seen as a separate Git repository.
  • In either platform, there is the capability of its users to not only collaborate on a source branch but also allow for it to be edited into a fork (a copy of the original). This is a big deal as it lets the maintainers make small changes before any merge happens.

Differences

Some of the differences can be quite intricate and depending on your needs, you may want to research each platform further. But here is a brief summary that may help you choose between the two:

  • GitLab’s permission is based on roles, GitHub allows developers to grant read or write access to various repositories.
  • GitLab offers inner sourcing and internal repositories compared to GitHub.
  • While GitHub is limited with regards to importing projects and issues from sources, it does have a tool known as GitHub Importer to import any data. GitLab can export wikis, uploaded projects and repositories, issues, etc., whereas GitHub is more restricted in its exports.
  • GitHub requires a third-party integration which requires an external application, GitLab is described as a seamless deployment, no third-party needed.
  • GitLab features monthly updates with new features and improvements.
  • GitLab allows developers to move issues between projects, this includes links, comments, history, all of which can be copied and referenced to within the original issue and any future issues.

Ultimately, there are more features that vary slightly with each platform, but you may want to keep in mind that Gitlab can be run on your own servers and provides unlimited private repositories for free. And while GitHub does not offer them for free, it does provide a full history of a thread of comments, compared to Gitlab which does not.

Tutorial: How to Download from GitHub

How to Download from GitHub

How to Download from GitHub

GitHub is founded on Git, a repository hosting service, but GitHub includes unique features and provides a web-based graphical interface, allowing for its users to interact through the use of graphical icons.

With each task, it allows its users to use key features, such as bug tracking, wiki space, and a variety of other basic task management tools. It also provides the developers with tools to complete what is known in the software development life cycle (SDLC), as social coding.

GitHub allows the developer to work on a project with multiple collaborators. In order to work on any sort of project you will need to understand how to download from GitHub, so, let’s dive in and take you through the process, step by step.

First, you need to acknowledge the purpose of your download. For example, is it for viewing purposes or do you plan to experiment with the file? The first intention is easier than the second, so let’s begin with that.

Codebases within a public repository are typically open to the public as they are an open-source; it can be downloaded to your computer as a ZIP file. You will need to access a public codebase, which by the way you don’t need a user account to do so, and find a green button that says, Clone or Download.

Once clicked, simply select Download Zip, all files will begin to download to your computer; this should be easily accessible within your download folder on your computer. You may even be able to access the downloads at the top of your internet navigation menu with the symbol of an arrow pointing down to a line.

Within your download folder, you will need to locate the ZIP file, this file will need to be unpacked. Simply right-click on the file and select unzip or uncompress. Don’t forget to select the folder in which you want the file to be saved.

Now, if you want to do more with the files, as in, actually work with them, you will need to select a different option of how to download from GitHub. This will require you to fork the project or make a copy of the repository on which you intend to work.

Forking a repository gives you benefits for which downloading as a ZIP file simply doesn’t allow; you are free to work on the file without changing or affecting the original. A real benefit to approaching the file in this manner also allows for the less experienced coder to gain some experience in coding.

By creating a fork of the original you may also work on bugs that the original contains, suggest changes to a project, or attempt to add a new feature to the project or repository. But, to do any of this, you need to understand how to fork a project.

If you don’t already have an account, open an account with GitHub, don’t worry, it is free. This is necessary for you to have a place to store your fork. Once this is complete, select the public repository you want to make a copy of, then, in the top-right corner select the button that says Fork.

Depending on the size of the file, you will soon find yourself with a copy of the project. You may find the project within your GitHub account, under your username. You may also locate it under your profile where you will select the button Your Repositories.

Now that you have forked the file, you are free to work on it to your heart’s content. If you feel as though you have made a worthwhile change that you would like to discuss with the developer you may create a Pull Request, which would allow you to discuss your changes further with the project owner.

If they are happy with your change or suggestion the two projects can be merged into the original code. Whether you decide to view the file or experiment with the file, you will find that the download process is less complicated than you may expect.

Scroll To Top