BENDULA ANIL KUMAR

In recent years, DevSecOps has risen in popularity to an extraordinary extent. It has changed the way in which developers approach security and creating code for applications. It has led to projects being secured from start to finish and has increased productivity among developers.

This post covers some of the reasons why DevSecOps has become so popular. It could give you a better indication about the benefits of incorporating it if you aren’t already, as well as why developers may prefer a DevSecOps approach to working on projects.

What is DevSecOps?

DevSecOps stands for Development, Security, and Operations. It involves automating the process of implementing security throughout every stage of software development. This means that security is taken seriously from the beginning design stages, all the way through to the deployment and delivery stages.

This approach to developing and deploying software has helped organizations keep their applications safe. It has also enabled developers to work more productively.

Nowadays, companies are looking to deploy new software more regularly, which created more pressure on developers to work faster. This caused security to become an afterthought and too many vulnerabilities were being exploited by hackers.

 

There are several important reasons why DevSecOps has become so popular. So, let’s take a look at what some of these reasons are below.

Better Integration

One of the biggest benefits to DevSecOps is how it can be so easily integrated. As a result, organizations have an easier time implementing DevSecOps and keeping their security risks to a minimum.

Development teams are also able to work more productively due to how easy DevSecOps is to integrate. This can help them create more secure code faster. Using DevSecOps helps companies complete various tasks across various teams so that they can collaborate better with each other.

Initially, it may seem challenging to make the move to a DevSecOps approach. However, most organizations find that the benefits of doing so weigh out the challenges involved with making the move.

Nowadays, developers are used to working with a DevSecOps approach as a standard way to develop code.

The Cloud

The introduction and widespread use of the cloud has been a big factor in why DevSecOps is so popular. When it comes to managing and developing software within cloud environments, you’ll find that developers are now accustomed to using the cloud.

Developers often prefer developing and managing projects in the cloud due to how it’s more transparent and comes with many services that can be integrated easily with it. In the beginning days of the cloud, developers were wary of how difficult it would be to transition to a cloud service whilst keeping it all secure.

However, the cloud is now used so commonly that developers have secure ways of creating code and releasing applications. DevSecOps is one of the approaches to using the cloud that developers have been liking.

Microservices

Microservices are among one of the more technical elements that have led to developers using DevSecOps more. The change to DevSecOps means ditching large service procedures to smaller elements.

Containers are the components that handle deploying applications and these are geared towards microservices rather than larger servers that are centralized. As long as developers and security teams practice good security habits whilst using DevSecOps measures, they can work more efficiently.

Kubernetes

The popularity of using containers within cloud environments has led to further developments in DevSecOps and caused more organizations to implement Kubernetes.

Kubernetes are the elements that create the base for providing developers with more control over how they develop and deploy applications with containers. It’s common for DevOps teams to let newbies in their teams make bigger alterations to software than before due to how the software is within a container that implements DevSecOps processes.

As a result, it’s always being monitored and teams are provided with notifications of any anomalies that require their attention. As a result, teams can find problems, fix them, and move on much quicker.

Malware

With more organizations making the transition to cloud environments and microservices, DevOps teams have been provided with more freedom when managing and developing software.

Whilst developers can work more efficiently, this transition has also led to increases in security threats. One of the main ones being malware. APTs are commonly used to launch malware into software development lifecycles.

Some companies find that malware can be sent into their software without them being able to properly detect it. This is commonly the case when it comes to using third-party software. Other types of malware have the ability to steal data that is being transferred within your cloud environments.

A DevSecOps approach mitigates these problems as it involves making sure that the process of transferring data and securing software from malware is carefully planned. This brings security teams and development teams to work together as one to boost security and work productively.

DevSecOps only works if security is made to be a high priority from the very beginning of a development lifecycle. Teams work on the assumption that every piece of software they work on contains malware.

This enables them to take the correct steps to discover evidence of malware and coming up with remediation processes to remove the malware before continuing with development.

Flexibility

DevSecOps allows developers to work with more flexibility. Having a higher level of flexibility whilst developing software creates a great infrastructure that large organizations have been implementing.

Teams can work together and organize large projects better and more people with different attributes can be added to projects that require their skills. Developers and security teams are now using DevSecOps to create ways to work with more flexibility whilst also remaining safe.

Conclusion

After reading through our post about why DevSecOps has become so popular, we hope that you’re able to put this information to good use within your own company. DevSecOps helps developers and security teams collaborate better with each other to ensure that your software remains more secure whilst still enabling developers to work quickly.

Be sure to consider the reasons as to why DevSecOps is so popular if you were hesitant about making the move yourself. There are many great benefits to a DevSecOps approach and your organization could be reaping the rewards.

The post What is DevSecOps? Why Is It So Popular? appeared first on The Crazy Programmer.

from The Crazy Programmer https://ift.tt/3zTRmsr

There is no denying the fact that building your own gaming app creates a lot of potential revenue for the app developers. We have a lot of examples to cite this fact, starting from Angry Birds to Candy Crush and many more.

To get to the top of creating a beneficial game, you would need to develop a blueprint of who your target audience is and what they are seeking in the world of today. You would also need to build gameplay that is interesting and innovative. Finally, do not forget to monetize your gaming app strategically.

But, how to do all this? Look at the list of easy steps below to clear your doubts.

How to Make a Game App?

Here are the most influential steps for developing a successful game app design and eventually an app:

1. What is Your Idea?

How will you move forward without developing ideation for your game? It is always suggested to brainstorm a couple of innovative ideas, research the scope in each of those ideas, and come out with something unique.

It is also important to remember that developing new ideas from scratch might not always be profitable. Instead, develop ideas from those which are already existing.

2. Is Your Game Addictive?

We all are aware of the craze that comes with addictive games. They go a long way! However, users tend to drop the game if the difficulty level remains so high that it becomes nearly impossible for them to move forward.

Therefore, make it addictive yet easy. A moderately challenging game with exceptional gameplay and uncluttered graphics often goes a long way in the industry. Besides, if your game is not addictive enough, there’s a good chance that your game will get lost in the crowd of millions of boring, unattractive apps.

3. Gaining Knowledge of Key Platforms

Android, iOS, or Windows? Which platform would you choose to launch your game on? If cost is not an issue here, you can go with a hybrid Android and iOS since it incurs high costs.

Otherwise, you would have to choose between Androids and iOS after knowing your target audience, which would be time-consuming.

4. Work on the Game App Design

Create a design that attracts all and convinces them to give the game a try. If your game is addictive enough, then the job is done! You can do so by testing the app at different stages of development. It will also save you the design cost. Besides, a tested app is trusted by the stakeholders and the users.

Another thing to look at while improving the game app design is the detailing. The more detailed your game is, the better its chances of it being addictive and liked by the end-user! A minimalistic design can help you with improving the detailing of the app design.

5. Choose a Technology

Usually, a game app developer finds himself stuck between three development options, namely, Native, HTML 5, and Hybrid.

Nowadays, many people are turning to use mobile game development kits, which are cost-effective, and a great alternative to the development methods mentioned above.

6. Selecting Developers

Transforming your gaming idea to a lucrative business is the job of a skilled developer. Get yourself a developer who is well-versed with your gaming idea and highly skilled.

Conclusion

The immense revenue-generating potential that lies in developing your own gaming app comes with a lot of challenges, most of which are unaccounted for. You would definitely get to the better end if you indulge all your resources productively and move steadily after consulting every factor.

While it is true that making a mark in the gaming industry is no cakewalk, it is also true that those who are hugely passionate about the opportunity will not only cover their expenditures but also earn profits. Therefore, be wise with your resources, closely monitor the competition, and invest in innovation to have a competitive edge.

The post How to Make a Game App – 6 Steps You Need to Take appeared first on The Crazy Programmer.

from The Crazy Programmer https://ift.tt/3eKD5WG

Amongst the most pressing issues confronting IT departments, today is system connectivity. The situation is escalating. Particularly when the number of applications, data, and devices used by each company grows.

Connecting apps with point-to-point code are unsustainable, time-consuming, and costly. This is how things were done in the old days. Not only can an integration platform as a service (IPaaS) integrate any technology. Do it, however, in a standardized manner. This is when MuleSoft comes in handy. You can have a quick overview of Mulesoft Training in Hyderabad to understand how architects and developers can use the Anypoint platform for constructing and integrating APIs.

Why MuleSoft?

Mulesoft is a platform for all types of integration. This makes designing, building, and managing APIs a breeze. MuleSoft is used by over 1,600 companies to build application networks. MuleSoft also allows them to triple the speed of their development.

They began as a communications and middleware platform. They are now one of the most popular IPaaS options. Both for on-premise and cloud-based tools, SaaS, devices, and data integration. Businesses and IT departments benefit the most from their solution. Especially when multiple systems and apps need to be managed by a single provider. Consider it like hiring a single contractor to oversee your complete kitchen renovation.

Features in MuleSoft

MuleSoft’s Anypoint PlatformTM enables enterprises to connect anything at any time.  This also includes several tools and services:

Anypoint Analytics

Anypoint Analytics allows you to keep track of important metrics. This allows you to acquire valuable insight into how your company operates. It keeps track of data such as:

• API usage
• Transaction data
• And SLA performance,

You can get a detailed grasp of what works and what doesn’t. This implies you can detect and repair problems on both the backend and the frontend. Thus, enhancing your customer service.

API Designer

API Designer of MuleSoft provides a web-based interface for:

• Designing
• Documenting
• And testing APIs.

This makes working with APIs easier for your API design team and IT department. Not just at the start, but at any point throughout the design process. It’s particularly useful for preserving and reusing APIs.

The API Designer can assist your IT department by working in the manner that they prefer. For this purpose, they provide machine-readable design specifications. Even non-technical personnel will be able to grasp them.

• API Fragments: They can use API fragments and also save their progress with a single click.
• RAML: RESTful API Modeling Language (RAML) is supported by MuleSoft. This is a widely used API language that is vendor-neutral.
• OAS: The OpenAPI Specification (OAS) is the industry standard for API programming languages.

API Manager

With API Manager of MuleSoft, you can:

• Manage your users.
• Analyze and track traffic.
• An API gateway can also be used to promote and secure APIs.

The objective is to use a single integration platform to integrate all of the backend services. You’ll be able to manage all data sources and keep track of all APIs from one place.

User access, application connections, and API policies can all be controlled this way. It enables your staff to take an active role in API management.

Anypoint Connectors

With this functionality, it’s simple to connect out-of-the-box tools and content. It accomplishes this by utilizing connectors that have already been created. This means you’ll never have to start from scratch, and your systems will be connected five times faster.

Flow Designer

Individuals that are new to integration should use Flow Designer. It’s an easy, web-based interface that guides you through the MuleSoft experience. You can do the following:

• Data and assets can be dragged and dropped.
• Reusable assets should be auto-populated.
• To better comprehend the flow, look at a list of input and output data.

The opportunity to preview your transformation and data in real-time is one of the best features of this tool. This assists you understand what’s going on at each stage of the process and assures fewer errors.

Anypoint Monitoring

Anypoint Monitoring monitors the performance of all APIs and integrations in real-time. This feature assists you:

• Identify problems
• Conduct root-cause analysis.
• Dependencies on the map.
• And get immediate access to log data of history.

This implies you can deal with issues as they arise. And it can find the source of any faults or system failures.

Anypoint Runtime Manager

It’s challenging to manage and monitor a complicated environment of devices, APIs, and systems. This is made easier with the Anypoint Runtime Manager. It accomplishes this by offering a single interface for all MuleSoft resources.

Administrators who wish to keep tabs on the status of any deployment will find this useful. You can do the following:

• View performance throughout environments.
• Connect to operation tools and third-party monitoring.
• And even establish performance triggers for notifications.

Anypoint Studio

Anypoint Studio is a tool that helps you increase developer productivity. It gives you a single desktop environment where you can manage all of your integrations and APIs. Both on-premise and SaaS solutions can be built and tested. This Java-based interface can be used even before they’re deployed to the cloud.

Anypoint Studio also provides the following features:

• Map
• Build
• Edit
• And debug data integrations.

You won’t have to choose between the simplicity of use and control this way. With one system, you can obtain both.

Other Features

MuleSoft’s other major features are its support services. You can do the following things here:

• Enroll in courses.
• Obtain certificationsObtain certificationsObtain certifications
• Download documentation
• Interact with consultants who are experts.

When using MuleSoft, these service packages help remove the guesswork.

Conclusion

It’s difficult to integrate multiple technologies. Especially when the backends and data aren’t in sync. Integration platform as a service software can help to simplify the process. Creating a linked and streamlined world where everything works together. MuleSoft can assist you in creating and implementing integration flows that can streamline your entire organization. It doesn’t matter where your apps are hosted.

Check out MuleSoft today to learn how you can improve the design, development, and management of APIs with this mulesoft training course which enables you to learn the concepts like mule4 fundamentals, integration techniques in any point studio, which assist to perform tests, debug, deploy and manage the mulesoft applications, learn how to detect issues in the IT business, using data weave operators, etc.

Author Bio:

I am VarshaDutta Dusa, Working as a Senior Digital Marketing professional & Content writer in HKR Trainings. I Have good experience in handling technical content writing and aspire to learn new things to grow professionally. I am expertise in delivering content on the market demanding technologies like mulesoft Training, Dell Boomi Tutorial, Elasticsearch Course, Fortinet Course, postgresql Training, splunk, Success Factor, Denodo, etc.

The post Mulesoft Anypoint Studio Overview & Review appeared first on The Crazy Programmer.

from The Crazy Programmer https://ift.tt/3ivxBA3

Cybersecurity is more critical than ever in today’s modern world, especially with news of ransomware attacks and other forms of malware on the rise. To keep your systems secure and your files out of the hands of cybercriminals takes an increasingly comprehensive knowledge of cybersecurity technology.

Cyber-attacks have escalated to the point where, according to studies, nearly 60% of firms will face or experience service failure owing to a lack of IT security during the year. Existing tools and technologies are insufficient to completely thwart hackers.

Modern-day internet users need to ensure they are protected, and companies should also set cybersecurity protocols to help keep their systems secure from threats. Cybersecurity can be a bit confusing, and while antivirus software has usually worked in the past, cybercriminals are getting smarter and more adept at tricking these systems.

The majority of cyber-attacks actually use phishing or social engineering, where users are tricked into revealing personal information. These kinds of attacks are difficult to prevent through technology alone but instead require education about how to properly safeguard your information. Aside from this, there are lots of different cybersecurity technologies which all provide different benefits. We’ve made a list of some of the top cybersecurity technologies you can use to keep your system secure and make sure your files are protected.

VPN

A VPN masks your IP address by allowing the network to route it through a VPN host’s configured remote server. When you use a VPN to access the internet, all of your browsing data is routed through the VPN server. In other words, your Internet Service Provider (ISP) and any other third parties will be unable to see the websites you visit or the data you transmit and receive over the internet. A VPN acts as a filter, preventing prying eyes from viewing your online activity.

People use VPNs to help protect their online activity, and ensure that those with access to their network can’t see what they’re doing. When browsing the web in normal circumstances, someone with network access is able to view all unencrypted data being transmitted through the network. However, when you use a VPN, hackers and cybercriminals will be unable to decode this data.

Not only that, but VPNs are also useful for disguising your location. Many sites can only be accessed from within a particular country and a VPN can be used to bypass these blocks. As a result, VPNs are widely used by those who wish to protect their details while using the web. Whether you’re downloading files or simply browsing, it can be a very useful bit of software.

Zero Trust

Forrester Research analyst John Kindervag coined the term “zero trust” in 2010 because, at the time, the concept of trustworthy internal networks and untrusted external networks was seen as flawed. Instead, it was proposed that all network communication be considered untrustworthy. Zero Trust is a security concept based on the premise that businesses should verify anything attempting to connect to IT systems before providing access. The Zero Trust model strategy is to secure network access services that enable the virtual delivery of high-security, enterprise-wide network services for SMBs to large businesses on a subscription basis.

The concept of Zero Trust Architecture (ZTA) is that no implicit user trust is provided to accounts or devices based on their location or the location of the network or apps. To comply with the Zero Trust architecture model, each user or device must be properly approved and authenticated while connecting to a corporate network. You can learn more about Zero Trust in this article.

SDP

The software-defined perimeter, or SDP, is a security framework that regulates resource access, based on identity. An SDP hides an organization’s infrastructure from outsiders, regardless of where it is situated, by constructing a perimeter with software rather than hardware. That way only authorized users can access it.

SDP is based on the Defence Information Systems Agency’s (DISA) “need to know” model, devised in 2007. It requires all endpoints attempting to access a specific infrastructure to be verified and authorized before being allowed in. The Cloud Security Alliance (CSA) published SDP working group advice in 2013.

A software-defined perimeter allows users to access network-based services, applications, and systems securely and without risking their personal information. They can be used in both public and private clouds, as well as on-site. The perimeter cloaks users so outsiders can’t see them and is sometimes referred to as the black cloud.

SDP software is designed to provide the perimeter security architecture required for zero-trust applications to medium and large businesses. The virtual boundary of an SDP that surrounds the network layer not only reduces the surface for an attack but can also be installed on any host without network reconfiguration.

The post 3 Cybersecurity Technologies You Should Know appeared first on The Crazy Programmer.

from The Crazy Programmer https://ift.tt/2UVVadg

In this article, we will study how the present graphics have evolved over time, thus helping us interact with such great interfaces and enriching our user experience.

1950s

So, the development of computer graphics started in the early 1950s, when projects like Whirlwind and Sage developed the Cathode Ray Tube which was used to display visual graphics and a light pen was used as an input device to write on the board. In 1895, the first video game – Tennis for two with interactive graphics was developed by William Higinbotham to entertain the visitors at the Brookhaven National Laboratory. Later on, many advancements were done in the same decade like the development of a TX2 computer along with sketchpad software which helped to draw basic shapes on the screen using a light pen and saving them for future use.

1960s

The term ‘Computer Graphics’ was coined by William Fetter in 1960. In 1963, E.E. Zajac, of the Bell Telephone Laboratory created a film using animations and graphics which could show the movement of satellites and their change in altitudes around the orbit of the Earth. In the late 1960s, IBM also started its development in this field of computer graphics. IBM released the first graphic computer for commercial use – IBM 2250. In 1966, Ralph Baer developed a simple video game in which one could move points of light on a screen. In 1966, Ivan Sutherland invented the first head-mounted display which contained two separate wireframe images and gave a 3D effect.

1970s

The 1970s saw a major change in computer graphics that enabled practical computer graphics technology like the MOS LSI technology. Edwin Catmull created an animation of his hand opening and closing. Along with him, his classmate, Fred Parke created an animation of his wife’s face. John Warnock, on of the earlier pioneers, founded Adobe Systems, which, we all know is today one of the most used software for editing and photoshop. This gave a major breakthrough in the field of computer graphics. In 1977, a major advancement in 3D computer graphics was created to draw a 3D representation of an object on the screen, which acted as a foundation for most future developments. Later on, many modern video games were developed like the 2D video game arcade, Pong, Speed game, Gunfight, Space Invaders, etc.

1980s

With such developments taking place, modernization and commercialization started in the 1980s. In the early 1980s, high-resolution computer graphics and personal computer systems began to revolutionize computer graphics. Many CPU microprocessors and microcontrollers were developed to give birth to many Graphical Processing Unit (GPU) chips. In 1982, Japan’s Osaka University developed a supercomputer that used 257 Zilog Z8001 microprocessors to display realistic 3D graphics. The 1980s was called the golden era for videos games. Many companies like Atari, Nintendo, and Sega presented computer graphics with a whole new interface to the audience. Companies like Apple, Macs, and Amiga, allowed users to program their own games. Real-time advancements were made in 3D graphics in arcade games. In this decade, the use of computer graphics was extended to many industries like the automobile industries, vehicle designing, vehicle simulation, chemistry, etc.

1990s

The 1990s was a period where 3D computer graphics flourished and were developed on a mass scale. In this period, 3D models became popular in gaming, multimedia, and animations. In the early 1990s, the first computer graphic TV series – La Vie Des Betes was released in France. In 1995, Pixar released its first serious commercial animated film – Toy Story, which was a huge success, both commercially and in the field of computer graphics too. In the same decade, many 3D games like racing games, first-person shooter games, fighting games like Virtual Fighter, Tekken, and one of the most famous SuperMario began to lure the audience with its interface and gaming experience. Since these advancements, computer graphics continued to be more realistic and kept developing and expanded their use in various fields.

2000s

In the 1990s, video games and cinema became the mainstream of computer graphics. CGI was used for television advertisements widely in the late 1990s and 2000s, and it attracted a large chunk of audience. The wide popularity of computer graphics made 3D graphics a standard feature to be used in most fields. Many improvements were done and computer graphics used in films and videos games were made more realistic to attract the audience on a large scale. Many cartoon films like the Ice Age, Madagascar, Finding Nemo became one of the most favorites of the audience and dominated the box office. Many computer-generated feature films were produced like Final Fantasy: The Spirits Within, Polar Express, and Star Wars which drew a lot of attention at that point in time.

Video games too saw a major upgrade with the release of Sony Playstation 2 and 3, Microsoft Xbox attracting the audience. Many series of video games like Grand Theft Auto, Assassin’s Creed, Final Fantasy, Bio Shock, Kingdom Hearts, Mirror’s Edge, and many other grew the video game industry and continued to impress the masses.

2010s

In the 2010s, CGI expanded its use and provided graphics in real-time at ultra-high-resolution modes in 4K. Most of the animated movies are CGI now and involve animated pictures and 3D cartoons. In video games, Microsoft Xbox, and Sony PlayStation 4 began to dominate the 3D world and are one of the most popular among users in the present time too.

Since then, the world of computer graphics has kept developing and received a lot of praise from the audience for enriching its experience and providing a great platform to interact with high-resolution computer graphics. So, this is all about the history of computer graphics.

The post History of Computer Graphics – 1950s to 2010s appeared first on The Crazy Programmer.

from The Crazy Programmer https://ift.tt/3zeBiBc

In this article, we will study the different types of processors in computers but before that, we will have a brief look at what a processor is all about.

A processor is basically a logical circuit that responds to instructions and processes the basic instructions that drive a computer. The function of a processor is to fetch, decode, execute, and write back the information. It is the brain of the computer. and is a separate chip or a multiple circuit board in a computer. The processors for personal computers is also called a microprocessor.

Processors have two parts:

1. CU: It stands for Control Unit. It is used to manage the commands. It is like a supervisor. It directs the main operations by sending a control signal.

It performs the following operation:

• Takes the instruction from the main memory.
• Looks after the execution of instructions.

2. ALU: It stands for Arithmetic and Logical Unit and is a part of the CPU. The real execution of directions happens during this part. It performs mathematical operations. For example multiplication, addition, subtraction, division, etc.

It consists of two units:

• Arithmetic Unit
• Logic Unit

The processor communicates with the other components also, like – it communicates with the Input/Output device. It also communicates with the memory and storage devices. A processor also has a small and high-speed memory called Registers. It stores data like- address, command, result, etc. temporarily.

Different Types of Processors

Processors are mainly of five types, let’s discuss them one by one in detail.

1. Microcontroller

A microcontroller or a micro-computer is a small and low-cost chip that is designed to perform a specific task like displaying microwave information, receiving remote signals, etc. The microcontroller consists of:

• The processor
• Memory, which includes RAM, ROM, EPROM, and EEPROM.
• Serial ports
• Peripherals (Timers, Counters, etc.)

2. Microprocessor

The microprocessor is the cerebrum of a miniature PC. A single chip is called a microprocessor, which is capable of processing data. It controls all components. It executes a sequence of instructions. It fetches, decodes, and executes the instruction. The internal architecture of the microprocessor is very complicated.

3. Embedded Processor

The processor is the heart of an Embedded system. It is the basic unit that takes input and produces output after processing the data. The processor consists of two units namely:

• Control unit
• Execution unit

CU fetches instructions from memory. The Execution Unit includes the arithmetic and logical unit as well as the circuit that executes the instructions for a program such as blocking the current instruction and jumping to another one. A processor runs the cycle of fetch and executes the instructions in the same sequence as they are fetched from memory.

4. DSP

It is known as Digital Signal Processor.

DSPs have the following characteristics:

• Real-time DSP capabilities.
• High throughput. DSPs can sustain the processing of high-speed streaming data, such as audio and multimedia data processing.
• Deterministic operation. The execution time of DSP programs can be measured accurately, thus promising an efficient and desired performance.
• Reprogrammability by software. Different system behavior might be obtained by recoding the algorithm executed by the DSP instead of by the hardware modification.

5. Media Processor

A media processor is an image/video processor. It is a microprocessor-based chip that delivers real-time digital streaming data at faster rates.

It has the following characteristics:

• First multi-format single-chip solution
• Real-time HD transcoding
• Cross-platform
• DaVinci processor
• 10x performance improvement.

So, that’s all about the types of processors in our computer world.

The post Different Types of Processors appeared first on The Crazy Programmer.

from The Crazy Programmer https://ift.tt/3BguxAs