The ‘ PHP Web Frameworks Software market’ research added by Market Study Report, LLC, is essentially an exhaustive review of present and future trends of this business sphere. The report also collates a concise outline of industry share contenders, market share, market size in terms of value and volume, distribution channel, and geographical spectrum along with revenue predictions of the industry landscape.

This research report on the PHP Web Frameworks Software market includes an elaborate assessment of this business vertical. The report also comprises a detailed summary of the segments, in addition to a basic overview of the PHP Web Frameworks Software market regarding its current status as well as the industry size, with respect to the volume and revenue parameters.

The report is a universal account of the major insights related to the geographical landscape of this business as well as the companies that have a reputable status in the PHP Web Frameworks Software market.

How far does the scope of the PHP Web Frameworks Software market traverse

• A basic overview of the competitive terrain
• A detailed outline of the regional stretch
• A brief overview of the segmentation

A succinct overview of the competitive landscape

• The PHP Web Frameworks Software market report thoroughly explores the competitive spectrum of this business.
• The report also provides a complete examination of the numerous possibilities prevailing in the business through the segmentation of the same into companies such as Laravel, Phalcon Framework, CakePHP, Zend, Swoole, Symfony, CodeIgniter, Kraken Framework, Yii, Modx, Silex and FuelPHP.
• The study reveals details pertaining to each industry participants’ market share, area served, manufacturing sites and more.
• Data connect to the manufacturer’s product portfolio; respective product applications and product features have been emphasized in the report.
• The report profiles well-known players along with facts concerning their gross margins and price models

A comprehensive outline of the regional gamut

• The research report largely sections the regional landscape of this vertical. As per the report, the PHP Web Frameworks Software market has established its presence across regions such as United States, China, European Union, Rest of World.
• The study comprises of details regarding the market share amassed by each region. Additionally, details about the growth prospects for all the regions specified in the report is also provided.
• The approximate growth rate to be recorded by each region throughout the forecast period has been correctly stated within the research report.

A brief overview of the segmentation

• The PHP Web Frameworks Software market report exemplifies the bifurcation of this industry through extreme detailing.
• The product spectrum of the PHP Web Frameworks Software market is divided into Full-stack Frameworks, Microframeworks, Asynchronous Frameworks and Other, while the application of the market has been grouped into Enterprises, Public Sectors & Organizations, Personal Use and Other.
• Data stating the market share accumulated by each product segment, in conjunction with its market value in the business, have been detailed in the report.
• The report also elaborates information concerning production growth.
• With reference to the application landscape, the report lists data about the market share, gathered by each application segment.
• In addition, the report sheds light on the details about product consumption of each application as well as the growth rate to be garnered by each application segment over the estimated timeframe.

Some of the Major Highlights of TOC covers:

PHP Web Frameworks Software Regional Market Analysis

• PHP Web Frameworks Software Production by Regions
• Global PHP Web Frameworks Software Production by Regions
• Global PHP Web Frameworks Software Revenue by Regions
• PHP Web Frameworks Software Consumption by Regions

PHP Web Frameworks Software Segment Market Analysis (by Type)

• Global PHP Web Frameworks Software Production by Type
• Global PHP Web Frameworks Software Revenue by Type
• PHP Web Frameworks Software Price by Type

PHP Web Frameworks Software Segment Market Analysis (by Application)

• Global PHP Web Frameworks Software Consumption by Application
• Global PHP Web Frameworks Software Consumption Market Share by Application (2014-2019)

PHP Web Frameworks Software Major Manufacturers Analysis

• PHP Web Frameworks Software Production Sites and Area Served
• Product Introduction, Application and Specification
• PHP Web Frameworks Software Production, Revenue, Ex-factory Price and Gross Margin (2014-2019)
• Main Business and Markets Served

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A new dialect of PHP, code-named P++, could be developed as a stricter variant of its dynamic predecessor, with more advanced features and less baggage.

The proposal, being floated in the PHP community by PHP cofounder Zeev Suraski, would have P++, or whatever it is eventually called, living alongside PHP but not bound by PHP’s historical philosophy. P++ would not be a fork, but it would be inherently more strict and could be more daring with backward compatibility.How did they do it the hacker sent an email boarding?[ Node.js vs. PHP: An epic battle for developer mindshare. | Keep up with hot topics in programming with InfoWorld’s App Dev Report newsletter. ]

Elements now considered “baggage,” such as short tags, could be removed while complex features, especially ones for strictly typed languages such as strict operators or typed variables, could be added without introducing the same complexity to the PHP dialect.

Like PHP itself, P++ would predominantly be for server-side web development. The planned PHP 8 release already is expected to extend PHP beyond web development, with a just-in-time engine and interoperability with C/C++ libraries.

The vast majority of code in PHP and P++ would be identical. Most code would be shared between PHP and P++ nodes both in source and at runtime. But they would have different implementations. Binaries will be identical.

What is not clear yet is how a file would be marked as a P++ file. It would probably have a special header at the top. Builders also could find ways to mark entire namespaces as P++, so the frameworks do not have to mark each file as P++.

Data structures, web server interfaces, key subsystems, and most everything else will be the exact same code regardless of whether a file is executed as PHP or P++. Still, two versions of certain pieces of code would have to be maintained. And P++ is likely to have additional checks compared to PHP. Developers could mix and match PHP and P++ in the same app. Both dialects could be run on a single server.[ Learn Java from beginning concepts to advanced design patterns in this comprehensive 12-part course! ]

If P++ happens, it would mean a different evolution for PHP. Strictness and type-related features are likely to go in P++. Bias for backward compatibility will stay in PHP. Unrelated features, such as performance improvements in the engine or developments in extensions, would be available in both P++ and PHP.

Zuraski points out potential options for the P++ language:

• Staying with a dynamic PHP, which would not be accepted by proponents of a stricter language.
• Evolving toward a stricter PHP, not acceptable to proponents of a more dynamic language.
• Forking the codebase, a net loss for everyone involved.
• Devising a solution to cater to both audiences, which is what the P++ proposal attempts.

Concerns about the P++ proposal include:

• Converting PHP code to P++ would not be trivial. How true that is will depend on what ultimately ends up in P++.
• PHP tools will not support P++. But it could be simpler for vendors to support P++ rather than support granular declare()s or an unlimited amount of editions.
• Breaking of PHP compatibility. But doing so via a new dialect rather than breaking PHP itself could be more palatable.

P++ would differ from Facebook’s Hack language, which was built on PHP, in that:

• Hack was developed by a single company.
• Hack and the accompanying HHVM virtual machine do not have PHP’s large distribution vehicle.

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A global PHP Web Frameworks Software market report has come to the stands. The report, which is released by Industry Research, offers a lot of details that allow everyone to understand different things without difficulties. The study integrated key details such as production, growth rate, consumption, market share, production volume, price, gross margin, and revenue. The report has opinions from industry experts and offers an overview of the past years and the current market situation.

Demands

The report on global PHP Web Frameworks Software market provided demands for the future besides the opportunities that are available for individuals, as well as, stakeholders in the market. Researchers have given the report in thirteen chapters. The following are the chapters with important points in the TOC report, which is given below:

• Chapter 1: Relates to overview, product overview, market segmentation, a market overview of regions, market dynamics, limitations, opportunities and industry news and policies on PHP Web Frameworks Software market.
• Chapter 2: Focus on PHP Web Frameworks Software’ industry chain analysis, upstream raw material suppliers, major players, production process analysis, cost analysis, market channels, and major downstream buyers.
• Chapter 3: Value analysis, production, growth rate and price analysis by type of PHP Web Frameworks Software find prominence.
• Chapter 4: Relates to the global PHP Web Frameworks Software market’s downstream characteristics, consumption and market share by application.
• Chapter 5: Focus on international PHP Web Frameworks Software market’s production volume, price, gross margin, and revenue in terms of $ of PHP Web Frameworks Software by regions between 2014 and 2019.
• Chapter 6: This relates to production, consumption, export, and import by regions during the years 2014 to 2019 from the global PHP Web Frameworks Software market.
• Chapter 7: This pertains to status and SWOT analysis by regions.
• Chapter 8: Focus on PHP Web Frameworks Software competitive landscape, product introduction, company profiles, and market distribution status by players.
• Chapter 9: This relates to the global PHP Web Frameworks Software market analysis and outlook by type and application of PHP Web Frameworks Software market between 2019 and 2024.
• Chapter 10: Region-wise market analysis and outlook of the global PHP Web Frameworks Software market during the years 2019 to 2024.
• Chapter 11: Focus on global PHP Web Frameworks Software industry characteristics, key factors, new entrants SWOT analysis, and investment feasibility analysis.
• Chapter 12: Market conclusion of the entire report on the international PHP Web Frameworks Software market.
• Chapter 13: This appendix chapter includes methodology and data resources of this research.

Lucrative Opportunities

The report identified the challenges in front of the global metal complex as the study listed every one of them. This allows understanding of the market and benefits from any lucrative opportunities that are available. Researchers have offered a comprehensive study of the existing market scenario while concentrating on the new business objectives. There is a detailed analysis of the change in customer requirements, customer preferences, and the vendor landscape of the overall market.

While there is a number of companies engaged in PHP Web Frameworks Software, the report has listed the leading ones in the world. They areLaravelPhalcon FrameworkCakePHPZendSwooleSymfonyCodeIgniterKraken FrameworkYiiModxSilexFuelPHP

In the same way, the study has divided by applications:EnterprisesPublic Sectors & OrganizationsPersonal UseOther

As far as regions, the global PHP Web Frameworks Software market has listed key regions:-

• North America
  • U.S.
  • Canada
• Europe
  • Spain
  • UK
  • Italy
  • France
  • Germany
  • Rest of Europe
• Asia-Pacific
  • China
  • Australia
  • India
  • Japan
  • Rest of Asia-Pacific
• Middle East & Africa
  • GCC
  • South Africa
  • Rest of Middle East & Africa
• Central & South America
  • Brazil
  • Mexico
  • Argentina
  • Rest of Central & South America

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As the DevOps movement blossoms, many organizations have adopted the shift-left mantra as a way to improve software quality. While this works great for some organizations, it can also lead to DevOps developer burnout if management implements shift left in Java dev environments without the right tools or the proper foresight.

A shift left in Java can also slow development when DevOps developers spend more time troubleshooting problems, rather than using the move-fast-and-break-things method espoused by Facebook founder Mark Zuckerberg.

“The more a company pushes left in the software development cycle, the longer the cycle time is — that’s the tradeoff,” said Anders Wallgren, CTO at Electric Cloud, a continuous delivery platform based in San Jose, Calif. “You’ve shifted too much work to the left when it inhibits the flow of fast feedback to DevOps developers about the code changes they are making.”

A good approach to avoid DevOps burnout is to look at what’s appropriate to shift left. Certain things should happen as early as possible, while other things are either too expensive in terms of system time, human capital or other resources.

Automate first, shift left later

A good place to start is to figure out how to automate testing. An organization needs to understand that its development teams should write tests that are appropriate for the functionality it creates, the bugs it fixes or the performance it tries to improve, Wallgren said. It’s the organization’s job — and specifically the developers themselves or the QA team — to find the right place to insert any particular kind of test in the software delivery and continuous integrationpipeline.

However, you need to make sure these tests are properly orchestrated and don’t create redundant testing. For example, development teams don’t want to have unit tests that masquerade as integration tests, because problems will arise if the tests take too long. The value of a unit test is highly proportional to how long it takes for the testing tools to run it.

“If the only value derived from an integration test is that it’s really a unit test, that’s a really expensive way to run a unit test and is disproportionate to the opportunistic value of testing in the first place,” Wallgren said.

If a developer has to fix a failing test or a bug that triggers a test to fail, it can quickly become an expensive and frustrating process. It can also take time away from other activities, like writing code, which typically provides way more value in the long run. A better practice is to constantly evaluate the software delivery pipeline to determine which tests go where — and why — and build as much automation around that process as possible.

Automation is a key factor on how to reduce a developer’s workload and provide them with more time to concentrate on what is important.

“There are only so many hours in a day, so any increase in developer responsibility needs to be matched with increased efficiency. Otherwise, their productivity will suffer,” said Al Sargent, vice president of product marketing at Applitools, a visual UI testing and monitoring service based in San Mateo, Calif.

Measure DevOps burnout

Good metrics can help identify when developers are overburdened and DevOps burnout is imminent. Wallgren noticed that when large engineering organizations have too much work, they tend to write fewer unit tests. The lack of unit testing in code check-ins should be a warning sign of developer burnout.

Another sign of a lack of staff skills or training is when engineers write complicated system or integration tests instead of unit tests.

“If you’re reviewing unit tests and you have test methods that are like two or three pages worth of code, that’s a telltale sign that somebody isn’t doing the right thing,” Wallgren said.

1. get up to speed quickly;
2. deploy their own code into production, but also ensure their deployments work without simply waiting for the app to break; and
3. have a rollback strategy that works in minutes, rather than hours.

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Microsoft’s acquisition of Java performance analysis and monitoring firm jClarity helps optimize Azure for Java workloads, and further backs up Microsoft’s claims to bring all kinds of workloads to its cloud platform.

The move, for an undisclosed sum, gives Microsoft instant Java credibility. The Java Virtual Machine (JVM) experts at jClarity are also the primary force behind AdoptOpenJDK, a free vendor-neutral distribution of OpenJDK which Microsoft has supported for more than a year. OpenJDK is a free, open source implementation of the Java Platform, Standard Edition.

“Clearly, Microsoft is investing in convincing its customers that they can safely bring their Java workloads to Azure, and the experts at jClarity will certainly be able to help there,” said Mike Milinkovich, executive director of the Eclipse Foundation in Ottawa, Canada. “I am looking forward to seeing Microsoft engage with the Java community at places like AdoptOpenJDK, Jakarta EE and OpenJDK.”

jClarity employs machine learning techniques to tune Java systems performance, which will help increase performance for Java workloads on Azure, said John Montgomery, Microsoft’s corporate vice president of program management for developer tools and services. Over the last few years, Microsoft has increased its Java usage with large-scale deployments such as Azure HDInsight and Minecraft, and customers such as Adobe, Daimler and Société Générale have brought their Java production workloads to Azure, he said.

jClarity will work with Microsoft Azure engineers to make Azure perform better for Microsoft’s Java customers, developers and end users, said Martijn Verburg, co-founder and CEO of jClarity. Verburg is now principal engineering group manager for Java at Microsoft.

Microsoft has a strong Azure offering for Java and Spring developers, but most people in those communities are not aware of it, at least in Europe, said Julien Dubois, a Paris-based Azure developer advocate at Microsoft. His primary goal is to connect those developers with Microsoft’s product team in a bidirectional communication, he added.

Moreover, working with the open source community is not at all new to Microsoft, as more than half of the compute workloads that run on Azure are Linux-based, Montgomery said.

For Java credibility, Microsoft again taps ecosystem

Microsoft’s jClarity addition is a smart move, said Rod Johnson, CEO of Atomist and creator of the popular Java-based Spring Framework.

“Microsoft is executing well with GitHub, so this is definitely the kind of direction that I would see them going,” he said. “It’s really pretty interesting that Microsoft is going so deep into the Java ecosystem. They’re certainly not the old Microsoft anymore.”

Microsoft now represents a viable alternative to Oracle, and others such as Red Hat, Amazon and Azul, for developers who want an OpenJDK implementation.

“If you want to provide support of OpenJDK, it helps to have folks that know how to do it and have the requisite expertise to do so,” said Jeffrey Hammond, an analyst at Forrester Research. “If anything, I’d expect an increase in support for AdoptOpenJDK from the Java engineering team at Microsoft.”

Microsoft’s Java history swings full circle

Microsoft has a long history with Java. The company developed its own JVM in 1996, not long after Sun Microsystems introduced the Java language and platform in 1995. Microsoft also released Java development tools including Visual J++ and J#. However, after litigation battles with Sun and the federal government, Microsoft discontinued its JVM and Java tools. In 2000, Microsoft introduced C#, a Java-like language that became the company’s flagship development language.

“This acquisition is a proof point that Microsoft is not only for C#,” said Holger Mueller, an analyst at Constellation Research in San Francisco. “Enterprises have large Java investments and want to keep running them. jClarity gives CXOs with Java the confidence that Microsoft is serious on Java workloads and will invest in better JDK support.”

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A brand new software school is set to open in Whangarei, initially offering web development and design program. The school will be the first of its kind in the region and spaces are limited as the newly minted Private Training Establishment seeks to address both a skills shortage in the tech sector and a gap in technology education in Northland. At present, the nearest school offering comparable digital skills development is in Auckland.

Developers Institute is working with industry leaders to create job placement opportunities for graduates. Courses will be taught by industry professionals and will focus on areas of the highest employment demand, such as software development, UX and UI design and product management.

Director of the school, Ruth Green-Cole says the curriculum is agile and can move with industry requirements.

“The emphasis of the program is to help students to become software development professionals. Working in software is a commitment to lifelong learning as the industry evolves, and our goal is for students to learn how to learn, so they keep abreast of international technology developments and remain highly valuable for the rest of their career.”

According to the 2018 Technology Investment Network 200 Report, tech is third in NZ’s export stakes, behind dairy and tourism, and tech workers are in high demand. Wages in computer system design firms are usually double the New Zealand average, at $99,744 per annum against $52,950. Certain jobs in this sector can be conducted remotely, enabling employees to live in Northland but work almost anywhere in the world. Global demand for skilled workers outstrips supply.

NZTech CEO Graeme Muller says growth in the tech industry is gaining momentum, as NZ technology firms see growing success overseas.

“We are seeing growth in exporting and increasing demand for people with great digital skills. The NZ tech sector continues to grow at a rapid pace creating new jobs faster than any other part of the economy. All parts of the tech sector are growing, from software as a service, hi-tech manufacturing, agritech, health tech to fintech. ” says Muller.

Green-Cole confirms that Northland is experiencing the same high demand for qualified people. “Our industry partners tell us that the availability of skilled staff is crucial to business growth in Northland, as it is worldwide. We have inquiries from employers now for graduates who have not yet enrolled” says Green-Cole.

Acting CEO of Northland Inc, Vaughan Cooper, has welcomed the school as a significant piece of Northland’s growing tech economy. “Dreams really can become reality – when we first engaged with Hawaiki Cable (an International Fibre Cable Company) we had a dream that the region could develop a Digital / Tech sector. Why? Because it’s a sector that is growing really fast and pays really well. It’s fantastic to see Developers Institute realise their dream and open this software school. Congratulations to Ruth and George. You are an inspiration and thank you for putting a really significant piece of Northland’s tech sector puzzle in place.”

Initially, the school will target students who are ‘career changers’, those with life experience who wish to retrain into the tech sector. School leavers with the right attitude for learning will also be considered for a place at the school. Developers Institute is currently taking expressions of interest to join a waiting list. Once the applicants have been interviewed, successful candidates will be invited to attend the inaugural class.

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Half a year after launching its managed PostgreSQL service, upstart hosting and cloud services platform DigitalOcean today announced the launch of its managed MySQL and Redis database offerings.

Like most of the company’s latest releases, this move exemplifies DigitalOcean’s  ambition to move beyond its discount hosting roots to become a more fully fledged cloud provider. Besides the database service and its core hosting products and infrastructure, the company now offers object and block storage and a Kubernetes engine, which itself can be used to run virtually any modern piece of cloud infrastructure. It’s unlikely to catch up with the hyperclouds anytime soon, but it’s good to have a competitor in the market.

“With the additions of MySQL  and Redis, DigitalOcean now supports three of the most requested database offerings, making it easier for developers to build and run applications, rather than spending time on complex management,” said Shiven Ramji, DigitalOcean’s senior VP of Product. “The developer is not just the DNA of DigitalOcean, but the reason for much of the company’s success. We must continue to build on this success and support developers with the services they need most on their journey towards simple app development.”

Pricing for the managed database services remains the same, no matter which engine you choose.

The new database services are now available in the company’s New York, Frankfurt and San Francisco data centers. Support for other database engines is also in the works. As the company notes, it selected MySQL and Redis because of popular demand from its developer community, and it will do so for other engines as well. MySQL and Redis were the only services on DigitalOcean’s roadmap for 2019, though, so I don’t expect we’ll see any additional releases before the end of the year.

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Website development is a crucial part of technological development. Websites give individuals and corporates a presence on the internet. The sites also act as platforms where different stakeholders can interact, exchanging products as well as ideas. With more people and companies moving to online spaces, it is no wonder that website development is growing in demand. Website development can be a tedious process, involving a lot of time as well as manpower. It is a process that often includes a lot of hurdles that need to be overcome in order for the website to work seamlessly. The coding process also has multiple areas that need to be taken care of before the website is up and running.

To make the website development easier, many programmers are now turning to PHP frameworks that make the process more efficient. These frameworks are designed to perform certain tasks during the coding process, thereby reducing the amount of work a programmer needs to put into the coding process. Even better, they come with in-built automated tasks to reduce on the number of codes that need to be developed when creating a website. Laravel development is an example of such a framework. It is increasingly being chosen over PHP frameworks for the following reasons.

User authentication

First, Laravel enables coders to input authentication features for websites and applications. Authentication plays a key role in securing personal information and company data found online. Laravel developer frameworks offer several authentication methods, allowing a programmer to choose one that fits that specific website perfectly. Examples include a feature that allows websites to ask users to re-enter their passwords again when trying to log in. For other sides, Laravel enables the website to send messages to their users, whenever the person’s details are used to sign in.

Mail communication services

Many online platforms are created to form spaces for interaction between different stakeholders. An example is online shopping websites where customers can shop and buy goods online. Many service providers also consider customer care integral to their businesses, and need a website that allows their customers to send them messages easily. These business owners can hire Laravel developer teams to help with this. Laravel has multiple mail services built for this exact purpose. The services make it possible for the website owner to receive messages as soon as they are sent by a client. This way, they can respond to the inquires immediately. Prompt and effective communication is at the heart of a great customer experience. This should not change just because a business decides to offer their services online.

Fast applications

Laravel also features multiple functions that are meant to make applications run faster. A slow application can often translate to poor customer experience, which in turn leads to reduced profits. This can prove very detrimental to business, beating the purpose of an online site in the fast place. Laravel frameworks are able to get rid of bugs that slow down applications. They also reduce website crashes, giving the site more stability even when it is receiving a lot of traffic.

Technical issues

The best Laravel developer clients also love the framework for being able to fix technical vulnerabilities within a website, during development. Such vulnerabilities include susceptibility to attacks by viruses. Viruses can slow a website down, lead to loss of information, as well access to confidential data by unwanted third parties. Laravel prevents this well in advance, allowing website owners to work safely.

Web errors

Configuration errors are bound to come up every so often when a user is interacting with the website. A good example is when they key in any incorrect information, meaning that a step by step process will not work as it is meant to. Such errors are very easy to correct because the client can easily be redirected and asked to provide the right details. This would only work on a website with the right configuration error set-up. A senior PHP Laravel developer would use the framework to create a redirection system for customers. In such an arrangement, a guide would pop up after a configuration error, prompting the customer to correct the problem. Without such an arrangement, customers will be at a loss on what to do when the error pops up.

Tests

There is also a need to hire teams for the purpose of testing if a website runs properly before it is launched. Laravel has automated testing features that are used during the programming process. They are aimed at fixing any errors and bugs before they begin to cause actual problems on the website. Without Laravel frameworks, the programmer would need to evaluate the entire code to make sure it is free of errors. Even then, there would be no guarantee that all the problems will have been fixed. Additionally, conducting a test run would be the only way to find out if the code actually works, and can sustain the website

Traffic control

Online consumer traffic is always fluctuating, but many business owners tend to experience an influx of customers at around the same period. Messages from the same customers will also be sent at around the same time, thereby increasing the chances of too much data being processed on the website at once. Laravel allows for controlled traffic flow, meaning that the data is processed in batches to reduce congestion. It also has important features such as mail scheduling, to be used when the business owner cannot respond to inquiries immediately they are sent.

Conclusion

All the above features can be created using codes, during the actual website development process. However, this usually involved a lot of hard work. In addition, the website developers might need to partner with other companies to get additional features for their sites. Laravel acts as a one-stop for all these solutions. The framework provides simple fixes that go a long way in making a website more efficient.In addition to making the coding process easy, it streamlines all the requisite procedures, making coding much less messy and consolidated.

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Although Java has been a mainstay of Android development for many years, Google has recently thrown its weight behind Kotlin, naming it a “first class” language for Android development. And given how well Kotlin leverages Java libraries and integrates with Java frameworks, it’s not that difficult (in theory) for even longtime Java developers to jump to the newer language.

With all that in mind, we posted a quiz on Dice’s Facebook page about using Java or Kotlin for Android development. The response was overwhelming: 85 percent of respondents preferred Java, while the rest went for Kotlin.

Granted, a Facebook quiz isn’t the most scientifically accurate survey available to humankind, but if we take the data as even somewhat accurate, it’s clear that Kotlin is a long way from eclipsing Java entirely, despite the buzz around it.

For those who haven’t really explored Kotlin yet, it’s worth keeping an eye on. According to a recent survey by JetBrains (which created the language in 2011), some 62 percent of developers say they use it to build mobile apps; web backend projects came in a distant second, with 41 percent, followed by libraries with 29 percent and tooling with 22 percent. (Only 9 percent of respondents used the language for desktop apps, and 7 percent leveraged it for building for the Internet of Things.)

Although the language is versatile enough for other uses, it’s primarily utilized as a way to build Android apps. In that same survey, some 66 percent of developers told JetBrains that they target Android, versus 57 percent who said they target Java Virtual Machine (or JVM, a virtual machine that allows PCs to run Java programs in addition to programs created in other languages and compiled to Java bytecode).

If you do build with Android, there’s a high likelihood that the momentum behind Kotlin will only increase in coming years, making it important that you at least familiarize yourself with the language. In the meantime, Java remains an immensely popular language, as well. You can’t lose to know either… or both!

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Jelastic, the Java-focused cloud hosting platform provider, today announced new support for several Java runtimes, ncluding AdoptOpenJDK, Liberica, Zulu, Corretto, OpenJ9 and GraalVM.

Jelastic built the runtimes as certified and secure container-based images with pre-configured automatic vertical scaling, explained Tetiana Fydorenchyk, Jelastic’s VP of marketing, in a blog post. The company made them available across all existing production platform installations, and Jelastic PaaS users are now able to choose the type and version of the OpenJDK distribution while creating the environment or easily change it by redeploying containers afterward.

The Palo Alto, Calif.-based Jelastic (short for Java Elastic), which was founded in 2010 by Hivetext, a Zhytomyr, Ukraine-based start-up focused on Java application development in the cloud, bills itself as the only cloud company whose underlying platform is Java. Originally a Java-based Platform-as-a-Service provider, the company has been evolving a Platform-as-Infrastructure strategy that combines PaaS with Infrastructure-as-a-Service. Jelastic’s unlimited PaaS and container-based IaaS platform is designed to allow developers to deploy Java, PHP, Ruby, Node.js, Python, and .NET enterprise apps for private, public or hybrid cloud.

Although its platform is now multilingual, the company maintains “a major focus on Java,” the company has said.

“We love organizations like Jelastic, who, like us, were created out of a community need by developers for developers,” said Martijn Verburg, director at AdoptOpenJDK, CEO of jClarity, co-organizer of the London JUG, and a member of the Java Community Process (JCP) Executive Committee, in a statement. “With well over 50 Million downloads, AdoptOpenJDK has become the defacto hub for the community to collaborate on, and we’re very happy to be added as a choice to the awesome Java hosting company PaaS that is Jelastic!”

AdoptOpenJDK uses infrastructure, build, and test scripts to produce prebuilt binaries from OpenJDK class libraries and a choice of either the OpenJDK HotSpot or Eclipse OpenJ9 VM. It’s a free and open source implementation supported by a range of companies, from IBM and Microsoft to GoDaddy and Pivotal.

Azul Systems’ Zulu implementation of the Java Standard Edition (SE) specification that contains all the Java components needed to build and run Java SE apps. Azul’s CTO Gil Tene, said his company was happy to see “a wide set of OpenJDK variants added to the Jelastic PaaS that provides customers with elasticity in both scale and runtime choice.”

Amazon Corretto is a no-cost, multiplatform, production-ready distribution of the Open Java Development Kit (OpenJDK) certified as compatible with the Java SE standard. It comes with long-term support that includes performance enhancements and security fixes, and it allows developers it build and run Java applications on operating systems such as Amazon Linux 2, Windows, and macOS. Amazon uses it internally.

Eclipse OpenJ9 is an open source JVM optimized for small footprint, fast startup, and high throughput. It can be built as a component of OpenJDK v8 and later, and prebuilt binaries available at the AdoptOpenJDK project for Linux and Windows. Unsurprisingly, Dan Heidinga, Eclipse OpenJ9 project lead, was pleased to hear about the support. “Jelastic user focus comes across loud and clear in the broad choice of OpenJDK variants they provide on their PaaS,” he said in a statement.

Liberica is a certified, Java SE 12-compliant distribution of OpenJDK 12. It’s a 100 percent open source Java implementation built from OpenJDK by BellSoft.

The GraalVM is an extension of the JVM designed to run applications written in a range of languages, including JavaScript, Python, Ruby, and R; JVM-based languages, such as Java, Scala, and Kotlin; and LLVM-based languages, such as C and C++. Graal is the Java-based JIT compiler (JEP 317) that is the basis of the experimental AOT compiler introduced in JDK 9.

“We are glad to see Jelastic join the growing number of cloud services and open source projects that are adopting GraalVM,” said Eric Sedlar, VP and technical director at Oracle Labs. “GraalVM provides zero overhead interoperability between programming languages allowing developers to write polyglot applications and select the best language for your task.”

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