#one was a more difficult coding question. one was design a test framework. one was QA-behavorial
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#I'm still waiting for the formal offer letter but let me tell you how i got this job#a hiring manager reached out to me on LinkedIn asking if I'd be interested in the team he's building#so i was like yeah I'll throw my hat in#i had an easy coding screen with him (valid palindrome lol)#then i had a screen with another manager around QA practices#then i went through four more interviews as part of a 'final loop'#one was a more difficult coding question. one was design a test framework. one was QA-behavorial#and the other was communication + collab behavorial#each of those six interviews was a 45 minute video call btw#this all took like. three months lmfao#then a week after that i heard back that they didn't want me for that role#but that one of the guys i interviewed with is a hiring manager on an adjacent team and he really liked me#when i looked back at my notes sure enough that guy is the one who ended our call with 'i hope i get to work with you!' lol#so they wanted to put me for this other slightly less technical role#and i was like yeah sure why not i liked that guy too lol#so the next day i had one final interview with a senior leader asking about my priorization and conflict resolution skills#which makes sense since this is a more cross-functional communication role with lots of talking to developers#and that guy was awesome and definitely someone I'd work for#so a few days later i got the verbal offer!#i will also add that during all of this i also went to the final stage for a different team at the same company#but was plain out rejected from that one lol#plus i did beginning screens for two other roles as well and didnt make it as far#all this to say i did like... over a dozen interviews with this company since October lol#and i studied like CRAZY. i spent hours on leetcode and hours putting together stories from my experience#i worked very very very hard and it finally fucking paid off!!!!!#back in october i said to my wife 'i want to get a job at (company). i think that will be my goal now.'#and she was like lol ok. but i kept getting interviews and studying for them#working harder than i ever did in college even lmao. and she was like oh wait you're really serious#and then she helped me sooooo much by taking care of the kids while i studied and stuff like that#but yeah i did it. i put my mind to it and i fucking did it!!!!!
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What are the key advantages of using Flutter for app development?
Flutter is the Android and iOS software development kit from Google. It’s a cross-platform technology, so it lets you use the same codebase for both mobile operating systems. The web and desktop versions are in beta and alpha channels respectively.
Flutter 1.0 was officially launched at the end of 2018, but Google's open source framework for Flutter remained in beta until then, so it is still relatively new. It is free and open source, and uses Dart as its programming language.
Also read more: Best Mobile app development companies in India
Flutter’s popularity is steadily growing: as per Google, there are more than 100,000 applications created in Flutter. It's not hard to see why. Flutter code is not difficult to send and the pack incorporates every one of the instruments important to foster a decent application: a delivering motor, an assortment of pre-constructed and simple to-utilize gadgets, testing and reconciliation APIs, as well as command-line tools.
For what reason would it be advisable for you to utilize Flutter to develop your application
Chances are you’re already using apps that were developed with Flutter. Alibaba and Google Promotions are only two models - you can track down a greater rundown here.
With more than 100,000 Shudder applications currently accessible, there's no question that it is a famous decision among designers - however is it the best tool compartment for you
It might be if you’re working on an MVP: Flutter allows you to develop code for both Android and iOS apps quickly, without the additional cost of building separate codebases. So if you’re a start-up, prone to experimenting and without significant resources to pour into cross platform mobile app development, Flutter is something you should consider.
It's likewise an intriguing answer for endeavors, particularly those holding back nothing marked insight. Flutter lets you develop the product on a single framework and deliver a native experience for users of both operating systems.
Additionally Read More: mobile app development companies in bangalore
What are the benefits of Flutter
Flutter has some unique features compared both to native development solutions and other cross-platform technologies. It is because of this that developers, tech leads, and product owners find it so appealing. The major advantages of Flutter are as follows:
Efficient development process
As a cross-platform technology, Flutter enables developing an app for both operating systems using the same codebase. Yet, that is not by any means the only justification for why utilizing Flutter makes the improvement cycle quicker and more effective. It also includes hot restart and a well-regarded “hot reload” function, which allows you to see updates in real time without restarting the app.
This significantly speeds up the development process. React Native and Xamarin have similar functions, but they are slower. Flutter lets you save time and resources with these features.
Widgets and compatibility
Widgets are the building blocks on which the entire application is based. In Flutter, widgets can be used to work on both instant and adjustable ones. The final product is likely to have fewer compatibility issues across platforms and OS versions due to the fact that widgets are an integral part of the app rather than a particular platform.
High performance
Flutter applications perform at a level similar with local native applications and are prevailing upon other cross-stage innovations. This is primarily due to the fact that Flutter is the only mobile SDK that does not communicate with the platform through a bridge (JavaScript or webview). As a result, the app starts up faster, has beautiful, quick animations, and has fewer performance issues.
Going beyond mobile
It’s possible to develop Flutter products that work on the web, desktop, and even TV, which many developers are already doing. These features are still in different stages of advancement, but Google definitely has the capacity to create a stable release. Flutter will likely continue to be developed in this direction given the company's importance to IoT.
Internationalization and accessibility
Internationalization, or creating different versions of your app for different languages and regions, typically occurs after the app itself is created and can result in multiple discrepancies. Flutter gives instruments that make this interaction a breeze and integrate it straightforwardly into improvement. Flutter additionally upholds openness, empowering huge textual styles, screen perusers, and improved contrast, all of this mechanized from inside the stage.
Additionally read more: educational app development companies in India
Open source and an engaged community
As an open-source stage, Shudder is allowed to utilize and has a developing local area adding to its extraordinary documentation and helping with issues that designers might experience. There are likewise numerous YouTube recordings accessible for the people who need to begin mastering Shudder or work on their abilities in this Google's mobile UI structure.
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Is Swift the Objective Choice now?
‘Swift Vs Objective-C’- It is one of the first Google searches every iOS developer does before beginning their journey into the world of app development. At a broader level, choosing between Objective-C and Swift is also one of the fundamental and crucial decisions every business makes before beginning any iOS app development work.

So if the question is Swift or Objective-C? The answer cannot be in binary. If you have an existing application already written in Objective-C, then you can weigh the benefits of switching over to Swift vs sticking to Objective-C. However, if you are planning a new app, then Swift should be your default choice.
Why so? Well, read on to know…
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The Story so far
Apple launched a new programming language called Swift in WWDC in October 2014. It came as a surprise to every developer as it was intended to replace Objective-C as the main programming language on Apple’s platforms, which by all means was stable, proven and had been around for more than two decades, powering millions of apps.
The goal was far-sighted. Swift was designed to be safer, faster, and easier to maintain. Though initially built for Apple platforms, it was aimed to be able to support all platforms. Before becoming Open Source, Swift was designed ground up by Apple using decades of Objective-C experience adding a modern touch derived from the latest programming trends and good practices. It was designed to have all the goodness of a modern-day programming language. Though a descendant of Objective-C, it is fundamentally different in terms of design, syntax, programming style and memory management.
But replacing a decades’ long programming language with a new one cannot be an overnight affair. There were thousands of libraries and hundreds of frameworks already written and working with Objective-C, as they were supposed to. Rewriting them using an infant language did not seem logical. Thus, Objective-C runtime continues to access Apple platform frameworks like UIKit, WatchKit, and AppKit. And Swift has the capability to interface seamlessly and work on top of it.
From the very beginning, Swift is fully compatible with Objective-C, as it should be. Both languages can still co-exist on all Apple platforms. And Apple isn’t likely to change this in the foreseeable future unless it has any strong reason to do that.
Support for interactive programming using Playground enables developers to test their idea live without building and running applications.
In terms of programming capabilities and flexibility, Swift has a lot to offer. Its functional programming style, and strongly typed language makes it impossible to have run time crashes resulting from out-of-bound or type-related issues. It has features like closures, tuples, generics, Structs and enums supporting methods, extensions and protocols, computed properties, powerful extensions, and the list just goes on…
Design-wise factors such as safety, readability, code size, less error-prone, efficient and fast iteration over collections, and other platform support make Swift fundamentally better than Objective-C.
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Why Objective-C then?
Despite being so much powerful, Swift lacked just one thing that triggered Swift vs Objective-C debate, and that is ‘Maturity’. In the earlier years, deciding between Swift and Objective-C was like choosing between a fledgling with a lot of promise and a veteran with proven credentials.
Those who had rushed to develop production apps using Swift version 1 & 2, had to refactor the whole codebase, or just rewrite it again. It wasn’t matured, evolving rapidly, and syntaxes were completely changing in the early iterations. Hence, it was difficult to maintain Swift Apps compared to Objective-C, which was matured, trusted and possessed a huge developer base.
However, after Swift3, syntaxes became relatively stable and some minor refactoring that was needed was taken care of by the Xcode itself. And then Swift4 seemed to be more stable in terms of design and syntaxes, but, it still lacked ABI stability. Then came Swift 5.
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What makes Swift 5 different?
So far, every version of Swift has been better than earlier. But what makes Swift5 so special is ABI stability.
Starting with version 4.2, Swift codes from one version have been compatible with another. However, the application binary, which can be considered as the machine level code for the sake of this argument, wasn’t compatible with that from a different version of Swift. That is, Swift wasn’t ABI stable until recently before version 5 was launched.
With Swift now being ABI stable for all Apple platforms like iOS, WatchOS, macOS and tvOS, all future versions of Swift including Swift5 will be compatible with each other at the binary level. True that Swift will continue to evolve in future releases, but the application written in the current version of Swift will no longer need to be refactored or rewritten to be able to support future versions of OS. In fact, libraries written now will seamlessly coexist and communicate at the binary level with code written in future versions of Swift and vice versa. And the reduction in app size is the immediate benefit it provides to the users now.
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Conclusion
True Objective-C is here to stay. There are millions of applications already running using this. But, it isn’t getting any major updates, most of the updates are just to make it compatible with Swift. As a language, Swift is way superior. And above all, developers with expertise in Objective-C and practicing it will dwindle in years to come.
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If you have any queries in this field, talk to Mindfire Solutions. For over 20+ years now, we have been the preferred Software Development Partner of over 1000+ Small and Medium-sized enterprises across the globe.
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Reimagining Product Innovation with a Smart Asset Finance Software
We are witnessing a paradigm shift in the asset finance industry, a shift from traditional finance and leasing to delivering a more customer-centric holistic digital experience. Customers today want the ease and convenience of doing business on a channel and medium of their choice, and your employees need a platform to collaborate and add value to the business, irrespective of their physical location.
Lessors today recognize that to survive in this digital age they need to constantly re-invent and become a more agile and smarter version of themselves. Your asset finance business needs to go beyond the restrictions and rigidity of legacy systems that are impacting your business growth. From application development to business operations- speed, efficiency, and scalability have become the cornerstones for success today. But while this leads to the belief that rethinking the technology landscape is an existential imperative, simply upgrading the “as-is” business via a new software suite or product is not enough.
To understand how asset finance leaders envision the future, how they plan to build for it, and what capabilities they need to be able to do so, we brought together a panel of industry experts, leaders and solution providers in a two-part webinar ( To watch webinar click here). As a part of the webinar, we also asked industry leaders strategies on adapting to this digital revolution. Read to find what your peers think are the top capabilities that a smart asset finance software should be able to essentially deliver.
1. The Shift to Consumption-friendly Pricing
The current shift toward more agile and flexible business models are pushing Lessors to build new products and services. Lessees today want to have the flexibility of paying only for what they consume and avoid getting into significant upfront capital investments. Under-utilized assets may come out cheaper for customers when compared with conventional leasing.
From an economic perspective, it means that lessors now will have to find ways to predict asset usage to set their price accordingly. This is because, with consumption-based leasing, it is difficult to predict what portion of the fixed expenses such as tax, insurance and asset depreciation should get allocated to every customer.
Needless to say, that this culture of product servitization is difficult to drive with manual or legacy systems. As these consumption models change the form, lessors will be left asking themselves – how
do we build core systems that provide enough flexibility and enables us to make corresponding changes as these newer consumption models develop and mature.
A smart asset finance software will provide a coherent platform ecosystem that helps you to build stability for your core business operations today while provisioning for iterations and incremental changes in the future without upsetting the entire tech stack. A centralized, platform-based approach will streamline your current operations, provide a granular level view across all stages of a customer’s end-to-end journey so that you can monitor, measure and build transparent pricing models.
2. The Rise of the Low-code Platform
Gartner forecasts low code to increase its share in application development activity to 65%, with three-quarters of large enterprises running on multiple low-code development tools by 2024. Low- code development platforms provide organizations with the much-needed agility and speed that have become the cornerstone of modern-day app development.
Conventional legacy systems were never built for the kind of changes, speed and flexibility that the market demands today. These monolithic systems are closely interlinked and hence, changes to a single component can impact the functioning of the whole system. This pushes organizations into a vicious cycle of development, tests and fixes, eating into precious time, efforts and resources.
A framework-based low code environment enables developers to leverage an existing set of codes, behavioural and structural models, and pre-built modules in the development environment. This allows for more automation in the development and testing process, faster development and
delivery, and lesser requirements for resources, skill sets and engineering efforts.
The right asset finance software is designed as a rich technical ecosystem built on top of the underlying framework so that changes made to functional modules don't upset the core structure. The pre-built system components and the underlying power of the framework enable lessors to configure and customize application on-demand, extend or build new applications, and make quick changes.
3. Adapt, Accelerate, Scale
With more than 60% of the respondents choosing a faster time to market and scalability as some of the biggest business priorities, it is evident that the rigid, obsolete legacy systems are going to be inadequate to meet the demands of the future. An intelligent asset finance software will help transform how you operate, speed up policy implementation and decision making while maintaining strong compliance.
Conventionally, business processes have mostly been built keeping an inward view of a company’s operations- concentrating on optimizing and automating core transactional processes and systems like accounts payable/receivable, order management, procurement etc. However, an architecture that enables companies to perpetually evolve their businesses cannot focus only on the journey that customers use in purchasing their offerings. Many asset finance companies are looking at transforming to an outward view focused on the customer experience online and offline and an IT architecture that reflects a larger journey.
Technology lies at the heart of this transformation- an agile IT ecosystem that can provide end-to- end asset-based functionalities, data intelligence and extensibility in one seamless platform to bring value across all dimensions of the leasing business. By standardizing and digitizing, companies can remove friction from processes and the time and effort taken in tedious, manual paperwork. By leveraging the power of mobility and APIs and portals, companies can deliver a superlative customer experience- by facilitating transactions from anywhere, at any time. Be a customer who wants to apply for a new lease or a vendor who wants to reduce the time to funding, it’s all down to the ease of the digital experience.
4. Data is the New Oil
Traditional asset finance organizations are realizing that advanced analytics can enable them to make better decisions quickly and consistently. By embracing data intelligence and analytics at multiple points across the asset-management value chain, asset finance leaders can transform business efficiency, from providing valuable insights to customers and help them make better investment decisions to drive changes in the middle- and back-office productivity internally.
However, to be able to leverage the power of data, the most critical step in addressing the problems of the source data. Data stored in legacy systems, siloes or spreadsheets are poorly documented and formatted and are difficult to collate and integrate. For any data intelligence strategy to work, it is important that there is a seamless flow of business data generated across all business and third- party applications, with minimal manual intervention, and that the data is centrally located and accessible to all in easy to understand formats.
Companies can then use this granular data to build pay-per-use models or leverage visualization tools to generate reports for critical business insights.
How Odessa’s asset finance software can help you
Over the last two decades, product innovation at every stage has been guided by us asking ourselves the following questions
· How do we enable our customers to scale their business and operations on demand?
· How do we help our customers deliver seamless digital experiences to their stakeholders?
· How do we empower our users with insights through real-time data analysis?
We knew that to counter these challenges, most businesses would conventionally have to opt for multiple product-based solutions, all bolted on top of each other and creating a complex
environment that is rigid and difficult to scale.
To solve this we extracted the core technology framework and put it down as the foundation layer. The basic technology framework provides a robust functional core build to global standards. On top of this foundation, we build our functional layer which hosts all our products, functionalities, and the business logic and rules. The topmost layer is a highly user-friendly and intuitive UI that allows for
integration and customization unique to your business.
The Odessa Core platform is an asset-based, cloud native, end to end management platform that can streamline your business operations, build a centralized database and provide the right platform for your teams to collaborate- saving cost, time and resources and making your business more efficient. By choosing to host your infra on the cloud you can leverage the scalability, agility and cost-
effectiveness of the cloud.
Odessa tightly integrates with a host of complementary surround capabilities for and a comprehensive digital transformation experience. Odessa Build and DevOps enable companies can
integrate their core platform with third-party applications or build, extend apps and workflows easily without any hassle. Various enablement portals make it easy for the customers and partners communities to do business with your organization. A low-code development platform for applications, mobility, data intelligence and analytics services are some features that cater to all dimensions of a leasing enterprise across captives, large customers, mid-size enterprises.
We are not just another asset finance software. We are a smarter asset finance software. Contact Odessa to learn more.
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Reimagining Product Innovation with a Smart Asset Finance Software
We are witnessing a paradigm shift in the asset finance industry, a shift from traditional finance and leasing to delivering a more customer-centric holistic digital experience. Customers today want the ease and convenience of doing business on a channel and medium of their choice, and your employees need a platform to collaborate and add value to the business, irrespective of their physical location.
Lessors today recognize that to survive in this digital age they need to constantly re-invent and become a more agile and smarter version of themselves. Your asset finance business needs to go beyond the restrictions and rigidity of legacy systems that are impacting your business growth. From application development to business operations- speed, efficiency, and scalability have become the cornerstones for success today. But while this leads to the belief that rethinking the technology landscape is an existential imperative, simply upgrading the “as-is” business via a new software suite or product is not enough.
To understand how asset finance leaders envision the future, how they plan to build for it, and what capabilities they need to be able to do so, we brought together a panel of industry experts, leaders and solution providers in a two-part webinar ( To watch webinar click here). As a part of the webinar, we also asked industry leaders strategies on adapting to this digital revolution. Read to find what your peers think are the top capabilities that a smart asset finance software should be able to essentially deliver.
1. The Shift to Consumption-friendly Pricing
The current shift toward more agile and flexible business models are pushing Lessors to build new products and services. Lessees today want to have the flexibility of paying only for what they consume and avoid getting into significant upfront capital investments. Under-utilized assets may come out cheaper for customers when compared with conventional leasing.
From an economic perspective, it means that lessors now will have to find ways to predict asset usage to set their price accordingly. This is because, with consumption-based leasing, it is difficult to predict what portion of the fixed expenses such as tax, insurance and asset depreciation should get allocated to every customer.
Needless to say, that this culture of product servitization is difficult to drive with manual or legacy systems. As these consumption models change the form, lessors will be left asking themselves – how
do we build core systems that provide enough flexibility and enables us to make corresponding changes as these newer consumption models develop and mature.
A smart asset finance software will provide a coherent platform ecosystem that helps you to build stability for your core business operations today while provisioning for iterations and incremental changes in the future without upsetting the entire tech stack. A centralized, platform-based approach will streamline your current operations, provide a granular level view across all stages of a customer’s end-to-end journey so that you can monitor, measure and build transparent pricing models.
2. The Rise of the Low-code Platform
Gartner forecasts low code to increase its share in application development activity to 65%, with three-quarters of large enterprises running on multiple low-code development tools by 2024. Low- code development platforms provide organizations with the much-needed agility and speed that have become the cornerstone of modern-day app development.
Conventional legacy systems were never built for the kind of changes, speed and flexibility that the market demands today. These monolithic systems are closely interlinked and hence, changes to a single component can impact the functioning of the whole system. This pushes organizations into a vicious cycle of development, tests and fixes, eating into precious time, efforts and resources.
A framework-based low code environment enables developers to leverage an existing set of codes, behavioural and structural models, and pre-built modules in the development environment. This allows for more automation in the development and testing process, faster development and
delivery, and lesser requirements for resources, skill sets and engineering efforts.
The right asset finance software is designed as a rich technical ecosystem built on top of the underlying framework so that changes made to functional modules don't upset the core structure. The pre-built system components and the underlying power of the framework enable lessors to configure and customize application on-demand, extend or build new applications, and make quick changes.
3. Adapt, Accelerate, Scale
With more than 60% of the respondents choosing a faster time to market and scalability as some of the biggest business priorities, it is evident that the rigid, obsolete legacy systems are going to be inadequate to meet the demands of the future. An intelligent asset finance software will help transform how you operate, speed up policy implementation and decision making while maintaining strong compliance.
Conventionally, business processes have mostly been built keeping an inward view of a company’s operations- concentrating on optimizing and automating core transactional processes and systems like accounts payable/receivable, order management, procurement etc. However, an architecture that enables companies to perpetually evolve their businesses cannot focus only on the journey that customers use in purchasing their offerings. Many asset finance companies are looking at transforming to an outward view focused on the customer experience online and offline and an IT architecture that reflects a larger journey.
Technology lies at the heart of this transformation- an agile IT ecosystem that can provide end-to- end asset-based functionalities, data intelligence and extensibility in one seamless platform to bring value across all dimensions of the leasing business. By standardizing and digitizing, companies can remove friction from processes and the time and effort taken in tedious, manual paperwork. By leveraging the power of mobility and APIs and portals, companies can deliver a superlative customer experience- by facilitating transactions from anywhere, at any time. Be a customer who wants to apply for a new lease or a vendor who wants to reduce the time to funding, it’s all down to the ease of the digital experience.
4. Data is the New Oil
Traditional asset finance organizations are realizing that advanced analytics can enable them to make better decisions quickly and consistently. By embracing data intelligence and analytics at multiple points across the asset-management value chain, asset finance leaders can transform business efficiency, from providing valuable insights to customers and help them make better investment decisions to drive changes in the middle- and back-office productivity internally.
However, to be able to leverage the power of data, the most critical step in addressing the problems of the source data. Data stored in legacy systems, siloes or spreadsheets are poorly documented and formatted and are difficult to collate and integrate. For any data intelligence strategy to work, it is important that there is a seamless flow of business data generated across all business and third- party applications, with minimal manual intervention, and that the data is centrally located and accessible to all in easy to understand formats.
Companies can then use this granular data to build pay-per-use models or leverage visualization tools to generate reports for critical business insights.
How Odessa’s asset finance software can help you
Over the last two decades, product innovation at every stage has been guided by us asking ourselves the following questions
· How do we enable our customers to scale their business and operations on demand?
· How do we help our customers deliver seamless digital experiences to their stakeholders?
· How do we empower our users with insights through real-time data analysis?
We knew that to counter these challenges, most businesses would conventionally have to opt for multiple product-based solutions, all bolted on top of each other and creating a complex
environment that is rigid and difficult to scale.
To solve this we extracted the core technology framework and put it down as the foundation layer. The basic technology framework provides a robust functional core build to global standards. On top of this foundation, we build our functional layer which hosts all our products, functionalities, and the business logic and rules. The topmost layer is a highly user-friendly and intuitive UI that allows for
integration and customization unique to your business.
The Odessa Core platform is an asset-based, cloud native, end to end management platform that can streamline your business operations, build a centralized database and provide the right platform for your teams to collaborate- saving cost, time and resources and making your business more efficient. By choosing to host your infra on the cloud you can leverage the scalability, agility and cost-
effectiveness of the cloud.
Odessa tightly integrates with a host of complementary surround capabilities for and a comprehensive digital transformation experience. Odessa Build and DevOps enable companies can
integrate their core platform with third-party applications or build, extend apps and workflows easily without any hassle. Various enablement portals make it easy for the customers and partners communities to do business with your organization. A low-code development platform for applications, mobility, data intelligence and analytics services are some features that cater to all dimensions of a leasing enterprise across captives, large customers, mid-size enterprises.
We are not just another asset finance software. We are a smarter asset finance software. Contact Odessa to learn more.
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10 Guidelines for Good Web Design: How to Learn Web Designing
Know about Web Design Guides
Summary: A website's success or failure is determined by its usability and usefulness, not its graphic design. User-centric architecture has become a common method for efficient and profit-oriented web design because the viewer to the website is the only one who clicks the mouse and therefore decides everything. Overall, if consumers can't access a feature, it's as if it doesn't exist at all.
We won't go into interface execution specifics (like where the search box should go) because it has already been covered in a variety of articles; instead, we'll concentrate on the key concepts, heuristics, and approaches for successful web design — approaches that, when applied correctly, will lead to more nuanced design decisions and make the process of perceiving provided knowledge easier. we have mentioned about HTML, coding, new website, website WordPress menu, website portfolio, desktop, and more.

Please keep in mind that you may be involved in the following usability-related posts that we've previously published:
• Excellent Web Design Principles: Craftsmanship
• 30 Usability Issues to Be Aware Of
• 9 Common Usability Mistakes In Web Design
Principles Of Good Responsive Website Design And Effective Web Design Guidelines
To better apply the concepts, we must first comprehend how people communicate with websites, how they think, and what the fundamental characteristics of their actions are.
What are the thoughts of the user?
Essentially, consumers' web activities are close to those of shoppers in a shop. Visitors take a brief glance at each new page, scroll through some of the text, and then click on the first link that piques their attention or looks slightly like what they're looking for. In reality, they don't even look at a significant portion of the website.
Necessary of web or web design or ux design
The majority of users look for something fascinating (or useful) and clickable, and when they see any promising candidates, they click. If the current page does not meet the user's standards, the user hits the Back button and the search ends. • Users respect consistency and trustworthiness. Users are able to sacrifice content for advertisers and the site's architecture if a website presents them with high-quality content. This explains why poorly built websites with high-quality content attract a large amount of traffic over time. The architecture that supports the content is less important than the content itself. • Users search rather than read. When users examine a web page, they look for fixed points or anchors that will lead them through the material.
• Internet consumers are frustrated and seek quick satisfaction. Easy principle: If a website fails to satisfy customers' needs, the author has struggled to do his job correctly, and the business has lost revenue. Users are more likely to abandon a website to look for alternatives if the cognitive load is heavy and the navigation is difficult. [DWU / JN]
• Users do not make the right decisions. Users aren't searching for the fastest way to get the details they need. They still don't search webpages in a sequential way, going from one part of the site to the next. Users, on the other hand, are happy to settle for the first rational choice. There's a fair chance they'll click a connection that seems to lead to the target as soon as they find it. Optimizing is difficult and time-consuming. Satisficing is a more effective way of doing it. • Users are guided by their instincts. In most instances, consumers muddle along rather than reading the detail given by the designer. The primary cause for this, according to Steve Krug, is that consumers are unconcerned. “Once we discover something that fits, we don't stray from it. We don't care if we understand how things work as long as we can bring them to use. If you want your viewers to believe you're building billboards, then make amazing billboards.”
• Consumers like to be in control. Users want to be able to monitor their browser and believe that data will be viewed consistently on the web. They don't want new windows to show up randomly, because they want to be able to return to the place they were on before using the "Back" icon, so it's best not to open connections in new browser windows.
1. Website or Web design details: Don't Ask Users to Consider

The web page should be obvious and self-explanatory, according to Krug's first rule of usability. When you're building a website, the goal is to eliminate the question marks — the choices that people would make deliberately, weighing pros and cons and contemplating alternatives. The number of question marks increases as the navigation and site design become less understandable, making it more difficult for users to grasp how the system operates and how to navigate from point A to point B. Users will navigate their way to their destination with the aid of a simple layout, mild visual cues, and clearly identifiable connections.
Consider the following situation. “Beyond networks, beyond brands, beyond distribution,” says Beyondis.co.uk. What does this imply? These three statements will be the first items users see on the page after it is loaded, so users prefer to explore websites in the "F"-pattern.
Although the interface is straightforward and intuitive, the user must look for the answer to learn what the page is for. This is what an extra question mark feels like. The designer's responsibility is to keep the amount of question marks as minimal as possible. The graphic description is on the right side of the page. Simply replacing all blocks would improve usability.
ExpressionEngine follows the same structure as Beyondis, but without the extra question marks. Furthermore, the phrase takes on new meaning as users are given the option to check out the service and trial the free edition.
Reduced cognitive load makes it easier for tourists to understand the system's concept. If you've done so, you'll be able to explain why the system is beneficial and how people will learn from it. People would not use the web blog if it is difficult to access.
2. Don't Exhaust Your Consumers' Time
When you're working on a project and you're trying to give your visitors a program or a tool, try to keep your customer expectations as low as possible. The fewer steps people must take in order to test a program, the more likely a random tourist would do so. First-time users tend to gamble with the app rather than filling out lengthy online applications for an account they might never use again. Allow people to browse the web and learn about the offerings without being forced to share personal information. Asking users to submit an email address in order to test a feature is unfair.
According to Ryan Singer, a developer on the 37Signals team, users would be more likely to give an email address if they were asked after seeing the feature in action and understanding what they would get in exchange.
Stikkit is an excellent example of a user-friendly service that needs virtually no interaction from the visitor and is unobtrusive and relaxing. And that's how you want your visitors to feel as they visit your web blog.
Mite, it seems, demands more. The registration, on the other hand, can be completed in under 30 seconds, thanks to the form's horizontal orientation, which removes the need for the user to scroll the tab. Drop any obstacles as far as possible; don't need subscriptions or registrations first. The mere act of registering a user is enough to stifle user navigation and reduce incoming traffic.
3. Ensure the users' attention is focused.
Since web pages contain both static and interactive content, certain features of the user experience are more noticeable than others. Obviously, pictures attract more interest than words, just as bolded sentences attract more attention than plain text.
Online users can easily perceive edges, shapes, and gestures because the human eye is an extremely non-linear system. This is why video-based ads are particularly irritating and distracting, but they do an outstanding job at catching consumers' interest from a marketing standpoint.
Humanized makes excellent use of the concentration concept. The only thing that consumers can see clearly is the word "free," which is enticing and desirable while remaining calm and purely informational. Users are given ample information on how to learn more about the "easy" commodity through subtle hints. By using visual elements to draw users' attention to particular parts of the web, you can help the guests get from point A to point B without having to worry about how to do it. The less concerns tourists have, the greater their sense of direction and the more confidence they can build in the business portrayed by the web. In other words, the less thinking that would occur behind the scenes, the greater the user interface, which is the primary goal of usability.
4. Aim for Feature Exposition
Modern web designers are often chastised for directing users by visually pleasing 1-2-3-done-steps, large buttons with visual effects, and so on. However, from a concept perspective, these components aren't inherently a bad thing. These guides, on the other hand, are highly useful because they direct users through the site's content in a very simple and user-friendly manner.
Dibusoft blends an appealing aesthetic with a well-organized web. The site's key navigation tools are available at first sight, and there are nine of them. However, the color scheme can be too light. A basic concept of good user interface design is to make it transparent to the user what features are accessible. It makes no difference if this is done. What counts is that guests are happy with how they communicate with the framework and that the material is well-understood.
5. Make Effective Writing a Part Of Your Strategy
Since the Web differs from print, it's important to tailor the writing style to the tastes and browsing habits of your audience. Promotional copy can not be read. Large blocks of text without pictures, as well as keywords in bold or italics, would be skipped. Excessive phrasing would be overlooked.
Let's talk about business. Stop titles that are funny or creative, marketing-driven, company-specific, or technical names that are obscure. For eg, if you're explaining a web and want people to build an account, "sign up" is superior to "start now!" and "explore our services."
Eleven2 doesn't waste much time getting to the stage. There are no sweet phrases or exaggerated stories. Instead, there is a price, which is just what tourists are looking for. Use short and concise phrases (get to the point as quickly as possible), scannable layout (categorize the content, use several heading levels, use visual elements and bulleted lists to break up the flow of uniform text blocks), and plain and objective language (a promotion doesn't have to sound like an advertisement; give your users some r
6. Attempt Simplicity
The KIS theory (keep it simple) should be the primary objective of site design. Users seldom use a site for the sake of the design; in reality, in most cases, they are searching for details regardless of the design. Rather than trying to be complicated, aim for consistency.
From the visitors' perspective, the best web design is pure text, with no ads or other page blocks that precisely complement the question or content they were looking for. One of the reasons that a user-friendly print edition of web pages is important for a positive user experience is because of this.
Finch delivers site material in a straightforward and concise manner, giving users a variety of choices without overwhelming them with needless information.
7. You Shouldn't Be Scared Of White Space
In reality, it's difficult to overestimate the value of white space. It not only helps guests minimize their cognitive burden, but it also allows them to understand the information shown on the computer. When a new user appears at a design layout, the first thing he or she does is search the web and break the subject field into conveniently digestible chunks.
Reading, scanning, analyzing, and working with complex systems is more difficult. If you have the option of using a visible line or other whitespace to separate two template parts, the whitespace approach is typically preferred. Complexity is reduced by hierarchical constructs (Simon's Law): the more you can give people a sense of visual hierarchy, the simpler your content would be to understand.
White space is beneficial. White space is a significant design feature on Cameron.io. The end result is a scannable layout that gives the material the prominence it deserves.

8. Use "Visible Language" to Communicate Easily
Aaron Marcus notes three basic concepts inherent in the use of so-called "seen text" — the information people see on a computer — in his articles on efficient visual communication.
• Organize: provide the consumer a logical and coherent philosophical framework. Organizational principles such as consistency, screen structure, partnerships, and navigability are essential. All elements shall follow the same conventions and laws.
• Save money by having as few prompts and graphic elements as possible. Simplicity, consistency, distinctiveness, and concentration are the four major points to remember. Only the most essential components for contact are used in simplicity. Clarity: All elements should be built in such a way that their purpose is obvious. Distinctiveness: The necessary elements' critical properties should be distinguishable. The most significant elements can be readily identifiable.
• Communicate: tailor the presentation to the user's skills. In order to interact efficiently, the user interface must combine legibility, readability, typography, symbolism, different viewpoints, and colour or texture. Using a maximum of three typefaces with a maximum of three point sizes per line of text, with a maximum of 18 words or 50-80 characters per line.
9. The Conventions Are Our Allies
A dull web is not the product of conventional site element architecture. Conventions, in particular, are extremely beneficial because they minimize the learning curve and the need to find out how things function. For example, if all websites displayed RSS feeds differently, it will be a usability nightmare. That's similar to how we arrange data (folders) or shop in our everyday lives (placement of products). You can gain users' respect, loyalty, and durability by using conventions, and you can also prove your reputation. Understand what users want from a site's navigation, text layout, and search placement, among other aspects.
A common example from usability sessions is to translate the web into Japanese (assuming the site visitors don't speak the language, e.g. with Babelfish) and give the usability testers the challenge of finding something in the translated page. Users would be able to accomplish a non-specific goal if conventions are followed correctly, even if they don't comprehend a word of it.
According to Steve Krug, it's best to invent only when you're certain you have a better idea, and to depend on conventions when you don't.
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10. Test Early and Often
This so-called TETO-principle should be extended to any web design project because usability testing will also expose serious problems and issues with a layout.
Testing should not be done too late, too low, or for the wrong reasons. In the latter example, it's important to note that most design choices are local, which means you can't tell if one layout is better than another without evaluating it from a very particular viewpoint (considering requirements, stakeholders, budget etc.).
There are a few things to keep in mind:
• According to Steve Krug, testing one user is better than testing zero, and testing one user early in the project is better than testing 50 users at the end. According to Boehm's first theorem, mistakes arise more often during specifications and design tasks, and the longer they go uncorrected, the more costly they get.
• Testing is a continual operation. That is, you plan something, test it, repair it, and test it once more. There may be concerns that were not identified during the first round when users were essentially blocked by other issues.
• Usability evaluations consistently yield valuable results.
• A developer is unsuitable to test his or her code, according to Weinberg's rules. This is also so for artists. After a few weeks of working on a platform, you can no longer look at it with new eyes. You know how it's made, but you know precisely how it works — you have the experience that impartial reviewers and site users don't.
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Final Thoughts on Superhot Mind Control Delete
(Contains spoilers for Superhot and Mind Control Delete)
To understand what Mind Control Delete is not, you have to understand what it's predecessor is.
Superhot was the most innovative first person shooter I'd played in years.
For those of you who completed the first game, you already know what the weight of those words entails.
Superhot was a first person shooter where time only moved when you moved. Though a series of carefully designed missions, the player would slowly, almost like a puzzle game, punch jaws, smack bricks over heads, and cut, shoot and explode their way through legions of red, crystalline enemies. The gameplay was charming, unique and addictive.
As the game progressed, in ambiguous snippets, we would unfurl the story of the mysterious (fictional) Superhot game, which was attracting more and more addicted thrill seekers as news began to unfold of violent gunfights and massacres in the real world that were eerily similar to the scenarios we were playing.
At the games climax, is is revealed that Superhot is a self-aware computer program seeking to leave the confines of its central processor and take over the minds of every human on the planet.
After completing our final mission to do just that, the game rewards a player with a discount voucher for the game, commanding us to send it to a friend with the description "Superhot is the most innovative first person shooter I've played in years," a hypnotic code phrase that will proliferate Superhot's dominion over mankind.
Superhot was probably one of the most post modern games ever made. It used the framework of playing slick and cool looking action scenes to tell a story that made us question our relationship with violent games and media in general and how that can be used unknowingly to contribute to nefarious ends.
The story mode was relatively short, but it included a challenge mode that allowed you to face off against endless enemies or replay story missions with more difficult settings.
So what is Mind Control Delete not?
Well it's not Superhot 2.
This is something that has been made transparent by the developers, of course, and given that it was provided free to owners of the original game, this all reinforces that it was always intended as a stand-alone expansion. An extension, as it were, to the original game's ideas.
That being said, with Mind Control Delete having arrived nearly half a decade after the release of the original Superhot, (as well as nearly half a decade of no real change in the FPS landscape) it's hard not to see it as some long awaited heir apparent.
So what is Mind Control Delete then?
Well, it is, for all intents and purposes, an expansion of the first game's challenge mode. In Mind Control Delete players have to complete a series of 'runs' where they have to go through a random selection of maps without dying. Once a run has been completed it unlocks further runs made more difficult through the introduction of new enemy types and environmental hazards, and along the way you unlock new abilities and 'hacks' that change the way you play the game.
One welcome addition to the game is the invincible 'boss' enemies that relentless pursue the player until they reach the prescribed kill count.
It's fun, it's as sharp and exiting as the original, the additions add welcome new dimensions, and it's addictive as hell. Once you get into the swing of things it becomes hard to put down.
Mind Control Delete has two problems, however.
The first is, that at the end of the day, there is always an optimum approach to each run. The game lets you start with one of three special abilities: The ability to charge forward and punch an enemy at great speed, the ability to throw and retrieve a katana, force power style, and the returning Hotswitch ability to jump into an enemy's body.
The problem is that Hotswitch is the clear choice to make. While the other two abilities are fun to play around with, the ability to swap bodies becomes critical as the difficulty increases and the boss enemies become more common. Often-times bodysurfing is the only way to escape the them.
Likewise, while the hacks are randomly generated, if you luck out and get the ability to start with a random gun early on the entire run becomes much easier and if you combine this with the kill/reload and ricochet abilities you can absolutely cheese your way through otherwise difficult runs.
On the other hand, draw a series of hacks that have more circumstantial benefits, such as the ability to kill by jumping on an enemy or having thrown objects explode (and kill you too) then runs can become much more of a frustrating slog.
Problem number two comes in the form of Mind Control Delete's story. A little more thin on the ground this time, the story picks up in the wake of Superhot's liberation, and through abstract text logs find out what has become of the minds enslaved to the game, all the while said game questions our desire to keep playing the game, initially with curiosity, later with malice.
As a mediation on our desire for more challenges, more content, Mind Control Delete does a fine enough job with the time it has. In fact theconcept of MORE is the entire game's thematic underpinning.
The problem comes from story content being locked behind increasingly difficult challenges. In the first Superhot, the story mode was, while challenging at times, generally manageable, and therefore available to be experienced in full straightforwardly.
Mind Control Delete, by contrast as a glorified challenge mode, locks story content behind more increasadly difficult runs, and feels as though it has long outstayed it's welcome long before you see the end credits.
This, of course, is all before you get to the ending itself. Upon reaching the final set of runs, the game asks you to give up your powers and hacks, then asks you to give up your game character's very methods of engaging with the game world. You lose the ability to move, to shoot, and eventually, to play.
At the end, with nothing left but the void of your computer screen, the game gives you the final choice to restore that which has been taken. To return you to the challenge mode and allow you to continue playing. Once you accept this offer, however, you have to wait for the game to 'restore' what you have given up.
This then leads to a two hour loading screen.
It was originally eight hours before the most recent patch.
Superhot: Mind Control Delete ends on what might be the most audacious clowning that a game has ever committed against the player. I have to kind of admire the stones it took to do this.
However, as funny as it is pissing players off, and as a commentary on the gamer mentality of expecting more and more and MORE, Superhot feels like a poor fit for this kind of ending.
Maybe it would have been funnier if Mind Control Delete had been released sooner on the back of Superhot's success. Maybe it would have been funnier if Superhot had become a long running franchise with a fervent fanbase over the last five years. However, as it stands, going with a joke ending like this at the end of your challenge mode expansion four and a half years after the fact feels, just okay, I guess?
Mind Control Delete is, essentially, more Superhot. It's additions and new twists on the formula are more than welcome, but it's bold strides in storytelling feel a poor fit for what they're weaved around, and I can't help but feel the game would have been better off without any story content at all.
Will we see a Superhot 2? Who knows, but don't be expecting that of Mind Control Delete. It's fun for what it is, but it'll test your patience long before you get to the end, and when you do get there, it'll laugh at your expense.
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Breakthrough A.I. Makes Huge Leap Toward Solving 50-Year-Old Problem in Biology
https://sciencespies.com/news/breakthrough-a-i-makes-huge-leap-toward-solving-50-year-old-problem-in-biology/
Breakthrough A.I. Makes Huge Leap Toward Solving 50-Year-Old Problem in Biology
Life on Earth relies on microscopic machines called proteins that are vital to everything from holding up the structure of each cell, to reading genetic code, to carrying oxygen through the bloodstream. With meticulous lab work, scientists have figured out the precise, 3-D shapes of about 170,000 proteins—but there are at least 200 million more to go, Robert F. Service reports for Science magazine.
Now, the artificial intelligence company DeepMind, which is owned by the same company that owns Google, has developed a tool that can predict the 3-D shapes of most proteins with similar results to experiments in the lab, Cade Metz reports for the New York Times. While lab experiments can take years to tease out a protein structure, DeepMind’s tool, called AlphaFold, can come up with a structure in just a few days, per Nature’s Ewen Callaway. The tool could help speed up studies in medicine development and bioengineering.
Molecular biologists want to know the structures of proteins because the shape of a molecule determines what it’s able to do. For instance, if a protein is causing damage in the body, then scientists could study its structure and then find another protein that fits it like a puzzle piece to neutralize it. AlphaFold could accelerate that process.
“This is going to empower a new generation of molecular biologists to ask more advanced questions,” says Max Planck Institute evolutionary biologist Andrei Lupas to Nature. “It’s going to require more thinking and less pipetting.”
DeepMind tested out AlphaFold by entering it in a biennial challenge called Critical Assessment of Structure Prediction, or CASP, for which Lupas was a judge. CASP provides a framework for developers to test their protein-prediction software. It’s been running since 1994, but the recent rise of machine learning in protein structure prediction has pushed participants to new levels. AlphaFold first participated last year and scored about 15% better than the other entries, per Science magazine. This year, a new computational strategy helped AlphaFold leave the competition in the dust.
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Proteins are made of chains of chemicals called amino acids that are folded up into shapes, like wire sculptures. There are 20 kinds of amino acids, each with their own chemical characteristics that affect how they interact with others along the strand. Those interactions determine how the strand folds up into a 3-D shape. And because these chains can have dozens or hundreds of amino acids, predicting how a strand will fold based just on a list of amino acids is a challenge.
But that’s exactly what CASP asks participants to do. CASP assessors like Lupas have access to the answer key—the 3-D structure of a protein that was determined in a lab, but not yet published publicly. AlphaFold’s entries were anonymized as “group 427,” but after they solved structure after structure, Lupas was able to guess that it was theirs, he tells Nature.
“Most atoms are within an atom diameter of where they are in the experimental structure,” says CASP co-founder John Moult to the New York Times. “And with those that aren’t, there are other possible explanations of the differences.”
AlphaFold’s results were so good that the organizers posed an extra challenge to make sure that there was nothing fishy going on. Lupas’ lab had been studying a protein for over a decade but hadn’t been able to interpret their results because its particular structure made it difficult to study with standard lab techniques. CASP gave the amino acid sequence of that protein to DeepMind, and AlphaFold came up with a predicted structure. With that in hand, Lupas was able to interpret his lab’s results in about 30 minutes.
“It’s almost perfect,” Lupas tells Science magazine. “They could not possibly have cheated on this. I don’t know how they do it.”
AlphaFold isn’t perfect, and there’s still work to be done in the field of predicting how proteins will fold. Repetitive sequences threw off the program, for example. And many proteins work in groups called protein complexes, and that super-structure prediction hasn’t yet been solved with computers.
“This isn’t the end of something,” says Janet Thornton, the European Bioinformatics Institute’s director emeritus, to Science magazine. “It’s the beginning of many new things.”
CASP requires participants to share enough information about their methods for other scientists to recreate their experiments, reports Science. Experts tell the Guardian’s Ian Sample that they hope to use AlphaFold and similar technologies to make progress on designer medicines, bioengineered crops, and new ways to break down plastic pollution. DeepMind tells the Guardian that it has partnered with groups studying malaria, sleeping sickness and leishmaniasis.
“I think it’s fair to say this will be very disruptive to the protein-structure-prediction field,” says Columbia University computational biologist Mohammed AlQuraishi to Nature. “…It’s a breakthrough of the first order, certainly one of the most significant scientific results of my lifetime.”
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Why is a Good Web Improvement Company
The world associated with web development continues to very much misunderstood. Get even heard most people call it your "dark art". When you need help transforming your ideas and patterns into a high quality site or web use, how do you know whom you can trust to complete this?
web developer
The purpose of this article is to provide certain key points on what tends to make a good web improvement company, and will make it easier to understand the kind of problems you should be asking enhancement companies.
This is planning to be a very opinionated post and people make no i'm sorry for it. If you take issue with anything were certainly open to looking at it further.
At this moment to get on with the blog post. Below are the key zones we are going to be investigating, and what you should come to be looking for in a world-wide-web development company.
In a position to do both front-end and back-end progress Don't specialise in a single back-end technology Ought to follow best practices Know-how about marketing strategies neighboring the projects Spends time in research together with development Has a difficult testing process, like automated tests Bendable to change Use origin control
Able to undertake both front-end and additionally back-end development Most people don't subscribe to perception of developers that do front-end development and builders that do back-end advancement. That's the equivalent associated with a plumber exactly who only fits conduits and leaves that fitting of the bathrooms, showers, sinks in addition to toilets to a different inividual.
We agree there's an easy separation between template designers and web designers, there could completely different thought process happening there, but the split between front-end along with back-end is just drastically wrong. To be a good web site developer you need to understand the whole development cycle and then to be able to get involved in the mission from start to end. There is also much to become learnt from the using the varying technological know-how, but we'll seriously to that.
Don't are experts in one back-end know-how There are a number of superior back-end technologies which might be appropriate for web improvement including Ruby concerning Rails, ASP. World wide web and PHP (and others). They all have got their strengths together with weaknesses and not the first perfect. A good world wide web development company ought to be flexible in which solutions they use, to be able to use the most appropriate a for their clients' requirements.
The key reason we have used up time learning various technologies is to capable to pick and choose the parts we like. Progressively the developers mixed up in League have been allowed to take the good areas each technology and additionally formulate a number of guidelines and use them upon all platforms.
Will need to follow best practices The crucial to being a fantastic web developer is simply not the technologies for you to use, but the recommendations that you follow. For the reason that technologies come in addition to go in our amazingly quickly moving industry people best practices will remain, or even at least evolve. For a developer if you have a great grounding then you can proceed with the times along with technologies fairly simply.
So what are those best practices that we are generally talking about. Below are many of the key ones everyone follow.
Writing semantic HTML Follow online standards for all the front end coding Programmed testing of each of those front-end and back-end code Use of a good MVC framework
Knowledge of marketing strategies bordering the projects We now have heard this problem many times that web designers don't think about the web marketing strategy of a project. This really generally because coders don't care. Effectively they should. How can they will advise clients together with think about helping customers produce the right choice, if they aren't taking into consideration the "bigger picture" (sorry, we know it's a horrid phrase, we'll travel wash our lip area out now). In case your developer blindly will the work, they are possibly not offering the client an email finder service, they are just being meat puppet.
A very important question a beautiful can ask is normally "Why? ". Make time to understand the buyer's requirements fully, and additionally advise them, in fact the client doesn't have an understanding of the ins and outs from web development, you are doing. Make the enhancement cycle a a couple way conversation.
Spends time in research in addition to development As it's common knowledge the web industry can be described as very fast moving marketplace. Things come along with go in the blink of an eye. A great web development corporation gives it's designers allocated time per week to look at new movements and technologies. Granted some of these trends together with technologies are departed ends, but you will not likely know unless you seek out them.
If you want to realize if a web progress company knows in that respect there stuff, simply correctly . what their creators have been looking into most recently. You don't have to understand everything you could are told, be aware them down although and look them through to the internet to understand in case the company are looking at innovative trends or not really.
R&D is probably the essential time each week for any developer. If builders don't evolve, this solutions they construct will become stagnate and additionally dated very quickly. Being a client do you want some sort of out of date solution when you even start?
Provides a rigorous testing system, including automated checks Too often we have noticed the client is the tester for a project. In the event that this is happening, after that, to put it bluntly, the development provider don't understand your project sufficiently, they are just "banging out" code.
A fantastic web development business should be writing programmed tests (integration trials, unit-tests etc) for a lot of their code, either front-end and back-end. On a simple tier, tests help coders to concentrate on your code they are authoring at that specified time, they also guide developers to write a lot more concise code. A lot more concise code implies the code foundation is easier to understand in addition to cheaper to maintain.
Your major benefit of some sort of test suite to somewhat of a client is that whenever changes are made to a code in the task there can be a lot more self-assurance in the fact that that change, or brand-new code, hasn't cracked anything else.
We are not necessarily saying automated assessment is the silver round of web advancement, and tests are just effective if they usually are written well, they certainly should be section of any web developers toolset.
Automated tests will not be the only important aspect with testing. The web improvement company should also employ a level of human examining as well, and this is obviously something clients has to be involved in. User tales are key to this fact process. As part of the enhancement process, clients must work with the web progress company to put together Visitor stories, so that many parties involved know the way users will connect to the site or app and the results of some of those interactions.
Flexible to convert We've all over heard developers complaining precisely how their clients' switch the requirements of a job midway thought some project. Developers have to stop complaining with this, it happens so that you can us all and it's for no reason going to change. A superb web development supplier should have processes into position to cope with change. For everybody who is a client, ask the way in which change requests can be handled.
Web developers ought to work to small release cycles, ideally 1 - 14. The worst item that can happen to your project is of the fact that developers get the shorter, start the work thereafter 2 months after they announce it is actually finished, only for the lawsuit pursuer to say "This is not what I required! ". By lifetime short release fertility cycles, clients can be needed at all stages. Right at the end of each release the litigant should review this project so far along with submit any improve requests.
Use base control Our previous recommendation is a attractive obvious and uncomplicated one, to most persons, but we nonetheless speak to developers which don't use any variety of source control. This approach seems more prevalent along with freelancers as they do not see the need while they are the only types working on the area code. If that's how they view it, then they are omitted the point.
References Web design https://en.wikipedia.org/wiki/Web_design
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Testing Basic Interview Questions
Exactly How To Become A Software Application Tester
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ÄHnliche JobsuchezurüCkweiter.
Easy Ways To Be An Effective Software Program Tester.
A Seek To The Future Of Software Program Testing.
User Interface Designer.
Guarantee Suitable Work Environment For Qa Team.
I prefer to my QA division show what a dunce I may have been dealing with an insect/ carrying out an attribute than have a hundred client situations opened up since it wasn't captured prior to launch. You may want to have a look at the corporate society and the way in which the groups collaborate with respect to eachother to find your solution. I'm presently a tester, I write practically as much code as I composed as a dev as well as my buddy in the business is a dev as well as most of us get on. An also larger megatrend is IoT, which is readied to rise to a brand-new degree, particularly with the "wise connection" that 5G will certainly bring.
ÄHnliche JobsuchezurüCkweiter.
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Strong mathematical as well as analytical skills are crucial to the duty information analysts play, notably knowledge of data-- collection and organization of large sets of information are central to the task summary. Furthermore, some firms might call for quantifiable programs acumen. Search Engine Optimization professionals collaborate with designers as well as web developers to make sure Search Engine Optimization ideal techniques are being executed across a website/web application. Some UXers concentrate on user research study solely, while others may be extra involved with prototyping products.
This is why open source frameworks for examination automation will certainly mature to support the testing of voice commands. Another relatively unstoppable fad is voice recognition, with voice-driven innovation developed into several phones as well as other consumer tools. When testing software as well as mobile applications, voice acknowledgment brings some troubles. The volume of test situations will certainly boost exponentially, introducing the danger of longer feedback cycles and also slower releases. There is no time at all to be shed in ensuring software program examination labs await what is anticipated to be among the most significant trends of 2020 and beyond.
Easy Ways To Be An Effective Software Program Tester.
Which course is best for software testing?
It is always a good idea to join any Software Testing institute or class which will provide you a good start and direction for preparation. You can join any 4 months duration Software Testing course or can do a diploma in Software Testing which is probably 6 months to 1 year.
While PWAs are readied to test mobile native apps, they will both require to co-exist in the electronic room. https://www.pinterest.com/stormvasquez/ require to prepare solid advancement as well as testing strategies to cover both sorts of applications. The software market has altered a lot within the past ten years. As well as while it is difficult to anticipate precisely what the following decade will bring, it will definitely introduce a whole brand-new set of obstacles for testing and also QA experts.
A Look To The Future Of Software Testing.
Any difficulty is a lot more concerning the certain innovation (e.g. file systems vs. script interfaces) than the general function. Examination designers usually go broad as well as to tool deepness, though they often go deep simply for enjoyable. SDE code, on the other hand, is often anticipated to run forever without reboot, to survive unforeseen problems, as well as to act in a proscribed method each situation. SDET code is better to model code high quality, while SDE code is expected to be bullet-proof. For example, if someone wrote an API set, an SDET created exhaustive tests for the API individually and jointly.
How long does it take to learn software testing?
Many employers look for software tester candidates with a bachelor's degree in computer science, math or engineering, although it's not always required. If you've got a lot of experience, a stable work history and solid references or letters of recommendation, it's possible to land a job without a college degree.
Hands-on testing is an activity where the tester needs to be extremely patient, creative & open minded. The essential idea of hands-on testing is to make sure that the application is error complimentary as well as it is operating in conformance to the defined useful demands. A solid knowledge with a wide range of technology items and problems combined with strong interaction abilities are necessary to this setting.
Someone requires to see to it both groups are worked with as well as on the same web page. I understand of specific testers and also specific developers who do not like each various other, but not for the factors you mentioned however instead due to the fact that they make help each various other. I would certainly think it happens beause the designers create a program, and they perceive that the testers then try to find imperfections in it.
Interface Developer.
The electronic globe is effectively seeking software program applications that are released much faster without concession in the top quality of the applications.
Previously, the demand for testing teams was limited only for performing application testing, and now the value of QA is effectively increasing.
RPA can additionally be called as an extension of Automation as it can be put on anything which is in a structured kind, unlike automation which requires a software to function upon.
With this testing practice, it ends up being simpler for the groups to validate the effectiveness of the app's protection controls as well as determine the dangers that are subjected to susceptabilities.
If you are looking for participation in the growing tech scene however don't understand just how to code, ratings of profession opportunitiesin tech require no coding skills in any way. If this occurs a whole lot, it can stress connections between the groups.
How can I get a job in software testing?
Testers require good coding knowledge when they go after an automation testing or white box testing. Throughout the agile process, the tester will work with one or more programmers to write test. So for creating an automatable test, it is imperative for testers to know the code.
When IoT ends up being truly traditional in all most components of our lives, an extremely innovative cloud-based laboratory is mosting likely to be crucial for testing IoT applications. Even now, it is already intricate to test the range of OS as well as devices offered today, and that will just raise in accordance with higher quantities and sorts of clever tools. Testing voice commands calls for very advanced systems and techniques, and also those will certainly raise as the adoption of voice command features increases.
They 'd likewise compose cardiovascular test, performance tests, check resource usage, correctness, and so on. STEs had a tendency to do hands-on testing that was also costly to automate. For example, configuring a collection of 20 makers in a variety of different network geographies, as well as testing their end-to-end connectivity with scriptable devices, by hand, or with tools SDETs created for them. The program costs ₤ 199 as well as is a 6.5 hour on-demand video clip program that also has downloadable reading product and a certification upon completion. PayScale states the ordinary salary of a software program tester in the UNITED STATE is almost $56,000, but it can climb up much higher depending on the firm, city and also your certifications.
Guarantee Suitable Work Environment For Qa Team.
Whenever somebody finds defects in something you put great deals of effort in, it's possibly a natural reaction to respond negatively towards them. As irritating as obtaining solutions denied by testers may be, it is far, much (did I claim far?) even worse getting mistake records from consumers.
Luckily, Google blog sites a great deal about their testing and QA processes, therefore, we can obtain understanding from their experiment Google Tester's Blog site. Software testing is must give a high quality product without bugs or concern. They call for various sorts of believing and different focus in code artefacts.
youtube
Top 10 Software Application Testing Courses.
The website will certainly likewise guarantee that the application developed is of optimal high quality, that must be feasible by making use of strategies, for instance, DevOps and also Agile advancement. TechTarget moreover includes numerous webcasts and white papers.
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Does Flutter Offer Distinctive Cost Advantages
Google’s Flutter is probably the most popular and useful cross-platform framework available now. But is it worth the hype? More importantly, is it cost-effective? Well, our perspective is that it is a “yes” for both the questions.
Let us tell you why.
1. Cost-effective and easy to use
Owing to its versatility, Flutter is an easy framework to work with. It doesn’t require UI-specific components. When building cross-platform apps using Flutter, there are a plethora of factors to consider. Developers may build applications that are compatible with both Android and iOS devices by using Flutter’s unified codebase.
Consequently, the amount of work required for developing and testing on different platforms is decreased, resulting in a reduction in expenditures overall.
2. It is open source
It is easy to publish and read the documentation on the Flutter platform, as well as issues that may elicit appropriate responses from experienced developers, because of the platform’s open-source nature.
Hundreds of third-party packages for advertising, movies, databases, the cloud, and other services are made available to developers as a result of this. As a result of these selections, developer efficiency and productivity increase significantly.
Flutter may be used in any scenario since it is completely free.
3. Flutter for the Web and Mobile may be used for a variety of tasks
With the release of Flutter 1.0, Google has broadened the capabilities of Flutter to include more than only mobile programming. Desktop Embedding is a project in its early stages that will bring Flutter to desktop operating systems such as macOS, Windows, and Linux, as well as mobile devices.
In other words, you may utilize Flutter’s web support for mobile applications in the same manner that you would use it for online applications. It is possible to build apps for your browser using the same codebase as a consequence of this.
4. Save time in the Design and Development Process
To develop a business application, you must first understand market demand, and the sooner your application reaches its intended audience, the bigger the impact it will have. You may learn a great deal about your consumers by observing their first responses to your application.
With version 1, Flutter has grown much more expressive and flexible, thanks to a substantial increase in the number of material components. The majority of the Flutter code may easily be used in other projects.
It is considerably simpler to reuse code with Flutter thanks to the widget library. It just takes 25 seconds for the software to build, and the hot reloading functionality allows you to see the app’s interface refreshed soon after it has been launched. Flutter shines in this area since it is a time-saving feature.
5. Optimal Resource Utilization and Management
A single Flutter developer may be able to do the job of two iOS and Android developers at the same time. Maintaining the mental health of a big workforce for a single project may be difficult for a project manager to manage.
Designers and developers are interacting more successfully as a result of the usage of Flare which is a Flutter widget. Both designers and developers may collaborate on the development of visually appealing native apps to get the best results. There is no requirement to use a different tool for designing and a different one for development.
6. Testing and Quality Assurance are completed in a flash
The development and quality assurance teams will benefit from the reduction in quality assurance time. When a piece of software passes all of the necessary tests on a particular platform, it should perform admirably on other platforms as well. As a consequence, the time required for application testing and quality assurance may be substantially reduced.
7. The complexity of maintenance is decreased
Flutter’s code structure is straightforward, which makes debugging it a breeze. If an issue is found, the QA team can identify and isolate the source of the problem in a matter of seconds. As soon as the issue gets addressed, the application’s hot reloading feature becomes operational. Therefore, by providing your customers with an app that functions flawlessly, you may be able to divert their attention away from the issue.
Because of Flutter’s layered architecture, it is easy to add new features without incurring additional expenses.
8. Reduces length of each SDLC process
Along with UI/UX design and platform-based application development, SDLC lifecycle processes include front-end and back-end development, quality assurance, and production. Numerous factors influence the cost of app development, including app complexity, UI requirements, and mobile-specific functionality as well as user-generated content management.
Based on a survey conducted by a leading advisory group, a basic app with limited features may cost anywhere from USD 2000 to USD 10,000. To build an application with Flutter, on the other hand, would cost a fraction of the money.
Fast development cycles and the availability of many free features allow you to get better outcomes at a lesser price. No matter if it’s a Google platform Minimal Viable Product (MVP) or a full-blown commercial application, Flutter can build and manage any application.
9. No need to hire separate teams for separate platforms when Flutter is here
Imagine the expenses that the company would incur if it had to deploy one team for developing Android apps, another for iOS, and another for Windows. Thanks to Flutter- all that can be done at one go. This leads to cutting down on unnecessary manpower expenses.
This is especially good for start-ups- who have to have a tight rein on their expenses.
Conclusion
Statistics show that Flutter’s popularity is continuing unabated. Now, with 2021’s Flutter 2- more developers are going with it. Since Flutter is faster than its peers and minimizes the need for intermediate code interpretations- it makes your apps ready for the market in record time.
Flutter apps are so low-cost that companies seldom pay more than 20% of the cost on maintenance and support. It’s no wonder that brands like Alibaba, Reflectly, Google Ads, eBay, and BMW go back to Flutter for their development needs.
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Should you build or buy a network automation solution?
As networks grow in complexity, the demand for automation is ever increasing. Every network architect is looking for ways to eliminate tedious, error-prone manual operations and embrace automation to free time for more value-added activity. From onboarding multi-vendor, multi-domain devices to monitoring, troubleshooting, and remediating network issues – automation has the capability to revolutionize networking.
When do you require network automation?
Are you excited about an entirely self-driven autonomous smart car? Probably not. However, you probably appreciate automatic transmission as well as cruise control and other features that facilitate easy driving. Much like smart cars, the journey towards network automation will be gradual. Are network architects and network administrators ready for a self-driving network? Possibly, but most architects want some level of control in steering network operations and are unwilling to take the back seat. However, solutions that can automate mundane tasks are overwhelmingly welcomed. In a network world of multi-vendor infrastructure and devices, on-boarding, maintaining configuration, and detecting and remediating compliance violations becomes a daunting task. It is nearly impossible to monitor and troubleshoot a vast network manually or draw any insights given the lack of scalability. Automation tools have been trying to solve this challenge and have been successful in providing some value to the administrators. Tools such as Ansible help you push configuration changes to devices automatically. Netbox, Github, and others help track configuration drifts, and Python is used to add intelligence into the automation framework. Collected network data can also be stored in open source time-series databases like Prometheus and Influx, which when integrated with Grafana help provide visibility and insights into the network. While you can get started quickly with these tools and achieve some level of automation, what is required in the long run is a more robust and comprehensive automation solution.
What constitutes a comprehensive network automation solution?
Network administrators and architects have been test-driving various in-house, open-sourced and commercial automation solutions for quite some time. While some solutions are low code and easy to deploy, many lack the capacity and scalability for long term needs. On the other end of the spectrum, there are robust offerings equipped with shock absorbing and disaster recovery features, but they require a large footprint and have limited compatibility with only a small subset of vendors. A comprehensive network automation solution automates the complete end-to-end device and service lifecycle. Moreover, it can scale to support a large number of vendors as well as provision devices, collect specific network information, and provide analytics distinct to particular use cases. An easily scalable solution with a small footprint, allows network operators to start small and grow with automation confidence. Constant monitoring of all devices anticipates possible configuration, compliance or other network issues and automatically remediates issues with known solutions. The solution also integrates with ServiceNow, Jira, and other ticketing and billing systems to provide you a complete end to end closed-loop automation platform.
Look before you leap
The first instinct towards automating your network is the confidence that it can be done in-house with standard tools or custom scripting. Some common pitfalls include: Let’s try it ourselves. There is a ton of free automation tools. Many companies have done it internally. We have already automated a part of our network so why should we waste money by buying a packaged solution? While a homegrown automation solution might appear plausible initially, it may be wiser to ask the following questions:
How many automation tools can we learn and handle? Each tool is specialized in its area – such as Ansible for configuration, Netbox for IPAM, Prometheus for database, and Python for intelligence. Comprehending and maintaining every tool can become cumbersome.
How much integration support do we get? For a complete closed loop automation integration with ticketing/billing/OSS/BSS are the fundamental underlying requirements. If the tools do not comprehend these capabilities, is the support readily available or will it have to be built?
How do I develop automation scripts? Developing an automation framework itself becomes a project on its own. Significant resources will have to be allocated in order to plan for software versioning, maintenance, and upgrades of automation scripts.
How do we handle scripting issues? You have to worry not only about your network but also your script bugs that can adversely impact your automation system. You will have to learn low-level OS integrations to optimally scale scripts.
How many resources can I dedicate towards automation? A project of significant size and scope requires dedicated resources to create and maintain various automation scripts.
How much risk am I willing to take? A project of this scale may take years to complete. Even then, it may not meet intent or expectations of the lines of businesses that are supported. Are you willing to risk failure?
Will my network get locked to a single vendor? It’s easy to automate when there is uniformity. If all scripts are tailored towards a particular single vendor, it could become exceedingly difficult to move to other vendors that might bring a best of breed approach for a particular workflow or set of applications.
What happens if key team members leave? This is perhaps one of the most challenging questions to answer. If your key team members that designed and developed the automation system leave the organization, how could it impact ongoing network operations?
When should you consider deploying a packaged automation solution?
Smaller networks might lend themselves to an internally developed automation solution, but maintenance and future scalability are still risk points. On the other hand, larger, more extensive multi-vendor and multi-domain networks will benefit greatly from a packaged, microservices based automation solution. The following checklist might provide insight into determining the fit of a packaged solution:
Is there a need to automate more than 500 devices on a given network?
Are there more than 2 vendors in a given network?
Do network operations need to be tied to business operations? I.e. integration of network workflows with ServiceNow/Jira, etc.
Is a single pane of glass desired to manage a given network, or can it be managed with multiple, distributed interfaces?
Is efficient provisioning required to effectively scale an automation framework as a network grows?
Is network enhancement and future proofing a long term objective?
If the answer is yes to any of these questions, consider Anuta Networks ATOM for your network automation needs. Wantto learn more? Visit
www.anutanetworks.com
.
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Expert C Programming Assignment Help and Solutions
Are you battling with your C-shows projects? Are you searching for expert aid as well as remedies? If so, you've concerned the appropriate area. This post will supply professional C programming job help and options to make your life much easier. C++ programming assignments, our team of professionals has years of experience in the field, so you know your project will be completed correctly and on time. Plus, our customer service team is available 24/7 if you have any questions or concerns about your assignment. It can be challenging to grasp everything from loopholes and variables to data frameworks and functions. As well as when it pertains to completing tasks, it can be even more difficult. That's why we're below to aid you; we have the devices and sources needed to ensure your C programming assignments get on factor.
Kinds of C Shows Projects
There are several kinds of C shows projects that trainees may be asked to finish. Some of the most usual include:
- Developing a program to resolve a specific issue or achieve a particular job
- Changing an existing program to improve its functionality or repair pests
- Composing code to test and debug an additional developer's code
- Designing and also implementing data structures or formulas in C.
Whatever kind of C shows task you're dealing with, our specialists can give you the aid and remedies required to complete it efficiently.
How to find the very best C Shows Assignment Assistance.
If you are seeking C programming assignments, there are a few points you can do to ensure you obtain the best feasible help. Initially, be sure to ask your instructor or TA for aid. They will likely have excellent pointers regarding where to seek resources and how to come close to the job.
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C Shows Job Assist Services.
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We also supply customized remedies customized to your specific needs. So if you're seeking the best C programming job help available, contact us today.
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npm Convos: the native web
Q: Hi! Can you state your name, what you do, and/or what your company does?
A: Hey, I'm Golo, founder and CTO of the native web. We provide consulting, training and development for Node.js, JavaScript, and related technologies. Our speciality is designing and developing distributed applications for the web and the cloud, for which we also develop our own framework called wolkenkit.
What's special about us is that we work entirely remote. This has a lot of potential, but also brings its own challenges. The biggest challenge is the communication. To solve this, we use Slack extensively and we're trying to do as much pairing as possible.
Working remotely also means that we try to outsource as much of our internal infrastructure as possible. This of course implies that we have to be able to rely one hundred percent on the many services that we use.
How’s your day going?
That's depends essentially on whether I'm on the road with a customer or at a conference, or whether I'm developing together with my colleagues. We allow our employees to choose when and where they work. This means that for pair programming we have to coordinate when to meet online.
Some days start earlier, others later. We plan a lot before we actually develop and always try to put ourselves in the role of the user. Our goal is to develop simple but technically outstanding solutions for complex problems.
Originally I worked with .NET, but moved to Node.js around 2011. I especially liked the simplicity and rapidity with which Node.js can be used. The use of open source contributes significantly to this way of working, which is why sharing code with other developers is extremely important for us. We use a lot of open source code, but we also give back as much as possible.
Tell me the story of npm at your company. What specific problem did you have that npm solved?
Using open source is like playing with Lego: The power is not in having a single very powerful building block, but in having many small ones that can be flexibly combined. However, this automatically raises the question: How do you coordinate with other developers? How do you actually exchange code and distribute components?
This is where npm comes into play: The npm command line tool and the public Registry are by far the most sophisticated solutions to this problem. npm makes it incredibly easy to publish, version and share code — or to integrate other people's code into your own projects. Other technologies should definitely take this as an example.
Thanks to the organization feature of npm we are also able to manage permissions on our code for different developers and teams.
To people who are unsure what they could use npm for – how would you explain the use case?
I'd say npm is like the Lego shop of your dreams, where you can find bricks in all shapes and colors and where you can design your own bricks and make them available to others.
Everyone wants to develop their own software first, but many core components are difficult to build on your own. Therefore it makes much more sense to get these components elsewhere. It's not just writing code: You also have to test your components, document them, and so on.
This again is much easier for small building blocks than for large ones, and that is why it is so important to have a central location where all these building blocks can be stored and exchanged.
How’s the day to day experience of using npm?
Very good. We use npm a hundred times a day. It is mission-critical for our software development. Such an important tool has to work efficiently and reliably, and that's exactly what npm does.
Of course npm, like everyone else, has occasional hiccups, but that's very rare, and npm's support has always been helpful and responsive.
We've also had contact with npm in other respects, namely we've taken over maintenance for a few packages from other developers. Transferring a package always feels a little bit tricky, because what if something goes wrong? But npm was always helpful and helped us to make sure everything went smoothly.
Would you recommend that another org or company use npm and why?
If they use Node.js or JavaScript, definitely! And we have done so in the past few years as part of our consulting job many times. As mentioned before, npm is by far the best way to exchange code with other developers, and as mentioned before as well, no one can develop software of a certain complexity completely from scratch.
Instead, it makes much more sense to act as a community — and that also applies to companies that can benefit enormously from open source, but should also give something back at the same time. And npm is the integration point for all of this.
Any cool npm stuff your company has done publicly that you’d like to promote?
On the one hand, we have published many of our core components as small, independent building blocks. Maybe there are some things in these packages that can be useful for someone else.
On the other hand, as mentioned in the beginning, we are developing wolkenkit as an open-source framework to build backends in no time with JavaScript and Node.js. For that, we rely on a number of proven architecture patterns such as CQRS and event-sourcing.
One of the biggest benefits of using wolkenkit is that it records all changes that were made to your application's data, so you do not only have the current state, but also historical data. This makes it easy to learn from your past and gain further insights into your business.
To control wolkenkit you use its common line tool, which has also been written in Node.js. It bundles your source code into a number of Docker containers and runs them along with the required infrastructure. wolkenkit allows you to scale up the read side and the write side of your application independent of each other.
As every application relies on npm packages, we have integrated wolkenkit with npm, so that your dependencies get automatically installed when starting your application.
To get started, all you need to do is install Docker, install Node.js and run:
```shell
$ npm install -g wolkenkit
```
And you're ready to go. That's what we love npm for.
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Why is Python so popular with developers?
Finding the best tool to use to achieve the intended outcome is one of a developer's most crucial responsibilities. One of the most widely used programming languages is Python, and many companies are looking for Python specialists. But there are many issues with the developers' selection.
1. ease of use and learning
Python is a simple and uncomplicated programming language. This is one of the reasons developers enjoy working on it. Python is simple for a new developer to learn. It is considerably easier to understand than other languages. This explains why it is so widely used in a wide range of industries and applications. Python is easy to install and needs little effort. It is platform-independent and suitable for a variety of applications.
2. Install and begin programming
Without a question, learning Python is easy; programmers can quickly get the feel of it. The best thing about Python is that it makes it simple for developers to work on projects without any prior coding knowledge. The developer only needs to install the stuff and start coding.
3. Rich Frameworks and Libraries
Python includes a lot of helpful libraries that simplify development. Programmers can simply import a library to accomplish difficult operations rather than writing the full application from scratch. Python libraries span a variety of subjects, including machine learning, data science, cybersecurity, and others. Some of the more well-known libraries include Scikit-Learn, Numpy, Tensorflow, Keras, and others
4. Web development and design
Python is a widely used language for developing websites. Python seems to be well among developers since it comes with web development frameworks and tools like Django and Flask.
5. Computerized devices
Due to its platform independence and adaptability, Python is used to automate a wide range of applications. Python may be quite time-efficient when used in automation. Python has a large collection of tools, packages, and modules that can be used to quickly automate projects. A framework for test automation called Pytest makes it easier to write automated Python code. It enables the rapid development of test scripts.
6. A Stable, Helpful Community
Around the world, Python has many vibrant programming communities. Other programmers can give solutions as people talk to one another about their code problems. As they create new applications, these communities offer programmers a lot of support.
7. Speed, consistency, and efficiency
Python is known for being more reliable, dependable, and quick than other sophisticated languages. It now can be employed in almost any circumstance, which is clearly a huge advantage. Python would be a great coding language to utilize for the project whether the developer is working on hardware programming, a desktop application, a website, or a mobile app.
8. Extensive Career Opportunities
Python programmers have a wide range of employment options to select from. Python has achieved extraordinary success and is currently among the most widely used coding languages. It is now used in the production of video games, operating systems, mobile apps, online applications, artificial intelligence, machine learning, and mobile apps. Python programmers are in high demand right now, as so many industries greatly influence innovation and improvement.
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A Guide On How To Hire Remote Angular Developers

Hiring a developer is simple, but finding a top Angular developer with good expertise in the framework and other front-end technologies is more challenging. You need to hire the best Angular developers to reuse code and create apps that can deploy to any target. When hiring an Angular developer, several things need to be considered.
This guide will help you with hiring, from finding the candidate to asking good AngularJS interview questions.
What does an Angular Developer do?
First and foremost, it's essential to understand that Angular developers focus on your product's user interface (UI) side to build flexible and adaptable online apps. AngularJs framework enables software developers to create interactive and user-friendly web applications. It is now the second most popular front-end framework used by developers.
Although Angular has gained popularity, it can be challenging to hire Angular developers with the necessary skills and work history to join your development teams.
Read: Top AngularJs Development Company
5 ways to Hire a Remote Angular developer
Have a look at a few ways to hire an Angular developer-
Project Description
Once you discover you need to hire a remote Angular developer, finding the right fit becomes difficult without a clear project description. You better understand what developer expertise you want in the candidates by defining all of the project's essential components.
Compile the list of requirements
After writing your project description, you will better understand the skills your next remote Angular developer has to possess to finish your project.
You must thoroughly list the crucial and additional skills you need in remote Angular developers to clarify your project requirements. With the help of this list, you can probably save your time hiring the bad one.
Examine the demand for developer personnel
You will better understand how many remote angular developers you need once you have finished generating your list of needs. It can complete the project faster with the more remote Angular engineers you recruit.
Choose a good hiring method.
Depending on your needs, you can estimate how many remote Angular developers you will need. An outsourcing strategy may be the best choice if you need a larger group of remote developers. There are alternative approaches, such as contacting a vendor or using the existing HR team to discover the engineers.
Hold Job Interview
The next step in remote hiring is interviewing the remote Angular developers who passed the first recruitment phase. Conducting an online interview to get to know the candidate personally is essential. Employers can review the remote angular developers' expertise and test some critical Angular developer skills before hiring them.
Angular developer skills
Finding a remote Angular developer can be challenging! The key to hiring remote Angular developers is ensuring they have the appropriate experience and knowledge in the field. Top remote Angular developers typically possess the following skills:
Adapting and updating existing applications
Writing Javascript, HTML, and CSS codes
Conducting performance tests
A strong understanding of Javascript, HTML, CSS, and the Angular framework
Knowledge of UX concepts
Experience with RESTful APIs
Experience working with module bundlers, for example, Webpack, Node, or Browserify
Working with the design/product team
Ensuring the ongoing functionality of relevant applications.
Design thinking
Project management
Problem-solving
Creativity
Teamwork
Communication
Organization
Top Questions you can ask during AngularJs interview process
What is Angular?
What are the advantages of using Angular?
What is Angular mainly used for?
What are events in Angular?
Explain MVC about angular.
Name a few inbuilt angular filters.
What are directives in Angular?
What are the different types of filters in Angular?
What is the purpose of $rootScope?
List down how you can communicate between application modules using Angular core functionality.
Conclusion
Angular developers are always in demand, and finding a remote angular developer might be challenging. If you want to find the best remote Angular developer, you need a defined strategy. If you start the hiring process, you should remember that it is typically a time-consuming and expensive multi-step process. Hence, if you require a competent remote Angular developer, you should avoid hiring the wrong developer with the right formal qualifications but lacking soft skills. Additionally, if the hiring process becomes too complicated for you, seek assistance or select a different hiring strategy.
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