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websolutionss · 11 months ago

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What Are the Best Programming Languages for Enterprise Software Development?

Enterprise software development is a critical aspect of modern business operations. It involves creating large-scale software solutions that streamline processes, enhance productivity, and drive growth. Choosing the right programming language is crucial for the success of any enterprise software project. Here, we explore some of the best programming languages suited for enterprise software development and how they align with the services of an AngularJS development company, a Java development company, and a WordPress development company.

1. Java

Java is a longstanding favorite in enterprise software development. Its robustness, scalability, and extensive libraries make it ideal for building complex, high-performance applications. Java’s platform independence allows it to run on any device with a Java Virtual Machine (JVM), making it a versatile choice for enterprises with diverse hardware requirements.

Benefits of Java in Enterprise Software Development:

Scalability: Java's architecture is designed to handle large-scale applications.

Security: Strong security features protect sensitive enterprise data.

Community Support: A large community of developers and extensive documentation aid in problem-solving and innovation.

2. JavaScript (with AngularJS)

JavaScript, particularly with frameworks like AngularJS, is essential for developing dynamic, interactive user interfaces. AngularJS, maintained by Google, allows developers to extend HTML syntax and create rich single-page applications (SPAs). This makes it a preferred choice for frontend development in enterprise applications.

Benefits of AngularJS in Enterprise Software Development:

Two-Way Data Binding: Simplifies the synchronization between the model and the view.

Modularity: Enhances code organization and reusability.

Performance: Optimizes application performance with efficient data handling.

3. Python

Python is known for its simplicity and readability, making it a popular choice for rapid application development. Its extensive libraries and frameworks, such as Django and Flask, facilitate the development of scalable and secure enterprise applications. Python's versatility allows it to be used for both backend and frontend development.

Benefits of Python in Enterprise Software Development:

Ease of Learning: Simple syntax reduces the learning curve.

Flexibility: Suitable for various types of applications, from web to data analysis.

Integration Capabilities: Easily integrates with other technologies and databases.

4. C#

C# is a powerful language developed by Microsoft, primarily used for building Windows applications. It integrates seamlessly with the .NET framework, providing a robust environment for developing enterprise-grade applications. C# is particularly useful for organizations heavily invested in Microsoft technologies.

Benefits of C# in Enterprise Software Development:

Rich Library: Extensive libraries and frameworks support rapid development.

Cross-Platform Development: With .NET Core, C# can be used for cross-platform applications.

Strong Support: Backed by Microsoft, ensuring continuous improvement and support.

5. PHP (with WordPress)

PHP, especially when used with content management systems like WordPress, is a powerful tool for enterprise software development. WordPress development companies leverage PHP to create customizable, scalable websites and applications. Its ease of use and extensive plugin ecosystem make PHP a viable option for enterprises needing robust web solutions.

Benefits of PHP in Enterprise Software Development:

Flexibility: Easily adapts to various web development needs.

Community Support: A large community contributes to a wealth of resources and plugins.

Cost-Effective: Open-source nature reduces development costs.

Conclusion

Choosing the right programming language for enterprise software development is crucial for building robust, scalable, and efficient applications. Java, JavaScript (with AngularJS), Python, C#, and PHP are among the best choices, each offering unique benefits that cater to different enterprise needs. Whether you're working with an AngularJS development company, a Java development company, or a WordPress development company, selecting the appropriate language can significantly impact your project's success and overall business growth.

Understanding the strengths and use cases of each language will help you make informed decisions that align with your enterprise's specific requirements and goals. Embrace the right technology stack, and watch your enterprise software development projects thrive.

#AngularJS Development Company #Java Development Company #wordpress development company

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ardhra2000 · 1 year ago

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Who are MEAN stack developers: A comprehensive guide!

The MEAN stack has become a new buzzword, and MEAN stack engineers are in high demand.

This comprehensive guide will discuss the essential skills and qualities of MEAN stack developers and the benefits of using the MEAN stack for web development.

MEAN is a set of JavaScript technologies that are open-source and used to create dynamic, scalable, and feature-rich online apps and websites. Using the complete stack development tool, you can make stable and speedy web apps because of their user-friendly nature (MEAN).

The data for the application is kept in MongoDB within the MEAN stack. There is no need to translate the object as it travels from the application to the database and back because the application and the database both utilize JavaScript. Without skipping a beat, the application can move objects back and forth between the database and the back end.

AngularJS is a component of the MEAN stack, which aids developers in creating the application's user interface. There is a seamless data exchange between all components of your program because the backend, front end, and database are all constructed using JavaScript.

The foundation of the MEAN stack is Node.js. Node.js is specifically designed to function on top of Express. AngularJS connects to Node.js without any issues to provide quick data serving. The integrated web server in Node.js makes it simple to upload your MongoDB database and application to the cloud.

In conclusion, MEAN stack developers are highly skilled web developers who have expertise in using the MEAN software stack to build dynamic, scalable, and high-performance web applications.

With their knowledge of the four technologies that make up the MEAN stack - MongoDB, Express.js, AngularJS, and Node.js - these developers can create powerful and efficient web applications that can meet the needs of businesses of all sizes.

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psychicanchortimemachine · 4 years ago

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A Time To Transition: Hybrid Apps And React Native?

Like musicians, all professionals must often question their methodologies and spot what other options exist. If one method become previously the pleasant, that doesn't suggest it stays the first-rate. Then again, many established strategies had been the exceptional for many years and might by no means be surpassed. The critical aspect is that one is willing to don't forget opportunity techniques and isn't too heavily biased toward the one they may be most familiar with. This evaluation is frequently more hard in software improvement because new frameworks and technology emerge nearly as quickly as they die off.

This article will observe this analysis to hybrid cell apps and present why I without a doubt agree with that React Native is in many ways a advanced solution for apps developed in 2017, although it introduces some temporary pains even as you’re getting acclimated. To do this, we are able to revisit why hybrid apps have been created initially and discover how we got to this point. Then, inside this context, we’ll talk how React Native stacks up and provide an explanation for why it is the better technique in maximum cases.

An Origin Story

It’s 2010. Your business enterprise has a pretty awesome net utility that uses jQuery (or, if you’re hip, some sort of

AngularJS

and React precursor like Mustache). You have a team of builders in a position in HTML, CSS and JavaScript. All of a sudden, cell apps are taking over. Everyone has one. Mobile apps are the new Tickle Me Elmo! You frantically studies a way to make your own mobile app and right away run into a host of issues. Your team is ill-prepared for the task. You don’t have Java or Objective-C developers. You can’t have the funds for to develop, check and deploy two separate apps! Not to worry. The

hybrid

cellular app is your silver bullet. This brilliant new technology lets in you to quick and (in theory) easily reuse what you have (code and builders) on your lustrous new cell app. So, you choose a framework (Cordova, PhoneGap, etc.) and get to work building or porting your first cellular app! For many organizations and builders, their troubles have been solved. They should now make their very own cellular apps.

Problems Arise

Ever due to the fact that 2010, developer forums, blogs and message boards were complete of arguments approximately the efficacy of hybrid apps. Despite the excellent promise and flexibility described within the preceding paragraphs, hybrid apps have had and maintain to face a completely actual collection of challenges and shortcomings. Here are a few of the maximum outstanding problems

USER-EXPERIENCE SHORTCOMINGS

Over the beyond couple of years, the bar for UX in cellular apps has risen dramatically. Most smartphone proprietors spend the majority in their time using most effective a handful of premiere apps. They, perhaps unfairly, count on any new app they try to be as polished as Facebook, MLB TV, YouTube and Uber. With this very high bar, it is quite difficult for hybrid apps to measure up. Issues such as sluggish or restrained animations, keyboard misbehavior and frequent lack of platform-precise gesture recognition all add as much as a clunkier experience, which makes hybrid apps second-magnificence citizens. Compounding this issue is hybrid apps’ reliance at the open-source community to write wrappers for local functionality. Here is a screenshot from an app that highlights all of these issues. This app was decided on from Ionic’s show off and was created with the aid of Morgan Stanley.

A few things ought to be at once apparent. This app has a totally low rating (2.5 stars). It does not look like a cell app and is simply a port of a cell internet app. Clear giveaways are the non-native segmented control, font size, textual content density and non-native tab bar. The app does no longer support features which can be greater effortlessly implemented when constructing natively. Most importantly, customers are noticing all of these troubles and are summarizing their feelings as “feels outdated.”

USER INTERFACE CHALLENGES

The majority of users are very short to uninstall or forget new apps. It is vital that your app makes a wonderful first impact and is without problems understood with the aid of customers. A large part of this is about looking sharp and being familiar. Hybrid apps can look awesome, but they do have a tendency to be greater platform-agnostic in their UI (if they appear to be a web app) or foreign (if they appear like an iOS app on Android or vice versa). Before even installing an app, many would-be clients will review photos within the app store. If those screenshots are unappealing or off-putting, the app won't be downloaded at all. Here is an instance app observed at the Ionic showcase. This app changed into created by Nationwide, and, as you could tell, each apps look just like a mobile-pleasant website, instead of a cellular app.

It is obvious from the app save reviews (3 stars on both platforms) that this app has numerous issues, however it is not likely that any app with this UI might attract new customers. It is clearly best used by existing customers who think they might as well strive it out.

PERFORMANCE ISSUES

The most not unusual complaints approximately hybrid apps cite terrible performance, insects and crashes. Of course, any app could have these troubles, however performance issues have long plagued hybrid apps. Additionally, hybrid apps frequently have less offline support, can take longer to open and perform worse in negative network conditions. Any developer has heard any of the above called a “bug” and has had their app publicly penalized as a result.

OVERALL LACK OF PREMIER APPS

All of these troubles have added up to the great majority of most useful apps being written natively. A quick have a look at each PhoneGap’s and Ionic’s showcases exhibit a considerable shortcoming in greatest apps. One of the most relatively touted hybrid apps is Untappd, which notwithstanding being a pretty brilliant platform, has fewer than 5 million downloads. This might appear like a massive number, however it puts it pretty a long way down the list of maximum used apps. Additionally, there may be a lengthy list of apps that have migrated from hybrid to local. That list includes Facebook, TripAdvisor, Uber, Instagram and many others. It would be quite challenging to find a listing of high-cease apps which have moved from local to hybrid.

FINAL DEFENCE OF HYBRID APPS

The point of this section isn't to be overly essential of hybrid apps, however to show that there's room for an alternative method. Hybrid apps were a very vital technology and have been used successfully in lots of cases. Returning to the Ionic showcase, there are numerous apps that look higher than those above. Baskin Robbins, Pacifica and Sworkit are three recent examples. For the past four years, hybrid app builders and frameworks were working tough to enhance their apps, and they have completed an admirable job. However, underlying troubles and foundational shortcomings remain, and ultimately better options can be determined if you’re constructing a new app in 2017.

Another Approach

Although it is clear that hybrid apps do no longer quite stack up towards native apps, their benefits and achievement can’t be ignored. They assist resolve very real resource, time and talents issues. If there was another method that solved these equal troubles, while additionally eliminating the shortcomings of hybrid apps, that could be extraordinarily appealing. React Native might just be the answer.

OVERVIEW AND ADVANTAGES

React Native is a cross-platform mobile application development framework that builds at the popular React web development framework. Like React, React Native is an open-source assignment maintained largely by builders at Facebook and Instagram. This framework is used to create Android and iOS applications with a shared JavaScript code base. When growing React Native apps, all of your commercial enterprise good judgment, API calls and kingdom management live in JavaScript. The UI elements and their styling are genericized to your code however are rendered because the native views. This allows you to get a high diploma of code reuse and now have a UI that follows each platform’s style guide and quality practices. React Native additionally permits you to write platform-particular code, common sense and styling as needed. This could be as easy as having platform-precise React components or as superior as using a platform-specific C library on your React Native app.

SIMILARITIES TO HYBRID APPS

Like hybrid app frameworks, React Native allows actual cross-platform development. Instagram has shared that it is seeing between eighty five and 99% code reuse for its React Native projects. Additionally, React Native is built using technologies (JavaScript and React) that many web developers will be acquainted with. In the event that a developer is not familiar with React, it's far a dramatically less complicated to analyze if they're acquainted with AngularJS, jQuery or vanilla JavaScript than it would be to examine Objective-C or Java. Additionally, debugging React Native apps need to additionally be a acquainted manner for web developers. This is because it's far exceptionally clean to use Chrome’s debugging gear to monitor a code’s behavior. Chrome tools can be used whilst viewing apps in an emulator or on actual devices. As an brought bonus, developers also can use more native debuggers as needed. The major takeaway here is that React Native solves the equal core issues that hybrid app frameworks set out to remedy.

FURTHER IMPROVEMENTS OVER HYBRID APPS

Unlike hybrid apps, React Native apps run natively, instead of within a web view. This means they are no longer confined to web-based UI factors, which may be slow when paired with a poor JavaScript interpreter. Because React Native renders local UI factors, apps right now feel more at home on the platform and make the user greater snug on first use. Additionally, developer fine of life can be progressed with React Native through more whole use of local tooling and profiling utilities. Below is screenshots of a recently launched React Native app. These pictures highlight the platform-unique interface that may be achieved the usage of this framework. As you may see, each app uses its local map and has callouts that follow every platform’s design guidelines. On Android, the callout is a card that rises from the lowest of the map. On iOS, the callout connects to the selected detail on the map. The equal actions may be completed in both apps, and most of the code is shared, but that extra bit of platform-particular polish definitely enables with standard usability. HOW Would YOU DO?

Below is a sample feature called React Native. It displays some specific elements that make up React Native apps and highlights areas web developers may already learn about. The code snippet is followed by a description of what each section does.

Much of the code above ought to be acquainted to maximum web developers. The massive majority of the code is simply JavaScript. Much of the rendering logic will be new, but the migration from HTML to the React Native views is quite straightforward. Additionally, the style attributes are quite similar to CSS. Let’s stroll through some of this code: kingdom

State is an object that carries the various values that our issue MovieList needs to function. When nation properties are changed (the usage of this.SetState()), the entire aspect is re-rendered to reflect the ones changes.

ComponentWillMount

ComponentWillMount is a lifestyle characteristic that is known as prior to the thing being rendered. Initial network requests often belong in this function.

_fetchMovies

This feature makes a community request that returns an array of film objects. After it successfully completes, it updates country with the listing and sets loading to false. Note that it also units the preliminary filteredMovies to the returned list.

_applyFilter

This function is referred to as by our imported SearchBar element. For simplicity’s sake, assume that this function is known as (probable with some debounce) every time the value typed into the SearchBar factor is changed. This feature just carries some JavaScript that filters the filteredMovies listing to the applicable titles.

_renderTitleRow

This function outputs the view for a unmarried movie. It incorporates a few good judgment to make sure our output is uniform and renders a basic text thing.

Render()

This function outputs the view for the factor. It conditionally renders the listing of movies or a loading animation, relying at the loading fee stored inside the kingdom object.

WHO IS DOING THIS?

When deciding a way to build your personal application, it is crucial to learn from enterprise leaders. Other companies and developers would possibly have wasted years and millions of dollars building applications, and in minutes you may research from their errors and experiences. Here is a quick list of some huge businesses which can be using React Native in their apps: Facebook, Instagram, Airbnb, Baidu, Discord, Tencent, Uber and Twitter. Many of those apps were at the beginning written using other approaches however have transitioned fully to React Native or are now the use of React Native to enhance their present local applications. There is a extraordinary fashion of many most appropriate apps being moved to React Native as a cross-platform solution, whereas, previously, most generation shifts amongst this magnificence of apps were from cross-platform to platform-specific. This change genuinely can’t be ignored.

What Should You Do Now?

Just just like the musician who has to rethink their method to progress, so too must cell app developers reconsider their technologies. It is vital that we make decisions based at the high-quality options to be had and no longer rely totally on our familiarities. Even if the transition is uncomfortable initially, our industry and the app marketplace are highly competitive and demand that we preserve to progress. React Native is a highly attractive generation that mixes the reusability and cost-effectiveness of hybrid apps with the polish and performance of local apps. It is seeing fast adoption and must be considered as an alternative technique for any upcoming would-be hybrid apps. As a reputed Software Solutions Developer we have expertise in providing dedicated remote and outsourced technical resources for software services at very nominal cost. Besides experts in full stacks We also build web solutions, mobile apps and work on system integration, performance enhancement, cloud migrations and big data analytics. Don’t hesitate to

get in touch with us!

#b2bsales #b2b content marketing

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dhivyamahi1217-blog · 5 years ago

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Best Angular Js Development Tools

Web development can be a tedious process, so to speak, when you are doing it barefooted. It has been made clear through the evolution of web creation and the exploration and introduction of new techniques that obtaining a range of resources to assist you in completing your project is certainly something you should look into. These are 5 useful tools used in AngularJs development companies..

1.Djangular:

Developers are in AngularJs development companies using the AngularJS based Djangular framework for web app creation. It allows you to quickly build the content. It employs Django and Angular, so you can create content that matches the needs for your project. Therefore you don't need to integrate each project separately with Django. You can also construct various namespaces for your applications, and enforce a consistent content structure.. With the aid of Djangular, you can effectively increase the security of your app, as it allows for CSPF protection

2.Jasmine:

Jasmine is used for behavior- creation, but with a little flexibility you will be able to use it for test- advancement in AngularJs development companies. Usually it is connected with Karma: Karma as the test driver, Jasmine as the test device. Naturally, Jasmine will check all of your JavaScript classes and functions, and tell you about unmanaged code. The downside is that it doesn't know what condition the study was conducting, but Luck makes up for disadvantage.

3.Webstorm:

Sublime Text is more of a code editor for general use and can be used for your main PHP projects, and so on. But you want a more JavaScript-specific text editor, which is also well-suited for HTML & CSS, we would recommend you choose WebStorm. This smart IDE is a powerful tool for modern JS development practices, and hence, AngularJS development. This captures your errors when coding and testing the coding as you continue. It can be integrated into the VCS and debugging software. WebStorm functions well for languages such as JavaScript, Typescript and Stylesheet.

4.Angular Deck grid:

Angular Deck grid for AngularJs development companies is considerably a lightweight grid. Developers use this method particularly for guidance on code, where visual representations are not the basis of the directive. To obtain visual representations it uses a CSS format.

5.Mean:

Mean is an AngularJS tool that works across various platforms. Developers use this platform to create apps for Mongo DB, Node.js, Express, and Angular JS. It consists of a preconfigured collection of modules like the Mongoose and Passport that are useful to most developers.

#angularjsdevelopment #angularjsdevelopmentcompanies

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shakilali-goldsmiths-blog · 6 years ago

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Blog from Word (3rd June - 20th September 2019)

See below the blog I started on Microsoft word. This was due to me starting the blog and my project, before module data was released (i.e. information that we needed to record everything on tumblr).

3rd – 7th June 2019

This was the first week after exams finished. We were given the computing project presentation, along with previous project examples. This gave me an insight into what the third year consisted of. In addition, I was able to mentally start planning out my actions over the summer, which would aid me before I started my final year.

10th – 14th June 2019

Post the computing project introduction, I began my summer placement. To get a sense of the variety of project ideas, I asked multiple colleagues about their projects. The colleagues ranged in positions, from Software Developers to Database Administrators. The ideas were vast, for example: online vehicle registration, cinema ticket booking and educational software tools.

17th – 21st June 2019

In my spare time, I began exploring the internet for previous computer science projects. Sites I used include: https://1000projects.org/projects/cse-projects and https://www.youtube.com/. When deciding which areas, I wanted to build my project on, I noticed I was gravitating towards ideas which encompassed my strengths and past modules. For instance, I studied ‘Algorithms and Data Structures’, and a project that interested me was a quiz application which tested fundamental mathematical knowledge and formulas.

24th – 28th June 2019

Towards the end of June, I began listing down a few project ideas which I would like to investigate further. The list did not contain anything concrete; it was quite diverse. This was so I could get a rough idea on where I could possibly delve deeper.

1st – 5th July 2019

At this stage, I had quite a lengthy list of Computer Science related final year projects. They were in no particular order. This list was primarily put in place so I could begin marking off which types of projects I wanted to do and vice versa. I further assisted myself by placing this data in a spreadsheet and labelling how confident I felt about a certain project (Green = Confident, Yellow = Unsure, Red = Not Confident).

8th – 12th July 2019

During this week I filtered my spreadsheet, so I could see all the ‘green’ and ‘yellow’ projects. For the yellow project’s, I made a new column which contained actions I would have to take in order to prepare for that project e.g. learn AngularJS. As for the green project’s, I felt as though I had the necessary skills to carry out a project successfully.

15th – 19th July 2019

I used this week to look through my yellow project list and retain those which had reasonable steps for a successful project. At this point, there were still many projects in my green list. Therefore, I settled this by taking the top 10 projects I may want to do. These 10 were determined by colour (i.e. green or yellow), how confident I was in completing a successful project with them and how interesting they were to me.

22nd – 26th July 2019

Towards the end of the July, I began planning for my ideation. I wanted to test out my newly acquired LaTex (Document Preparation System) knowledge, therefore I installed Texmaker (cross-platform open-source LaTeX editor) and started a new document. I made an ideation template using the information on the VLE and planned to commence work on it the following week.

29th – 2nd July/August 2019

As aforementioned, I generated a spreadsheet which enclosed project’s and their status in accordance to my skill set and interests. This spreadsheet facilitated my ideation, as I was able to select my contexts, techniques and initial ideas from it. This week was spent filling in my ideation template.

5th – 9th August 2019

I wanted to use this week to begin one of my selected projects. This was so I could put my skills into use and consolidate them. At this stage, I was still carrying out my summer placement at Servelec. At Servelec, one of the many software products we provided was a digital case management software, Mosaic. This was primarily used in the social care sector. I decided, after much research, I would try to build my own web-based, digital case management system.

12th – 16th August 2019

Research went into how I would go about building my project. This was primarily based off YouTube tutorials. The outcome I came to was building it locally, using Python (OOP language). More specifically, Django, a python web-framework. As I did not previously code in Django, I felt the need to start an introductory course on Udemy.

19th – 23rd August 2019

During this week, I completed the Django introductory Udemy course. This enabled me to grasp elementary Django expertise. As previously mentioned, I did this course so I could begin development on my digital case management web application. This was the tutorial playlist I followed: https://www.youtube.com/watch?v=n-FTlQ7Djqc. Although, it was for a blog, it was the initial steppingstone for my end goal.

26th – 30th August 2019

My project began taking shape. I had created my first app (many app’s were used to make up the overall web application – part of SoC). Although the web application was quite dull, functionally and visually, I completed the base code, which in turn serves as the fundamental component for the entire application.

2nd – 6th September 2019

This week I completed and submitted my ideation. It contained my contexts, techniques, inspirations and initial ideas. In addition, I finished another app: articles. My web application now displayed articles written through Django’s in-built administration url. I also learnt more in depth about Django concepts such as Models, Templates and Migrations.

9th – 13th September 2019

The Django tutorials are almost coming to an end. I finished implementing the last mini app: accounts. This app took care of individual accounts (including super users and normal users). In addition, it now meant articles were linked to their authors. Throughout the process of the tutorial, I was adding in my own additions. For example, my naming conventions were specific to case management.

16th – 20th September 2019

My Django playlist had now ended. Final videos included demonstrations on how to style the web application, and make it more aesthetically pleasing. In order to adhere to SoC (Separation of Concerns) principles, my CSS (Style.css) went in a different folder (assets) to the mini apps. Classes were assigned to various html elements, and these were corresponding to code given to them in Styles.css. I made my own changes to the CSS by integrating in bootstrap.

#sonar #computingproject #goldsmiths #june #july #august #september #2019 #digitalcasemanagement

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colourmoon-tech · 2 years ago

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Web Development Tools: Boosting Efficiency and Productivity

Introduction

Web development is a constantly evolving field, and developers worldwide rely on a wide range of tools to streamline their workflow and enhance their productivity. These tools aid in various aspects of the development process, from designing and coding to testing and deployment. In this article, we will explore the essential web development tools that every developer should be familiar with.

Importance of Web Development Tools

Web development tools play a crucial role in simplifying complex tasks, reducing development time, and improving the overall quality of websites and web applications. Website development companies in Hyderabad provide developers with the necessary resources and functionalities to create interactive and visually appealing web experiences. By leveraging these tools, developers can focus on creativity and problem-solving, rather than spending excessive time on repetitive or mundane tasks.

Front-End Development Tools

Front-end development tools are specifically designed to assist developers in building the user interface and client-side functionality of websites. These tools include:

Code Editors: Code editors such as Visual Studio Code, Sublime Text, and Atom provide a feature-rich environment for writing HTML, CSS, and JavaScript code. They offer syntax highlighting, auto-completion, and debugging capabilities, making code editing efficient and error-free.

CSS Frameworks: CSS frameworks like Bootstrap and Foundation offer pre-designed CSS components and layouts, allowing developers to create responsive and visually appealing web pages quickly.

JavaScript Libraries and Frameworks: JavaScript libraries such as React, Vue.js, and AngularJS enable developers to build interactive and dynamic web applications with ease. These libraries provide reusable components, data binding, and other advanced functionalities.

Back-End Development Tools

Back-end development tools facilitate the creation of server-side logic and the management of databases. Some commonly used back-end development tools include:

Server-Side Languages: Languages like Python, PHP, and Node.js enable developers to build robust server-side applications. They provide frameworks and libraries that simplify complex tasks such as routing, database integration, and session management.

Databases: Tools like MySQL, PostgreSQL, and MongoDB help developers store and manage data efficiently. These databases offer querying capabilities, data indexing, and transaction management.

Integrated Development Environments (IDEs)

IDEs bring together various tools required for software development into a unified environment. They offer features like code editors, debugging tools, and build automation. Popular IDEs for web development include:

Visual Studio: A comprehensive IDE for web development, providing powerful tools for coding, debugging, and collaboration.

JetBrains WebStorm: A specialized IDE for JavaScript and Node.js development, offering intelligent code completion, refactoring tools, and integrated debugging.

Version Control Systems

Version control systems enable developers to track changes to their codebase, collaborate with team members, and revert to previous versions if needed. Git, a distributed version control system, is widely used in web development projects.

Testing and Debugging Tools

Testing and debugging are essential to ensure the functionality and stability of web applications. Some commonly used testing and debugging tools include:

Chrome DevTools: A set of web development tools integrated into the Chrome browser, providing features such as inspecting and editing HTML and CSS, debugging JavaScript, and monitoring network activity.

Testing Frameworks: Testing frameworks like Jest, Mocha, and Selenium allow developers to write automated tests to verify the correctness of their code and ensure proper functionality.

Performance Optimization Tools

Web performance is crucial for delivering a seamless user experience. Performance optimization tools help identify bottlenecks and improve the loading speed of websites. Some popular tools in this category include:

Lighthouse: A tool built into Chrome DevTools that audits web pages for performance, accessibility, and SEO. It provides suggestions for improving page speed and user experience.

WebPageTest: An online tool that tests and analyzes the performance of web pages. It provides detailed reports, including metrics like load time, time to first byte, and content breakdown.

Task Runners and Build Tools

Task runners and build tools automate repetitive tasks and streamline the build process. They assist in tasks like bundling and minifying code, optimizing images, and deploying websites.

Examples of popular tools in this category are:

Grunt: A JavaScript task runner that automates repetitive tasks, such as concatenating and minifying files, running tests, and deploying applications.

Gulp: Another JavaScript-based task runner that focuses on code streaming and efficient task execution. It enables developers to create custom workflows and optimize build processes.

Package Managers

Package managers simplify the process of managing dependencies and installing third-party libraries or frameworks. They ensure that all required packages are downloaded and up-to-date. Some widely used package managers in web development are:

npm (Node Package Manager): The default package manager for Node.js. It allows developers to install, manage, and share JavaScript packages.

Yarn: A package manager developed by Facebook that aims to provide faster and more reliable package installations. It offers features like offline mode and deterministic dependency resolution.

Documentation Tools

Documentation is essential for maintaining and sharing knowledge about a project. Documentation tools assist in creating well-structured and easily accessible documentation. Some popular documentation tools include:

JSDoc: A tool for generating API documentation from JavaScript code comments. It allows developers to annotate their code with documentation comments and generate HTML documentation pages.

Swagger: An open-source toolset for designing, building, and documenting RESTful APIs. It provides a user-friendly interface for exploring and testing API endpoints.

Collaboration Tools

Collaboration tools facilitate effective communication and collaboration among team members. They help streamline project management, version control, and task tracking. Some widely used collaboration tools in web development are:

GitLab: A web-based Git repository manager that offers features like code hosting, issue tracking, and continuous integration/continuous deployment (CI/CD).

Slack: A web development team communication platform that provides real-time messaging, file sharing, and integration with various development tools.

Conclusion

In conclusion, web development tools are indispensable for modern developers, as they enhance productivity, simplify complex tasks, and ensure the delivery of high-quality web applications. Whether it's front-end or back-end development, integrated development environments, version control systems, testing and debugging tools, or performance optimization, a wide array of tools cater to different aspects of the web development process. By leveraging these tools, developers can streamline their workflow and focus on creating innovative and user-friendly web experiences.

#Website development companies in Hyderabad #website development #web development #best web development services in hyderabad #best website development company in Hyderabad

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lowcodetechnology · 2 years ago

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Develop Mobile Apps Quickly With Angular: The Low-Code Development

Is your company experiencing difficulty with sales and leads? Here helps the Angular mobile app. It creates user experiences that are rich, engaging and intuitive in a fraction of the time. The high-performance mobile app built with Angular will set your company apart from the competition.

Angular, a JavaScript component, is a popular tool for building mobile apps. So, when Google released it in 2009, the developer community accepted it wholeheartedly.

Angular, among other technologies available on the market today, is one of the best for application development. DEW Studio is a top low-code development solution that enables you to quickly and easily develop applications with minimal coding using Angular typescript and drag-and-drop features.

Let’s go over the salient benefits of Angular.

What Is Angular Mobile Development?

Since 2009, this open-source framework has released numerous versions. The first was AngularJS. And the latest version is Angular 14 released on 2 June 2022.

The Angular mobile framework can make development easier and faster, freeing up more time in your schedule for growth possibilities, procuring more clients, and increasing profitability.

With the help of dependency injection, end-to-end tools, and declarative templates, problems with application development are resolved in Angular.

Let’s take a closer look at this popular framework and discover its benefits to better understand how and why developers recommend the Angular Android app and the Angular iOS app.

The Pros Of Using Angular For App Development

Two-way data binding

Two-way data binding is among the Angular framework’s most noteworthy benefits.

It can be used as the source and controller in both directions.

The modifications to the data are seen in the view and vice-versa.

Component-based Architecture

It implies that every component of the app’s UI and supporting features is unique.

It enables the developers to modify the application’s autonomous part of the system.

An app programmer can develop a component once and then reuse it in a diverse array of other similar aspects throughout the Angular mobile app. It simplifies development for beginners.

High Performance

Hierarchical dependency injection

Classes obtain information from external sources via dependency injection. This function separates elements from their dependencies.

Differential loading

The formation of separate packages for various browsers diminishes bundle size and loading time. This significantly enhances the performance of an Angular mobile app.

Ivy renderer

Ivy’s default AOT (ahead-of-time) compiler speeds up app compilation. In addition, it aids in the optimization of performance for sophisticated Angular Android and iOS applications.

Reusability of code

You can divide your project’s UI components into several slices using the Angular mobile framework.

As a result, the code portions used to develop the elements can be reused if the app needs to be expanded or a fresh one with similar attributes is created.

TypeScript, Cross-platform and Scalability

TypeScript, used in Angular mobile development, provides better tools, clearer code, and greater versatility.

You can create app-like experiences by leveraging the features of modern web platforms and developing progressive web apps. It has a one-step installation process, offline features and stellar results.

The handy CLI that comes with Angular can create production-ready applications and components with just one command.

Low-code software development is a route to building smart business software. Get started today and reach out to our developers at DEW Studio!

Conclusion

It’s important to comprehend the benefits of using Angular’s low-code tools for particular project types.

Every organization has a different and special set of requirements. You can hire a developer of a low-code app development platform to construct a beautiful and cutting-edge mobile app.

DEW Studio is a low-code platform that offers a wide range of brilliant services to help you build a prolific application with international standards and expertise.

Ready to create an avant-garde and eye-catching application? Contact us!

#Lowcode #Software #Technology #Trending #Programming #Coading

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designlabpune · 2 years ago

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Let us examine the distinction between MEAN and MERN stacks

A great way to fully comprehend full-stack development is to build a custom web application. The distinction between a mean stack and a mean stack must be understood when deciding which technology stack is best for a web development project.

Furthermore, big data advancements have thrust agile methodologies into the spotlight. The infrastructure of modern software programmes must be strong in order to adapt to the dynamic business environment. The stack that maximises flexibility, scalability, and performance while remaining cost-effective must therefore be chosen by developers. They should be fully informed of the advantages and disadvantages of each option before making their choice. But first, let's give beginners an introduction to full-stack development.

Full-stack development: What is it?

In the context of web development, "full stack" refers to the front-end, back-end, testing, and mobile app software systems. Traditionally, businesses hired people with expertise in any of these fields. However, there is a high demand for qualified candidates in ancillary technologies as the needs of modern workplaces change.

Mean Stack vs. Mern Stack

Due to the fact that both frameworks provide trustworthy abstraction at the UI level, the competition between the MEAN and MERN stacks is quite close. While Mern Stack uses the ReactJS library, a Facebook product, Mean Stack makes use of AngularJS, which is supported by Google Inc. By using JavaScript as the main programming language, code switching is avoided, and new developers are given the tools necessary to materialise their concepts.

Both options offer a fantastic set of tools that can be used to create software products that work well. Therefore, selecting the appropriate stack for their applications can be overwhelming for newcomers. Let us examine their advantages more closely and contrast how well they perform in various scenarios.

What is Mean Stack and why should you use it?

One of the rapidly expanding open-source development frameworks, Mean Stack, enables programmers to quickly and easily create complex web applications. The phrase "mean stack" refers to a collection of JavaScript-based frameworks used to create sophisticated web applications. A combination of MEAN Stack technologies, including MongoDB, Express.JS, Angular, and Node.JS, is used in mobile and web applications.

The need for technology has given developers the green light to work on the front-end, back-end, and much more. Today's developers are capable of understanding and resolving issues in a variety of software development streams. Software development firms are now cautiously looking to hire "mean stack" developers who can completely build the website or application from scratch without stopping.

Recent years have seen an exponential growth in web development technologies. Front-end technologies like AngularJS, Node JS, React JS, and others have replaced back-end development technologies like Java, PHP, and others. These technologies have undergone continuous development since their inception in order to increase coding effectiveness and decrease code size. One such group of tools that has significantly cut down on development time is the MEAN stack.

The primary advantage of using the MEAN stack is that all of the coding is JavaScript-based. This shortens the amount of time a novice developer must spend learning. A lightweight application architecture and a quick turnaround time have also become essential due to the global boom in the start-up culture. MEAN Stack aids in meeting this requirement. The JavaScript engine used by the entire programme, including the web application server, is based on Chrome. This decreases the overall amount of memory needed and speeds up web response time.

In addition to the advantages listed above, the MEAN stack has lower development costs. Additionally, MEAN.JS is completely open source and free to use, as is its extensive ecosystem. Because of its sharing capabilities, which make extensive code reuse and sharing within the stack possible and lower overall costs. It might be one of the main advantages of using MEAN for business. The development time can be shortened, resulting in a lower development cost, thanks to its unified and flexible offerings.

The MEAN stack also aids in scalability and quick MVP development. A productive platform for creating scalable software products is the MEAN stack. The stack contains a sizable number of additional frameworks, libraries, and reusable modules that enable businesses to accelerate development more effectively. Therefore, MEAN stack can be a great option for start-ups due to its shorter development cycles and lower development costs by helping to deliver modern and ready-made solutions, which can significantly save time while making development less strenuous.

Here is a brief description of the mean stack components:

AngularJS is the front-end framework that runs the code in the user's browser.

NodeJS is a runtime system that implements JavaScript on the backend of a web application.

ExpressJS is the back-end application that runs on top of NodeJS.

MongoDB: It is used to store the data of back-end applications as JSON files.

MERN: Why?

The MERN stack's main selling point is that it is a platform that offers businesses and enterprises the agility, performance, and intelligence they require to advance their operations. JavaScript is at the core of many technologies that enable developers to build and deliver websites with rich experiences similar to desktop and mobile apps because all web users today demand high levels of performance and interactivity.

JavaScript has evolved into a web interface. It has changed significantly over the years. Today, JavaScript is used for much more than just adding visual effects to websites; it also aids in the implementation of application logic and database access.

Due to a few benefits, MERN Stack is also securing a small place in the world of the software developer. There is no need for context switching because every line of code is written in JavaScript. In traditional tech stacks, the challenge for developers was figuring out how to integrate different programming languages into one another in order to turn their ideas into usable products. But compared to earlier times, the present is a significant departure. As the JavaScript stack has improved, things are now more balanced. Developers can only use JavaScript and JSON when using the JavaScript stack (JavaScript Object Notation). Additionally, this stack excels at creating highly effective web applications.

No templates exist for the language. React is a popular programming language despite not being one of the hottest or most in-demand ones because it lacks templates. React is sometimes more frequently used by web developers than other languages because it eliminates the need to learn and practise a templating language in order to automate the process of creating repetitive HTML or DOM elements. React creates repetitive or conditional DOM elements with the help of a fully featured programming language, which is none other than the internet's ancestor technologies. Indeed, JavaScript.

Therefore, it is obvious from the aforementioned shifting trends that the world of web development is a dynamic one. Although selecting the most renowned and ideal frameworks, technologies, or, should we say, the stack, may be challenging, we can always try to select the stack that best meets your company's needs.

The following elements make up the Mern stack:

ReactJS is a library that facilitates creating the user interface components of single-page web applications.

NodeJS is a runtime environment capable of running JavaScript on a machine.

ExpressJS is a layered framework built on top of NodeJS that takes care of the website’s back-end functionality and structure.

MongoDB is a document-oriented NoSQL data store.

MEAN vs. MERN stack: A tight race

Because of its MVC architecture, the AngularJS framework is already well known among AngularJS developers. MVC architecture, however, might not always be necessary for a web application. Some web applications might only require a UI layer abstraction to optimise the component rendering code. A library that fills this need is React JS.

The use of the AngularJS framework and the React JS library, respectively, is the primary distinction between the MEAN and MERN stacks. Making a decision between MEAN and MERN can be difficult because both frameworks are focused on delivering UI-level abstraction. React JS is a creation of Facebook Inc., whereas Angular JS is supported by Google Inc. As a result, each of them has the support of influential business people. The process of selecting the best technology stack for your needs is covered in detail in the following section.

A conclusion

This article's conclusion follows the discussion of mean stack vs. mean stack. To summarise, we learned about full-stack development before learning the difference between mean stack and mean stack. In this overview, we focused on the benefits of using each technology stack before recommending the best choice in a variety of situations.

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digitalinfobytes · 3 years ago

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The 7 Best Web Frameworks For Building Web Apps

A web framework, also known as a web application framework, is a software technology that aids web application developers in the development of web applications. A web framework is a set of specifications for creating and deploying web applications. Web frameworks are designed to reduce the cost of common web development activities.

In recent years, the number of Web Frameworks has increased. We’ve compiled a list of the top 7 frameworks available on the internet to help you choose the best one for your Web application.

A website for your business is essential in this digital age. It enables your business to reach a larger audience and generate new leads more quickly. In comparison to a few years ago, the high demand for web application development has prompted the development of diverse functional frameworks.

These frameworks were built with today’s business considerations, and they provide a simple yet effective method to build web apps. There are so many benefits of having a customized web application for your business. Check out those in this article.

In this blog, we have focused on seven of the most effective web application development frameworks that are widely used and known to produce the best results. So, let’s get started!

7 In-Demand Web Application Development Frameworks

ASP .NET

ASP .NET is a Microsoft framework for developing scalable web applications for both PCs and mobile devices. It’s a simple and lightweight framework for creating .NET Web apps. This structure, in general, combines Performance, Output, and Efficiency.

ASP .Net has proven to be a powerful framework, backed by the power of Microsoft, from its very beginning.

ReactJs

React is a JS library developed by Facebook. React is a web framework that is primarily used to build single-page front-end applications. Aside from that, it facilitates the development of mobile applications, which most other frameworks do not.

React provides direct access to a variety of frameworks for routing, state management, and API connectivity issues.

AngularJs

Angular is a well-known front-end framework that is used by many web application development companies. Angular was first introduced in 2009, and its programming language is JavaScript. It was later updated in 2016 and now uses Typescript instead of JavaScript. Angular is well-known for its ability to generate dynamic web pages on the client side.

Because Angular is a large and all-encompassing framework with controllers, libraries, directives, and other components, it is more difficult to learn than other frameworks. Angular is an MVC (Model-View-Controller)-based framework that can be used to create high-performance single-page applications.

Hire AngularJs Developers now to build your next project!

ASP .NET Core

ASP.NET Core is a high-performance, cross-platform, open-source framework for building modern, cloud-enabled web applications. ASP.NET Core works in combination with popular client-side frameworks and libraries such as Blazor, Angular, React, and Bootstrap.

ASP.NET Core is used to build websites and applications, as well as Internet of Things (IoT) apps and mobile backends. You can use your favorite development tools on Windows, macOS, and Linux, deploy to the cloud or on-premises and run on.NET Core.

ExpressJs

Express is a Node.js API for building incredibly powerful web apps. Because of its increased versatility, it is primarily used by big enterprises.

It includes a plethora of built-in tools and functionality, such as third-party integrations, routing, templating, server-side scripting, and so on, that make creating functional apps possible. It also has a minimalist feel to it and is easy to use once you understand the complexities of the language.

NodeJs

Node.js is a JavaScript runtime environment, which is a platform for running JavaScript code on the server and making it portable. A runtime environment, in layman’s terms, is the context in which a program is executed.

Node.js has increased developer productivity by 68 percent, reduced development costs, and drastically improved app performance. This is the result of the Node.js framework being adopted and deployed successfully.

We utilize these web frameworks as a significant aspect of our tech stacks to give the best software solutions to our clients as a node.js development company.

C# is a powerful object-oriented .NET programming language that can be used to create cutting-edge websites and apps.

C# has several advantages, including performance, stability, and security, all of which aid in the achievement of a company’s objectives. C# technology enables easy access to and rapid implementation of technological solutions, both of which are important for today’s businesses.

As a result, clients can reduce their time to market while maintaining a technological advantage due to lower SDLC costs.

In the software development process, web frameworks are incredibly important. They each have their own set of strengths and limits. Depending on the project needs, each of them will give you the best possible outcome for your project.

Digital Info Bytes, one of the best web application development companies, will assist you if you’re not sure which one to choose for your project. Digital Info Bytes has extensive experience developing the best web applications for a wide range of market industries.

This article is initially published on Digital info Bytes!

#Web Frameworks #Web Application Development Framework #Front-end Framework

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mobappdevelopmentcompany · 4 years ago

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What are the Best Practices to be implemented in an Angular App Development Project? - Part I

Angular is one of the most popular MVC pattern MVVM frameworks of the 21st century. Developed by Google, Angular is significantly used for building dynamic mobile, web, desktop apps using TypeScript, and HTML. The initial version of Angular was Angular JS. AngularJS development had created ripples in the software world when it released. Furthermore, this proactive team kept releasing updated versions at regular intervals to keep up with changing times. Recently, its latest version Angular10 was released in the market which created a buzz in the software world.

But to meet the high-end requirements of modern-day users, it is essential to not only use the next-gen framework like Angular but also follow a certain set of standard development practices. So in this blog, we have enlisted some of the top Angular app development practices that developers can learn and follow. But before we get started, let us have a quick look at the benefits of following these practices, rather tips.

Noticeable Benefits of Following the Angular Development Best Practices

Helps in Creating a Clean Code

Aids in Maintaining the Coding Standards

Helps in Minimizing the Developmental Time

Ensures a Minimal Score on the Bugs and Issues

Ensures Improved Performance of the End-product

Makes Code Management and Debugging Easier

Highlights of the Top Angular App Development Practices

Rules to follow for Angular Coding Styles

Following certain standard coding styles instead of the common styles during Angular app development can ensure the writing of simple and adaptable code and a good user experience. Here are the rules to be followed for Angular coding styles:

The code per function shouldn’t exceed 75 lines

The code per file should not exceed 400 lines

It is good to declare the values of variables with ‘const’ if those values are intact

While sharing feature area for all slider components, developers should use a custom prefix

You can use shortcuts for files with similarly naming conventions. For instance, you may use hero.component.ts|html|css|spec for naming different files with the same names

In case you usually prefix the names for database, table, field, etc., avoid this practice for Interface names like AbastractShape and iShape

Apply single responsibility symbol to services, components, and symbols since it allows creating a more readable and cleaner app format.

Best Security Practices in Angular

Security is of utmost importance in any application. In Angular, security lapses can result in a dangerous threats, for instance, cross-site scripting. This issue can result in the passing of controls on the client side resulting in the alteration of the web pages. For avoiding such attacks, the developers should be aware of some security practices in the Angular framework as mentioned below:

Maintaining the Angular Libraries on Regular Intervals

Updating Angular libraries for every new update from Google

Preventing the XSS cross-site security issues

For doing this, it is necessary to consider the measures like DOM sanitization service, Offline template compiler, sanitization and security contexts, context security policy, etc. These will help to keep the attackers away from client-side apps ensuring higher security.

Routing in Angular and related Practices to Consider

Routing in Angular is performed to either display or hide components as and when needed by the users. Routing makes the components available for the development process whenever required, thus reducing constant trips to the server. However, bad routing practices can result in disorganized Angular apps at some point. So, for ensuring these issues don’t exist, the developers need to understand some basics about adding templates and components into the app along with the appropriate functioning of the routes. Have a glance at the best practices concerning Angular routing:

Developing the routes module wise

Routing with lazy loading

Organizing routes guards

Lazy loading routes with Preload

Preventing Observable Memory Leaks

Unlike any other framework, Angular, too, has observable memory leaks. Observables are of great use in Angular as they help in streamlining important data. But at the same time, leaks in observables can cause critical issues in mobile app development. Please follow the below-mentioned tips to avoid these leaks:

Use ‘async pipe’: these are built-in attributes that come in handy when the developers need to mark the components for emitted values. Also, they unsubscribe automatically from observables and thus prevent unnecessary memory leakages.

Use ‘take(1)’: This is an operator that allows you to get the data just once and helps to easily avoid memory leaks.

Use ‘takeUntil’: This is another operator that should be used when you wish to monitor second Observables and destroy the subscription; once the Observables gets completed or emits the value; thus, preventing the Observables to be leaked.

Usage of Template Directive

In Angular, ‘ngFor’ comes as a built-in template directive and is used for building new templates in the applications for every item. So, the Angular developers can rather use ‘trackBy’ directive every time they use ngFor. So, instead of rendering the complete DOM tree, ‘trackBy’ will help in creating customized and unique identifiers for every item.

Utilizing the most powerful accessibility tool- Angular CLI

Angular Command-Line Interface (CLI) already follows all the standard practices during Angular app development. It eases out the development process. It helps to test, debug, maintain, and deploy the applications. So, the developers should use it for developing an initial-level structure for the Angular app. They must use Angular CLI for the generation of new modules, directives, services, components, pipes, classes, etc. while creating any files and folders, instead of doing it manually. The usage of this interface decreases JavaScript fatigue and complexity.

Here is a detailed blog on other vital tools used in Angular for creating an outstanding application.

A Few Other Recommended Practices

Naming Conventions for readability and maintainability

Maintaining the folder structure properly

Utilizing service workers for ensuring that the apps become highly responsive

Isolating all the API hacks in one place

Breaking down the larger components into multiple smaller components

Ensuring proper documentation of code, every variable, and the methods used

Using state management libraries for managing state transitions

In our upcoming blog, we will explain these practices in detail and also include some more tips and practices that all the Angular development services should follow. Also, here is our blog on the “Potential mistakes that developers must avoid during Angular development!”

Hire Top Angular Developers to Build an Unbeatable Mobile App for Your

Key Takeaways:

For designing a comprehensive application that becomes lucrative as well as popular, it is essential to implement the best developmental methods. So here, we have mentioned some of these methods which are tried and tested by the experienced Angular developers who have worked on versatile projects for years. Every Angular/Angular JS app development company should consider these tips and train their developers beforehand to refrain from any major mistakes in the projects.

To know more about our other core technologies, refer to links below:

blockchain app development Services

React App development Services

ROR Developers

#angularjs

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secretcupcakesublime · 4 years ago

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A Time To Transition: Hybrid Apps And React Native?

An Origin Story

It’s 2010. Your business enterprise has a pretty awesome net utility that uses jQuery (or, if you’re hip, some sort of

AngularJS

hybrid

Problems Arise

USER-EXPERIENCE SHORTCOMINGS

USER INTERFACE CHALLENGES

PERFORMANCE ISSUES

OVERALL LACK OF PREMIER APPS

FINAL DEFENCE OF HYBRID APPS

Another Approach

OVERVIEW AND ADVANTAGES

SIMILARITIES TO HYBRID APPS

FURTHER IMPROVEMENTS OVER HYBRID APPS

ComponentWillMount

ComponentWillMount is a lifestyle characteristic that is known as prior to the thing being rendered. Initial network requests often belong in this function.

_fetchMovies

_applyFilter

_renderTitleRow

This function outputs the view for a unmarried movie. It incorporates a few good judgment to make sure our output is uniform and renders a basic text thing.

Render()

This function outputs the view for the factor. It conditionally renders the listing of movies or a loading animation, relying at the loading fee stored inside the kingdom object.

WHO IS DOING THIS?

What Should You Do Now?

get in touch with us!

#b2b website #ecommerce

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technicallyelegantruins · 4 years ago

Text

A Time To Transition: Hybrid Apps And React Native?

An Origin Story

It’s 2010. Your business enterprise has a pretty awesome net utility that uses jQuery (or, if you’re hip, some sort of

AngularJS

hybrid

Problems Arise

USER-EXPERIENCE SHORTCOMINGS

USER INTERFACE CHALLENGES

PERFORMANCE ISSUES

OVERALL LACK OF PREMIER APPS

FINAL DEFENCE OF HYBRID APPS

Another Approach

OVERVIEW AND ADVANTAGES

SIMILARITIES TO HYBRID APPS

FURTHER IMPROVEMENTS OVER HYBRID APPS

ComponentWillMount

ComponentWillMount is a lifestyle characteristic that is known as prior to the thing being rendered. Initial network requests often belong in this function.

_fetchMovies

_applyFilter

_renderTitleRow

This function outputs the view for a unmarried movie. It incorporates a few good judgment to make sure our output is uniform and renders a basic text thing.

Render()

This function outputs the view for the factor. It conditionally renders the listing of movies or a loading animation, relying at the loading fee stored inside the kingdom object.

WHO IS DOING THIS?

What Should You Do Now?

get in touch with us!

#b2b ecommerce #b2b content marketing #b2b seo #Ecommerce #socialmediamarketing

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mobileappdevelopmentservice · 7 years ago

Link

The team had an opportunity to speak with Tim, the Founder and CEO at Bookipi about Bookipi – Invoice Maker

Please share with us the backstory of what motivated you to create this app.

I was working in the construction industry around Sydney, and I had up to 14 employees working. I realized that I couldn’t scale my business as much as I wanted to. So I decided to make a change to the tech start-up world. The tech start-up venture seemed scalable, had the potential to make a global impact, and so I made the decision to learn how to design and code. I made websites and other digital products which all ended up failing. In 2016 I started building websites for clients and needed to create invoices. I looked in the mobile app stores and only found bulky, slow, expensive invoice generators. So I decided to build a lightweight free version for myself. By this time I had learned to code in multiple languages: HTML, CSS, PHP, MySQL, Javascript, Node.js, AngularJS, React Native, and MongoDB. A few months after releasing the app on Android we received over 50,000 downloads around the world. We received M&A offer from one of the companies in Silicon Valley 2 months after we released the production version. I wasn’t the only one who needed this app.

What features do you hope to roll out to your app in the future?

AI and Machine Learning to help aid our users to save even more time.

Bookipi is currently an Invoice Maker and you can also use it to report your income with professional reports. We’re working on a free Bookipi Expense app (separate app) that can log all your expense data. The reason for separating the apps is so that the apps can stay lightweight. Sign in with your Bookipi login and sync your expenses and income in the reports. We’re not aiming to innovate twice as much as our competitors, but we’re striving to innovate ten times as much. We are recruiting more smart creatives and AI specialists from around the globe to accomplish this.

What has been the most rewarding aspect of the creation of this app?

Daily praise on our support live chat. We filmed stories where we empowered business mums to do their passion business and bring in income for the family through the use of smart technologies ‘Bookipi’ being a big part of their success.

What is the coolest or most innovative feature of your app?

Get paid faster through the use of AI (still in beta testing and not available to market yet). This is the worlds first for an app and we’re very proud of the small team to be developing this feature for our users. Once you create an invoice the AI will learn the best times to send an invoice to get them paid faster and will automatically send them for you at the most optimal times.

What surprised you most in your journey to create this app?

How difficult it was to make an app that appeals to over 179 countries. There are so many currencies, tax regulations, laws and of course languages we needed to cater for. we had to translate Bookipi into 12 most common languages on my own.

Which other mobile apps or technology have inspired you?

Tools like Trello have inspired us to create a modular feature system where our customers can add in the features they need, which further simplifies the app. Most apps have all the features baked into the UI and it could be overwhelming especially if you don’t need 90% of those features. Intercom has also inspired us. There are so many chat services out there, yet Intercom blew this out of the water. They set themselves apart with a game-changing product in their space. We want to make a service like Intercom in the accounting software market.

Do you have any recommendations or advice for others wanting to create a mobile app?

I was working in the construction industry with zero knowledge of IT, Design, Marketing. Through the use of free resources online, Youtube etc. I’ve managed to design, develop and market a successful app competing against multi-billion dollar companies. It’s never too late. I’m currently writing this on a cruise in Europe with my family.

How did you decide which platforms to release your app on and do you plan on releasing your app to other platforms?

We released the first app on Android because that was the phone I had at the time. In order for everyone to experience the best invoice maker app, we eventually developed the app for iOS, Android, Windows, MacOS, Chrome extension, Gmail Addon and even the browser.

Simple Invoice Maker Bookipi (Free, App Store) →

How is your app different than the rest of the market? Which unique need does it fill?

UX, speed, and simplicity of the app. Bookipi is the only invoice generator with a modular feature system where users can add in the features they need, which keeps the UI much more simple. Other applications have 100% of the features in the menu which can be overwhelming.

The major difference between Bookipi and the rest of the market is that we’re very focused on who we’re serving, we specifically targeted the small businesses and freelancers who just need to send invoices on the go, get paid on the go and do easy accounting with a press of a button. Due to having a clear target market, we have little to no overheads. If we compare our app feature to feature and usability, we can stand against the much larger invoice maker apps yet have a complete freemium model.

Some of these competitors have over 100 employees, their customers are paying to sustain these company overheads. We’ve got plans to bring the most innovative features for small businesses. We also have plans to integrate AI technology into our product to help our user receive their payment faster and efficiently. We are looking for more talented people who can accomplish this. Only once we master this app for our users, we will look at expanding for a bigger market.

The unique need Bookipi fills is ‘it saves small businesses time and makes them money even quicker’.

For more information, visit: https://bookipi.com

Free Invoice Maker - Billing & Estimate generator (Free, Google Play) →

Posted in Mobile App Spotlight on November 10, 2018, You can view Bookipi here

The post Bookipi – Invoice Maker – App Spotlight Interview appeared first on AppStory - App Story and Review and CEO Interview.

via AppStory – App Story and Review and CEO Interview

#IFTTT #AppStory – App Story and Review and CEO Interview

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mbaljeetsingh · 7 years ago

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Testing Angular with Jasmine and Karma (Part 1)

Our goal

In this tutorial we will be building and testing an employee directory for a fictional company. This directory will have a view to show all of our users along with another view to serve as a profile page for individual users. Within this part of the tutorial we'll focus on building the service and its tests that will be used for these users.

In following tutorials, we'll populate the user profile page with an image of the user's favorite Pokemon using the Pokeapi and learn how to test services that make HTTP requests.

What you should know

The primary focus for this tutorial is testing so my assumption is that you're comfortable working with TypeScript and Angular applications. As a result of this I won't be taking the time to explain what a service is and how it's used. Instead, I'll provide you with code as we work through our tests.

Why Test?

From personal experience, tests are the best way to prevent software defects. I've been on many teams in the past where a small piece of code is updated and the developer manually opens their browser or Postman to verify that it still works. This approach (manual QA) is begging for a disaster.

Tests are the best way to prevent software defects.

As features and codebases grow, manual QA becomes more expensive, time consuming, and error prone. If a feature or function is removed does every developer remember all of its potential side-effects? Are all developers manually testing in the same way? Probably not.

The reason we test our code is to verify that it behaves as we expect it to. As a result of this process you'll find you have better feature documentation for yourself and other developers as well as a design aid for your APIs.

Why Karma?

Karma is a direct product of the AngularJS team from struggling to test their own framework features with existing tools. As a result of this, they made Karma and have transitioned it to Angular as the default test runner for applications created with the Angular CLI.

In addition to playing nicely with Angular, it also provides flexibility for you to tailor Karma to your workflow. This includes the option to test your code on various browsers and devices such as phones, tablets, and even a PS3 like the YouTube team.

Karma also provides you options to replace Jasmine with other testing frameworks such as Mocha and QUnit or integrate with various continuous integration services like Jenkins, TravisCI, or CircleCI.

Unless you add some additional configuration your typical interaction with Karma will be to run ng test in a terminal window.

Why Jasmine?

Jasmine is a behavior-driven development framework for testing JavaScript code that plays very well with Karma. Similar to Karma, it’s also the recommended testing framework within the Angular documentation as it's setup for you with the Angular CLI. Jasmine is also dependency free and doesn’t require a DOM.

As far as features go, I love that Jasmine has almost everything I need for testing built into it. The most notable example would be spies. A spy allows us to “spy” on a function and track attributes about it such as whether or not it was called, how many times it was called, and with which arguments it was called. With a framework like Mocha, spies are not built-in and would require pairing it with a separate library like Sinon.js.

The good news is that the switching costs between testing frameworks is relatively low with differences in syntax as small as Jasmine's toEqual() and Mocha's to.equal().

A Simple Test Example

Imagine you had an alien servant named Adder who follows you everywhere you go. Other than being a cute alien companion Adder can really only do one thing, add two numbers together.

To verify Adder's ability to add two numbers we could generate a set of test cases to see if Adder provides us the correct answer.

Within Jasmine, this would begin with what's referred to as a "suite" which groups a related set of tests by calling the function describe.

// A Jasmine suite describe('Adder', () => { });

From here we could provide Adder with a set of test cases such as two positive numbers (2, 4), a positive number and a zero (3, 0), a positive number and a negative number (5, -2), and so on.

Within Jasmine, these are referred to as "specs" which we create by calling the function it, passing it a string to describe the functionality that's being tested.

describe('Adder', () => { // A jasmine spec it('should be able to add two whole numbers', () => { expect(Adder.add(2, 2)).toEqual(4); }); it('should be able to add a whole number and a negative number', () => { expect(Adder.add(2, -1)).toEqual(1); }); it('should be able to add a whole number and a zero', () => { expect(Adder.add(2, 0)).toEqual(2); }); });

Within each spec we call expect and provide it what is referred to as an "actual"—the call site of our actual code. After the expectation, or expect, is the chained "matcher" function, such as toEqual, which the testing developer provides with the expected output of the code being tested.

There are many other matchers available to us other than toEqual. You can see a full list within Jasmine's documentation.

Our tests aren't concerned with how Adder arrives at the answer. We only care about the answer Adder provides us. For all we know, this may be Adder's implementation of add.

function add(first, second) { if (true) { // why? if (true) { // why?? if (1 === 1) { // why?!?1 return first + second; } } } }

In other words, we only care that Adder behaves as expected—we have no concern for Adder's implementation.

This is what makes a practice like test-driven development (TDD) so powerful. You can first write a test for a function and its expected behavior and get it to pass. Then, once it's passing, you can refactor your function to a different implementation and if the test is still passing, you know your function is still behaving as specified within your tests even with a different implementation. Adder's add function would be a good example!

Angular setup

We'll begin by creating our new application using the Angular CLI.

ng new angular-testing --routing

Since we'll have multiple views in this application we use the --routing flag so the CLI automatically generates a routing module for us.

From here we can verify everything is working correctly by moving into the new angular-testing directory and running the application.

cd angular-testing ng serve -o

You can also verify the application's tests are currently in a passing state.

ng test

Adding a home page

Before creating a service to populate our home page with users, we'll start by creating the home page.

ng g component home

Now that our component has been created, we can update our routing module's (app-routing.module.ts) root path to HomeComponent.

import { NgModule } from '@angular/core'; import { RouterModule, Routes } from '@angular/router'; import { HomeComponent } from './home/home.component'; const routes: Routes = [ { path: '', component: HomeComponent } ]; @NgModule({ imports: [RouterModule.forRoot(routes)], exports: [RouterModule] }) export class AppRoutingModule { }

Run the application if it isn't already and you should now see "home works!" below the default template in app.component.html which was created by the CLI.

Removing AppComponent tests

Since we no longer need the default contents of AppComponent, let's update it by removing some unnecessary code.

First, remove everything in app.component.html so that only the router-outlet directive remains.

<router-outlet></router-outlet>

Within app.component.ts, you can also remove the title property.

import { Component } from '@angular/core'; @Component({ selector: 'app-root', templateUrl: './app.component.html', styleUrls: ['./app.component.css'] }) export class AppComponent { }

Finally, you can update the tests in app.component.spec.ts by removing the two tests for some of the contents that were previously in app.component.html.

import { async, TestBed } from '@angular/core/testing'; import { RouterTestingModule } from '@angular/router/testing'; import { AppComponent } from './app.component'; describe('AppComponent', () => { beforeEach(async(() => { TestBed.configureTestingModule({ imports: [ RouterTestingModule ], declarations: [ AppComponent ], }).compileComponents(); })); it('should create the app', async(() => { const fixture = TestBed.createComponent(AppComponent); const app = fixture.debugElement.componentInstance; expect(app).toBeTruthy(); })); });

Testing an Angular service

Now that our home page is set up we can work on creating a service to populate this page with our directory of employees.

ng g service services/users/users

Here we've created our users service within a new services/users directory to keep our services away from the default app directory which can get messy quick.

Now that our service is created, we can make a few small changes to the test file services/users/users.service.spec.ts.

I personally find injecting dependencies within it() to be a bit repetitive and harder to read as it's done in the default scaffolding for our test file as shown below:

it('should be created', inject([TestService], (service: TestService) => { expect(service).toBeTruthy(); }));

With a few minor changes, we can move this into the beforeEach removing the duplication from each it.

import { TestBed } from '@angular/core/testing'; import { UsersService } from './users.service'; describe('UsersService', () => { let usersService: UsersService; // Add this beforeEach(() => { TestBed.configureTestingModule({ providers: [UsersService] }); usersService = TestBed.get(UsersService); // Add this }); it('should be created', () => { // Remove inject() expect(usersService).toBeTruthy(); }); });

In the code above, TestBed.configureTestingModule({}) sets up the service we want to test with UsersService set in providers. We then inject the service into our test suite using TestBed.get() with the service we want to test as the argument. We set the return value to our local usersService variable which will allow us to interact with this service within our tests just as we would within a component.

Now that our test setup is restructured, we can add a test for an all method which will return a collection of users.

import { of } from 'rxjs'; // Add import describe('UsersService', () => { ... it('should be created', () => { expect(usersService).toBeTruthy(); }); // Add tests for all() method describe('all', () => { it('should return a collection of users', () => { const userResponse = [ { id: '1', name: 'Jane', role: 'Designer', pokemon: 'Blastoise' }, { id: '2', name: 'Bob', role: 'Developer', pokemon: 'Charizard' } ]; let response; spyOn(usersService, 'all').and.returnValue(of(userResponse)); usersService.all().subscribe(res => { response = res; }); expect(response).toEqual(userResponse); }); }); });

Here we add a test for the expectation that all will return a collection of users. We declare a userResponse variable set to a mocked response of our service method. Then we use the spyOn() method to spy on usersService.all and chain .returnValue() to return our mocked userResponse variable wrapping it with of() to return this value as an observable.

With our spy set, we call our service method as we would within a component, subscribe to the observable, and set its return value to response.

Finally, we add our expectation that response will be set to the return value of the service call, userResponse.

Why mock?

At this point many people ask, "Why are we mocking the response?" Why did we provide our test a return value userResponse that we created ourselves, to manually set what’s being returned from our service? Shouldn’t the service call return the real response from the service, whether it's a hard-coded set of users or a response from an HTTP request?

This is a perfectly reasonable question to ask and one that can be hard to wrap your head around when you first begin testing. I find this concept is easiest to illustrate with a real world example.

Imagine you own a restaurant and it’s the night before opening day. You gather everyone you’ve hired for a “test run” of the restaurant. You invite a few friends to come in and pretend they’re customers who will sit down and order a meal.

No dishes will actually be served in your test run. You’ve already worked with your cooks and are satisfied they can make the dishes correctly. In this test run you want to test the transition from the customer ordering their dish, to the waiter sending that to the kitchen, and then the waiters fulfilling the kitchen’s response to the customer. This response from the kitchen may be one of a few options.

The meal is ready.

The meal is delayed.

The meal cannot be made. We ran out of ingredients for the dish.

If the meal is ready, the waiter delivers the meal to the customer. However, in the event that a meal is late or cannot be made, the waiter will have to go back to the customer, apologize, and potentially ask for a second dish.

In our test run, it wouldn’t make sense to actually create the meals when we want to test the front-end’s (waiter’s) ability to fulfill the requests received from the backend (kitchen). More importantly, if we wanted to test our waiters could actually apologize to customers in the cases where a meal is delayed or cannot be made we would literally be waiting until our cooks were too slow or we ran out of ingredients before our tests for those cases could be confirmed. For this reason, we would “mock” the backend (kitchen) and give the waiters whatever scenario it is that we want to test.

Similarly in code, we don’t actually hit the API when we’re testing various scenarios. We mock the response we may expect to receive and verify that our application can handle that response accordingly. Just like our kitchen example, if we were testing our application’s ability to handle an API call that failed we would literally have to wait for our API to fail to verify it could handle that case—a scenario that hopefully won’t be happening that often!

Adding users

To get this test to pass, we need to implement the service method in users.service.ts.

First, we'll start by adding our imports and a collection of employees to the service.

import { Injectable } from '@angular/core'; import { Observable, of } from 'rxjs'; // Add imports @Injectable({ providedIn: 'root' }) export class UsersService { users: Array<object> = [ // Add employee object { id: '1', name: 'Jane', role: 'Designer', pokemon: 'Blastoise' }, { id: '2', name: 'Bob', role: 'Developer', pokemon: 'Charizard' }, { id: '3', name: 'Jim', role: 'Developer', pokemon: 'Venusaur' }, { id: '4', name: 'Adam', role: 'Designer', pokemon: 'Yoshi' } ]; constructor() { } }

Then, just below our constructor, we can implement all.

all(): Observable<Array<object>> { return of(this.users); }

Run ng test again and you should now have passing tests including the new tests for our service method.

Add users to the home page

Now that our service method is ready to use, we can work towards populating our home page with these users.

First, we'll update index.html with Bulma to help us with some styling.

<!doctype html> <html lang="en"> <head> <meta charset="utf-8"> <title>AngularTesting</title> <base href="https://feeds.feedblitz.com/~/t/0/0/scotch_io/~scotch.io/"> <meta name="viewport" content="width=device-width, initial-scale=1"> <link rel="icon" type="image/x-icon" href="https://feeds.feedblitz.com/~/t/0/0/scotch_io/~favicon.ico">  <link rel="stylesheet" href="https://feeds.feedblitz.com/~/t/0/0/scotch_io/~https://cdnjs.cloudflare.com/ajax/libs/bulma/0.7.1/css/bulma.min.css"> <script defer src="https://use.fontawesome.com/releases/v5.1.0/js/all.js"></script> </head> <body> <app-root></app-root> </body> </html>

Then within home/home.component.ts we can add a call to our new service.

import { Component, OnInit } from '@angular/core'; import { UsersService } from '../services/users/users.service'; @Component({ selector: 'app-home', templateUrl: './home.component.html', styleUrls: ['./home.component.css'] }) export class HomeComponent implements OnInit { users; constructor(private usersService: UsersService) { } ngOnInit() { this.usersService.all().subscribe(res => { this.users = res; }); } }

First we import our service and inject it into our component's constructor. Then we add a call to the service method within ngOnInit and set the return value to our component's users property.

To display these users to the view, update the template in home/home.component.html.

<section class="section is-small"> <div class="container"> <div class="columns"> <div class="column" *ngFor="let user of users"> <div class="box"> <div class="content"> <p class="has-text-centered is-size-5">{{user.name}}</p> <ul> <li><strong>Role:</strong> {{user.role}}</li> <li><strong>Pokemon:</strong> {{user.pokemon}}</li> </ul> </div> </div> </div> </div> </div> </section>

Now when you run ng serve and view the home page, you should see the users displayed within Bulma boxes.

Finding a single user

Now that our users are being populated into our home page, we'll add one more service method for finding a single user that will be used for the user profile pages.

First we'll add the tests for our new service method.

describe('all', () => { ... }); describe('findOne', () => { it('should return a single user', () => { const userResponse = { id: '2', name: 'Bob', role: 'Developer', pokemon: 'Charizard' }; let response; spyOn(usersService, 'findOne').and.returnValue(of(userResponse)); usersService.findOne('2').subscribe(res => { response = res; }); expect(response).toEqual(userResponse); }); });

Here we add a test for the expectation that findOne will return a single user. We declare a userResponse variable set to a mocked response of our service method, a single object from the collection of users.

We then create a spy for usersService.findOne and return our mocked userResponse variable. With our spy set, we call our service method and set its return value to response.

Finally, we add our assertion that response will be set to the return value of the service call, userResponse.

To get this test to pass, we can add the following implementation to users.service.ts.

all(): Observable<Array<object>> { return of(this.users); } findOne(id: string): Observable<object> { const user = this.users.find((u: any) => { return u.id === id; }); return of(user); }

Now when you run ng test you should see all of the tests in a passing state.

Conclusion

At this point I hope testing, both its benefits and the reason for writing them, is starting to become a bit more clear. Personally, I pushed off testing for the longest time and my reasons were primarily because I didn't understand the why behind them and resources for testing were limited.

What we've created in this tutorial isn't the most visually impressive application but it's a step in the right direction.

In the next tutorial, we'll create the user profile page and a service to retrieve a Pokemon image using the Pokeapi. We'll learn how to test service methods that make HTTP requests and how to test components.

Extra

If you want the tests to display in a more readable format within your terminal, there's an npm package for this.

First, install the package.

npm install karma-spec-reporter --save-dev

Once that's finished, open src/karma.conf.js, add the new package to plugins, and update the progress value within reporters to spec.

module.exports = function (config) { config.set({ basePath: '', frameworks: ['jasmine', '@angular-devkit/build-angular'], plugins: [ require('karma-jasmine'), require('karma-chrome-launcher'), require('karma-jasmine-html-reporter'), require('karma-coverage-istanbul-reporter'), require('@angular-devkit/build-angular/plugins/karma'), require('karma-spec-reporter') // Add this ], client: { clearContext: false // leave Jasmine Spec Runner output visible in browser }, coverageIstanbulReporter: { dir: require('path').join(__dirname, '../coverage'), reports: ['html', 'lcovonly'], fixWebpackSourcePaths: true }, reporters: ['spec', 'kjhtml'], // Update progress to spec port: 9876, colors: true, logLevel: config.LOG_INFO, autoWatch: true, browsers: ['Chrome'], singleRun: false }); };

Now when you run ng test you should have a more visually appealing output for your test suite.

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martechadvisor-blog · 7 years ago

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10 Powerful Data Visualization Tools

Data Visualization techniques present data as visual objects like graphs, charts or other pictorial formats to help identify patterns, trends, and correlations that might go undetected in text-based data.

Importance of Data Visualization

If you are keeping a record of data, you are most likely to use it in decision making. You should be able to effectively utilize information lying in large volumes of data to its full potential. Data Visualization tools represent data in a visual form so that you can make sense of it faster and within shorter time frames thereby increasing your productivity. These tools also aid in analysis and decision making by bringing out hidden trends and correlations that might have been missed in layers of spreadsheets and reports.

There is a range of data tools and it’s difficult to pick the best, as each one does things differently.

Take a look at 10 of them and see which one best fits your needs:

ChartBlocks: ChartBlocks is an easy-to-use online chart building tool. Its salient feature is that you can import data not only from spreadsheets and databases but from live feeds too. The chart building wizard helps you pick right data for your chart, choose from hundreds of customization options to create charts that suit your requirements. ‘Embed wizard’ converts raw data into responsive visuals that can be rendered to multiple devices and screen sizes. You can embed charts on websites or share results on social media sites. All this can be done with the need to code at any level. Pricing starts from a free Basic plan to an Elite plan costing $65 per month.

DataWrapper: DataWrapper too doesn’t require any coding. It is a user-friendly application that largely targets media organizations. You can simply copy-paste your spreadsheet data, upload CSV, PDF files or even provide links to data sourced for live charts. There are many chart and map options to choose from which can be customized or annotated and they are mobile responsive. The chart designs can be customized to seamlessly integrate with your brand. You can embed your chart on your website or print an image or PDF version. The cost of DataWrapper depends on the kind of functionality you need, starting from Trial to Enterprise versions.

FusionCharts: FusionCharts is different because users can plug-in their data directly to any of the live templates instead of starting from scratch. It is based on a JavaScript API and you can seamlessly integrate with JavaScript Frameworks. It comes with open-source plugins for popular libraries (jQuery), frameworks (AngularJS & React) and languages (ASP.NET & PHP) making it easy to integrate with your current stack. They offer over 90 charts and 1000+ maps, which are customizable and extensive event handling can control how your charts behave under different scenarios like data loading, chart rendering etc. For pricing and plans, have a look here.

HighCharts: offers quick and simple visualization. They also offer other products with which you can create interactive charts, timeline charts, maps and online charts. It’s a free tool for non-commercial purposes. Click here for detailed shopping options. You don’t need much of training to start using it. It offers cross-browser support i.e. anyone can view and run its interactive visualizations. The downside is that there are limited possibilities to customize your charts.

Infogram: Though priced a little on the higher side, Infogram can process information in real time. It provides variety of templates to create infographics, dashboards, charts, images, videos, maps and much more. The platform has an intuitive drag and drop editor which lets you choose styles and also eases data import functions. The charts are interactive and easily embeddable.

Klipfolio: Klipfolio has plenty of visualization types and you can forge your own by using HTML and CSS. Instead of a drag and drop functionality, users have to implement computations using functions and formulas. It supports multiple file formats like XSL, CSV, JSON, XML and has the ability to integrate multiple data sources in a single report. This tool provides a self-serving KPI editing platform. Along with a free trial plan, pricing starts at $29 pm besides other customizable plans.

Plotly: is integrated with analytics-oriented programming languages like Python, R, and Matlab; offering complex and sophisticated visualizations. You can create slick graphics using its built-in library and chart development widget. No coding is required and it supports multiple data import and analysis options. You can simply plugin data and get going. Charts can be exported, embedded and even stored in well-organized folders. Costing varies significantly according to plans, although there is a free option too.

QlikView: QlikView has a steep learning curve and is slightly expensive, but it is amongst the major players in the BI space. Its features include strong data visualization capabilities, powerful BI, analytics and enterprise reporting capabilities and a clean UI. Users can explore and discover data as QlickView maintains and automatically manipulates data associations. Users don’t have to preconfigure data to identify relationships. It offers a quick and rich user experience by allowing storage and access of data by several users at a time, thereby allowing for faster queries. Dashboards and reports are easy to navigate but require developer skills to build reports.

Sisense: provides a full stack analytics platform. You can create charts, complex graphics and interactive visualizations using it’s drag and drop interface. Multiple data sources can be gathered in repositories, allowing for instantaneous querying and an option to share across the organization. Look at their subscription plans here.

Tableau: Tableau is one of the biggest market players in the industry. With a gentle learning curve and no programming required Tableau encourages intuitive and easy visualizations. The rich library of visualization types include “word clouds” and “bubble charts” making for faster data comprehension. Tree diagrams and treemaps provide contextual information.

It integrates with a large number of advanced database solutions like Hadoop, Amazon AWS, My SQL, SAP and Teradata and thus can handle huge and dynamic datasets.

It has special features of Data Blending and can also collaborate in real time. You can share the reports in Tableau: by publishing them to a Tableau server; via email Tableau Reader capability; by publishing Tableau workbook openly and giving access to anyone who has a link. Tableau Public is a free software and Tableau offers various pricing options.

If this wasn’t enough, some other tools that can give more power to your BI are Chartio, GeckoBoard, Google Data Studio, Visually and many more.

Have a thought on any of them? Reach out to us on [email protected]

This article was first appeared on MarTech Advisor

#martech #marketing #technology #business #cmo

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