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A Beginner’s Guide To The Best Low Code Platform

Delphi

What is the Low-Code, No-Code Movement? As a programmer/developer or an engineer it’s not long now before you will see advertising and articles about no-code or low code development technologies or micro-services available in the market. A quick web search for “low-code development tools” and you will discover hundreds of different micro-tools that can help you build a whole store web app or any other e-commerce platform by connecting and integrating dozens of different micro-tools. But which is the best low code platform? In this article, you can find mature and stable technologies offering a low-code development platform yet still allowing you, the developer, 100% control of every aspect of the finished app and access to the full source code which you can customize – if you wish – in any way you want Are all low-code development platforms the same? Very definitely not. If you have been programming in a complex way and enjoying and suddenly someone says “hey, I can create a complete e-commerce store web app without writing any lines of code” then it feels a little like they are not a ‘genuine’ software developer. Developers write code, don’t they? Lots and lots of code. But when you think of it from the general point of view, they are developers, precisely non-coding developers. They solve problems and automate the job with pre-built micro-services.  Does this mean that this automated no-code solution will make developers who actually write code obsolete? Well, no. Lots of the no-code solutions out there offer what is in effect the customization of a set of standard features in a ready-made app. The apps stay within an online walled garden and, typically, the developer has no access to the source code and must pay a monthly fee to keep the app active and working. As soon as you stop paying your fee the app ceases to work. With those kind of solutions the developer never has access to any code at all or if they do it’s generally only a ‘slug’ or area in which to type in custom code. The paradigm is for you NOT to have the full source code, ever. In fact these kind of online behemoths are actually so heavily dependent on the cloud-based microservices they use to enable the app’s functionality that they couldn’t provide the developer with source code even if it was decided that this was a good idea. It’s not only part of their business model, it’s actually not even feasible. There are better solutions which give the control of the apps back to you and yet still offer a low-code/no-code way of creating software applications. The best solution is one which leverages online services and low-code solutions while retaining full control at the developer level. Why do low-code tools matter? If you want your product to be in the market as soon as possible, trying ready-baked cloud services could be a great choice rather than building everything from scratch. For instance, APILayer provides dozens of different neatly packaged services that you can easily integrate into your platform to handle Or you can look at components like CData with FireDAC. CData is a low-code data integration component set. You can quickly build applications that read and write live data from popular on-premises and cloud data sources with RAD Studio. Take […]

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Enter the Boss Room in 2022: Netcode for GameObjects, Relay, and Lobby

Noutați

Boss Room is a multiplayer game, and as such, having a way to discover and join games is essential. Today, we have two options for players to find each-other and to connect to the game. The direct IP connection allows the users to connect to each other through their publicly exposed IP address. However, connecting to someone else’s computer is often not as straightforward as one would think due to computers being hidden behind NATs (network address translation devices) and routers.  Port forwarding can make it possible to create a connection, but it would still require the host to do extra work in order for other players to be able to connect. This solution also does nothing to facilitate game session discovery – players have to share the join information through out-of-game means. The upside is that this connection mode does not require internet connection and works in LAN environments.  However, Boss Room is a multiplayer experience that is meant to be also playable over the internet, with sessions that are easily discoverable and that don’t force the host players to perform port forwarding. This is where Unity Gaming Services come into play – a combination of Authentication, Lobby, and Relay is what allows us to make it easy for players to host and join games that are playable over the internet, without the need for port forwarding or out-of-game coordination. After integrating Authentication, Lobby, and Relay services into Boss Room, it became simpler to host and join games, cutting down on the need to do port forwarding and sharing the information needed to join a game externally.  Overall, it’s now a much smoother and quicker experience, which is nice in a sample and essential in a production game. Now let’s take a look at some of the learnings that we had!

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What’s new in DataSpell 2022.1

JetBrains

News Releases JupyterHub 2.0 support, the ability to copy files to remote Jupyter servers, runtime completion, and the DataSpell Onboarding Tour It’s been quite a while since we released the first public version of DataSpell back in November 2021. We’ve received a lot of feedback since then and are doing our best to address it with new features and fixes coming with the new DataSpell 2022.1 release. Improvements to the way DataSpell interacts with remote Jupyter servers brought the inclusion of JupyterHub 2.0 support, as well as the ability to copy files from the local machine to remote Jupyter right in the workspace. Both local and remote Jupyter notebooks now handle kernel restart requests better. Further support for notebook cell manipulations with fixes for cell output copy-pasting and group cell manipulations like code to markdown cell conversions have been added. Writing code in Jupyter is now enhanced by the completion provided by Jupyter runtime and the superclasses extraction action Python script users are familiar with. Cell outputs received a number of fixes, making work with interactive tables smoother. Interactive graphics like Plotly and Bokeh now use the same theme as the IDE does, making it visually appealing for those who use dark themes. Last but not least: if you’ve never tried DataSpell and are wondering how its Jupyter notebooks’ features look, or just want a quick recap, it’s now easier than ever with the Onboarding Tour embedded right in the IDE. Go through the detailed feature descriptions below, give the new release a try, and share your feedback and feature requests with us via our issue tracker and Slack! Download DataSpell 2022.1 Remote Jupyter support Over the past few years, usage of remote servers for computation and data storage has increased throughout the industry – the fields of data analysis and machine learning are no exception. Network accessible Jupyter servers allow access to shared data and computational resources, providing the ability to collaborate with your teammates. To ensure you can adopt this trend, the new DataSpell release brings improvements for your remote Jupyter workflows. Support for JupyterHub 2.0 JupyterHub, a platform that provides multi-user access to remote Jupyter servers, has received a major upgrade with version 2.0, which introduced roles and scopes. DataSpell 2022.1 has adopted the API changes of the new version and allows connections to JupyterHub 2.0 by URL; the same way connections work for Jupyter and JupyterHub 1.0 servers. Choose File | Add Jupyter connection…, paste the JupyterHub server URL, and work with Jupyter notebooks right from DataSpell. Copying files to and from remote Jupyter servers With DataSpell 2022.1, you can copy local files to a remote Jupyter instance and vice versa. You can also copy them between two remote Jupyter instances. This simplifies the exchange of data and notebooks, and it helps you keep your projects in sync. You can use the context menu or keyboard shortcuts to copy and paste files. Outputs The ability to readily explore computation results is one of the cornerstones of interactive programming with Jupyter. Our goal is to make cell outputs as easy to manipulate as the source code chunks, and provide interactivity and visual appeal at the same time. Cell output copy-pasting Cell outputs are now copy-pasted along with the cell sources. This feature, in addition to a number […]

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Introducing PyCharm 2022.1!

JetBrains

News Releases In this first release of 2022, we decided to focus on polishing existing features and workflows instead of adding new functionality, especially after our previous release that introduced multiple long-awaited features such as support for Jupyter and Remote Development, respectively. Here is a summary of what’s new in PyCharm 2022.1. Download PyCharm 2022.1 IDE Authentication support for custom package repositories Now you can configure basic HTTP authentication to access custom package repositories and manage dependencies via PyCharm without switching to the terminal for manual installation. Go to the Python Packages tool window, click on the gear icon, click the plus sign in the dialog window, add the repository URL, and then select the Basic HTTP option to enter the required credentials. The new repository will appear on the list of packages in the left-hand side window. Code insight Enhanced code completion for TypedDict Dict literals can be used as arguments for functions or to instantiate objects from classes where TypedDict is expected. Doing so became even easier in PyCharm 2022.1 thanks to its new code completion for keys. Improved TypedDict per-key warnings We also improved the warnings for TypedDict. Now, when a dictionary created as a literal or by using the dict constructor is used where TypedDict is expected, PyCharm will display per-key error messages pointing to the individual values that are wrong, missing, or not expected. Improved Markdown support Run commands from Markdown files You often find instructions with commands to execute when working with Markdown files, such as in README files, for example. Now you can just run those commands directly from the file itself, by using the run icon in the gutter. Copy code snippet for Markdown Copying and pasting code snippets from Markdown files is also very common, and now you can use the new Copy code snippet to do this, available in Markdown blocks. Jupyter Support [Pro] Code cells remain in Edit mode after execution In order to make working with Jupyter notebooks a more fluid experience, new cells inserted after you Run Cell and Insert Below now default to Edit mode, so you can start writing code in it right away. The same behavior applies when you are editing and decide to run your current cell. It will remain in Edit mode even after being executed. Optimized cell copy-pasting To make your Jupyter experience more pleasant still, we changed the copy/cut and paste behavior for when you copy or cut a cell that has an output while in Command mode. Now, whenever you paste it back to your notebook, the output will also be pasted and you won’t need to execute the cell again. Databases [Pro] MongoDB: Editing fields in results In PyCharm 2022.1, editing the results in MongoDB collections or result sets obtained via .find() became as easy as it is in relational databases. This improvement also works when cursor methods that modify the result, such as sort() or limit(), are executed after .find(). Docker [Pro] New Services UI for Docker Working with Docker became easier and more organized in PyCharm 2022.1. We’ve significantly reworked the Docker UI in the Services tool window to give you much clearer control of your containers, images, networks, and volumes. These are all the features we wanted to highlight. Read about other features included in […]

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Why Do Testers Need CI/CD?

JetBrains

Code Review News Competency in the TestOps field is now just as much of a basic requirement for QA engineers as the ability to write automated tests. This is because of the ongoing development of CI/CD and the increasing number of QA engineers who work with pipelines (or the sequence of stages in CI/CD) and implement their own. So why is CI/CD such a great tool for quality control? Let’s find out. Running tests automatically Automated tests haven’t been run locally in what feels like ages. These days, CI/CD pipelines run tests automatically as one of their main functions. Pipeline configuration can be assigned to DevOps. But then we will be a long way from making use of CI/CD’s second function: quality control, or more precisely, “quality gates”. Quality control using quality gates But what are quality gates? Let’s say the product code is like a castle. Every day, developers write new code – which could weaken the foundations of our castle or even poke holes in it, if we are really unlucky. The purpose of a QA engineer is to test each feature and reduce the likelihood of bugs finding their way into product code. Lack of automation in the QA process could cause QA engineers to lose sleep, since there is nobody to watch over all the various metrics – especially at dangerous times, like Friday evenings when everyone wants to leave work and is hurrying to get everything finished. An ill-fated merge at that moment can cause a lot of problems down the road. This problem can be solved by building in quality checks. Each check deals with a different important metric. If the code doesn’t pass a check, the gates close and the feature is not allowed to enter. A feature will only be merged into the product when it passes all the checks and potential bugs have been prevented. What quality checks can be included in CI/CD? We need to put together a list of checks to ensure that the process is as automated as possible. They can be sequenced in “fail first” order. A feature needs to pass all the checks to get through the pipeline successfully. The initial checks are the ones that make sure the app is capable of working: build, code style check, and static analysis.  “Build” speaks for itself: if the app cannot be built, the feature does not progress. It is important to incorporate a code style check into your CI/CD pipeline to ensure the code meets unified requirements, as doing so allows you to avoid wasting time on this kind of bug during code reviews. Static analysis is an extremely important tool for judging code quality. It can point out a huge number of critical errors that lead to bugs. We then continue with stage-two checks: unit tests with coverage analysis and coverage quality control, as well as integration and systems tests. Next, we review detailed reports of the results to make sure nothing was missed. At this stage we may also perform a range of non-functional tests to check performance, convenience, and security, as well as screenshot tests.  When developing a pipeline, we need to pay attention to two competing requirements:  The pipeline must guarantee the best possible feature quality in light of your needs. Time spent running […]

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CLion 2022.1: A Quality-Focused Release

JetBrains

News Releases CLion 2022.1 is now available! It is focused on quality improvements and enhancements for existing features and workflows like remote development, Docker, CMake Presets integration, and more. It also brings a brand-new CMake Profiling ability that helps you visually inspect why your CMake project may be taking a long time to reload. Code analysis and in-editor type and parameter hints have been tuned to work better and more accurately with modern C++. To update to the new version, you can use the Toolbox App or a snap package (on Ubuntu), download the installer from our website, or apply the patch update to upgrade from version 2021.3. DOWNLOAD CLION 2022.1 Enhanced in-editor experience For this release we’ve polished many CLion features that make your coding experience more comfortable, easy, and productive. We focused on their flexibility and accuracy regarding the modern C++ language. Inlay hints Parameter and type hints help you read and maintain your existing codebases with ease. The extra information is shown right in the editor and helps with parameter names in function calls and deduced types. We’ve implemented a number of fixes to make inlay hints in C++ code more accurate, for example: CLion now displays a user-friendly wstring alias as a type hint for the std::basic_string type. CLion now displays an accurate type hint for dependent types. CLion 2022.1 offers better hints for the emplace, emplace_back/emplace_front, and make_unique/make_shared functions. In CLion 2022.1 we’ve enhanced the settings in Settings/Preferences | Editor | Inlay Hints with some explanations and code examples. You can now better understand the cases where the hints are shown and tune the settings to your preferences. Hints for array indices can now be disabled if you don’t need them. Previously this was not possible. Code analysis Because code analysis is a key part of the IDE, we’ve been working to make it more accurate and easier to configure, and to make its notifications more informative. The Clang-Tidy and MISRA settings in Settings/Preferences | Editor | Inspections | C/C++ | Static Analysis Tools were reworked to make the process of configuring checks easier. A new visual representation includes a tree with all of the checks. Speed search helps you find the checks you need faster – just start typing the name you are looking for when the dialog is in focus. For Clang-Tidy, the dialog also links to LLVM documentation to help you learn about the checks in more detail. It’s much easier to improve your code when the suggestions from the IDE not only name the problem and suggest the fix, but also show how the selected fix will transform the code. That’s why we’ve added a preview for intention actions: For Clang-Tidy, the issue causing incorrect results to occur when the WSL toolchain was used has been fixed by setting Clang-Tidy to execute inside the WSL itself. New C++ Class dialog When creating a new C++ class, you can now specify the namespace where you’d like the new class to be located. You’ll find a new field dedicated to this in the dialog: Structure View helps you navigate through the current file in just a few clicks. Sometimes you want the elements there to go in the same order as in the original file, but sometimes you want them to be grouped […]

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PhpStorm 2022.1 is now available

JetBrains

Newsletter Releases This new major PhpStorm release includes improved Blade and Twig support, added functionality to docblock type annotations and attributes, a bunch of new and useful inspections, several improvements to the editor, and more. You can download PhpStorm 2022.1 here and read through this post to learn about all the new features and improvements inside. Let’s dive in! What’s new? Frameworks and languages PHP Static analysis IDE Improvements for Blade templates Previously, PhpStorm treated every code block in Blade templates as an independent scope. It caused many issues, such as losing code completion: In PhpStorm 2022.1, we’ve significantly reworked how the IDE handles Blade templates. As the result, you’ll get much better code completion in your Blade files: Namespace imports with autocompletion You can now also import namespaces in your blade files, instead of always having to use FQCNs: Many other issues with code completion and formatting in Blade templates were resolved as well, including: WI-37741 AutoCompletion of PHP Variables in Blade WI-64460 Blade: missing completion for methods inside tags if there is php block () WI-64463 Blade: two consecutive @php fragments are merged together and produce “expected: expression” warning WI-31196 Blade: wrong formatting with HTML comments WI-28285 Blade doesn’t indent nested statements when formatting WI-25667 Blade: formatting blocks are not aligning if there is a HTML comment after a closing tag WI-40358 Blade: @section inside @if block throws “Directive is not closed” WI-64594 Blade: support @js directive WI-65562 Blade: support @checked, @disabled, @selected, @prependonce, @pushonce directives You can see the full list of fixed issues in our issue tracker. We plan to continue improving our Blade template engine support. Improvements for Twig templates Just like Blade, we have also been improving our Twig support. Some users prefer their Twig tags not to be closed automatically after typing {%. This behavior is now configurable under Preferences | Editor | General | Smart Keys | Twig. Opening and closing tags will be also edited simultaneously now when you update them from {% to {{ or vice versa. Improvements for WordPress Jump from hook invocation to registrations The WordPress hook system is powerful, but it relies on the string names of events (actions). Because of that, it was not possible to jump straight from where a hook is called to where the handler is declared. In PhpStorm 2022.1, there is a gutter icon on the left of invocation. Click it to see the list of hook usages, including the registration and other invocations. Support for dynamic paths with get_template_directory_uri() In PhpStorm, you can use ⌘+Click (Ctrl+Click) on file paths to open the corresponding files in the editor. Previously, this behavior didn’t work for dynamic paths in WordPress code when the path was compounded using WordPress functions. In this release, we are adding support for get_template_directory_uri() function in paths. Extract Method refactoring has been available in PhpStorm since 2011. It is one of the most used refactorings. We’ve already made quite a few improvements for it in PhpStorm 2021.3. To use this refactoring, you can select a piece of code and press ⌘⌥M (Cmd+Alt+M / Ctrl+Alt+M). Previously, this would open a dialog for refactoring configuration. No one likes pop-ups, though, so in PhpStorm 2022.1, an in-place refactoring will be available instead in many cases where a method is being extracted. There won’t […]

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Save and load Excel .XLSX files from grids in Delphi or C++Builder apps

TMS Software

The Microsoft Excel file as industry standard The Excel .XLSX file format is these days a de facto standard file format to exchange all kinds of tabular data. As the information in an Excel sheet is 2 dimensional, a grid control is the most logical choice for viewing such data or to be the source of such data. For a long time, the TMS VCL TAdvStringGrid component offered built-in support to open and save .XLS files natively without the need to have Microsoft Excel installed. Given how complex the .XLSX file format is, TAdvStringGrid offered only built-in support to save and load .XLSX files via OLE automation, i.e. with the requirement to have Microsoft Excel installed. On the other side, also for a long time, we have the TMS FlexCel product that specializes in native Excel file manipuluation, i.e. reading, writing, modifying Excel files (.XLS and .XLSX) as well as reporting based on Excel template files or exporting Excel files to PDF, HTML, …  TMS FlexCel has grown into an extremely feature rich and sophisticated product to work with Excel files. Hence, the idea to make it extremely easy to take advantage of the FlexCel technology to also allow to natively save and load .XLSX files in our grid components, in particular our VCL grid for Windows application development with Delphi or C++Builder as well as our FNC grid for cross-platform development for Windows, macOS, iOS, Android, Linux. [adinserter block=”2″] Bridge components To make this possible, we introduced two free bridge components, the TMS VCL Grid Excel bridge and the TMS FNC Grid Excel bridge. These are non-visual components TAdvGridExcelExport, TAdvGridExcelImport or TTMSFNCGridExcelExport, TTMSFNCGridExcelImport,  that simply connect to either TAdvStringGrid (and descending components) as well as the TTMSFNCGrid cross-platform grid component. After hooking the grid to this component via a property Grid, import or export is as low-code as a single line of code: To load .XLSX sheet data into a grid:   TMSFNCGridExcelImport1.Import(‘test.xlsx’, ‘my sheet’); In case you wish to work with multiple sheets at once, the bridge components can be connected to a TAdvGridWorkbook and multiple sheets will be imported or exported via the same functions. To save the data from the grid to an .XLSX file:   TMSFNCGridExcelExport1.Export(‘test.xlsx’); and in addition to export to Excel files, there are methods:   TMSFNCGridExcelExport1.ExportPDF(‘test.pdf’); or   TMSFNCGridExcelExport1.ExportHTML(‘test.html’); to export the grid to PDF or HTML files. By default, the TAdvGridExcelExport or TTMSFNCGridExcelExport take in account a lot of cell characteristics for the import or export. This includes: background color font color font name & size cell alignment cell pictures cell merging cell checkboxes cell sizes hyperlinks There is further fine control over what grid and/or Excel features will be imported & exported via properties under: TTMSFNCGridExcelImport.ImportOptions, TAdvGridExcelImport.ImportOptions and TTMSFNCGridExcelImport.ExportOptions, TAdvGridExcelExport.ExportOptions Also, the bridge components also allow you to specify what range of cells to import or export. By default this is the range of used cells in the grid or Excel file, but via TTMSFNCGridExcelImport.LocationOptions, TAdvGridExcelImport.LocationOptions and TTMSFNCGridExcelImport.LocationOptions, TAdvGridExcelExport.LocationOptions you have fine-grained control over what range of cells will be involved in the export/import. Finally, if you want to dynamically control in code additional formatting of cells, there is the TAdvGridExcelExport.OnCellExport() event that is triggered for every cell and allows to override in code the cell format to apply for […]

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Extensions for TMS WEB Core for Delphi

TMS Software

1. Introduction TMS WEB Core is a framework that allows the user to write JavaScript web client applications with the Object Pascal language. Therefore the Object Pascal code is transpiled to JavaScript with the pas2js compiler . TMS WEB Core supports the three IDEs Embarcadero RAD Studio with Delphi, Microsoft Visual Studio Code and Lazarus. This article is primarily concerned with Delphi and shows four options to extend the TMS WEB Core product: Creating design-time packages Writing custom WEB Core components Using & registering base web form classes Registering custom Frames 2. Demo The above mentioned options are practically shown in the demo DemoPackage (download here) which contains a run-time package, a design-time package, a TMS WEB Core application and a VCL application. 3. Packages Delphi projects can contain packages, either for regular programs and for the IDE. A package is a Delphi specific library, similar to a DLL (Dynamic Link Library) on Windows. Packages end with the extension .BPL (Borland Package Library) and are created by the compiler after compilation. When starting an application, the packages are loaded statically. We have to differentiate between two sorts of packages. These are run-time packages and design-time packages. 3.1. Run-time Packages A run-time package is a library that includes parts of the source code and provides parts of the functionality of the application. Instead of having one single executable, it is split into a small executable and multiple packages. 3.2. Design-time Packages Design-time packages are used by the Delphi IDE to make components load dynamically. Therefore components must be registered. Doing this, the IDE tool palette will list the components and this allows the designer to display the components. It is good practice to split the code into run-time code for the run-time package and register code (and any other code that might be only needed and used at design-time) for the design-time package. This design-time package for this demo is DemoPackageIDE.dproj. 3.3. How to set design-time and run-time packages The options of a project can be set in the so called “Project Options”. There is a radio button in the section “Description”, in which the options “Run-time only” and “Design-time only” can be selected. The option “Design-time and Runtime” can be selected, but is as mentioned above not recommended. 3.4. Build control It is also recommended to select “Explicit rebuild” since the option “Rebuild as needed” often leads to problems with packages that are distributed over several project groups. 4. Writing custom TMS WEB Core components The demo contains the unit MyFloatEdit with the component TMyFloatEdit which is a small improvement of a TWebEdit. 4.1. Registering a Component The Delphi IDE calls all public procedures named “Register” from design-time packages. These procedures are called when the design-time package is loaded. Inside a Register procedure components can be registered. The Demo shows how this looks like: interface procedure Register; implementation procedure Register;begin  RegisterComponents(‘My TMS WEB components!!’, [TMyFloatEdit]);end; 4.2. DesignIDE package In order to call RegisterComponents it is necessary to require the DesignIDE package in a Designtime package. The Demo shows this: requires…  DesignIDE,… 4.3. Platforms In order to register a component the Delphi designer needs to be informed which platforms the component shall be used for (e.g. Win32, Win64 and WEB). In the Delphi IDE all TMS WEB Core projects are treated […]

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The Anatomy Of A Great Angular Material Component

Sencha

Angular Material is a reusable library stocked with UI components modeled after the arrival of Google Material Design. It ensures that each element has been thoroughly tested for performance and reliability standards. Angular Material functions as a framework based on the fundamentals of web design, powering up-to-date browser portability and device independence. The Angular Material Component contains all the default assets of a website to be prepared before it’s ready to deploy on a JS environment. Not only are the building blocks released regularly, but the framework also has many callable API methods to access. By providing the user with well-maintained documentation and custom CSS styling, they will be able to launch a working application in due time. What Makes Angular Material Components Convenient for Development?  It takes more than just mashing together templates to build a collection of Angular Component tools capable of designing software that considers the user experience. A component library should, at its very core, extend the existing functionality of the Angular framework. To be specific, the goal has always been to automate repetitive tasks in hopes of saving time on code maintenance. This Angular library employs the following API-supported templates:  Advanced from fields with autocomplete and date pickers A variety of navbars, touch-swipe, and speed dial navigation Grid layouts including data tables, organized tabs, and collapsable lists Spreadsheets, rich text editors, charts, and progress bars for business purposes Interactive buttons, menus, checkboxes, lists, portals, etc.  Angular Material offers many use cases, such as managing large data sets, creating seamless user interfaces, and consistently executing projects with version control. Rather than rewrite code for individual functions, developers can enjoy the perks of a responsive front-end for implementing custom code into their demos. The key advantages are: Faster development speeds. An easier learning curve. Shortcuts for debugging scripts. Cross-browser support on all components. Another key selling point is using schematics to generate toolbars and menus that make up the dashboard—while entirely optional, customizing your Angular Material theme with “mixins” can transform a bland site into a work of art for your viewers. Under the Guides tab are some resources to set up: For one, you could install a CDK stepper that directs the user from one step to the next. And to change the font, typography settings are easy to configure. The possibilities are nearly endless if you know exactly what components fit together on each web page. Examples of top Angular libraries include MaterialPro Angular 9, NGX-Bootstrap, Prime NG, and Angular Fire 2, which you might’ve heard of. Why does Angular Need to Install a Component Dev Kit (CDK) Package?  The CDK package contains schematics that are available over the Angular CLI. This library assigns a set of replicable behaviors to each building block, allowing Angular developers to reuse code logic whenever they need to add a common interaction pattern.  It is certainly a time-saving collection, especially when tasked with positioning overlays, creating data tables, managing scroll behavior, or presenting content in a hierarchy.  On Angular Material, properties are defined in the Overview tab. Every method has a tutorial on implementing it, and snippets are available for direct copy and pasting.  For instance, if you want to configure site accessibility, you could control the FocusMonitor service, which identifies changes in an element’s focus state. Then it indicates whether the focus […]

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