#Source engine sdk download

[scrunckled-idiot]

SFM for first time users wanting to get started! (and how i personaly use my sfm)

so here you're gonna first load up sfm. make sure the launch option is NOT launch SDK and its just "launch source filmmaker.

black screen flickering when trying to move the camera or pose a character? eeeeasy fix! just copy down what on the pictures and i'll explain!

you want to make sure the "auto hide engine window is OFF, and you want to make sure that when creating your file that you DONT LEAVE THE FRAMRATE AT 24! i recommend the frame rate to be 25-30 since that's what i personally use. and boom! problem should be fixed!

2. "HOW DO I EXPORT MY POSTERS!? 😭😭😭" fear not, its WAY easier than you thought :3

ok so first of all before you even OPEN sfm, is go down to the sidebar, right click sfm and go to properties and it'll give you this popup.

now you see that little textbox there? i want you to copy paste that code into it, which is this ⬇️

-insecure -sfm_resolution 2160 -w 3840 -h 2160 +flex_smooth 0 -sfm_shadowma

now you'll have CRRRRISP, HIIIGH QUALITY posters in 4K resolution :3 beautiful

now once you've done tha, you can go make your poster and whatnot. and once you're done with it and want to export it, you go up and press file, and scroll down to export and select "movie". now dont worry, you're NOT exporting a VIDEO, just bare with me a sec. and once you've pressed that a new box will appear like so.

you're gonna want to press the three dots on the side of the "output path" and then a menu will come up of your files and stuff. you see where it says "ypapa"? on your puter or mac it should be your name. dont press "my computer". you wanna click downloads since thats where you want your posters to end up!

now that you've selected the output path, you're gonna name your file. DONT USE KEYS LIKE "/, (, :,{" since the system doesnt like it and wont let you, and remember to end the name with ".png" since you want it to be a png.

now i want you to copy the way i've set it out here. :) press export or click your enter key and boom! finished product! way to go man!

sorry if this is rambly or yappy im not good at explaining things :(

[infowindtech57]

How to Choose the Right Mobile App Development Framework: Flutter vs React Native vs Xamarin

If you want to grow your business into additional markets, creating a new app is a smart approach. It could help launch your company into previously unheard-of success. But with so many platforms at your disposal, the development process can get laborious.

It is clear that react native app development and cross-platform mobile development are different from one another. Because cross-platform programming has so many benefits, it is frequently chosen. It allows developers to design programs that function on various platforms. This approach can save time and reduce costs significantly.

This blog compares these cross-platform mobile development platforms.

Flutter:

Flutter is a well-known open-source UI software development option. It was created by Google. This powerful tool helps programmers design applications that look great. It also allows them to build apps that perform exceptionally well. Flutter is versatile. Apps for desktop, web, and mobile platforms can be made by developers.

Pros of Flutter:

Hot Reload: Flutter’s hot reload feature significantly enhances the development process. Developers can instantly notice changes thanks to it.

Outstanding Documentation: Developers often find it easier to get started with Flutter. The reason is its extensive and well-organized documentation.

Growing Community: As Flutter gains traction, the developer community is expanding rapidly. This community is actively contributing to Flutter's ecosystem. They are building a variety of open-source projects. 

Cons of Flutter:

High Learning Curve: For developers who are new to the Dart programming language, the journey can be challenging.The reactive programming approach of Flutter increases this learning curve.

Limited Third-Party Libraries: Flutter is an exciting framework for app development. However, it has a smaller third-party library ecosystem. This is not the case with more popular frameworks such as React Native.

Greater download Size: Because the full Flutter engine is included, Flutter applications typically have bigger download sizes. 

Xamarin

The bindings for every platform SDK for iOS and Android are available in Xamarin. These bindings are very simple to navigate and utilize. They also offer strong type checking at compile time. To put it briefly, these bindings can aid in the development of more flawless and superior apps. They can also access a variety of tools and libraries. This setup enables the creation of applications that are visually appealing and highly performant.

Pros of Xamarin:

Code Reusability: Developers may share a large percentage of their codebase across several platforms with Xamarin, which speeds up development cycles and lowers maintenance requirements.

Native Performance: Xamarin applications provide exceptional performance and native-like user experiences on all platforms because they are compiled to native code.

Robust Testing: Xamarin provides frameworks and tools for robust testing, enabling developers to create and execute UI tests, unit tests, and other tests to guarantee dependable and high-quality apps. 

Cons of Xamarin:

Greater App Size: Because Xamarin includes the Mono runtime and other libraries, its apps may be larger than those of native or other cross-platform solutions.

Performance Problems: Although native performance is the goal of Xamarin, there are situations in which performance might not match native development, particularly in situations requiring complex graphics or calculations.

License Fees: While Xamarin offers a free version for individuals and small teams, commercial licenses would cost more for larger organizations.

Platform-specific quirks: Developers may still need to handle platform-specific quirks even when working with a shared codebase. 

React Native

React Native is a cross-platform programming framework for iOS and Android created by a group of Facebook engineers who had worked on ReactJS first. It blends JS interface development with native development. React Native, unlike most other frameworks, does not encapsulate code in WebView. To guarantee that apps appear as native as possible, the framework provides developers with access to native mobile controllers.

Pros of React Native:

Huge Community: Because of its affiliation with React and Facebook's support, React Native has a sizable developer community across the globe. This ensures a wealth of information, tutorials, and libraries from third parties.

Live Reloading: React Native has live reloading, which is comparable to Flutter's hot reload and lets developers view changes right away without having to restart the application.

Code Reusability: Because React Native allows developers to exchange components and functionality across platforms, it facilitates code reuse between online and mobile applications.

Concepts You May Already Know: React Native makes use of concepts and patterns that developers already know, which helps to ease the learning curve for them.

Native Rendering: React Native apps produce a smooth and uniform user experience on all platforms by rendering utilizing native components.

Cons of React Native:

Speed Problems: React Native attempts to provide native-like speed, however when working with intricate animations or huge data sets, performance bottlenecks may occur.

Over-the-Air Updates: Users of React Native must download the complete app in order to receive updates, in contrast to Flutter, which supports smooth over-the-air updates.

Restricted Access to Native APIs: Although React Native offers access to a large number of native APIs, developers can occasionally need to build code specifically for a given platform or rely on third-party libraries.

Conclusion:

It's not easy to select the top cross-platform mobile development framework. Your unique project requirements will determine which option is best. Consider the experience level of your development team as well. Their familiarity with a framework can impact the project’s success. You should also think about your long-term goals.

[educationtech]

10 Myths of Edge Computing — ACEIT

There are many colleges in Jaipur for Engineering but Arya College of Engineering & I.T is the Best college in Jaipur, Rajasthan.

Myth 1: Edge computing means the end of the cloud

Far from ending the cloud, edge computing is an extension of the cloud, moving data processing closer to the source of data generation. Edge computing reduces the amount of raw data sent to the cloud, optimizing bandwidth usage and cloud processing costs. It also enables real-time data processing for applications requiring low latency.

Myth 2: Edge computing disrupts the convergence of IT and OT

On the contrary, edge computing bridges the information technology (IT) and operational technology (OT) worlds. It facilitates seamless integration and communication between these traditionally distinct areas. Edge computing enables data from OT devices to be efficiently collected, pre-processed, and forwarded to cloud-based IT systems for further analysis.

Myth 3: Edge computing is only relevant for industrial use cases

While edge computing has seen widespread adoption in industries like manufacturing, energy, mining, and transportation, it also benefits many other sectors. For example, edge computing enables asset tracking, supply chain optimization, and cashierless payment in retail. Edge computing also drives innovation in government, healthcare, and financial services.

Myth 4: Edge computing is a single thing

Edge computing is neither a single entity nor market, but rather a way of recasting infrastructure boundaries beyond the data center depending on the use case, industry, or business function. The edge could be looked at as a location between the core (corporate or cloud data center) and the endpoints (smart sensors, devices, things) where the digital and physical worlds intersect.

Myth 5: Edge computing is new

While the concept of edge computing is not novel, advances in technology have made it more plausible and powerful. The cost of computing devices and sensors has fallen, more computing power is contained in smaller devices, and there's been an explosion in the volume of data generated and collected. New analytics tools make it possible to sort through this data more efficiently and economically.

Myth 6: Edge computing is a cloud killer

Cloud computing isn't going anywhere. Edge and cloud are complementary technologies. Cloud vendors will sell edge hardware and software that extend capabilities to various edges. However, edge computing does offer a new competitor to cloud vendors because other vendors like telcos and CDNs are offering edge cloud services.

Myth 7: IoT edge devices present a security risk

Modern IoT security solutions are increasingly based on the root-of-trust (RoT) technique, where cryptographic security algorithms are hosted and protected from physical attack in a hardened environment. The combination of hardware and software security subsystems ensures a strong defense against malicious attacks throughout the lifecycle of the application.

Myth 8: Edge processing can't support real-time applications

Emerging IoT applications like autonomous automobiles, industrial robotics, and remote tele-surgery require real-time responsiveness. Enhanced intelligence at the edge enables more local decision-making, resulting in near real-time responsiveness, and empowering a new generation of advanced applications.

Myth 9: Machine learning is confined to the data center

Machine learning (ML) techniques have matured, enabling ML models to be deployed in the cloud, with associated inferencing tasks being downloaded to edge devices. ML software stacks on the edge device benefit from advanced hardware acceleration. Cloud providers are also providing IoT software development kits (SDKs) that make it easier to connect to the cloud from an IoT device.

Myth 10: Edge devices will quickly be rendered obsolete by future wireless protocols

The various wireless communications protocols are governed by established standards bodies that manage the evolution of the respective standards to ensure backward compatibility. Furthermore, with increasing proportions of the functionality being implemented in software stacks, upgrades between versions can be accomplished by over-the-air (OTA) downloads. In conclusion, while edge computing is a transformative technology that empowers businesses to unlock their full potential, it is important to understand the realities behind the common misconceptions surrounding it. By addressing these myths, businesses can fully embrace the benefits offered by edge computing in today's digital landscape.

[mobanticasolutions]

What is Flutter and Why 2024 Is the Perfect Time to Learn It?

Mobile applications have become more and more common this year. Fortunately, developers who wish to make them have access to a wide variety of programming tools. Flutter is one of these tools that has been making waves lately.

Flutter: What is it? Google announced Flutter, a free and open-source mobile user interface framework, in May 2017. To put it briefly, it lets you use a single codebase to generate native mobile applications. This implies that you can create two distinct apps (for iOS and Android) using the same programming language and codebase.

Flutter is made up of two key components:

A set of tools called an SDK (Software Development Kit) will assist you in creating applications. Included in this are resources for converting your code into native machine code (iOS and Android code).

A Framework (UI Library based on widgets) is an assortment of reusable user interface components (such as text input fields, sliders, buttons, and so forth) that you can customize to suit your requirements.

You will use the programming language Dart to work using Flutter. Although Google invented the language in October 2011, it has seen significant improvement in the intervening years.

Dart is a front-end programming toolkit that may be used to create web and mobile applications.

Dart is a typed object programming language, for those who know a little bit about programming. The syntax of Dart is similar to that of JavaScript.

Google's UI toolkit, Flutter, allows developers to create stunning natively built desktop, web, and mobile applications from a single codebase. Search engine, flutter.dev

Why would you want to learn Flutter? I've chosen a few of my favorite Flutter features and the reasons I plan to use it in the upcoming year. Details and my thoughts are provided below.

Easy to use and understand You can sense that Flutter is a contemporary framework! Using it to construct mobile applications is much easier. You will note that Flutter differs from Java, Swift, and React Native if you have used any of these. Before utilizing Flutter, I had little interest in developing mobile applications.

I adore Flutter because it makes it possible to construct a truly native application without writing a ton of code.

Fast compilation for optimal output You can alter your code and witness the real-time consequences because of Flutter. It's known as Hot-Reload. Once you save, updating the application itself just takes a little while. You must reload the application if there are significant changes. However, when working on projects like design, for instance, you can alter an element's size instantly!

Suitable for MVP launches Flutter is an excellent option if you want to present your idea to investors as soon as feasible.

My top 4 arguments for using it for your MVP are as follows: Since you don't have to make and manage two mobile apps—one for iOS and one for Android—developing a mobile application with Flutter is less expensive.

To design your MVP, all you need is one developer.

You won't be able to tell a Flutter app from a native application because of its performance.

t's gorgeous; you can quickly customize it with the widgets offered by Flutter to produce a useful user interface for your clients VS Code and Android Studio-compatible,  Flutter is accessible through a variety of IDEs. For development with this technology, VS Code and Android Studio (IntelliJ) are the two primary code editors.

Android Studio is a fully functional software that comes with everything pre-integrated. To get started, you must download the Flutter and Dart plugins.

VS Code is a little application with configurable features thanks to third-party plugins.

I use Android Studio since it requires minimal configuration to function.

You can select the IDE of your choice!

Are you attempting to create a fully functioning cross-platform application that provides an enjoyable user experience? Now there's another place to search! As a reputable Flutter app development firm, we have developed feature-rich apps for companies and startups worldwide. The skilled Flutter app developers at Mobantica are dedicated to bringing your idea to life and offering the best possible mobile app solutions. Hire Flutter developer to validate your business idea, and get in contact with us right now.

Conclusion: So, what are your thoughts on Flutter? Next year, are you going to begin studying it?

I hope you were intrigued and inspired by this introduction. If you enjoyed this post, please consider sharing it. 

You may follow me on Twitter, where I tweet about web development, personal growth, and my path as a full-stack developer if you want to see more posts like this one!

[kyleondemand]

Making a format

Last week I indulged in a thought

For my Danganronpa style engine, I need a 3d model format. It’s after all not just flat sprites but actual 3d geometry everywhere. Looking over the collection if formats there.. I mean.. FBX is a mammoth closed source proprietary 3d scene interchange format with all kinds of crazy nonsense packed inside I’d have to learn to deal with by hand. Collada is a complicated xml based format with all kinds of crazy scene and object graph nonsense packed in, and deprecated to boot. glTF2 is a great format but then I’m dealing with parsing complicated hyper-related json structures and reading binary blobs, and my brain just doesn’t want to deal with it. You know I did want to deal with? OBJ.

Oh it’s an excellent simple format, and I got excited about it too… until I watched some more footage and noticed… there’s animation in them thar scenes.. not complicated animation mind you, but everything from the pop-up book style scene-transitions, to background elements like calling fans and even as we saw your 3d avatar.. walking/running/sprinting.. ya.. need animation. And guess what obj doesn’t support?

On top of that, all these formats have a big thing in common… none of them are FOR games. They’re for Scenes. The big engines support them not because they’re popular.. But because their editors are essentially scrpted scene assemblers with many of the same tools packed into an fbx.

So I’m over here.. demanding simplicity. Man oh man why couldn’t there be a format as simple as OBJ, but supports skeletal animation, and designed for single models? What if you didn’t need to download some bloated SDK or spend 50 hours writing a parser that only supports a subset of what the format packs in?

That’s when I had an idea.. What if I simply extended OBJ?

Oh, but if I’m gonna take the time to extend obj, why don’t I fix some of the stuff that indeed bugs me about it, like keeping all things 0-indexed, and providing the whole vertex buffer object for each vertex on the same line, neatly arranged? Because at the end of the day, even obj is more interested in data-exchange between 3d suites.

Ok, so if I’m going to do the whole line prefix denotes data type thing complete with a state machine that dictates how to deal with the data found on each line.. we may as well make each line as useful as possible, right? That’s when I came across the tagline for the format “because I respect your time”. I was going to pay extra special attention to make sure the entire format stays the course and is predictably, and disgustingly, easy to read; without the need for anything else. No you don’t need json reader, pikl sdk, fast toml, or speed yaml. No you don’t need to make some kind of tokenizer or look for brackets or line endings, nor are you going to need to worry about quotes.

There’s two primary ways to read this format:

1. Read a line in, scan character by character; detect the unique line prefix and that prefix will explain all there is to know; or

2. Read line in, split it by space char, match the first element to some parsing mode, and use the rest of the elements as needed by index value

This all sounded great to me… But like I said, obj isn’t designed for use in games, in fact the format has its own annoyances to walk through. There’s got to be a bett- I got it. MD5.

You know, Id Software is known for their engines. And their tech is hyper fixated on performance, even at the cost of flexibility. The MD2 format is frustratingly limited, but it’s a very purpose built format that did the job And did it well for usage in a video game. MD5 is their last model format to be open sourced and with luck it also happens to be an ASCII format. But what it also supports is skeletal animation and in such a way that makes a lot of sense too. But I find the format plagued by a weird C-like syntax that I definitely didn’t come here to try and deal with.

So my idea was simply this: what if obj had a baby with md5?

That’s where I’m at right now.

I have the whole thing specced out and now I’m just learning how to write a blender plug-in…

[prakalpanatechnology]

“The Future of App Development: Exploring the Power of Flutter”

What is Flutter? Flutter is an open-source UI software development kit that enables developers to build natively compiled applications for mobile, web, and desktop from a single codebase. Launched by Google in 2018, it has since gained immense popularity within the development community.

More About Flutter

The Advantages of Flutter 1. Cross-Platform Development Flutter allows developers to create applications that work seamlessly on both Android and iOS platforms. This cross-platform compatibility not only saves time and resources but also expands the reach of your app.

2. Fast Development With Flutter’s hot reload feature, developers can instantly see the changes they make to the code, significantly speeding up the development process. This rapid iteration is a game-changer for app development.

3. Beautiful UIs Flutter offers a rich set of customizable widgets that help in creating stunning and visually appealing user interfaces. The framework’s focus on delivering pixel-perfect designs sets it apart from the competition.

4. Strong Community Support Flutter boasts a vibrant and active community of developers who continually contribute to its growth. This ensures that developers have access to a wealth of resources, plugins, and support.

The Future Landscape 1. Progressive Web Apps (PWAs) Flutter’s adaptability extends beyond mobile and desktop. It is increasingly being used to develop Progressive Web Apps, which combine the best of web and mobile experiences. This trend is expected to grow as more businesses seek to reach users on various platforms.

2. IoT and Beyond As the Internet of Things (IoT) continues to expand, Flutter’s versatility positions it as a contender in IoT app development. Its ability to create apps for embedded systems and smart devices makes it a valuable choice for developers venturing into this domain.

3. Augmented and Virtual Reality (AR/VR) The immersive experiences of AR and VR are gaining traction. Flutter’s potential to create visually stunning applications makes it an attractive option for developers exploring these emerging technologies.

Challenges and Considerations While Flutter offers numerous advantages, developers should be aware of some challenges. For instance, Flutter apps may have larger file sizes compared to native apps due to the inclusion of the Flutter engine. Additionally, not all third-party libraries may be compatible with Flutter, so developers should plan accordingly.

choose our Flutter Training Programm

We’re offering you a top-notch Flutter Training course in Bangalore that will provide you the knowledge and abilities you need to be successful in Flutter programming.

Are you prepared to advance your knowledge in app development? Our extensive Flutter Development Training Program is the only place to look.

Expert Trainers: Flutter development veterans are in charge of our training program. Our instructors bring a wealth of knowledge and real-world experience from years of working in the business to help you at every stage of the learning process.

Conclusion In conclusion, Flutter is more than just a framework; it represents a paradigm shift in app development. Its versatility, rapid development capabilities, and ability to create visually appealing UIs make it a force to be reckoned with. As technology continues to evolve, Flutter’s role in shaping the future of app development is undeniable.

FAQs 1. Is Flutter suitable for both small and large-scale app development? Yes, Flutter is versatile and can be used for projects of all sizes, from small startups to large enterprises.

2. What programming languages are used in Flutter development? Flutter primarily uses Dart, a programming language also developed by Google.

3. How can I get started with Flutter development? To begin with Flutter, you can download the Flutter SDK, install it, and follow the comprehensive documentation and tutorials provided on the official Flutter website.

4. Are there any notable apps built with Flutter? Yes, some well-known apps, including Alibaba, Google Ads, and Hamilton, are built using Flutter.

5. Is Flutter a good choice for game development? While Flutter is not primarily designed for game development, it can be used for creating simple games. For more complex games, other game development frameworks may be more suitable.

[wamatechblog]

Flutter Web App Development A Step-By-Step Guide

Introduction

In today's rapidly evolving digital landscape, mobile app development has become a vital aspect for businesses and developers alike. Flutter, a revolutionary open-source framework developed by Google, has gained immense popularity for building high-performance, visually appealing mobile applications with a single codebase. In this article, we will explore the fundamentals of Flutter development and provide a step-by-step guide on how to create outstanding mobile apps.

 Understanding Flutter Development

What is Flutter?

Flutter is a free and open-source UI software development kit (SDK) that enables developers to build natively compiled applications for mobile, web, and desktop from a single codebase. It uses the Dart programming language, which offers a simple and reactive approach to building user interfaces.

 Why Choose Flutter for Mobile App Development?

Flutter offers several advantages over other frameworks, including its exceptional performance, expressive UI components called widgets, and the ability to create cross-platform apps with a native-like experience.

 How Does Flutter Work?

Flutter uses a unique and powerful rendering engine that allows developers to create visually impressive and customizable UIs. The "hot reload" feature further accelerates the development process by providing real-time updates to the app during coding.

 Setting Up the Development Environment

To begin building Flutter apps, you need to set up your development environment correctly.

 Installing Flutter SDK

Start by downloading and installing the Flutter SDK on your machine. Flutter provides comprehensive documentation to guide you through the process.

 Configuring IDE and Emulators

Choose your preferred Integrated Development Environment (IDE), such as Android Studio or Visual Studio Code, and configure the Flutter plugins. Next, set up emulators or simulators for testing your apps.

 Creating a New Flutter Project

Use the Flutter CLI (Command Line Interface) to create a new project. This will generate the necessary files and folders to begin coding your app.

 Exploring Flutter Widgets and UI Design

Widgets are the building blocks of a Flutter app's user interface. There are two types of widgets: stateful and stateless.

 Introduction to Widgets

Widgets are classes used to construct the user interface of a Flutter app. Each widget represents a specific element, such as buttons, text fields, or containers.

 Stateless vs. Stateful Widgets

Stateless widgets are immutable and do not change over time. In contrast, stateful widgets can change dynamically, making them perfect for interactive UI elements.

 Designing UI Layouts with Widgets

Flutter provides a wide range of pre-designed widgets to create UI layouts efficiently. You can also customize these widgets to match your app's theme.

Styling and Theming

Styling and theming play a crucial role in enhancing the visual appeal of your Flutter app. Flutter allows you to define custom styles and themes to maintain consistency across the entire application.

 Handling User Input

Creating an interactive app involves handling user input effectively. Flutter provides various widgets to handle different types of user interactions, such as taps, gestures, and text input.

 Managing State in Flutter Apps

State management is essential for maintaining the data and UI synchronization within your app. Flutter offers multiple approaches to manage state, and choosing the right one depends on the complexity of your project.

 Understanding State Management

State management is the process of handling the app's data and UI state. In Flutter, the most straightforward method is using the setState() function, but for more complex apps, it's beneficial to explore state management libraries.

 Using setState() for Simple State Management

For small apps or prototypes, setState() can be sufficient. It allows you to update the state and rebuild the UI accordingly. However, this approach may become cumbersome for larger applications.

 State Management Libraries (Provider, Bloc, MobX)

For larger apps, adopting state management libraries like Provider, Bloc, or MobX can streamline the process. These libraries offer different architectures and mechanisms to efficiently manage state.

 How does Flutter compare to other cross-platform frameworks like React Native?

Flutter and React Native are two popular cross-platform frameworks, each with its strengths and weaknesses.

 Performance: Flutter has an advantage in terms of performance due to its unique rendering engine, which allows it to achieve high frame rates and smooth animations. React Native, on the other hand, relies on a bridge to communicate with native modules, which can introduce some overhead.

 UI Components: Flutter's UI is entirely custom and highly customizable through widgets, resulting in a consistent look and feel across platforms. React Native uses native components, which can lead to platform-specific UI differences.

 Development Experience: Flutter's hot reload feature provides a faster development experience, allowing developers to see changes instantly. React Native also offers hot reload, but it might be slower in some cases due to its reliance on native modules.

 Community and Ecosystem: React Native has a larger and more mature community, which means a vast array of third-party libraries and resources are readily available. Flutter's community is rapidly growing, but it may have fewer packages and resources compared to React Native.

 Language: Flutter uses Dart, a language specifically designed for the framework. React Native uses JavaScript, a widely used language with a larger pool of developers.

 Integration with Native Code: React Native offers better integration with existing native code, making it a preferred choice for projects that heavily rely on native modules. Flutter requires additional work for integrating native code.

 In summary, Flutter excels in performance and provides a custom UI experience, while React Native has a larger community and seamless integration with native modules. The choice between the two depends on project requirements, team expertise, and long-term goals.

 Also read : Flutter App Development Company

[lanshengic]

Renesas Electronics Introduces R-Car S4 Starter Kit for Rapid Software Development of Automotive Gateway Systems

【Lansheng Technology Information】 Renesas Electronics today announced the launch of a new development board for automotive gateway systems - R-Car S4 Starter Kit, as a low-cost and easy-to-use development board for Renesas R-Car Software development for the Car S4 System-on-Chip (SoC), which provides high computing performance and a range of communication functions for cloud communication and secure vehicle control. Compared to the existing R-Car S4 reference board, the new starter kit is a lower-cost and easier-to-use option that builds a complete development environment including the evaluation board and software. Engineers can use the new kit to easily start initial evaluation of applications such as automotive servers, internet gateways, connectivity modules, etc., enabling rapid application development.

Takeshi Fuse, Head of Marketing and Business Development, High Performance Computing, Analog & Power Solutions Group at Renesas said: "R-Car S4 SoC has been adopted by many customers as a gateway SoC supporting E/E architecture evolution. At the same time , customers need a low-cost development environment that can be widely used by their design teams, and this development board can meet customer needs. We believe it can help customers accelerate product development.”

R-Car S4 Starter Kit includes basic R-Car S4 interfaces such as Ethernet TSN switch and CAN FD, as well as 4GB (gigabytes) LPDDR4, 128GB UFS (universal flash memory) and 64MB (megabytes) Quad SPI flash memory etc. memory. In addition, users can easily expand peripheral functions by using expansion connectors and customize the hardware according to individual needs.

In addition, Renesas provides the R-Car S4 Whitebox SDK, an open-source automotive development environment for the R-Car S4, which can be used in conjunction with the R-Car S4 Starter Kit. The SDK consists of FoC (free of charge) software, which can be used easily without complex licensing agreements. The SDK includes sample software, test programs, resource monitoring tools for OTA (cloud download), and IPS (Intrusion Prevention System) and IDS (Intrusion Detection System) for network security, enabling various prototyping and evaluation. Users can develop their own applications based on the example software. The kit shortens the development cycle and reduces power consumption, thereby reducing environmental impact.

Lansheng Technology Limited, which is a spot stock distributor of many well-known brands, we have price advantage of the first-hand spot channel, and have technical supports. 

Our main brands: STMicroelectronics, Toshiba, Microchip, Vishay, Marvell, ON Semiconductor, AOS, DIODES, Murata, Samsung, Hyundai/Hynix, Xilinx, Micron, Infinone, Texas Instruments, ADI, Maxim Integrated, NXP, etc

To learn more about our products, services, and capabilities, please visit our website at http://www.lanshengic.com

[flutterdevs]

How to Develop a Flutter App for Beginners & Its Benefits

Flutter, developed by Google, is an open-source UI toolkit for creating visually appealing and high-performing mobile apps. This blog will guide beginners through the process of developing a Flutter app and highlight the benefits of using this framework.

I. Getting Started with Flutter

To begin developing a Flutter app, follow these steps:

Install Flutter: Download and install Flutter SDK from the official website and set up the development environment.

Choose an IDE: Select an integrated development environment (IDE) like Visual Studio Code or Android Studio, and install the Flutter and Dart plugins.

Create a new Flutter project: Use the Flutter CLI to create a new project template.

Explore the project structure: Familiarize yourself with the project's folder structure, including the "lib" folder where most of the code resides.

II. Building the User Interface 

Flutter provides a widget-based approach to building user interfaces. Follow these steps to create UI components:

Design screens: Plan and sketch out the desired app screens.

Use Flutter widgets: Utilize a wide range of pre-built widgets to construct the UI elements, such as buttons, text fields, images, and containers.

Organize the layout: Arrange the widgets using various layout widgets, such as Row, Column, or Stack.

Customize the appearance: Apply themes and styles to enhance the app's visual appeal.

Flutter supports a reactive programming style, making it easy to handle user interactions and implement app functionality:

Manage state: Utilize the built-in state management techniques offered by Flutter, such as setState, Provider, or Riverpod, to handle user input and app state changes.

Implement Navigation: Create navigation routes and handle routing between different screens using Navigator.

Access device features: Utilize Flutter's extensive set of plugins to access device features like camera, location, or sensors.

Flutter offers several advantages for mobile app development:

Cross-platform development: Write a single codebase that can run on both iOS and Android platforms, saving development time and effort.

Hot Reload: Flutter's Hot Reload feature allows developers to see changes instantly, speeding up the debugging and development process.

Native-like performance: Flutter apps leverage the Skia graphics engine, providing smooth animations and high-performance rendering.

Rich widget library: Flutter offers a vast collection of pre-built widgets, enabling developers to create visually appealing and interactive UIs.

Developing a Flutter app is an excellent choice for beginners due to its simplicity and the benefits it offers. With Flutter's extensive widget library, cross-platform capabilities, and impressive performance, developers can create visually appealing and feature-rich mobile applications efficiently.

[supnahas]

Source engine sdk download

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This Nvidia driver supports NVIDIA PhysX acceleration on all GeForce 400-series, to 900-series GPUs with a minimum of 256MB dedicated graphics memory. A NuGet package Graph Engine Core is available in NuGet Gallery. Alternatively, download Graph Engine VSExtension from Visual Studio Gallery. The Datastead RTSP/RTMP DirectShow Source filter SDK is designed to let you build DirectShow graphs that can receive live RTSP and RTMP streams. Search 'Graph Engine' in Visual Studio Extensions and Updates (Recommended). NET, VB, C#, PHP and other programming languages without Excel installed! Source SDK Base 2007 is a game/tool, shared between all owners of Valve Source games and locked to a particular engine Read and write XLS, XLSX from ASP.NET. Unzip the file: On Mac/Linux, run the command unzip naclsdk.zip in a terminal window. Installing the SDK Downloading and Unzipping. Source SDK Base 2007 is a game/tool, shared between all owners of Valve Source games and locked to a particular engine branch, on which modders can base their projects. The SDK includes multiple versions of the Pepper APIs to help developers make adjustments to API changes and take advantage of new features: stable, beta and dev. Source SDK Base 2007 is a game/tool, shared between all owners of Valve Source games and locked to a particular engine… RTSP-RTMP DirectShow Source SDK (evaluation) There is no fee for using the Source Engine for your free mod, but there may be licensing fees for included tools if you charge money for your game. Who made CS go?Ĭounter-Strike: Global Offensive/Developers Is source free to use?Ī.

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Compared to basing your mod on a “real” game, use of SDK Base massively increases your potential audience and prevents incompatible engine updates from making your code unusable. Source SDK Base is a game/tool available to all Steam users which is locked to a particular engine branch.

The CS:GO SDK will download to your computer via Steam.

Double-click on the Counter-Strike Global Offensive SDK entry.

Click on the LIBRARY tab and then the TOOLS tab.

When asked to confirm the uninstallation, click Delete. Right-click Source SDK Base 2007 and click Uninstall. Source SDK Base 2007 In the Steam library, navigate to the Tools tab. On July 10th 2012, Valve released the 'Source Filmmaker' - a freeware client to allowed anyone to make movies inside the Source Engine. Hence the reasons stated we have yet to see 'Source Engine 2'. The SDK (Software Development Kit) bundles a copy of the engine, demos, libraries and tools that can be access through your command line console or terminal of choice. How do I remove Source SDK Base 2007 from Steam? It has been aided by the release of the free Source Development Kit (SDK) which include such features as HDR for developers to use in their projects. To get started you will need a copy of the SDK installed on your computer. Scroll down until you find Source SDK Base 2007, double-click it to install. A drop-down will open and you’ll see “Tools.” Click on it. By the search bar, it will say “All Games.” Click that. In your Steam window, view your Games Library or Games List.

#SOURCE ENGINE SDK DOWNLOAD SOFTWARE#

How do I remove Source SDK Base 2007 from Steam? Download C SDK - Download the C Software Development Kit (SDK).

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Recommend the Most Popular Mobile Game Engines in 2021

Game engine software is a suite of tools that allows developers to access every part of a project. Game engine software can be used by individuals or a team together. Each game engine runs on a variety of languages like Python, C++. In most game engines you don’t need coding knowledge but having excellent skills will help to increase the software functionality.

Game engines like Unity have visual editors that allow Hire Unity game developers for view modification to a project in real-time. Some programs let users manually place background, characters, and icons directly on the screen.

For beginners, game engines feature a drag-and-drop logic creation tool. It is used to create events and behavior for characters and enemies. You will also find many game engines that support the creation of AR and VR games. VR takes the players into a digital world, while AR integrates game graphics with a real-world setting.

Game engines also allow monetization of games through in-app purchases and help you bring your ideas to life. Of course, the scope of your project will determine the ideal solution for you, here is the best game engine software all game app developers will find essential.

1. Unity

In today’s emerging gaming industry, Unity is one of the most popular game development engines. The major benefit is a cross-platform game engine to boot with an ample collection of tutorials to help beginners get started. Plus, Unity is the best game engine for mobile game development.

2. Unreal Engine

The Unreal game engine came to light when a first-person shooter was published in 1998 developed by Epic Games. In 2005 Unreal Engine made open source software and you can download it on GitHub for free. It supports Linux, PlayStation, Xbox, iOS, and Windows, etc.

3. Solar2D

It is a 2D game development engine introduced in 2009. Game app developers used to develop 2D games for Android, iOS, and desktop as a free open source platform. Solar2D can build integrate your project with Android studio to add native features. It supports Android, iOS, and Windows.

4. SpriteKit

If you are a fan of iPhone game apps then Spritekit is one of the best options for developing Apple-based games. Apple launches it in 2013.

It supports iOS, macOS, tvOS and watchOS and integrates well with GameplayKit, SceneKit, and Swift.

It helps in creating virtually fascinating apps with necessary resources like physics, lightning animation with a hassle-free process

5. Marmalade SDK

Originally called Ideaworks3D Limited is a cross-platform engine that supports different devices such as Windows, iOS, and Android. It has a game asset that can be exported to other 3D modeling and animation tools like Autodesk and supports 2D game development.

6. GameMaker

It is one of the most used game engines because of no requirement of programming or coding knowledge. All you have to do is “point and click” to create games much easier and faster than coding with native languages.

Whereas like many other game engines, it is not free to use the software. It requires you to buy either the professional or Master collection versions.

7. Godot

It is one of the popular game engines that allows making both 2D and 3D game engines. It has a vast set of common tools so that game app developers can focus on making game apps without reinventing the wheel.

Godot is a free-to-use open-source with an MIT license. The good news is no royalties, no subscription fees, and no hidden strings. The game apps you develop through the Godot engine are yours.

Also, it has a community that regularly fix bugs and develop additional features. Its active community can answer even your most specific Godot-related questions.

You can find a strong Godot community on the internet HUBS, including Reddit forums, Facebook groups, steam community, the Godot forums, and more.

8. Clickteam Fusion

It is one of the most fun game engines supported by the creative team. The Fusion engine is full of graphical assets already made and used by many in the game industry. Fusion has an integrated physics engine and a great community, to boot. You can use it for all the platforms like Android, iOS, and Windows including Steam.

9. Cocos 2d-x

As the name sounds unique, it claims to be the world’s top Open-Source Game Development Platform’. Well, are they?

Of course, it is difficult to give a definitive answer if you aren’t exactly familiar with game design, or if your personal preferences favor something more in line with Godot or Unity 3D.

It is free to use an open-source with an MIT license. It provides you very prominent features with cross-platform and a simple way to be successful in the world of game development. Although it uses C++ at a time, it can be versatile and also use Java.

Summary:

Above are the most popular game engines and a quick snapshot of what the mobile game development community offers, but all these game engines also represent a wide range of use cases and should help you determine what tools you need for your next project. If you don’t have time for multi-tasking, Glownight Games Studio is the best Mobile Game Development Company in the industry to help you out with your important game app projects develop on time.

[codefencers01]

Know What Is the Real Potential of Your Business with Android Apps Development

Do you wish to distinguish the genuine capability of your business? WHY NOT go for Android App Development, as all along, android application improvement has experienced a downpour of applications submitted to the Google Play Store. In the new years, Android applications became one of the most trusted and broadly utilized applications across the globe as hoards join these applications for their particular business needs. The latest examinations and investigation have exhibited that the premium of the business experts in Android applications has extended colossally for satisfying their different business needs, along these lines opening up another business market. In this way, beside the ascent in the interest for Android telephones, Android application advancement administrations has too acquired significance. Details show that today Android applications have covered around 75% of the all out piece of the pie, consequently causing an expansion in the interest of android application designer and Top Android App Development Agency in USA too to fulfill the developing business needs. IDC anticipated an increment of 5% in an Android piece of the pie in its report submitted in the year 2013-14. Yet, even with an iOS applications headway in the present commercial center, the expectation is by all accounts valid. Plus, the business presently has all the earmarks of being extraordinary, as it has formally settled its foundations in tablets and PDA applications. Android, which is an open source portable working framework has no or exceptionally less limits, which is the reason engineers currently switch over the android applications improvement.

The developing business sector of Android versatile applications offers an Android App advancement Company to zero in on the local applications improvement and games in the cell measurement. Further, Android is an open source stage that permits a devoted Android application designer to foster his application and market it on the lookout.

For Entrepreneurship Android application improvement administration is a Boon

Many application software engineers and planners all around the globe have recognized Android as a best stage because of its open source advancement climate and liberated from cost availability. Subsequently, applications made on this stage are excessively accessible for minimal price for the business experts.

The application engineers take up the assistance of different publicists to plan and foster the Android applications just as utilize the strategic advertising procedure to improve its effort and elevate the application to arrive at the most extreme number of clients. Beside this, business people likewise assume an imperative part in making it a stage that offers various business and gaming applications to its clients, as they are the person who request different applications from Android application designers for assorted business purposes.

Purposes behind utilizing Android App improvement climate

Every individual who sets up a business goes for making the greatest benefits and pay with the help of an effective showcasing system that is itemized to draw the most extreme crowd towards their administrations. The business visionaries who work reliably nonstop to get positive outcomes can achieve them through their business android application. Further, they can run on any stage whether Blackberry, Symbian or even iPhone. Howbeit, there are some other critical explanations behind its inclination and is referenced under:

I. The chief purpose for the android applications achievement is their essence on Google play store, which is considered as the biggest versatile application market in the innovation world. Moreover, Google Play store also faces an enormous volume of guests for downloading different applications for various purposes. In this manner, is a critical justification for Android applications to have significant reach than the other applications.

II. The difficulty free climate that Android offers is another explanation that makes the custom applications advancement straightforward. Thusly, it also offers the quality check usefulness prior to submitting it to the App store for business downloads.

III. The standard updates is an another office that Google Play Store offers to the downloaders of the application, subsequently a motivation behind why they are certify in the commercial center by investigators, advertising experts, and entrepreneurs.

IV. The previously mentioned focuses are a few justifications for why Android has set up a good foundation for itself as the most notable application improvement stage. With the assistance of the Android Software Development Kit (SDK), the committed Android application engineers can plan their applications and even submit them to the Google Play Store. The tremendous variety of libraries on Android is the explanation these designers can without much of a stretch foster whatever they feel.

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10 Most Popular NodeJS Frameworks of 2021

Every year, we highlight the best NodeJS frameworks that make developers' jobs easier. Just as a quick reminder, Nodejs was first introduced in 2009 and is itself an open-source cross-platform framework built on Chrome's V8 JavaScript engine.

So, what are some of the best NodeJS frameworks for 2021? I'm glad you asked! Here's a quick rundown and analysis of some great features.

List of 10 Most Popular Frameworks in 2021

1. Express.js

Express.js is a Node.js web application framework that provides robust features like environment-aware smart routing and advanced response handling for developing, building, and running web apps quickly while also providing an excellent standard to most Node.JS applications today!

source:https:/www.octalsoftware.com

Express.js features and benefits:

Create handlers for requests with different HTTP verbs at different URL paths.

Integrate by inserting data into templates and setting common web application settings like port to use, location of templates used rendering responses.

Add additional request processing “middleware” any point within the handling pipeline

2. LoopBack

LoopBack is a popular node.js framework that gives developers an easy-to-use CLI and API explorer to make building their applications easier.

With Loopback, you can create great apps faster with the help of different features like dynamic links between devices or browsers as well as support for Android, iOS, and Angular SDKs out of the box!

source:https://loopback.io/

LoopBack features and benefits:

We can share models with server and client.

Saves you manual work.

It has built in ORM

It is backed by IBM

It also used in user and access role features

It give strength of full stack development

It can be used in various scenarios, including CRUD operations (accessing databases) and integrating with other infrastructures. It's incredibly easy to use as it only requires a single line of code!

3. Socket.io

Socket.io is a full-stack platform that offers developers the ability to use many programming languages and interact with virtually any service quickly, allowing them to build anything they want on it. The API provides an excellent speed in development as well as durability so businesses such as IBM trust this framework for their business needs.

source:https://blog.bitsrc.io/

Socket.io features and benefits:

The framework offers a cutting-edge feature that will keep your users connected with an auto reconnection support. If they are disconnected, the connection will quickly restore automatically until it is manually stopped by you!

Socket.io adds metadata to each packet so users can seamlessly connect with the other side of an ongoing conversation.

Socket.io uses WebSockets, which run on the top of other protocols for faster and more efficient communication between browsers and servers with metadata added to each packet

4. Sail.js

Sail is a Model-View-Controller (MVC) web application framework that facilitates the wide range of WebSocket integration features.

Socket.io provides it with its communication channel between clients and servers to facilitate real-time data exchange in both directions on browsers with no need for polling refresh or manual queries updates when data changes at server end from client side page load event trigger automatically.

source:https://sailsjs.com/

Sail.js features and benefits:

Automatic generation of Rest-APIs.

Support web socket

Hasslesfree handling of HTTPS requests.

Easy integration of Middleware

5. Koa.js

Koa.js is one of the more dominant Node.js frameworks that can make building different web services, aka APIs super fun and easy since it efficiently deals with HTTP middleware with a stack-like method!

source:https://koajs.com/

Koa.js features and benefits:

This awesome framework is a lightweight version of Express!

He is the best mechanic in town. He can handle any job, no matter how complex or easy.

Cascading middleware has made it possible for software to personalize the user experience.

6. Hapi.js

Hapi is a framework that can support the development of complicated web applications with its proxy servers, REST APIs, and other types of desktop apps. It's reliable due to both technical aspects like reliability systems as well as security measures such as SSL encryption. This makes it perfect for large teams managing multiple projects simultaneously who need an efficient process in place!

source:https://hapi.dev/

Hapi.js features and benefits:

Hapi is a powerful and reliable web server commercial-centered framework that offers enterprise level security when building applications.

It can handle large teams of programmers working simultaneously on multiple tasks while also

provide great development support for those looking to build their own proxy servers, REST APIs, or desktop apps.

7. Adonis.js

Adonis.js is an elegant, stable Node.JS framework that makes it easy to write scalable web applications from scratch using the MVC paradigm and with a modular design philosophy in mind - making this your perfect choice for writing highly-stable server-side code without sacrificing elegance or beauty!

AdonisJS is the best framework to start developing with. Don't waste your time downloading and assembling hundreds of packages together, use AdonisJS from day one!

source:https://adonisjs.com

Adonis.js features and benefits:

Multi transport mailer

Organized pattern with a folder structure

Secure and straightforward file upload.

Easier validation of user input

Facility to write custom functional test scripts

Supportive and friendly community

8. Derby.js

Derby.js is a framework that makes it easy to create mobile and web applications in both node.js and browsers.

The main feature of this tool is its synchronization across clients and servers, which allows for constant updates from one user to another without having any latency issues or lag time between messages received by different users on either side of an application's network - no matter where they are residing at the moment!

Derby.js features and benefits:

MVC Architecture for both server side & client side.

Our ShareDB platform provides you with seamless data synchronization between your server and client in a way that’s both automatic and conflict-free.

With the help of automatic timing and faster support, multiple people can use a single application simultaneously.

Many people use it for their real-time collective applications because of its speed and ease.

9. Meteor.js

Meteor.js is a paradigm-bending web development framework that allows developers to build modern, cross-platform apps using just JavaScript and Node. It's compatible with the Web, iOS, Android or desktop devices so you can develop your app without worrying about writing native code for each platform separately!

source: https://www.meteor.com/

Meteor.js features and benefits:

Full stack solution

Easy integration with other frameworks

The cross platform framework, building rapid phototyping CLI.

Less requirement of coding web and mobile application

Allow using the same code for writing boath apps

10. Nest.js

Nest.js is a new framework that combines the benefits of functional programming with those from object-oriented and reactive programming to make it easier for developers to build scalable REST APIs in JavaScript, Typescript or both.

source: https://nestjs.com/

Nest.js features and benefits:

Easy to use, learn and master

Active codebase development and maintenance

Highly scalable and easy to maintain applications.

Large community and support team

Built for large scale enterprise applications

[timtimsoft]

How Android Applications Can Benefit Your Business

 Android is seemingly the most developed and broadly mainstream versatile working framework on the planet today and over a billion Android clients all throughout the planet support that guarantee. This bewildering accomplishment isn't something anybody can accomplish without any problem. The vital components behind this achievement are exceptionally basic. Android is an open source stage that permits unequaled opportunity. Indeed, Apple accompanies an advancement devices suite that is extremely valuable yet what it doesn't give is the measure of opportunity Android can. Other solid contenders like Google and Verizon are augmenting and carrying out to the very measure of opportunity that Android permits expecting to produce more income thus far, the outcomes are fulfilling. Hundreds and thousands of individuals all throughout the planet are changing over to Android. These individuals have a place with a wide range of life circles. A typical mobile phone client to a Chief leader of a corporate organization presently favors Android to achieve the outcomes and fulfillment they are searching for.

Android Applications have done some incredible things for the business and corporate area all throughout the planet. Android application advancement has an exceptionally low-spending boundary. You for all intents and purposes don't need to stress over the expenses by any stretch of the imagination. Android applications are coded in Java and it is generally simpler advancement language when contrasted with others. With a correct group and apparatuses, you can make brilliant Android applications in the blink of an eye. Master Android application designers exploit the opportunity of programming Android permits them and can make custom Android applications to suit all your business needs. Android has truly adaptable and powerful dispersion system that builds Android applications accessibility to a wide circle of clients all throughout the planet. Various outsider portable application stores for example Google's Android Market plays host to a large number of applications fit to be downloaded and utilized freely.You don't have to keep exacting guidelines and go through arrangement matters to get to your ideal application and since there is no syndication Google's Android market, you have a few different alternatives to take a gander at. This gives you complete spending control permitting you to zero in on other significant issue.

Android application engineers can make your ideal application that will not cost you high authorizing expenses. What's more, that is not all. Android SDK is so natural to work with that it would cost you hardly anything to make changes even after the application has been given over to the customer. That opportunity of tweaking not simply helps you in improving your item, yet in addition fabricates a sound client connection. Numerous Android Applications accompany cross stage support so you don't need to assemble the equivalent application once more. Everything necessary is a helpful Android Application Development group that can convey an application that comprises every one of the vital fixings to the achievement of your business.  Android Premium Mod Games and Applications