DEV Community: JOSEPHYADUVANSHI

Flutter(DART) Package For ALL-IN-ONE Random NEEDS!

JOSEPHYADUVANSHI — Sat, 17 Dec 2022 16:24:00 +0000

In Flutter, the Random_x dart library can handle all your random requirements. random_x is a 100% free Dart open-source minimalist library built with the Dart SDK to make Flutter development more straightforward and joyful than ever.

Text("RandomX The Library For All Of Your Random Needs"),

What is Random_X?

Random_x is a dart library that caters to all your random needs in Flutter. We've all been in situations where we needed to generate **random *STRINGS, INTEGERS, ADDRESSES, PSEUDO WORDS, GUIDs, UUIDs, RANDOM **COLORS*, **RANDOM *USERNAMES, NAMES, and a variety of other things while working on projects.*

How is it Different and Helpful?

To code the logic and algorithms yourself would take a lot of time and work on your part. Even if you wanted to install packages, they wouldn't give you everything you need to do random work. To counter this problem, I have created a package named **random_x* to get all of your random jobs done within a single package.*

CORE FEATURES

Text("HEY THERE! Please check our example app to have some idea")

Usage
RandomX Features
Complete User Details
Random Colors
Random String
Random Credit Cards
Random UUID
Random Name
Random Addresses
Random UserAgent
And there is a whole lot Much More to explore….
Donate

USAGE

random_Xis a random library for all your random needs for your projects that you'll ever need (possibly). Include it in your build method like:

Text(RndX.generateName()),
Text(RndX.randomSSN(withdashes: true)),

It also offers several configurable parameters in a variety of functions, which you can utilize and tailor to your needs. If you don’t want the customization, I’ve given default values for each function.

Text("RandomX The Library For All Of Your Random Needs"),

Random_X Features

There are lots and lots of features included in the library which is practically messy to explain all here but I will try to give you an glimpse of some of an amazing features of the Package.

Complete User Details

Row(children:[
   Text(RndX.randomCompletePersonDetails().name),
   Text(RndX.randomCompletePersonDetails().gender),
   Text(RndX.randomCompletePersonDetails().race),
   Text(RndX.randomCompletePersonDetails().religion),
   Text(RndX.randomCompletePersonDetails().birthDay),
   ++ many more....
],)

Random Colors

/// Generating a random color and applying it to the text.
          Text(
            "Generate Random Color",
            style: TextStyle(
              color: RndX.randomColor,
            ),
          ),
/// Generating a random color with alpha.
          Text(
            "Generate Random Color With Alpha",
            style: TextStyle(
              color: RndX.randomColorWithAlpha,
            ),
          ),
          /// Generating a random color with random opacity.
          Text(
            "Generate Random Color With Random Opacity",
            style: TextStyle(
              color: RndX.randomColorWithOpacity,
            ),
          ),
          /// Generating a random color with random opacity and greenish color.
          Text(
            "Generate Random Color With Random Opacity Greenish",
            style: TextStyle(
              color: RndX.randomColorWithOpacityAndGreen,
            ),
          ),
          /// Generating a random color with random opacity and greenish.
          Text(
            "Generate Random Color With Random Opacity Redish",
            style: TextStyle(
              color: RndX.randomColorWithOpacityAndGreen,
            ),
          ),
          /// Generating a random primary color and applying it to the text.
          Text(
            "Generate Random Primary Color",
            style: TextStyle(
              color: RndX.randomPrimaryColor,
            ),
          ),
          /// Generating a random accent color.
          Text(
            "Generate Random Accent Color",
            style: TextStyle(
              color: RndX.randomAccentColor,
            ),
          ),

Random Strings

Text(RndX.randomString(type: RandomCharStringType.alphaNumerical, length: 10)),
The parameters are type and Length which you can easily customize as per your needs.

Random Credit Cards

Row(
      children: [
        Text(RndX.randomFullCreditCard().ccn),
        Text(RndX.randomFullCreditCard().expiryDate),
        Text(RndX.randomFullCreditCard().cvv),
        Text(RndX.randomFullCreditCard().cardType),
],
    )

Random UUID

Text(RndX.genUUID()),

It generated version 4 of UUID with very subtle algorithm.

Random Name

Text(RndX.generateName()),

Random Addresses

Row(
      children: [
        Text(RndX.randomAddress().address1),
        Text(RndX.randomAddress().address2),
        Text(RndX.randomAddress().city),
        Text(RndX.randomAddress().postalCode),
        Text(RndX.randomAddress().state),
        Text(RndX.randomAddress().coordinates.lat.toString()),
        Text(RndX.randomAddress().coordinates.lng.toString()),
      ],
    );

You can get random USA addresses using randomAddress function and then using the same instance to access the other instances of addresses.

Random UserAgent

Row(
      children: [
        Text(RndX.getRandomUA()),
        Text(RndX.getRandomUA(count: 4, type: UserAgentType.macOs), ),
        Text(RndX.getRandomUA(count: 4, type: UserAgentType.mobile), ),
      ],
    );

You can easily generate random UA with custom configuration as well as shown above, there are few more parameters more there you can explore yourselves.

It’s just an introduction to some of the features of the Package; You can explore yourself more cause I’ve got so much for you, and I’m so excited for you to try.

CONCLUSION

I think that’s all for now; you can go check out the Library; it’s open source, so you can contribute as well. You may also show your support by sharing this post with your friends who may need it or by giving it a like❤️ on pub.dev and giving star ⭐️ on GITHUB REPO. If you have any constructive comments or recommendations, please share them with me.
Thank you for reading thus far; I hope to see you in the future article.

More blogs from me:

Dart First Then Flutter. Learn Dart From Scratch.
A Flutter App to retrieve Visa Dates automatically using telegram bot API.
Flutter Beautiful Login/SignUp Responsive UI Design with animation.
Flutter vs. React Native: 2022’s best option!?
How will artificial intelligence change the world in the next ten years?

How will artificial intelligence change the world in the next ten years?

JOSEPHYADUVANSHI — Sat, 17 Dec 2022 07:02:00 +0000

How will artificial intelligence change the world in the next ten years?

Key Contents:

Artificial Intelligence and its benefits in the near future.
Positive & Negative Impacts of A.I.
Overall Speculation what’s there for us in future.

Artificial intelligence (A.I.) will transform the world in various ways over the next ten years. For starters, as A.I. gets more economical and accessible, it will become more common. Only large tech businesses and research laboratories can currently afford to create and experiment with A.I. However, this will change over the next ten years as A.I. becomes more widely deployed in several industries and applications.

Second, AI will grow more intelligent. This is due to advancements in machine learning, a subset of AI concerned with teaching computers to learn from data. AI will improve its knowledge and response to the world around it as it gains access to more data and more powerful computing resources. One of the best examples is GITHUB CO-PILOT.
Finally, AI will have a significant impact on the economy and labor. As AI improves at performing jobs that have historically been performed by humans, people in a variety of industries will be displaced. This might result in widespread unemployment and social upheaval, or it could spark a new wave of creativity and entrepreneurship as people look for new ways to make a livelihood.

In any event, it is apparent that AI will significantly alter the world in the next ten years.

Artificial intelligence (AI) is one of today’s most disruptive technologies. We are on the verge of transforming the world's operations thanks to artificial intelligence. The following are some of my prognostications(Speculations). Both in a positive and negative way.

1. Smarter cities and houses
Consider a world in which your home anticipates your requirements and adjusts accordingly. That is the future that A.I. is enabling.
Your home will be able to learn your habits and preferences over time with AI-powered smart home gadgets. This enables it to automatically modify the temperature, lighting, and even security settings to your preferences.
We also see A.I. utilized to build smarter cities. A.I. can help cities become more efficient, sustainable, and habitable by harnessing the power of data.
For example, A.I. can assist cities in managing traffic congestion and reducing pollution levels. Artificial intelligence can also be utilized to improve public safety and security.
2. Improved healthcare
Artificial intelligence is already being utilized to transform healthcare. We can diagnose diseases early and more accurately with A.I. A.I. is also being utilized to produce patient-specific medicines.
A.I. will play an even more significant role in healthcare in the future. A.I. will assist us in identifying health concerns before they occur. A.I. will also aid in the development of more effective disease therapies.
3. Better education Artificial intelligence is already being utilized to improve education. AI-powered learning platforms such as Duolingo and Khan Academy enable anyone to access high-quality education regardless of location or socioeconomic background.
4. Increased company efficiency
Businesses are already using A.I. to automate activities and boost productivity. A.I. will help organizations become even more productive in the future by automating more complicated processes.
Artificial intelligence will also be utilized to create new products and services. Businesses will be able to enter new markets and build new industries thanks to A.I.
5. New industry and jobs
A.I. will generate new occupations and industries. As A.I. automates more work, new types of professions will be required. For example, more people will be necessary to build and manage A.I. systems and new kinds of occupations. We’ll also need new professions to support the growing number of AI-powered fir. For example, more people will be required to train A.I. systems and understand the data they generate.
6. A more equal society A.I. has the ability to make society more egalitarian. Artificial intelligence can provide access to education, healthcare, and other services regardless of location or socioeconomic status.
Artificial intelligence can also be utilized to increase the efficiency of government services. This will help to minimize corruption and improve citizens’ quality of life.
7. A cleaner environment A.I. can assist us in cleaning up our environment. Artificial intelligence can be utilized to create cleaner and more efficient energy sources. Artificial intelligence can also be used to reduce pollution by streamlining industrial processes.
8. More secure transportation A.I. will make transportation more secure. AI-powered autonomous vehicles will be able to navigate roadways without human intervention. This will cut down on accidents and save lives.
9. Less waste A.I. can assist us in reducing waste. AI-powered sensors can identify food rotting and conduct waste-reduction methods. A.I. can also be utilized to recycle materials more effectively.
10. A.I. will assist in linking the world in ways never seen before. We can communicate with people and devices regardless of location, thanks to A.I. A.I. will also assist us in better comprehending our surroundings.

Artificial intelligence (AI) is quickly evolving and becoming more complex by the day. With each new progress in AI technology, there are possible hazards and bad consequences that may result from its continuous advancement.
As AI technology advances, it will become more and more embedded into our daily lives. While this may make our lives easier in certain respects, it may also have negative implications.
!. One of the potential negative consequences of AI is mass unemployment. As AI technology advances, it will be able to undertake more tasks currently performed by humans. As a result, a substantial number of people may lose their jobs as AI replaces them.
!. Another possible negative aspect of AI is that it may render humans obsolete. As AI technology advances, it will become increasingly sophisticated. At some time, AI may surpass humans in intelligence and be able to accomplish everything humans can, but better. This could render people outdated and superfluous.
!. AI may potentially have an adverse effect on our privacy and security. As AI technology advances, it will gain access to more and more information about us. This data might be used to track our travels, understand our thoughts, and even control our conduct. This has the potential to have major consequences for our privacy and security.
!. AI could potentially endanger our democracy. Artificial intelligence technology has the potential to influence and alter people’s opinions. This could be used to persuade the public to support a particular politician or political party. This has the potential to have a significant impact on our democracy and the way we elect our leaders.

**Conclusion: **These are only a few of the potential negative consequences of AI technology. As AI evolves, it is critical to be aware of the hazards and Negative Impacts of Artificial Intelligence in the Future. So that’s it from my side guy’s, These are just mere speculations of mine. I hope you enjoyed it. Plus, I have also used Open A.I to write some of the content so basically using A.I to speculate things about A.I😅.

If you read up to this, please clap if you liked the article. You can also follow me for more similar content in the future.
josephyaduvanshi - Overview

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Flutter GetX library: The Simplest State Management Library.

JOSEPHYADUVANSHI — Fri, 16 Dec 2022 06:55:12 +0000

Introduction

State management is a crucial aspect of app development, and choosing the right state management library can make a significant difference in the overall performance and scalability of your app. One state management library that has gained popularity among Flutter developers is GetX.

GetX, is a lightweight and powerful state management library for Flutter. It is designed to be simple to use, yet highly efficient in managing app state and providing real-time updates to the app’s user interface. In this blog, we will take a closer look at GetX, its features, and how it can be used to effectively manage state in your Flutter app.

What is GetX?

GetX is a library that provides a set of powerful tools for managing state in Flutter apps. Its goal is to make state management as simple as possible while providing all the necessary features and functionality.

GetX is based on the Observer pattern, which allows it to provide real-time updates to the app’s user interface whenever the app state changes. This means that the user interface will always reflect the current state of the app, making it easier to develop and maintain.
GetX is a standalone library, which means that it does not depend on any other state management libraries, such as Provider or BLoC. This makes it easy to integrate into any Flutter app, regardless of the existing state management setup.

Why use GetX?

There are several reasons why GetX is a great choice for state management in your Flutter app. Some of the key advantages of using GetX include:

Simplicity: GetX is designed to be simple and easy to use, making it suitable for developers of all skill levels. It has a small learning curve, and its straightforward API allows you to get started quickly and efficiently.
Performance: GetX is highly efficient, and it is optimized for performance. It uses a minimal amount of resources, and it is designed to handle large amounts of data without sacrificing performance. This makes it suitable for use in large and complex Flutter apps.
Real-time updates: As mentioned earlier, GetX is based on the Observer pattern, which allows it to provide real-time updates to the app’s user interface whenever the app state changes. This means that the user interface will always reflect the current state of the app, making it easier to develop and maintain.
Flexibility: GetX is highly flexible and customizable, and it provides a wide range of features and tools that can be used to develop and manage state in your Flutter app. It allows you to define custom controllers, services, and middleware, and it provides a range of tools for handling dependencies, asynchronous operations, and more.
Standalone library: As a standalone library, GetX does not depend on any other state management libraries, such as Provider or BLoC. This means that it can be easily integrated into any Flutter app, regardless of the existing state management setup.
Community support: GetX has a large and active community of users and contributors, and it is constantly being updated and improved. This means that you can get help and support from other developers when using GetX in your Flutter app.

Features of GetX

GetX provides a wide range of features and tools that can be used to manage state in your Flutter app. Some of the key features of GetX include:

Controllers: GetX allows you to define custom controllers, which are classes that manage app state and provide real-time updates to the user interface. Controllers can
Services: GetX allows you to define custom services, which are classes that provide specific functionality to your app. Services can be used to handle data persistence, network requests, and other common tasks, and they can be easily injected into controllers or other parts of your app.
Dependency injection: GetX provides a powerful dependency injection system that allows you to easily manage and inject dependencies into your app. This means that you can easily inject controllers, services, and other objects into your app, and you can use the dependency injection system to manage the lifecycle of these objects.
Middleware: GetX allows you to define custom middleware, which are classes that can intercept and manipulate the app state before and after it is changed. Middleware can be used to implement custom logic, such as logging, validation, or error handling, and it can be easily integrated into your app.
Asynchronous operations: GetX provides support for asynchronous operations, which allows you to perform tasks in the background without blocking the user interface. This means that you can perform long-running tasks, such as network requests or data processing, without affecting the performance or responsiveness of your app.
Streams: GetX uses streams to manage app state and provide real-time updates to the user interface. This means that you can use the familiar Stream API to manage app state, and you can use stream transformations and operators to manipulate and process app state.
Extensions: GetX provides a range of useful extensions that can be used to extend the functionality of your app. These extensions include utility functions, widgets, and other tools that can be easily integrated into your app.

Getting started with GetX

To use GetX in your Flutter app, you need to add the get package to your pubspec.yaml file:

dependencies:
  get: ^3.11.0

Once you have added the get package to your project, you can import GetX into your Flutter app by adding the following import statement:

import 'package:get/get.dart';

Defining controllers

Controllers are the core concept in GetX, and they are used to manage app state and provide real-time updates to the user interface. To define a controller in GetX, you need to create a new class that extends the GetxController class:

class MyController extends GetxController {
  // controller properties and methods
}

The MyController class is now a controller that can be used to manage app state. You can define properties and methods in the controller class to manage app state, and you can use the stream property of the GetxController class to provide real-time updates to the user interface.

Here is an example of a simple controller that manages a counter value and provides real-time updates to the user interface:

class CounterController extends GetxController {
  int _counter = 0;

  int get counter => _counter;

  void increment() {
    _counter++;
    update();
  }

  void decrement() {
    _counter--;
    update();
  }
}

The CounterController class defines a _counter property that stores the current counter value, and it provides increment() and decrement() methods that can be used to increment or decrement the counter value. The controller also uses the update() method of the GetxController class to provide real-time updates to the user interface whenever the counter value is changed.

Injecting controllers

Once you have defined a controller, you can inject it into your Flutter app using the Get.put() method. This method allows you to register the controller and make it available for injection into other parts of your app.

Here is an example of how to inject the CounterController into your Flutter app:

void main() {
  Get.put(CounterController());
  runApp(MyApp());
}

In this example, the CounterController is injected into the app using the Get.put() method, and it is registered as the default controller for the app. This means that the controller can be easily accessed and used by other parts of the app.

Using controllers

To use a controller in your Flutter app, you need to inject it into a widget using the Get.find() method. This method allows you to access the controller and use its properties and methods to manage app state and update the user interface.

Here is an example of how to use the CounterController in a Flutter widget:

class MyWidget extends StatelessWidget {
  @override
  Widget build(BuildContext context) {
    return Scaffold(
      body: Center(
        child: Column(
          mainAxisAlignment: MainAxisAlignment.center,
          children: [
            Text(Get.find<CounterController>().counter.toString()),
            RaisedButton(
              onPressed: Get.find<CounterController>().increment,
              child: Text('Increment'),
            ),
            RaisedButton(
              onPressed: Get.find<CounterController>().decrement,
              child: Text('Decrement'),
            ),
          ],
        ),
      ),
    );
  }
}

In this example, the MyWidget class is a Flutter widget that uses the CounterController to display the current counter value and to handle user input. The widget uses the Get.find() method to inject the CounterController into the widget, and it uses the controller’s counter property and increment() and decrement() methods to manage app state and update the user interface.

As you can see, GetX makes it easy to manage app state and provide real-time updates to the user interface in your Flutter app. With its simple and intuitive API, GetX allows you to focus on building your app, rather than worrying about state management.

Conclusion

In this blog, we have discussed GetX, a powerful and lightweight state management library for Flutter. We have looked at the key features of GetX, and we have seen how it can be used to manage app state and provide real-time updates to the user interface.
GetX is a highly efficient and flexible state management library that is suitable for use in large and complex Flutter apps. It is simple to use, yet powerful and customizable, and it provides a range of features and tools that can be used to develop and manage state in your Flutter app. While it has numerous good features it still does have some major drawbacks that includes: The lack of major use of design patterns and also some performance issues if the project size massive. If you are looking for a state management library that is simple, efficient, and flexible, consider using GetX in your Flutter app. With its powerful features and active community, GetX is a great choice for state management in your Flutter app for Medium and Small projects as per my opinion.

ChatGPT the Future Jobs Killer: An Amazing yet Scary Invention

JOSEPHYADUVANSHI — Fri, 16 Dec 2022 06:52:41 +0000

The development of artificial intelligence has come a long way in recent years, with many experts predicting that it will soon surpass human intelligence. One of the latest and most advanced AI systems is ChatGPT, a natural language processing model developed by OpenAI.

ChatGPT is capable of generating human-like text in real-time, allowing it to carry out conversations with people in a way that is almost indistinguishable from a real person. This has raised concerns about the potential impact of ChatGPT on the job market, with some experts arguing that it could potentially replace many jobs currently done by humans.

In this blog, we will explore the amazing capabilities of ChatGPT and discuss the potential consequences of this technology on the job market.

What is ChatGPT?

ChatGPT is a state-of-the-art natural language processing model developed by OpenAI. It is based on the GPT-3 language model, which is one of the largest and most powerful AI systems in the world.

One of the key features of ChatGPT is its ability to generate human-like text in real-time. This allows it to carry out conversations with people in a way that is almost indistinguishable from a real person.

In order to generate its responses, ChatGPT uses a massive dataset of human-generated text. This allows it to learn the patterns and nuances of human language, allowing it to generate responses that sound natural and human-like.

The potential applications of ChatGPT are vast. It could be used to improve customer service, for example, by allowing companies to provide instant, personalized responses to customer inquiries. It could also be used in education, providing students with personalized feedback and guidance.

But the most worrying thing about ChatGPT is that it could be used to replace humans in a wide range of jobs.

The impact of ChatGPT on the job market

The development of AI systems like ChatGPT has raised concerns about the potential impact on the job market. As AI systems get better, they can do more and more tasks than humans used to do.

Customer service is one area where ChatGPT could potentially make a big difference. Many companies currently employ customer service representatives to handle inquiries and complaints from customers. ChatGPT could be used to take care of these tasks and give customers instant, personalized answers to their questions.

The use of ChatGPT in customer service could have several benefits for companies. It would allow them to provide faster, more efficient service to their customers, and it would also save them the cost of hiring and training human customer service representatives.

But using ChatGPT in customer service would also have big effects on the people who work there. Many customer service jobs are relatively low-skilled and low-paying, and the use of ChatGPT could potentially lead to the loss of these jobs.

Another area where ChatGPT could potentially have a significant impact is education. Some subjects are hard for many students, and they often need more help and direction to understand the material. ChatGPT could potentially be used to provide personalized feedback and guidance to students, helping them to better understand the material.

The use of ChatGPT in education could have several benefits for students. It would allow them to receive personalized feedback and guidance, which could help them to learn more effectively. It would also save them the cost of hiring a tutor or seeking help from a teacher.

But the use of ChatGPT in education could also have major effects on how people work. Many tutoring and teaching jobs are relatively low-skilled and low-paying, and the use of ChatGPT could potentially lead to the loss of these jobs

In addition to customer service and education, ChatGPT could also potentially have a significant impact on the jobs of software developers and programmers.

One of the key capabilities of ChatGPT is its ability to generate human-like text. This means that it could potentially generate code for software applications. Even though ChatGPT probably couldn't completely replace software developers and programmers, it could be used to automate some tasks, like writing boilerplate code or fixing bugs in code.

The use of ChatGPT in software development could have several benefits for companies. It would allow them to develop software more quickly and efficiently, and it would also save them the cost of hiring and training human software developers and programmers.

Many software development jobs are highly skilled and well-paying, and the use of ChatGPT could potentially lead to the loss of these jobs.

Conclusion

Overall, making ChatGPT is a huge step forward in artificial intelligence. However, it is also a potentially scary invention, as it could potentially replace many jobs currently done by humans. It is important for society to think carefully about the possible effects of this technology and make sure that the right steps are taken to protect it from the things that could go wrong. By the way this blog was written with the help of ChatGPT.

***See you in the next Blog. Clap if you liked the blog. Thank You. ***My GitHub.

josephyaduvanshi — Overview

More blogs from me:

How will artificial intelligence change the world in the next ten years?
Dart First Then Flutter. Learn Dart From Scratch.
A Flutter App to retrieve Visa Dates automatically using telegram bot API.
Flutter Beautiful Login/SignUp Responsive UI Design with animation.
Flutter vs. React Native: 2022’s best option!?

Flutter Beautiful Login/SignUp Responsive UI Design with animation.

JOSEPHYADUVANSHI — Mon, 07 Mar 2022 09:42:26 +0000

Flutter Beautiful Login/SignUp Responsive UI Design with animation.

ContentsOfThisPost

Introduction

GitHub Repo
Home Screen
Login Screen
Sign Up Screen
Forget Password
Routes
Text Animation

INTRODUCTION
In this lesson, We will learn how to create a Flutter App with responsive UI.
First let’s create a home screen UI.
Home Screen

> Having well organized code is always a good practice. So, I have created a new file in Screens Folder in the Library section.

Import the Material Library, and create a Stateful widget, You can use the snippets to create the boiler plate code. After creating the class, we will work on material widget because it provide us very good options for designing our UI. After you can wrap the material widget with another widget i.e. SafeArea.( A widget that insets its child by sufficient padding to avoid intrusions by the operating system. For example, this will indent the child by enough to avoid the status bar at the top of the screen.). If you are using VS code you can use refractor shortCut key to wrap Class with widget, padding, center etc. [ For Windows: ctrl + . and For mac: cmd+. ]
We will use scaffold class for the AppBar Widget. We can add title widget to create a title for our AppBar. title: takes Text widget which again takes a String dataType. We can further modify it with another widget called TextStyle Widget.

> So let’s work on the body: of the Scaffold. So, We will use the SingleChildScrollView widget so that our UI will be compatible with different screen sizes. Again, wrap the widget with center so that our image will be aligned in center of the screen. Next we will use column widget to insert our images. To import the images we will use the Image.asset(‘’) widget. We can directly specify our image location address between the parenthesis within the Quotes. Before doing that we also need to update our pubsec.yaml file.

UnComment the asset section and add the location of the images folder. In my case, I have created a new folder named asset and added all the images there.
After adding the images you can use fit: and BoxFit to adjust the image in the body.

> Up to this it looks Simple, to make it little more beautiful we will add some animation. I am using a package for text animation. I.E. AnimatedTextKit you can add it in dependencies or just run this command in the terminal.

This is how our HomeScreen Looks after designing the Text with the Animated Text Kit package.

Routes

In Flutter, screens and pages are called routes, To navigate from one page to another we will need routes. So, We have to implement in our code for an interactive UI. I have created a different file in Utilities folder for routes.

To implement in our App we need to add it in our main.dart file.

Login Screen

Let’s see the code for our Login Screen.

> This is how it looks:

The process is similar as the HomeScreen I.E Stateful classes, animation, Material, Column. etc, So I will discuss only the new added things in this lesson.
From the code, You can see I have used the TextFormField widget for the Email and password section. The TextFormField takes decoration: , hint text icons, label text and many more other widgets to create the form field interactive.
You can easily design as per your wish with the help of TextFormField. After designing the TextFormField, I have added a TextButton for the the forget password screen. Also added the route to the ForgetPassword screen. We can use Navigator.PushNamed() to perform the task. Similarly added the Sign In button using TextButton.icon and navigated it to the HomeScreen when pressed by the User.
Added the text Button just below the Sign In button for Sign Up. Which navigates the user to the Sign Up Screen.
Let’s see the code and its appearance.

> This is how it looks:-)
The codes are almost similar to login Screen, Just gave a different touch for sign Up.

Forget Password

Code and Appearance:

> This is how it Looks!

If you read up to this, Thank You!

Share and Support! You can subscribe so that you won’t miss any latest posts from me. Also, I have given the Github Repo link. FoRK IT 🍴.

DEV Community: JOSEPHYADUVANSHI

Flutter(DART) Package For ALL-IN-ONE Random NEEDS!

What is Random_X?

How is it Different and Helpful?

CORE FEATURES

USAGE

Random_X Features

Complete User Details

Random Colors

Random Strings

Random Credit Cards

Random UUID

Random Name

Random Addresses

Random UserAgent

CONCLUSION

LINKS

More blogs from me:

How will artificial intelligence change the world in the next ten years?

How will artificial intelligence change the world in the next ten years?

Key Contents:

In any event, it is apparent that AI will significantly alter the world in the next ten years.

Artificial intelligence (AI) is one of today’s most disruptive technologies. We are on the verge of transforming the world's operations thanks to artificial intelligence. The following are some of my prognostications(Speculations). Both in a positive and negative way.

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Flutter GetX library: The Simplest State Management Library.

Introduction

State management is a crucial aspect of app development, and choosing the right state management library can make a significant difference in the overall performance and scalability of your app. One state management library that has gained popularity among Flutter developers is GetX.

What is GetX?

GetX is a library that provides a set of powerful tools for managing state in Flutter apps. Its goal is to make state management as simple as possible while providing all the necessary features and functionality.

Why use GetX?

Features of GetX

Getting started with GetX

Defining controllers

Injecting controllers

Using controllers

Conclusion

ChatGPT the Future Jobs Killer: An Amazing yet Scary Invention

What is ChatGPT?

The impact of ChatGPT on the job market

Conclusion

***See you in the next Blog. Clap if you liked the blog. Thank You. ***My GitHub.

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Flutter Beautiful Login/SignUp Responsive UI Design with animation.

Flutter Beautiful Login/SignUp Responsive UI Design with animation.

ContentsOfThisPost

Routes

Login Screen

Forget Password

See you in the next Blog. Clap if you liked the blog. Thank You. My GitHub.