Revolutionizing Recruitment and Selection:

HRM software development the recruitment and selection process by leveraging cutting-edge technologies and advanced algorithms. By automating various tasks such as job posting, resume screening, and candidate evaluation, HR professionals can save valuable time and effort. Advanced features like AI-driven resume parsing, natural language processing, and predictive analytics enable HRM software to identify the most qualified candidates efficiently. This not only accelerates the hiring process but also ensures a higher likelihood of finding the perfect fit for each role.

Enriching Employee Onboarding:

The onboarding experience sets the stage for an employee’s journey within an organization. HRM software enriches this experience by providing a seamless and personalized onboarding process. From digital document management to interactive onboarding modules, employees can complete essential paperwork, access relevant resources, and familiarize themselves with company policies and culture in a user-friendly and intuitive manner. Furthermore, intelligent onboarding workflows ensure that new hires receive the right information at the right time, maximizing their engagement and accelerating their productivity.

Transforming Performance Management:

Traditional performance management processes often suffer from subjectivity and infrequency. HRM software revolutionizes performance management by introducing data-driven and continuous feedback mechanisms. Through intuitive dashboards and analytics, managers can set clear performance goals, track progress, and provide timely feedback to their team members. Real-time performance data allows for informed decision-making, enabling managers to address performance gaps promptly and nurture talent effectively. Additionally, HRM software facilitates 360-degree feedback, fostering a culture of transparency, collaboration, and growth.

Empowering Learning and Development:

In the era of lifelong learning, HRM software serves as a powerful tool for empowering employee development. Integrated learning management systems (LMS) within HRM software enable organizations to offer a vast array of training resources, including e-learning modules, virtual classrooms, and personalized development plans. AI-powered algorithms analyze individual employee skills, interests, and career aspirations to recommend relevant learning opportunities, fostering a culture of continuous learning and growth. With HRM software, organizations can strategically invest in employee development, leading to enhanced skills, higher employee satisfaction, and improved retention rates.

Fostering Employee Engagement and Collaboration:

Effective communication and collaboration are critical for driving employee engagement and building a cohesive organizational culture. HRM software facilitates seamless and instant communication channels, such as mobile apps, chatbots, and social collaboration platforms. These tools empower employees to connect, share knowledge, and collaborate effortlessly, regardless of their location. Additionally, HRM software enables real-time pulse surveys and sentiment analysis, allowing HR teams to gauge employee satisfaction and address concerns proactively. By fostering a culture of open communication and active engagement, HRM software strengthens employee loyalty and creates a positive work environment.

Enhancing Data-Driven Decision Making:

In the digital age, data has become a valuable asset for organizations. HRM software plays a crucial role in collecting, organizing, and analyzing HR data to support data-driven decision making. With robust reporting and analytics capabilities, HR professionals can gain insights into key metrics such as employee turnover, performance trends, and training effectiveness. This data-driven approach enables HR departments to identify patterns, uncover areas for improvement, and make informed decisions that align with the organization’s strategic goals. By leveraging HRM software, organizations can transform their HR functions into strategic partners that contribute to overall business success.

Enabling Remote Work and Global Collaboration:

The COVID-19 pandemic has accelerated the adoption of remote work and transformed the way teams collaborate. HRM software has played a vital role in enabling this shift by providing remote access to essential HR functions and fostering global collaboration. Through cloud-based platforms, employees can access HR services, submit requests, and access their HR information from anywhere in the world. Furthermore, features such as virtual team spaces, video conferencing, and project management tools promote seamless collaboration among remote teams, ensuring that employees stay connected, engaged, and productive, regardless of their physical location.

Ensuring Compliance and Security:

Compliance with labor laws, data protection regulations, and industry standards is a critical responsibility of HR departments. HRM software helps organizations navigate the complex landscape of compliance by automating processes, ensuring data accuracy, and maintaining audit trails. These solutions often come equipped with built-in compliance checks and reminders, minimizing the risk of errors or oversights. Additionally, HRM software incorporates robust security measures to safeguard sensitive employee data, protecting it from unauthorized access or breaches. By utilizing HRM software, organizations can mitigate compliance risks and enhance the security of their HR operations.

Driving Organizational Agility:

In today’s fast-paced business environment, agility is key to remaining competitive. HRM software enables organizations to adapt to changing circumstances and respond swiftly to evolving HR needs. By centralizing HR processes and data, these software solutions provide a holistic view of the organization’s workforce, allowing HR professionals to identify talent gaps, address skill shortages, and make strategic decisions to align HR initiatives with business goals. The scalability and flexibility of HRM software also support organizational growth, making it easier to onboard new employees, expand into new markets, and navigate organizational restructuring.

Table Example:

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Angular Animations is a powerful tool that allows developers to create advanced animations using a simple, declarative syntax. In this article, we will explore the benefits of using Angular Animations for mobile app development.

1. Engaging User Experience
   Using Angular Animations in mobile app development can significantly enhance the user experience. Animations can be used to provide visual feedback to users, making your app more responsive and intuitive. This results in improved user satisfaction and retention rates.
2. Improved App Performance
   Another benefit of using Angular Animations for mobile app development is improved app performance. Animations can be used to optimize the performance of your app by reducing the number of server requests needed to load data. This can help improve the overall performance of your app and reduce the load on your server.
3. Increased User Retention
   Animations can also help increase user retention rates by making your app more memorable and fun to use. Users are more likely to remember and recommend apps that have engaging animations and a smooth user interface. This can lead to increased word-of-mouth referrals and can help drive more downloads for your app.
4. Better Branding and User Engagement
   Animations can be used to reinforce your brand identity and create a more immersive user experience. By incorporating animations that reflect your brand’s color scheme and design elements, you can create a more cohesive and memorable user experience. This can help increase user engagement and build brand loyalty over time.
5. Easier App Maintenance
   Incorporating Angular Animations in your mobile app can also make app maintenance easier. Animations can be easily updated and modified as needed, making it easier to keep your app up-to-date and responsive to user feedback. This can save valuable time and resources in the long run, and can help ensure that your app remains competitive in the market. With Angular Animations, you can make your app stand out from the competition while also simplifying the app maintenance process.

Top 5 Best Practices for Using Angular Animations in Your Mobile App

Angular animations are a powerful tool for creating engaging and dynamic user interfaces in your mobile app. However, like any tool, they must be used effectively to achieve the desired results. In this article, we’ll explore the top five best practices for using Angular animations in your mobile app.

Use Animation Sparingly
One of the key principles of effective animation is to use it sparingly. While animations can add a lot of value to your mobile app, too much animation can be overwhelming for users and actually detract from the user experience. When deciding where to use animation, consider the purpose of the animation and how it can enhance the user experience. Use animation only in places where it makes sense and adds value.

Keep Animations Simple
Another best practice for using Angular animations in your mobile app is to keep them simple. Complex animations can be distracting and may actually slow down your app’s performance. Simple, straightforward animations are often more effective at conveying information and enhancing the user experience. Use simple animations that are easy to understand and execute quickly.

Use Transitions
Transitions are a key part of effective animation in mobile apps. Transitions allow you to smoothly move from one state to another, whether it’s changing the size, position, or color of an element. When using transitions, make sure to choose the right timing and duration for the animation to achieve the desired effect. You can also use easing functions to create more natural and organic transitions.

Keep Performance in Mind
In the world of mobile app development, performance is a top priority due to the limited processing power and memory of mobile devices. When incorporating Angular animations into your app, it’s crucial to consider performance. Overuse of animations or implementing overly complex ones can result in sluggish performance, which can ultimately harm the user experience. It’s essential to use the Angular Animations API strategically and to thoroughly test your animations on various devices to ensure optimal performance.

Test and Refine Your Animations
After creating your animations, it’s crucial to test them on various devices and platforms to ensure that they work correctly and provide a great user experience. Gathering feedback from users and stakeholders and using it to refine your animations can make them even more effective. By regularly testing and refining your animations, you can ensure that your app remains competitive in the market and provides users with the best possible experience.

In conclusion, Angular animations are an essential tool for creating engaging and dynamic user interfaces in your mobile app. By following the best practices for using Angular animations in your mobile app and testing and refining them regularly, you can create high-quality animations that enhance the user experience and contribute to the success of your app. If you’re interested in hiring mobile app developers to help with your app development project, Orangesoft has the expertise and experience to create custom mobile applications that meet your specific business needs. Contact us today to learn more about our mobile app development services.

Tips and Tricks for Using Angular Animations in Mobile App Development

Angular Animations can add a lot of value to your mobile app development process, but using them effectively can be challenging. Here are some tips and tricks for using Angular Animations in mobile app development:

Start with Simple Animations
If you are new to using Angular Animations, it is recommended that you start with simple animations. This will help you understand the basics of how animations work in Angular and give you a solid foundation for more complex animations in the future.

Use the AnimationBuilder
The AnimationBuilder is a powerful tool that can help you create complex animations in a more intuitive way. It allows you to create animations programmatically, which can be especially useful for complex animations with multiple elements and transitions.

Consider Performance
Animations can have a significant impact on app performance, especially on mobile devices with limited resources. When using Angular Animations, it is important to consider performance and ensure that your animations are optimized for mobile devices.

Use the Right Timing Functions
Timing functions determine how animations progress over time, and using the right timing function can make a big difference in the overall quality of your animations. Angular Animations supports a variety of timing functions, including ease-in, ease-out, and linear.

Keep it Simple
While complex animations can be impressive, they can also be distracting and overwhelming for users. When using Angular Animations, it is important to keep it simple and focus on animations that enhance the user experience rather than detract from it.

Use Reusable Animations
Creating animations from scratch can be time-consuming, especially for complex animations. To save time and improve your workflow, consider creating reusable animations that can be applied to different elements and components throughout your app.

Test on Multiple Devices
Finally, it is essential to test your animations on multiple devices to ensure that they work as intended across different platforms and screen sizes. This will help you identify and fix any issues that may arise and ensure that your animations are optimized for a wide range of devices.

By following these tips and tricks, you can effectively use Angular Animations in your mobile app development process and create high-quality, engaging apps that delight users.

In conclusion

Angular animations are an essential tool for creating engaging and dynamic user interfaces in your mobile app. By following the best practices for using Angular animations in your mobile app and testing and refining them regularly, you can create high-quality animations that enhance the user experience and contribute to the success of your app. If you’re interested in hiring mobile app developers to help with your app development project, Orangesoft has the expertise and experience to create custom mobile applications that meet your specific business needs. Contact us today to learn more about our mobile app development services.

The post The Benefits of Using Angular Animations for Mobile App Development appeared first on N-Mate.

Introduction to AngularJS

AngularJS is an open-source JavaScript framework developed and maintained by Google. It is widely used by web developers to create powerful, interactive front-end applications. It was created to make development easier and faster by providing a structure for the code and a platform to quickly build on. It has a powerful set of features, including two-way data binding and a built-in templating system, which makes it a great choice for developing single-page applications.

AngularJS is a great platform for beginners to learn how to code. It is easy to learn and has plenty of support from the developer community. Plus, it is widely used in the industry, so learning how to use it will help you stay up to date with the latest web development trends.

Benefits of using AngularJS

AngularJS is an incredibly powerful and versatile framework. It is easy to learn, easy to use, and makes development faster and more efficient. Here are some of the top benefits of using AngularJS:

• Flexibility and scalability: AngularJS is highly flexible and can be used to develop a wide range of applications. It is also highly scalable, so you can easily add features and make changes as your project grows.
• Modular architecture: The modular architecture of AngularJS makes it easy to build large, complex applications. By breaking the application down into smaller modules, you can quickly build on existing features and make changes without having to rewrite the entire codebase.
• Two-way data binding: AngularJS provides two-way data binding, which makes it easy to keep your data in sync between the model and the view. This makes it easier to manage data and keep your code organized.
• Built-in templating: AngularJS has a built-in templating system, which makes it easier to build custom views. You can quickly create custom views for your application without having to write a lot of code.

What is the AngularJS framework?

The AngularJS framework is a JavaScript-based platform for developing single-page applications. It is an open-source library built and maintained by Google, and it is designed to make development faster and more efficient. It has a powerful set of features, including two-way data binding, a built-in templating system, and a modular architecture, which makes it a great choice for developing single-page applications.

The AngularJS framework is built on the Model-View-Controller (MVC) pattern. This pattern separates the application into three distinct components: the model, the view, and the controller. The model is responsible for managing the data of the application, the view is responsible for displaying the data, and the controller is responsible for handling the user interactions.

Setting up your development environment

Before you can start coding on the AngularJS framework, you need to set up your development environment. This includes installing the necessary tools and libraries and configuring your development environment.

The first step is to install Node.js and npm. Node.js is a JavaScript runtime that allows you to run JavaScript code on your computer. Npm is a package manager that allows you to install and manage libraries and tools.

Once you have Node.js and npm installed, you can install the AngularJS framework. This can be done using the npm package manager. You can also use a web-based development environment such as Cloud9, which provides an easy-to-use interface for developing applications on the AngularJS framework.

Components of AngularJS

The AngularJS framework is made up of several components that work together to make development faster and easier. Here are some of the components of AngularJS:

• Modules: Modules are the building blocks of the AngularJS framework. They are self-contained pieces of code that are responsible for a specific part of the application.
• Directives: Directives are the instructions that tell AngularJS how to render the page. They are used to add functionality to the page, such as binding data or creating custom elements.
• Controllers: Controllers are the pieces of code that are responsible for handling user interactions. They are responsible for updating the model and the view when the user interacts with the application.
• Services: Services are sets of functions that can be used across the application. They can be used to create custom pieces of code that can be used in multiple parts of the application.

Understanding the AngularJS Syntax

Once you have set up your development environment, you are ready to start coding on the AngularJS framework. AngularJS uses a custom syntax that is based on JavaScript. Here are some of the key concepts you need to understand in order to be successful with AngularJS:

• Variables: Variables are used to store data in the application. They can be used to store objects, numbers, strings, and more.
• Functions: Functions are pieces of code that are responsible for performing a specific task. They can be used to manipulate data, loop through collections, and more.
• Expressions: Expressions are pieces of code that can be used to perform calculations or to display data on the page.
• Directives: Directives are special tags that are used to add functionality to the page. They can be used to bind data, create custom elements, and more.

Common AngularJS development tools

In addition to understanding the AngularJS syntax, there are several tools that can be used to make development faster and easier. Here are some of the most common AngularJS development tools:

• Angular CLI: The Angular CLI is a command-line interface for developing applications on the AngularJS framework. It provides a set of commands for quickly generating code and running tasks.
• Angular IDE: The Angular IDE is an integrated development environment for developing applications on the AngularJS framework. It provides an intuitive interface for developing, debugging, and deploying applications.
• Yeoman: Yeoman is a generator for quickly creating AngularJS applications. It provides a set of templates and scaffolding for quickly creating a working application.
• Gulp: Gulp is a task runner for automating development tasks. It can be used to automate tasks such as compiling code, running tests, and deploying applications.

Working with AngularJS Templates

Once you have set up your development environment and understand the basics of AngularJS, you can start building your application. AngularJS uses templates to create the user interfaces for your application. Templates are HTML documents that contain special tags that can be used to bind data and create custom elements.

AngularJS provides several built-in templates that you can use to quickly create a working application. You can also create custom templates for your application. Templates are written in HTML, so if you know HTML you should be able to quickly create custom templates for your application.

Debugging Your Code

No matter how experienced you are, bugs are inevitable. When developing an application on the AngularJS framework, you need to be prepared for any bugs that may arise.

When debugging your code, it is important to use the right tools. AngularJS provides several built-in debugging tools, such as the debug console, which can be used to quickly identify and fix bugs. In addition, there are several third-party tools that can be used to debug AngularJS applications.

Conclusion

In this guide, we’ve covered all the basics of the AngularJS framework and showed you how to get started coding on the platform. We’ve looked at the benefits of using the framework, what the framework is made up of, and how to set up your development environment. We’ve also discussed the AngularJS syntax, common development tools, and how to work with templates. Finally, we’ve looked at how to debug your code.

If you’re interested in learning how to code on the AngularJS platform, this guide should give you all the information you need to get started. With the right tools and a little bit of practice, you should be able to quickly learn how to use the AngularJS framework.

So, what are you waiting for? Get started with AngularJS today and start building powerful, interactive applications!

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ngMigration Assistant

The ngMigration Assistant is a command line tool that analyzes any, regardless of size, AngularJS application and recommends the best migration path. To help the user, it offers statistics that tell you about the complexity, size, content, and template of the application. Based on this data, the program offers a list of understandable recommendations to simplify the migration from AngularJS to Angular, taking into account the size and complexity of the code.

First, the tool shows the statistics of the available data, and then – the stages of preparation for migration to Angular.

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Developers also appreciated the two-way data binding: changes to data were immediately reflected on the page, and vice versa: user changes were stored in linked variables.

This technology allowed us to write applications faster and avoid having an extra layer of action handlers on forms, transferring changed data into shared storage and retrieving it from there to display the updated page.

Another Angular feature is Dependency Injection. The technology itself existed for a long time, but lived in languages like Java and C#. On the front, it is also appropriate: you need HttpClient – implement and use it.

The same goes for the animation service or wrappers for the standard window and location objects, which are now available for unit tests.

Window and location are built-in browser objects for managing browser windows and URLs. You can use them to, for example, open a new window or load a resource at a specified URL.

Because these objects are hardwired to the browser, their unit testing is difficult: you cannot get a reference result that is the same in different browsers. Angular, on the other hand, provides wrappers over these objects and allows you to test them.

In addition, it was possible to create and reuse components using Angular directives.

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1. Vue

Evan Yu. The framework released Vue in 2014. Today, it is one of the most well-known frameworks and almost indispensable tool for client-side programming, because it allows you to greatly improve the user interface. The greatest convenience of Vue is that it has a compacted structure and can handle programs of any size.

2. React

React is actively used by the world’s largest companies. It especially owes its popularity to its famous developer, Facebook. React’s cross-platform nature makes it a great template. With this tool, you can dramatically change the user interface. And the code written in it you can reuse as many times as you want.

3. AngularUI Bootstrap

From the name it is clear that this framework is based on Bootstrap. In addition to the basic features of Bootstrap, it also features HTML coding. Note that AngularUI Bootstrap only works on AngularJS, although Bootstrap is only compatible with jQuery.

4. Ionic

Looking for a framework to improve code scalability? Here it is – Ionic! This tool works perfectly with AngularJS in terms of creating quality hybrid applications. Due to support of all the codes (JS, HTML and CSS) it is very popular among web developers. The main advantage of Ionic is that it can be used together with web application platforms to create a mobile app from a website.

5. Mobile Angular UI

A great choice for mobile app creators as it specializes in just that. With Mobile Angular UI, you can develop mobile apps for both Android and iOS. It also has support for hybrid apps, which helps save a lot of time.

6. Angular Material

The difference between Angular Material and other similar platforms is that it allows you to create layouts, which makes the pages of a website look very nice. What makes this framework the best of its kind is that it also helps to layout elements intelligently.

7. Radian of Angular

Ordinary text often looks boring. To make an application more interesting, you can take advantage of Radian and use it to add some diagram illustrations to your project. This framework allows you to achieve a stunning visual effect. In addition, it’s free and perfectly compatible with HTML files. In addition, you can use the JS library to create the necessary charts.

8. Mean IO

Web development has to work long and hard to write code. This process can be greatly facilitated by Mean IO. This framework is used to create simple, but at the same time fast and effective web pages.

9. Protractor

Sooner or later the work with the code ends. And then, standing on the finish line, the developer is obliged to test his own creation before showing it to the client. In order to make sure that your application works correctly, you can test it on Protractor. This Angular platform functions very efficiently and is ready to help you with creating applications on both the client and server sides.

To conclusion.

We have told you about several frameworks with different specializations, each of which can facilitate and improve your workflow in their own way. Now all you need to do is to figure out which platform is best suited to realize your goals.

AngularJS can be the perfect helper, as it has a huge potential. But for that, a web developer needs to know well how to use it. Some of the tools in this environment are designed for testing, others for structuring, others for formatting, and so on. So the choice must be made thoughtfully and reasonably. Then your success is guaranteed!

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Keep in mind that Angular 14 supports those versions of node.js, which at the moment are in the status of “Active LTS” or “Maintenance LTS”. At the time of writing this article, these are versions 14 and 16. Therefore, if node.js was previously installed but has an older or, on the contrary, a newer but not yet supported version, it is better to update it.

The same goes for npm. If the version is too old or, conversely, one of the latest, Angular might not support it. When working with Angular, it is better to rely on the version of npm that is installed with the LTS version of Node.js.

After installing the necessary tools, let’s create a rudimentary application. To do this, let’s define an application folder on the hard drive.

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Angular provides functionality such as two-way binding, which allows you to dynamically change data in one place in the interface when you change model data in another, templates, routing, and so on.

One of the key features of Angular is that it uses TypeScript as its programming language. Therefore, it is recommended that you familiarize yourself with the basics of this language before you start.

But we are not limited to the TypeScript language. We can write Angular applications with languages like Dart or JavaScript if we want. However, TypeScript is still the primary language for Angular.

The latest version of Angular, Angular 14, was released in June 2022.

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In javascript we often use objects for all sorts of things, including things we wouldn’t dream of using switch. So why not use an object literal instead of the switch? It would make our code more flexible, readable, maintainable, and we wouldn’t have to manually add break to our cases! It also makes it easier for newbies to work, since they are standard objects.

As the number of cases increases, the performance of objects (hash tables) becomes better than the switch construct (where consistency of cases is important). The object approach is a hash table lookup, and the switch construct has to evaluate each case until it finds a match and break.

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app.config(function ($routeProvider) {
  $routeProvider
    .when('/', {
      template: 'home.html',
      controller: 'homeCtrl'
    })
    .when('/posts', {
      template: '<h1>Posts for my site</h1>'
    })
    .when('/posts/:postId', {
      template: '<h1>This is my cool post</h1>'
    })
});

If we look in the browser and write #/posts/232 we see that when we enter any id we get the “This is my cool post” pattern. It’s very handy when you have some content displayed depending on the url id you entered. It’s this :postId that denotes which parameter in the url will change.

Now let’s add .otherwise.

What is a rule? It is a rule that will be triggered when none of the rules above fit. For example, we entered something that wasn’t expected at all. If we enter a url that doesn’t exist, we will see a 404.

.otherwise({
  template: '404 no such page'
})

Now let’s replace all templates with templateUrl.

app.config(function ($routeProvider) {
  $routeProvider
    .when('/', {
      template: 'home.html',
      controller: 'homeCtrl'
    })
    .when('/posts', {
      template: 'posts.html'
    })
    .when('/posts/:postId', {
      template: 'post.html'
    })
    .otherwise({
      template: '<h1>404 no such page</h1>'
    })
});

Let’s create the posts.html and post.html files.

As we see, templateUrl works correctly and outputs the correct templates.

Now let’s add a postCtrl controller.

<pre class="wp-block-code"><code>.when('/posts/:postId', {
  template: 'post.html',
  controller: 'postCtrl'
})

app.controller('postCtrl', function ($scope, $routeParams) {
  console.log($routeParams);
});</code></pre>

As we can see in the browser, routeParams is an object in which we have a property postId with the value 333. This is because ngRoute gives us the ability in any template controller to access dynamic variables such as postId. Now we can output everything in the controller that relates to that post.

Let’s add postsCtrl

.when('/posts', {
  template: 'posts.html',
  controller: 'postsCtrl'
})

app.controller('postsCtrl', function ($scope) {
  console.log('postsCtrl');
});

In the browser we can see that when we go to /posts, postsCtrl is triggered. Now let’s create a factory in which our posts will be stored.

app.factory('postsFactory', function () {
  return [
    {
      id: 1,
      name: 'Why AngularJS is good?'
    },
    {
      id: 2,
      name: 'I love AngularJS'
    },
    {
      id: 3,
      name: 'Is AngularJS  easy to learn?'
    }
  ];
})

Here we have 3 posts and now we inject postsFactory.

app.controller('postsCtrl', function ($scope, postsFactory) {
  console.log('postsCtrl', postsFactory);
  $scope.posts = postsFactory;
});

Create a new variable $scope.posts and output them in the template.

<h1>Posts</h1>
<div ng-repeat="post in posts">
  <a href="#/posts/{{id}}">{{post.name}}</a>
</div>

In the browser, we can see that we have all three posts displayed. When we click on a post, we go to a specific post.

Now we want the correct content to be displayed when we click on a particular post

app.controller('postCtrl', function ($scope, $routeParams, postsFactory) {
  console.log($routeParams);
  var postId = Number($routeParams.postId);
  $scope.post = _.findWhere(postsFactory, { id: postId });
});

We index postsFactory in the controller and find the right post in the array of posts. When we find our postId, it is string, because it is taken from our url. Number turns it into a number so we can find it correctly in the array.

I added the lodash library to search for items in the array. We want to get the right thing in the array. To do that we use the lodash findWhere method, which takes an array to search and an object with a key to look for.

<h1>{{post.name}}</h1>

In the browser, we see that we have the name of our post displayed when we go to the post. Here we have created a minimal blog with posts.

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