React is a popular JavaScript library for building user interfaces, and with the release of React version 18, developers have access to exciting new features and enhancements. However, when it comes to using third-party libraries with the latest React version, it's essential to ensure compatibility. In this blog post, we will explore how to use react-sortable-tree with React version 18 and harness the power of both technologies.

Step 1: Setting up a React project with version 18

To get started, create a new React project using version 18. Open your preferred command-line interface and run the following command:

npx create-react-app my-app --template react@next

This command initializes a new React project named "my-app" with the latest version of React (React version 18). Change to the project directory by running:

Next, we need to install the react-sortable-tree package in our project. Run the following command:

This command installs the react-sortable-tree package and its dependencies into your project.

Step 3: Importing and using react-sortable-tree

Now that we have react-sortable-tree installed, we can start using it in our React components. Open the desired component file and import the necessary dependencies:

import SortableTree from 'react-sortable-tree';

Ensure that you import the 'react-sortable-tree/style.css' file as well to include the default styles for the tree component.

In your component's render method, you can now add the SortableTree component:

In this example, we assume that you have a variable called data containing the tree data and a method called handleTreeChange that updates the tree data whenever there are changes.

Using react-sortable-tree with React version 18 allows developers to leverage the latest features and enhancements of React while incorporating a powerful and customizable tree component into their applications. By following the steps outlined in this blog post, you can easily set up a React project with version 18, install react-sortable-tree, and integrate it into your components.

Remember to import the necessary dependencies, including the 'react-sortable-tree/style.css' file for default styling. With react-sortable-tree, you can create interactive and dynamic tree structures, customize the appearance and behavior, and enable powerful drag-and-drop capabilities within your React application.

Ensure to consult the react-sortable-tree documentation for a comprehensive list of available props and configuration options to make the most of this powerful library. Enjoy the benefits of React version 18 alongside the versatility of react-sortable-tree for building robust and intuitive user interfaces.

Learn how to integrate react-sortable-tree, a powerful tree component, with React version 18, harnessing the latest features of React for dynamic and customizable tree structures.

Using react-sortable-tree with React Version 18

Passing JSON data from Vue.js to a Laravel controller using Axios:

Passing JSON data from Vue.js to a Laravel controller using Axios involves integrating the frontend and backend components of a web application. Vue.js is a popular JavaScript framework used for building user interfaces, while Laravel is a PHP framework used for developing server-side applications. 

When working with Vue.js and Laravel together, it's common to use Axios, an HTTP client library, to send HTTP requests from the Vue.js frontend to the Laravel backend. In this case, we are interested in passing JSON data from the Vue.js component to a Laravel controller for further processing.

To achieve this, you need to ensure that you have Axios properly installed and configured in your Vue.js project. Then, you can make a POST request from your Vue.js component to a specific endpoint defined in your Laravel routes file. The endpoint should be associated with a controller method that will handle the incoming request.

In the Vue.js component, you create a data object containing the JSON data you want to send. You then use Axios to send a POST request to the specified endpoint, passing the data object as the request payload. On the Laravel side, you define a route that maps to the controller method responsible for processing the request. The controller method retrieves the JSON data from the request object and performs any necessary processing or operations on it.

To ensure successful communication between Vue.js and Laravel, it's important to check that the request method (e.g., POST) and route URL are correctly specified in both the Vue.js component and Laravel routes file. Additionally, you need to set the appropriate headers in the Axios request to ensure that the data is sent as JSON and can be properly interpreted by Laravel.

If you encounter issues, you can use browser developer tools to inspect the network requests and responses, helping you identify any errors or inconsistencies. Troubleshooting may involve verifying the installation and configuration of Axios, confirming the existence and correctness of routes in Laravel, and ensuring that the JSON data is being sent and received as expected.

By understanding and implementing these steps correctly, you can establish a smooth flow of JSON data from Vue.js to a Laravel controller, allowing you to handle and process the data as needed within your Laravel application.

Passing JSON data from Vue.js using Axios to a controller in Laravel 10, there are a few things you can check and troubleshoot. Here are some steps you can follow:

1. Make sure you have properly installed and configured Axios in your Vue.js project. You can install Axios using npm or yarn:

Then, import Axios in your Vue.js component:

2. Verify that you are making a POST request from Vue.js to your Laravel controller. For example, you might have a method in your Vue component like this:

3. Ensure that you have defined the corresponding route in your Laravel routes file (routes/web.php or routes/api.php depending on your setup) to handle the POST request:

Route::post('/your-api-endpoint', 'YourController@yourMethod');

4. Check your Laravel controller to ensure that the yourMethod function is properly defined and able to receive the JSON data. For example:

public function yourMethod(Request $request)

Make sure that the Request class is imported at the top of your controller file:

5. Double-check that you're sending the data as JSON in your Vue.js component. By default, Axios sends data as application/json, but you can explicitly set the headers to be safe:

This ensures that Laravel can recognize the incoming data as JSON and handle it accordingly.

If you're still facing issues, you can inspect the network requests in your browser's developer tools to see the request payload and the response from your Laravel application. This can help identify any errors or inconsistencies.

By following these steps, you should be able to pass JSON data from Vue.js to a Laravel controller using Axios.

In conclusion, by using Axios in Vue.js, you can easily pass JSON data to a Laravel controller, enabling effective communication and seamless integration between the frontend and backend components of your web application. This allows you to handle and process the data as required within your Laravel application.

Passing JSON data from Vue.js to Laravel controller using Axios for seamless integration between frontend and backend components.

Passing JSON Data in Vue.js to a Laravel controller

Adding text and an image to a social media post using Angular;

To add text and an image to a social media post using Angular, you can make use of Angular's template syntax and the appropriate social media API or SDK. Here's a general outline of how you can achieve this:

Step 1. Install the necessary dependencies: Depending on the social media platform you want to integrate with, you may need to install specific SDKs or libraries. For example, if you want to integrate with Facebook, you can use the ngx-facebook library.

Step 2. Set up the integration: Follow the documentation of the social media platform to create an application and obtain the required API credentials. For example, for Facebook, you'll need to create a Facebook app and get an access token.

Step 3. Create a component for the social media post: In your Angular project, create a component that represents the social media post. For example, you can create a SocialMediaPostComponent.

Step 4. Implement the component's template: In the template file (social-media-post.component.html), you can use Angular's template syntax to display the text and image.

Step 5. Define the component's properties: In the component file (social-media-post.component.ts), define the properties for the post text and image URL.

import { Component, Input } from '@angular/core';

  templateUrl: './social-media-post.component.html',

  styleUrls: ['./social-media-post.component.css']

Step 6. Use the component in your application: In your desired component or template, you can use the SocialMediaPostComponent by passing the necessary data.

  postText="Hello, this is my social media post!"

  imageUrl="https://example.com/image.jpg"

Step 7. Integrate with the social media platform: Finally, you need to use the appropriate API or SDK to actually post the content to the social media platform. This step is specific to the platform you are integrating with, and you'll need to refer to their documentation for implementation details.

For example, with the ngx-facebook library, you can use the provided services to post content on Facebook. You can import the service in your component and utilize it to post the text and image.

import { Component } from '@angular/core';

import { FacebookService, InitParams, UIParams } from 'ngx-facebook';

  constructor(private fb: FacebookService) {

      picture: 'https://example.com/image.jpg',

      description: 'Your description here'

      .then(() => console.log('Posted to Facebook'))

      .catch(error => console.error('Error posting to Facebook:', error));

Remember to adjust the code based on the social media platform you are integrating with and the specific requirements of their API or SDK.

In conclusion, by leveraging Angular's template syntax and appropriate social media APIs or SDKs, you can easily create components that enable posting text and images to social media platforms. This allows for seamless integration and efficient content sharing on various social media channels within your Angular application.

Create an Angular component with text and images to post content on social media platforms using APIs or SDKs.

Angular Social Media Post

Firebase's Firestore doesn't natively support Observables as a data source for collections. However, you can manually subscribe to the Observable and then add the data to the Firestore collection. To do this, you'll need to use a library like "rxjs" to work with Observables.

Assuming you have an Observable<string> that emits strings, you can follow these steps to add the data to a Firestore collection:

import { AngularFirestore } from '@angular/fire/firestore'; // Replace with your Firestore import statement if you're using a different platform or library.

Step 2. Inject the AngularFirestore service into your component or service:

constructor(private firestore: AngularFirestore) {

Step 3. Subscribe to the Observable and add the data to Firestore:

yourObservableString.subscribe((data: string) => {

  // Assuming 'yourCollectionName' is the name of the Firestore collection where you want to store the data

  this.firestore.collection('yourCollectionName').add({ yourField: data })

      console.log('Document written with ID: ', docRef.id);

      console.error('Error adding document: ', error);

Remember that this example demonstrates adding a single field (yourField) with the value emitted from the Observable (data). You can adjust the data structure and fields based on your requirements.

Please note that the above code is based on Angular using the AngularFire library. If you are using a different platform or library for Firebase integration, the code might vary slightly, but the general approach of subscribing to the Observable and adding data to Firestore will remain similar.

Here are some relevant point that are helps you:

1. Use "rxjs" library for working with Observables in the context of Firebase Firestore.

2. Consider data mapping and transformation before storing Observables in Firestore.

3. Be mindful of subscription management to avoid memory leaks in your application.

4. Implement error handling mechanisms when working with Observables and Firestore operations.

5. Leverage Firestore queries and filters to efficiently retrieve data from Observables.

In conclusion, while Firebase Firestore does not directly support Observables, you can manually subscribe to an Observable and interact with Firestore to store or retrieve data. Utilizing libraries like "rxjs" can help manage data streams efficiently. However, proper subscription management and error handling are crucial to ensure the application's stability and performance. Overall, the combination of Observables and Firestore can provide a powerful and flexible solution for real-time data synchronization and storage in your applications.

Passing Observable to Firebase Firestore for converting Observable data to Firestore collection for storage or retrieval. Let's see how to do this.

Pass observable to Firestore

I'm working on an integration project from Dynamics 365 CE to SQL Server On-premise database using Azure Data Factory.

Challenge is how to get the label of an optionset and uses it as a column value to pass to SQL?

Copy Activity - Retrieve Dynamics Data then copy to SQL

The workaround that I'm thinking is to use Dynamics Content and filter the lookup activity result based on the optionset value of Dynamics Data. But I'm not sure if this is possible since I couldn't see any available Functions in ADF that filters a Lookup Value.

I cannot use Data Flow since Dynamics CE is not supported as source yet unfortunately.

Azure Data Factory - Filter Lookup Activity using Dynamics Content

I am seeking to create a connection from salesforce to an sq. 2000 database. I want as a way to transfer statistics from salesforce to sq. 2000 and from square 2000 again to salesforce. An instance of what I need to do is that if a user creates a new calendar event in salesforce I want so one can ship that occasion to my sq. 2000 database so that I will create an assembly record. Then I want to pass again the particular identification from sq. To salesforce so that the information in both systems might be connected.

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