Azure data factory is a cloud-based platform. The platform or rather an eco-system allows you to develop, build, deploy and manage the application on the cloud storage. The cool thing about the platform is that it allows you to do everything on the cloud. That said, your physical device’s storage memory is saved. And all the stuff that you do is stored on the cloud.
Seeing the Azure platform from the future point of view has tremendous scope. When Microsoft has come up with a concept, it is sure that it is futuristic. Hence, learning it right now is an excellent move towards your career.
You must know how practically Azure data factory works before using it. Let us consider a scenario where you are having a lot of data and you are unable to sort it. Azure data factory helps you to analyze your data and also transfer it to the cloud.
To introduce you to the Azure data factory, we can say that the Azure data factory can store data, analyze it in an appropriate way, help you transfer your data via pipelines, and finally, you can publish your data. With the help of some third-party apps like R and spark, you can also visualize your data.
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The Azure Tutorial is basically designed for developers who have Azure subscriptions. The implementation of Azure is going to be fallen in website, application, and software development. Hence, for the ones who are keen to do such projects, Azure will be more beneficial to them.
If you want to use Azure data factory, you must have knowledge about Azure data factory tutorials. Let us know what exactly is Azure data factory tutorial is and how it is useful. With the help of the Azure data factory tutorial, you will know how the Azure data factory actually works. You will also be made aware of the importance of the Azure data lake.
Azure data factory tutorial will guide you to copy your data from SQL of Azure to Azure data lake. After that, you can also visualize your data using third-party sources like Power BI.
You will also learn more about Analytics. Analytics can also be operated by using U SQL for processing the data.
Nowadays, we are getting a large number of data from many resources. The result of such increasing data is that it gets very difficult for us to manage, store and analyze the data at the same time. That is why we must use Azure data factory, which helps you to store, analyze and transfer a large amount of data.
There are various steps and terms associated with Azure data factory such as pipelines, Azure data lake, storage. Let us learn about all these terms and get detailed information about them. As discussed earlier, if you are having stored data then azure data factory collects that data, transfers that data through pipelines, and finally you can use that data to publish or visualize using various sources.
Here is a step-by-step illustration.
Let us get into more depth about the Azure data factory structure. Let us consider you are having some data, it can be in the form of mobile data or any other kind. Now, this data can be transferred to your output cloud using a pipeline. Pipeline is SQL or hype which carries various operations on data and transfers it to the output cloud. We will learn more about pipelines in a few more upcoming points. Output data is the structure form of your data as it is already transformed and analyzed in the pipeline. Finally, this data is stored in the lake data.
Step 1: Find - "create a resource' and search for "Data Factory". Click the create icon.
Step 2: Give your data factory a name. Select your resource group. Give it a path to and choose the version you would like.
Step 3: Click on create.
Thus your data factory is ready to be filled with more data.
SQL Stretch Database:
SQL database acts as an interface between the user's raw data and Azure's data lake. SQL database is processed and transformed to the cloud. The data is processed to be classified further. Hot data is the one that is accessed frequently by the users. And cold data is one that is not accessed quite frequently.
To recover or fetch the data, whenever needed, we simply need to type a query. And the data, wherever it may have been categorized, is searched out.
The on-premise storages are expensive and they take some extra effort to fit in the database queries. SQL is comparatively easier and cheaper than most of the other storage platforms. SQL extracts the data on the cloud. Hence it is faster, and its maintenance is minimal too.
While transforming the data, SQL keeps it extremely safe and secure. Its encryption is protecting the privacy of data even while the transformation of data is in process. Advanced security of the SQL keeps the stretch database absolutely secure and safe.
SQL database warehouse is a fully cloud-based platform and hence extracts the data with ease. It uses parallel architecture to fetch out whichever type of data is searched for. In the parallel architecture, the data is inquired with the control mode and passed on to the computer mode. Both the modes and processes in between are made to work parallelly.
Azure DevOps helps in coordinating with the support team to make the Azure application development and changes. That said, Azure DevOps allows you to modify the minor changes in codes and infrastructure without having developers interfere.
Services of Azure DevOps
Not only does the Azure DevOps allow you to modify minor changes, but it also helps the user deploy and build the applications. Its services are scattered wide. Right from building to developing to deploying, all the functionalities are performed in sync on the single cloud platform.
Azure Repository is very analogous to the git repository. All the codes are stored in the Azure repository to build up an application. The tool is used by developers to code and build. Specific developers are granted access to a particular git part of the code.
Azure pipeline works as a pipeline to the destination path. Wherever the code is required to combine or to function at a particular time, this pipeline inserts the code there.
Board is something where you can create activities, track activities, and distribute the task of development to the team.
A test plan is browser-based testing done with automation instead of having manual testing be done.
Azure data factory, requires the NuGet package, npm, Maven package, and many other such packages. Artifacts are compatible with all the packages and hence is very useful.
These are the tools for team collaboration. The team is free to have their own customized dashboard and the widgets they require on their board.
|Also Read: Overview of Azure Arc|
Azure DevOps Portal is where you will be performing all the development tasks. To create an Azure Portal, you need to register to Azure services first.
Step 1: Visit https://Azure.microsoft.com/en-in/services/devops/ and click on Start Free if you are not yet registered to Azure services.
Step 2: Once you have started, it will ask you to fill up the details.
Step 3: Now you are in Azure DevOps Portal and you got to create a new project and organization for yourself.
Step 4: Create New Organization.
Step 5: Give your organization a name and select the path location for your organization.
Step 6: Organization is created now and you will be asked to create your new project
Step 7: Give your project a name. And select the version on which you will be working, from advanced settings.
Step 8: Once you click on create a project, your project will be created successfully.
You can invite your teammates to the project.
Step 1: Open Visual Studio and search for a new project tab.
Step 2: In the project, you will find Azure Resource Group.
Step 3: Configure the new project with it and click next.
Step 4: Click on Web Application from the Azure Template in Visual Studio.
Step 5: You will find the website.json file on the left-hand side of the file explorer.
Step 6: Publish this code by clicking on Add code.
Step 7: You will get a new git repository.
Step 8: Click Team Explorer and then right-click to select sync.
Step 9: Click on the Publish Git Repo button. And your project in the Azure DevOps organization is published.
Step 10: Select the project and repository path where you want to publish this code and then click on publish repository.
Microsoft Azure Data Lake: Working of data can be understood in three basic steps. The first step is to get you output data which can be in mobile data form or any other type then it is transferred to the Azure factory data and you can visualize your data in the third step using any third-party apps like R, apache, Spark, etc.
There are another two vital components which you should be aware of. The first concept is storage, storage of data can be in Gigabytes, terabytes, etc. This data is wide and large information. You can analyze this data as structured or unstructured data. Structured data has specific information in it and unstructured data is a lobby type of data.
The second concept is analysis, now the analysis is also divided into two types. First type of
The analysis is a monitor type where you can generate your data. For example data of buildings, location, construction cost, area of the building, the life of the building, amount of live load, and dead load it carries. All this data of building is available to you in a structured manner.
Another type of analysis is the use of the Azure data factory in a card. If you have a debit card you can know its transactions, location of the card, its expiration date, and much more. These are the two main concepts you must know about the Azure data factory.
Thus was the glimpse into Microsoft Azure. The tutorial was for beginners who have not accessed the Azure data factory platform yet. Looking forward to the Azure data factory from a career point of view, it is the best skill to learn today that will help you earn tomorrow. Basically, all the social media data is processed and optimized using a data factory.
Azure, being a cloud-based platform, the load on Azure is light. The data could be accessed whenever the user wishes to. There are various career opportunities in the forte of the Azure data factory.
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Anjaneyulu Naini is working as a Content contributor for Mindmajix. He has a great understanding of today’s technology and statistical analysis environment, which includes key aspects such as analysis of variance and software,. He is well aware of various technologies such as Python, Artificial Intelligence, Oracle, Business Intelligence, Altrex, etc. Connect with him on LinkedIn and Twitter.
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