Azure Data Factory will give you in-depth information about how to utilize it efficiently and effectively.
Microsoft Azure is another offering in terms of cloud computing. It is one of the growing collections of cloud services where developers and IT professionals can utilize this platform to build, deploy and manage applications from any part of the global network of data centers. Using this cloud platform, one will get enough freedom to build and deploy applications from wherever he/she wants to practice using the tools that are available in Microsoft Azure.
Let us understand what is Azure data factory and how it is helping organizations and individuals in terms of accomplishing their day to day operational tasks.
Let say a gaming company is storing a lot of log information so that later on they can take collective decisions on certain parameters and they utilize this log information.
Usually, some of the information is stored in on-premise data storage and the rest of the information is stored in the cloud.
So to analyze the data we need to have an intermediary job that consolidates all the information into one place and then analyzes the data by using Hadoop in the cloud (Azure HDInsight) use SQL server on data storage premises. Let say this process runs once in a week.
This is a platform where the organizations can create a workflow and can ingest the data from on-premise data stores and also from the cloud stores.
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Including the data from both these stores, the job can transform or process data by using Hadoop where it can be used for BI applications.
The above platform is much needed for all the organizations and the Azure data factory is one of the biggest players in this genre.
1. First of all, it is a cloud-based solution where it can integrate with different types of data stores to gather information or data.
2. It helps you to create data-driven workflows to execute the same
3. All the data-driven workflows are called “pipelines”.
4. Once the data is gathered, processing tools like Azure HDInsight Hadoop, Spark, Azure Data Lake Analytics can be used where the data can be transformed and can be pass to the BI professionals where they can analyze the data.
In a sense, it is an Extract and Load (EL) tool where it will then Transform and Load (TL) platform rather than our traditional methods of Extract, Transform and Load (ETL) tool.
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As of now, in Azure Data Factory, the data is consumed and produced by the defined workflows where it is time-based data (i.e. it can be defined for hourly, daily, weekly, etc).
So based on this parameter is set, the workflow would execute and does the job, i.e it happens on an hourly basis or on a daily basis. It is all based on the setting.
As we have discussed, a pipeline is nothing but a data-driven workflow wherein Azure Data Factory is executed in three simple steps, they are:
1. Connect and Collect
2. Transform and Enrich
When it comes to data storage, especially in enterprises, a variety of data stores are utilized to store the data. The first and foremost step in building an Information production system is to connect all the required sources of the data, such as like Saas services, file shares, FTP, web services so that the data can be pushed to a centralized location for data processing.
Without a proper data factor, the organizations have to build or develop a custom data movement components so that the data sources can be integrated. This is an expensive affair without the use of Data Factory.
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Even though if these data movement controls are custom build then it lacks the industry standards where the monitoring and alerting mechanism isn’t that effective when it is compared to the industry standard.
So the data factor makes is comfortable for the enterprises where the pipelines would take care of the data consolidation point. For example, if you want to collect the data at a single point then you can do that in Azure Data Lake Store.
Further, if you want to transform or analyze the data then the cloud source data can be the source and analysis can be done by using Azure Data Lake Analytics, etc.
As completing the connect and collect phase, the next phase is to transform the data and massage it to a level where the reporting layer can be utilized and harvest the data and generate respective analyzed reports.
Tools like Data Lake Analytics and Machine learning can be achieved at this stage.
Within this process, it is considered to be reliable because the produced transformed data is well maintained and controlled.
Once the above two stages are completed, the data will be transformed into a stage where the BI team can actually consume the data and start with their analysis. The transformed data from the cloud will be pushed to on-premises sources like SQL Server.
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For an Azure subscription, Azure data factory instances can be more than one and it is not necessary to have one Azure data factory instance for one Azure subscription. The Azure data factor is defined with four key components that work hand in hand where it provides the platform to effectively execute the workflows.
A data factory can have one too many pipelines associated with it and it is not mandatory to have only one pipeline per data factory. Further, a pipeline can be defined as a group of activities.
As defined above, a group of activities is called together as a Pipeline. So activities are defined as a specific set of activities to perform on the data. For example, A copy activity will only copy data from one datastore to another data store.
1. Data movement activities
2. Data transformation activities
We hope you have enjoyed reading about Azure Data Factory and the steps involved of consolidating the data and transforming the data altogether. If you have any valuable suggestions that are worth reading then please do advise in the comments section below.
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