Mastering DataFlow Techniques in Azure Data Factory with a Data Transformation example:
Read the product.txt file -> Calculate the highest list price of product under each category -> product cannot be of Blue color -> save result in CSV.
Table of contents
- Step 1: Exploring the Data Lake: Initial File Inspection
- Step 2: Dataflow Blueprint: A Snapshot of the Transformation Process
- Step 3: Connecting the Dots: Linking to Your Data Source
- Step 4: Filtering the Blues: Excluding Specific Data Entries
- Step 5: Maximizing Insights: Grouping and Aggregating Data
- Step 6: Sorting for Clarity: Organizing Data by Max Price
- Step 7: Destination Defined: Setting the Data Lake Sink
- Step 8: Pipeline Integration: Directing Data to the Right Folder dynamically.
- Step 9: Execution Excellence: Ensuring Seamless Data Transfer
- Step 10: Final Check: Verifying the Transformed Data in Azure
Step 1: Exploring the Data Lake: Initial File Inspection
Step 2: Dataflow Blueprint: A Snapshot of the Transformation Process
Step 3: Connecting the Dots: Linking to Your Data Source
Step 4: Filtering the Blues: Excluding Specific Data Entries
Step 5: Maximizing Insights: Grouping and Aggregating Data
Step 6: Sorting for Clarity: Organizing Data by Max Price
Step 7: Destination Defined: Setting the Data Lake Sink
Step 8: Pipeline Integration: Directing Data to the Right Folder dynamically.
Step 9: Execution Excellence: Ensuring Seamless Data Transfer
Step 10: Final Check: Verifying the Transformed Data in Azure
In conclusion, mastering data flow techniques in Azure Data Factory is essential for efficient data transformation and management. By following the steps outlined in this guide, you can effectively connect to data sources, apply necessary transformations such as filtering and aggregation, and ensure smooth data transfer to your desired destination. This process not only enhances data organization but also optimizes data analysis and decision-making capabilities. With Azure Data Factory, you can streamline complex data workflows and achieve reliable, scalable data integration solutions.