fix: formatting and newlines

content/blog/ruby-on-rails-polymorphic-association-benefits.md

@@ -11,37 +11,44 @@ categories = ["Software Craftsmanship", "Ruby on Rails", "Polymorphic", "Code Re
 type = ""
 +++
 
-In the ever-evolving landscape of web development, optimizing database design and ensuring efficient data management are crucial aspects. Ruby on Rails, a popular web application framework, provides a powerful feature known as polymorphic association, which offers a myriad of benefits for developers.
+In the ever-evolving landscape of web development, optimizing database design and ensuring efficient data management are crucial aspects.
+Ruby on Rails, a popular web application framework, provides a powerful feature known as polymorphic association, which offers a myriad of benefits for developers.
 
 In this blog post, we'll explore the advantages of leveraging polymorphic association in Ruby on Rails.
 
 ## 1. Storage Saving
 
-One of the key advantages of using polymorphic association is the efficient use of storage. Unlike traditional methods where blank columns might be created for existing records, polymorphic association allows data to be added to a dedicated table, avoiding the creation of unnecessary columns.
+One of the key advantages of using polymorphic association is the efficient use of storage.
+Unlike traditional methods where blank columns might be created for existing records, polymorphic association allows data to be added to a dedicated table, avoiding the creation of unnecessary columns.
 
 This not only saves storage space but also ensures a cleaner and more organized database structure.
 
 ## 2. Architectural Separation
 
 Polymorphic association enables architectural separation by allowing developers to track specific functionality in a different table without impacting the main table responsible for holding core data.
 
-This separation proves invaluable when dealing with functionalities that sync with other systems. Developers can create similar tables for different sync functionalities, maintaining a clear and modular architectural design.
+This separation proves invaluable when dealing with functionalities that sync with other systems.
+Developers can create similar tables for different sync functionalities, maintaining a clear and modular architectural design.
 
 ## 3. Flexibility
 
-Flexibility is a hallmark of polymorphic association. With a dedicated table for a specific functionality, such as tracking errors, developers have the freedom to add more columns like `last_error`, `error_code`, and others without impacting the main table.
+Flexibility is a hallmark of polymorphic association.
+With a dedicated table for a specific functionality, such as tracking errors, developers have the freedom to add more columns like `last_error`, `error_code`, and others without impacting the main table.
 
 This flexibility ensures that the database schema can adapt to changing requirements without the need for extensive modifications.
 
 ## 4. Better Indexing
 
-Maintaining optimal performance is crucial for any application, and polymorphic association aids in achieving better indexing. Adding numerous indexes to a single table can lead to performance degradation.
+Maintaining optimal performance is crucial for any application, and polymorphic association aids in achieving better indexing.
+Adding numerous indexes to a single table can lead to performance degradation.
 
-By separating functionality into dedicated tables, developers can create indexes tailored to specific needs without impacting the performance of the main table. This approach contributes to a more efficient and responsive application.
+By separating functionality into dedicated tables, developers can create indexes tailored to specific needs without impacting the performance of the main table.
+This approach contributes to a more efficient and responsive application.
 
 ## 5. Easy Attachability
 
-Enabling functionality for multiple models becomes a seamless process with polymorphic association. In the case of our example, where functionality is enabled for three models, additional models can adopt the same functionality without requiring any database changes.
+Enabling functionality for multiple models becomes a seamless process with polymorphic association.
+In our example, where functionality is enabled for three models, additional models can adopt the same functionality without requiring any database changes.
 
 Simply including the relevant module in the specific model is all that's needed, providing a hassle-free approach to extending functionality across different parts of the application.
 
@@ -109,13 +116,18 @@ class Doctor < ApplicationRecord
   include Aws::SyncTrack
 end
 ```
-In this example, we've implemented a polymorphic association using the AwsSyncStatus model. The Aws::SyncTrack concern is included in both the Patient and Doctor models, providing them with AWS synchronization tracking capabilities.
+
+In this example, we've implemented a polymorphic association using the AwsSyncStatus model.
+The Aws::SyncTrack concern is included in both the Patient and Doctor models, providing them with AWS synchronization tracking capabilities.
 
 This modularity allows for easy attachment of the AWS synchronization functionality to multiple models without the need for extensive database modifications.
 
 By utilizing polymorphic associations in this manner, developers can seamlessly extend functionality across various models, promoting a clean and modular approach to application development.
 
 ## Conclusion
-Polymorphic association in Ruby on Rails emerges as a valuable tool for database management and application architecture. From storage savings and architectural separation to flexibility and better indexing, the benefits of adopting polymorphic association are diverse and impactful.
 
-By incorporating this feature into your Rails projects, you can enhance both the efficiency and maintainability of your application's database design. The real-world example of AWS synchronization illustrates how polymorphic association facilitates the easy integration of specific functionalities across different models, showcasing the power and flexibility it brings to web development.
+Polymorphic association in Ruby on Rails emerges as a valuable tool for database management and application architecture.
+From storage savings and architectural separation to flexibility and better indexing, the benefits of adopting polymorphic association are diverse and impactful.
+
+By incorporating this feature into your Rails projects, you can enhance both the efficiency and maintainability of your application's database design.
+The real-world example of AWS synchronization illustrates how polymorphic association facilitates the easy integration of specific functionalities across different models, showcasing the power and flexibility it brings to web development.