Update

Author: seratch

source/documentation/orm.html.md.erb

@@ -140,6 +140,7 @@ In the realm of O/R mapper, the hallmark feature lies in its ability to effortle
 
 [This test code](https://github.com/scalikejdbc/scalikejdbc/tree/master/scalikejdbc-orm/src/test/scala/basic_test/accounts) provides invaluable insights for learning. If you're unable to find specific examples here, referring to the code will be greatly helpful.
 
+<hr/>
 #### hasOne
 
 The `hasOne` relationship signifies that table A is referenced from table B via table A's primary key. Your code aims to include table B's data within the entity of table A. In the following example, the `Member` entity (representing table A) includes a `name` property, which can be resolved using the `member_id` column within the `Name` entity (representing table B).
@@ -198,6 +199,7 @@ object Member extends CRUDMapper[Member] {
 
 This `#byDefault` method is available for all other association APIs.
 
+<hr/>
 #### belongsTo
 
 The `belongsTo` relationship indicates that table B is referenced from table A via table B's primary key. Your code aims to incorporate table B's data into the entity of table A. In the following example, the `Member` entity (representing table A) includes a `company` property, which can be resolved using the `company_id` column within the entity. From another perspective, the `Company` entity (representing table B) does not contain any information about `Member` (table A).
@@ -243,6 +245,7 @@ val member: Option[Member] =
 
 As mentioned above, once you add `byDefault` call to the `belongsTo` code line, you can omit `.joins(Member.company)` in the code.
 
+<hr/>
 #### hasMany
 
 The `hasMany` relationship denotes that table A is referenced from table B via table A's primary key. Your code seeks to include multiple rows from table B into the entity of table A. In the following example, the `Company` entity (representing table A) contains a `members` property, which can be resolved using the `company_id` column on the `Member` entity side (representing table B).
@@ -336,11 +339,12 @@ Here is a code snippet demonstrating how to perform join queries:
 
 ```scala
 val alice: Option[Member] =
-Member.joins(Member.skills).findById(123)
+  Member.joins(Member.skills).findById(123)
 ```
 
 The `alice.map(_.skills)` should be a list of `Skill` entities if some skills are saved in the "member_skill" table.
 
+<hr/>
 #### includes (Eager Loading)
 
 When enabling eager loading via the `includes` API, it's necessary to define both the `belongsTo` etc. and `includes` within the same association claim.
@@ -389,4 +393,6 @@ Please note that eager loading of more deeply nested entities is not currently s
 
 While it could be feasible with a dynamic programming language like Ruby, achieving the same functionality with a strictly typed language like Scala is quite challenging. At present, we don't have any plans to enhance this feature unless the Scala language provides a revolutionary hack for us to leverage.
 
+<hr/>
+
 For more examples and hands-on learning, please refer to [this example working code](https://github.com/scalikejdbc/scalikejdbc/tree/master/scalikejdbc-orm/src/test/scala/basic_test/accounts). If you have any questions or feature requests, don't hesitate to submit them on GitHub!

source/index.html.md.erb

@@ -1,16 +1,17 @@
 # ScalikeJDBC
 
 <hr/>
-## Just write SQL and get things done
+## Just Write SQL And Get Things Done 💪
 <hr/>
 
-![Logo](images/logo.png)
-
 This library seamlessly wraps JDBC APIs, offering intuitive and highly flexible functionalities. With QueryDSL, your code becomes inherently type-safe and reusable.
 
 ScalikeJDBC is not just practical; it's production-ready. Utilize this library confidently in your real-world projects.
 
-### Working on the JDBC layer
+![Logo](images/logo.png)
+
+<hr/>
+### Working on JDBC Layer
 
 Whether you prefer it or not, JDBC stands as a steadfast standard interface. Given its widespread support across most RDBMS, accessing databases remains consistent. We adhere to this standard rigorously, ensuring each release passes through comprehensive unit tests across various RDBMS platforms:
 
@@ -21,11 +22,12 @@ Whether you prefer it or not, JDBC stands as a steadfast standard interface. Giv
 
 We firmly believe that ScalikeJDBC seamlessly integrates with a variety of RDBMS, including Oracle, SQL Server, and others. Its robust design ensures compatibility and reliability across different database platforms.
 
-### Amazon Redshift, Facebook Presto also supports JDBC
+#### Amazon Redshift, Facebook Presto also supports JDBC
 
 If you can access a datastore via the JDBC interface, you can also seamlessly access it through ScalikeJDBC. For instance, [Amazon Redshift](https://docs.aws.amazon.com/redshift/latest/dg/c_redshift-postgres-jdbc.html) and [Facebook Presto](https://prestodb.io/docs/current/installation/jdbc.html) have added support for the JDBC interface, enabling easy integration with ScalikeJDBC.
 
-### Few dependencies
+<hr/>
+### Less Dependencies
 
 The core of ScalikeJDBC boasts minimal dependencies, sparing you from the woes of dependency hell. Enjoy a streamlined development experience without unnecessary complications.
 
@@ -35,7 +37,7 @@ The core of ScalikeJDBC boasts minimal dependencies, sparing you from the woes o
 
 Certainly, you have the flexibility to utilize c3p0 or other connection pool libraries instead of commons-dbcp with ScalikeJDBC. While ScalikeJDBC doesn't offer a default ConnectionPool implementation for these alternatives, you have the freedom to integrate them seamlessly according to your project requirements.
 
-### Non-blocking?
+### No Non-Blocking?
 
 While JDBC drivers inherently block on socket IO, making them potentially unsuitable for async event-driven architectures, it's worth noting that most real-world applications currently don't require such architecture. JDBC remains a crucial infrastructure for JVM-based apps.
 

source/layouts/layout.erb

@@ -51,6 +51,7 @@
           <p><%= link_to 'One-to-x API', '/documentation/one-to-x.html' %></p>
           <p><%= link_to 'Auto Macros', '/documentation/auto-macros.html' %></p>
           <p><%= link_to 'Logging / Query Inspector', '/documentation/query-inspector.html' %></p>
+          <p><%= link_to 'O/R Mapper', '/documentation/orm.html' %></p>
           <p><%= link_to 'Reverse Engineering', '/documentation/reverse-engineering.html' %></p>
           <p><%= link_to 'Testing', '/documentation/testing.html' %></p>
           <p><%= link_to 'Play Framework', '/documentation/playframework-support.html' %></p>