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HHH-17304 Fix typos in Introduction guide

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Albert Huzejrovic 2023-10-10 22:18:29 +02:00 committed by Jan Schatteman
parent 9a58fe8028
commit baa4141261
1 changed files with 3 additions and 3 deletions
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6
documentation/src/main/asciidoc/introduction/Entities.adoc
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@ -809,7 +809,7 @@ The types defined by the JDBC specification are enumerated by the integer type c
Each JDBC type is an abstraction of a commonly-available type in SQL. Each JDBC type is an abstraction of a commonly-available type in SQL.
For example, `Types.VARCHAR` represents the SQL type `VARCHAR` (or `VARCHAR2` on Oracle). For example, `Types.VARCHAR` represents the SQL type `VARCHAR` (or `VARCHAR2` on Oracle).
Since Hibernate understand more SQL types than JDBC, there's an extended list of integer type codes in the class `org.hibernate.type.SqlTypes`. Since Hibernate understands more SQL types than JDBC, there's an extended list of integer type codes in the class `org.hibernate.type.SqlTypes`.
For example, `SqlTypes.GEOMETRY` represents the spatial data type `GEOMETRY`. For example, `SqlTypes.GEOMETRY` represents the spatial data type `GEOMETRY`.
**** ****
@ -918,7 +918,7 @@ Later, in <<mapping-embeddables>>, we'll see a couple of different options.
An attribute of embeddable type represents a relationship between a Java object with a persistent identity, and a Java object with no persistent identity. An attribute of embeddable type represents a relationship between a Java object with a persistent identity, and a Java object with no persistent identity.
We can think of it as a whole/part relationship. We can think of it as a whole/part relationship.
The embeddable object belongs to the entity, and can't be shared with other entity instances. The embeddable object belongs to the entity, and can't be shared with other entity instances.
And it exits for only as long as its parent entity exists. And it exists for only as long as its parent entity exists.
Next we'll discuss a different kind of relationship: a relationship between Java objects which each have their own distinct persistent identity and persistence lifecycle. Next we'll discuss a different kind of relationship: a relationship between Java objects which each have their own distinct persistent identity and persistence lifecycle.
@ -1134,7 +1134,7 @@ class Author {
} }
---- ----
Here, the `Author` table has a foreign key column holding the identifier of the associated `Publisher`. Here, the `Author` table has a foreign key column holding the identifier of the associated `Person`.
[TIP] [TIP]
// .One-to-one associations are a way to represent subtyping // .One-to-one associations are a way to represent subtyping