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May 12, 2024
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Update sql-interpolation.html.md.erb #199

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4 changes: 2 additions & 2 deletions source/documentation/sql-interpolation.html.md.erb
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Expand Up @@ -215,7 +215,7 @@ Here's an explanation of the differences between `m.id`, `m.result.id`, and `m.r

Additionally, using `Member.as(m)` translates to `members m` in SQL, contextualizing the Member table alias.

If you use `Member.syntax()`, the table name is included in aliases. For example, `m.result.groupId` becomes `"members.group_id as gi_on_members"`. If you set it as `Member.syntax("m")`, `m.result.groupId` translates to `"members.group_id as gi_on_m"`.
If you use `Member.syntax()`, the table name is included in aliases. For example, `m.result.groupId` becomes `"members.group_id as gi_on_members"`. If you set it as `Member.syntax("m")`, `m.result.groupId` translates to `"m.group_id as gi_on_m"`.

That covers all the rules of `SQLSyntaxSupport`. I believe this explanation will make the following code easier for you to understand.

Expand All @@ -238,7 +238,7 @@ You can use the above code this way:

```scala
val m = Member.syntax("m")
val members = sql"select ${m.result.*} from ${Member.as(m)}".map(Member(m)).list.apply()
val members = sql"select ${m.result.*} from ${Member.as(m)}".map(Member(m.resultName)).list.apply()
// select m.id as i_on_m, m.name as n_on_m from members m
```

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