Move some SQLite functionality into SQLite module

Sources/StructuredQueries/Documentation.docc/StructuredQueries.md

@@ -11,6 +11,15 @@ This module also contains all of the macros that support the core functionality
 
 See [`StructuredQueriesCore`](<doc:/StructuredQueriesCore>) for general library usage.
 
+StructuredQueries also ships SQLite-specific helpers:
+
+  - [`StructuredQueriesSQLiteCore`](<doc:/StructuredQueriesSQLiteCore>): Core, SQLite-specific
+    functionality, including full-text search, type-safe temporary triggers, full-text search, and
+    more.
+
+  - [`StructuredQueriesSQLite`](<doc:/StructuredQueriesSQLite>): Everything from
+    `StructuredQueriesSQLiteCore` and macros that support it, like `@DatabaseFunction.`
+
 ## Topics
 
 ### Macros

Sources/StructuredQueriesCore/AggregateFunctions.swift

@@ -216,7 +216,7 @@ public struct AggregateFunction<QueryValue>: QueryExpression, Sendable {
   var order: QueryFragment?
   var filter: QueryFragment?
 
-  init(
+  package init(
     _ name: QueryFragment,
     isDistinct: Bool = false,
     _ arguments: [QueryFragment] = [],

Sources/StructuredQueriesCore/Documentation.docc/Articles/DefiningYourSchema.md

@@ -1,7 +1,7 @@
 # Defining your schema
 
-Learn how to replicate your database's schema in first class Swift types
-using the `@Table` and `@Column` macros.
+Learn how to replicate your database's schema in first class Swift types using the `@Table` and
+`@Column` macros.
 
 ## Overview
 
@@ -22,7 +22,6 @@ that represent those database definitions.
     * [RawRepresentable](#RawRepresentable)
     * [JSON](#JSON)
     * [Tagged identifiers](#Tagged-identifiers)
-    * [Default representations for dates and UUIDs](#Default-representations-for-dates-and-UUIDs)
 * [Primary keyed tables](#Primary-keyed-tables)
 * [Ephemeral columns](#Ephemeral-columns)
 * [Generated columns](#Generated-columns)
@@ -306,106 +305,6 @@ RemindersList.leftJoin(Reminder.all) {
 }
 ```
 
-#### Default representations for dates and UUIDs
-
-While some relational databases, like MySQL and Postgres, have native types for dates and UUIDs,
-SQLite does _not_, and instead can represent them in a variety of ways. In order to lessen the
-friction of building queries with dates and UUIDs, the library has decided to provide a default
-representation for dates and UUIDs, and if that choice does not fit your schema you can explicitly
-specify the representation you want.
-
-##### Dates
-
-Dates in SQLite have 3 different representations:
-
-  * Text column interpreted as ISO-8601-formatted string.
-  * Int column interpreted as number of seconds since Unix epoch.
-  * Double column interpreted as a Julian day (number of days since November 24, 4713 BC).
-
-By default, StructuredQueries will bind and decode dates as ISO-8601 text. If you want the library
-to use a different representation (_i.e._ integer or double), you can provide an explicit query
-representation to the `@Column` macro's `as:` argument. ``Foundation/Date/UnixTimeRepresentation``
-will store the date as an integer, and ``Foundation/Date/JulianDayRepresentation`` will store the
-date as a floating point number.
-
-For example:
-
-```swift
-@Table struct Reminder {
-  let id: Int
-  @Column(as: Date.UnixTimeRepresentation.self)
-  var date: Date
-}
-```
-
-And StructuredQueries will take care of formatting the value for the database:
-
-@Row {
-  @Column {
-    ```swift
-    Reminder.insert {
-      Reminder.Draft(date: Date())
-    }
-    ```
-  }
-  @Column {
-    ```sql
-    INSERT INTO "reminders"
-      ("date")
-    VALUES
-      (1517184480)
-    ```
-  }
-}
-
-If you use the non-default date representation in your schema, then while querying against a
-date column with a Swift Date, you will need to explicitly bundle up the Swift date into the
-appropriate representation to use various query helpers. This can be done using the `#bind` macro:
-
-```swift
-Reminder.where { $0.created > #bind(startDate) }
-```
-
-> Note: When using the default representation for dates (ISO-8601 text) you do not need to use
-> the `#bind` macro:
->
-> ```swift
-> Reminder.where { $0.created > startDate }
-> ```
-
-##### UUIDs
-
-SQLite also does not have type-level support for UUIDs. By default, the library will bind and decode
-UUIDs as lowercased, hexadecimal text, but it also provides custom representations. This includes
-``Foundation/UUID/UppercasedRepresentation`` for uppercased text, as well as
-``Foundation/UUID/BytesRepresentation`` for raw bytes.
-
-To use such custom representations, you can provide it to the `@Column` macro's `as:` parameter:
-
-```swift
-@Table struct Reminder {
-  @Column(as: UUID.BytesRepresentation.self)
-  let id: UUID
-  var title = ""
-}
-```
-
-If you use the non-default UUID representation in your schema, then while querying against a UUID
-column with a Swift UUID, you will need to explicitly bundle up the Swift UUID into the appropriate
-representation to use various query helpers. This can be done using
-the `#bind` macro:
-
-```swift
-Reminder.where { $0.id != #bind(reminder.id) }
-```
-
-> Note: When using the default representation for UUID (lower-cased text) you do not need to use
-> the `#bind` macro:
->
-> ```swift
-> Reminder.where { $0.id != reminder.id }
-> ```
-
 ### Primary keyed tables
 
 It is possible to let the `@Table` macro know which property of your data type is the primary

Sources/StructuredQueriesCore/Documentation.docc/Articles/GettingStarted.md

@@ -305,7 +305,7 @@ capable of. See <doc:SelectStatements> for more examples of select statements, a
 The library provides the tools necessary to construct type-safe insert statements in SQL, including
 inserting an entire value into a table, inserting only a subset of rows, as well as what to do on
 conflicts. Using the `Reminder` data type from above, we can insert data for all of its rows using
-the  ``Table/insert(or:_:values:onConflict:where:doUpdate:where:)`` method:
+the  ``Table/insert(_:values:onConflict:where:doUpdate:where:)`` method:
 
 @Row {
   @Column {
@@ -339,7 +339,7 @@ and the number of columns and data type of each column must match what is specif
 trailing closure.
 
 You can provide a 3rd trailing closure to
-``Table/insert(or:_:values:onConflict:where:doUpdate:where:)`` to describe what to do in case there
+``Table/insert(_:values:onConflict:where:doUpdate:where:)`` to describe what to do in case there
 is a conflict while inserting data. For example, suppose we had a unique index on the "title" column
 of the reminders table. Then when inserting a value with a repeated title we could resolve the
 conflict by appending the string `" (Copy)"` to the title:
@@ -451,7 +451,7 @@ queries.
 
 The library provides tools for constructing type-safe update statements in SQL, including updating
 all rows in a table, a filtered set of rows, or rows with specific primary keys.
-``Table/update(or:set:)`` returns an update statement given a closure that describes the changes you
+``Table/update(set:)`` returns an update statement given a closure that describes the changes you
 want to make to the table by mutating an `inout` representation of the table's columns. You can
 assign new values or even call a selection of mutating methods and in-place operators.
 

Sources/StructuredQueriesCore/Documentation.docc/Articles/InsertStatements.md

@@ -7,7 +7,7 @@ Learn how to build queries that insert data into a database.
 ### Inserting records
 
 The simplest way to insert table records into the database is the
- [`Table.insert`](<doc:Table/insert(or:_:values:onConflict:where:doUpdate:where:)>), which takes a
+ [`Table.insert`](<doc:Table/insert(_:values:onConflict:where:doUpdate:where:)>), which takes a
 trailing closure and the record(s) to be inserted:
 
 @Row {
@@ -191,7 +191,7 @@ As well as introduce conditional or looping logic:
 ### Inserting from a select statement
 
 To insert a row into a table with the results of a ``Select`` statement, use
-``Table/insert(or:_:select:onConflict:)``:
+``Table/insert(_:select:onConflict:)``:
 
 @Row {
   @Column {
@@ -219,7 +219,7 @@ statement's columns.
 ### Inserting default values
 
 To insert a row into a table where all values have database-provided defaults, use
-``Table/insert(or:)``:
+``Table/insert()``:
 
 @Row {
   @Column {
@@ -309,7 +309,7 @@ ReminderForm(
 ```
 
 When the draft is ready to be committed back to the database, you can use
-``PrimaryKeyedTable/upsert(or:values:)``, which generates an ``Insert`` with an "upsert" clause:
+``PrimaryKeyedTable/upsert(values:)``, which generates an ``Insert`` with an "upsert" clause:
 
 @Row {
   @Column {
@@ -333,30 +333,7 @@ When the draft is ready to be committed back to the database, you can use
 
 ### Conflict resolution and upserts
 
-Every insert function includes an optional `or` parameter, which can be used to specify the `OR`
-clause for conflict resolution:
-
-@Row {
-  @Column {
-    ```swift
-    Tag.insert(or: .ignore) {
-      $0.title
-    } values: {
-      "home"
-    }
-    ```
-  }
-  @Column {
-    ```sql
-    INSERT OR IGNORE INTO "tags"
-      ("title")
-    VALUES
-      ('home')
-    ```
-  }
-}
-
-And many include an optional upsert clause. You can unconditionally upsert using the
+Most insert functions include an optional upsert clause. You can unconditionally upsert using the
 `onConflictDoUpdate` trailing closure:
 
 @Row {
@@ -446,24 +423,24 @@ Upsert clauses have an additional, special argument for referring to a row that
 `WHERE` conditions are also supported, on both the conflict and update clauses.
 
 > Tip: The `onConflictDoUpdate` and `doUpdate` closures work similarly to the closure parameter of
-> ``Table/update(or:set:)``. See <doc:UpdateStatements> for more information on building these
+> ``Table/update(set:)``. See <doc:UpdateStatements> for more information on building these
 > clauses.
 
 ## Topics
 
 ### Inserting values
 
-- ``Table/insert(or:_:values:onConflict:where:doUpdate:where:)``
-- ``Table/insert(or:_:values:onConflictDoUpdate:where:)``
-- ``Table/insert(or:)``
+- ``Table/insert(_:values:onConflict:where:doUpdate:where:)``
+- ``Table/insert(_:values:onConflictDoUpdate:where:)``
+- ``Table/insert()``
 
 ### Inserting drafts
 
-- ``PrimaryKeyedTable/upsert(or:values:)``
+- ``PrimaryKeyedTable/upsert(values:)``
 
 ### Inserting from a select
 
-- ``Table/insert(or:_:select:onConflict:where:doUpdate:where:)``
+- ``Table/insert(_:select:onConflict:where:doUpdate:where:)``
 
 ### Upserts
 

Sources/StructuredQueriesCore/Documentation.docc/Articles/Operators.md

@@ -130,9 +130,3 @@ Explore the full list of operators below.
 - ``PartialSelectStatement/exists()``
 - ``Swift/Array``
 - ``Swift/ClosedRange``
-
-### Casting
-
-- ``QueryExpression/cast(as:)``
-- ``SQLiteType``
-- ``SQLiteTypeAffinity``

Sources/StructuredQueriesCore/Documentation.docc/Articles/PrimaryKeyedTables.md

@@ -55,8 +55,8 @@ let draft = Reminder.Draft(title: "Get groceries")
 
 The `id` is not necessary to provide because it is optional. This allows you to insert rows into
 your database without specifying the id. The library comes with a special
-``PrimaryKeyedTable/insert(or:_:onConflict:)`` method that allows you to insert a row
-into the database by providing only a draft:
+``PrimaryKeyedTable/insert(_:onConflict:)`` method that allows you to insert a row into the database
+by providing only a draft:
 
 @Row {
   @Column {
@@ -188,8 +188,8 @@ The ``PrimaryKeyedTable/find(_:)`` method can be used for updates and deletions
 }
 
 
-A special ``PrimaryKeyedTable/update(or:_:)`` method is also provided to update all the fields of a
-row with the corresponding primary key:
+A special ``PrimaryKeyedTable/update(_:)`` method is also provided to update all the fields of a row
+with the corresponding primary key:
 
 @Row {
   @Column {