scalikejdbc.RelationalSQL.scala Maven / Gradle / Ivy
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/*
* Copyright 2013 Kazuhiro Sera
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND,
* either express or implied. See the License for the specific language
* governing permissions and limitations under the License.
*/
package scalikejdbc
import scalikejdbc.SQL.Output
import scala.collection.mutable.LinkedHashMap
//------------------------------------
// One-to-one / One-to-many
//------------------------------------
private[scalikejdbc] trait RelationalSQLResultSetOperations[Z] {
private[scalikejdbc] def toSingle(rows: Traversable[Z]): Option[Z] = {
if (rows.size > 1) throw new TooManyRowsException(1, rows.size)
else rows.headOption
}
private[scalikejdbc] def executeQuery[R[Z]](session: DBSession, op: DBSession => R[Z]): R[Z] = try {
session match {
case AutoSession => DB readOnly (s => op(s))
case NamedAutoSession(name) => NamedDB(name) readOnly (s => op(s))
case _ => op(session)
}
} catch { case e: Exception => OneToXSQL.handleException(e) }
}
/**
* All output decisions are unsupported by default.
*
* @tparam Z return type
* @tparam E extractor constraint
*/
trait AllOutputDecisionsUnsupported[Z, E <: scalikejdbc.WithExtractor] extends SQL[Z, E] {
val message = "You should call #toOne, #toMany or #toManies here."
override def toOption(): SQLToOption[Z, E] = throw new UnsupportedOperationException(message)
override def single(): SQLToOption[Z, E] = throw new UnsupportedOperationException(message)
override def headOption(): SQLToOption[Z, E] = throw new UnsupportedOperationException(message)
override def first(): SQLToOption[Z, E] = throw new UnsupportedOperationException(message)
override def toList(): SQLToList[Z, E] = throw new UnsupportedOperationException(message)
override def list(): SQLToList[Z, E] = throw new UnsupportedOperationException(message)
override def toTraversable(): SQLToTraversable[Z, E] = throw new UnsupportedOperationException(message)
override def traversable(): SQLToTraversable[Z, E] = throw new UnsupportedOperationException(message)
}
/**
* Endpoint of one-to-x APIs
*/
class OneToXSQL[A, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(output: Output.Value = Output.traversable)(one: WrappedResultSet => A)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-one/one-to-many operation needs toOne(RS => Option[B]).map((A,B) => A) or toMany(RS => Option[B]).map((A,Seq(B) => A)."))(output)
with AllOutputDecisionsUnsupported[Z, E] {
def toOne[B](to: WrappedResultSet => B): OneToOneSQL[A, B, E, Z] = {
new OneToOneSQL(statement)(parameters: _*)(output)(one)(to.andThen((b: B) => Option(b)))((a, b) => a.asInstanceOf[Z])
}
def toOptionalOne[B](to: WrappedResultSet => Option[B]): OneToOneSQL[A, B, E, Z] = {
new OneToOneSQL(statement)(parameters: _*)(output)(one)(to)((a, b) => a.asInstanceOf[Z])
}
def toMany[B](to: WrappedResultSet => Option[B]): OneToManySQL[A, B, E, Z] = {
new OneToManySQL(statement)(parameters: _*)(output)(one)(to)((a, bs) => a.asInstanceOf[Z])
}
def toManies[B1, B2](to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2]): OneToManies2SQL[A, B1, B2, E, Z] = {
new OneToManies2SQL(statement)(parameters: _*)(output)(one)(to1, to2)((a, bs1, bs2) => a.asInstanceOf[Z])
}
def toManies[B1, B2, B3](to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3]): OneToManies3SQL[A, B1, B2, B3, E, Z] = {
new OneToManies3SQL(statement)(parameters: _*)(output)(one)(to1, to2, to3)((a, bs1, bs2, bs3) => a.asInstanceOf[Z])
}
def toManies[B1, B2, B3, B4](to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2],
to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4]): OneToManies4SQL[A, B1, B2, B3, B4, E, Z] = {
new OneToManies4SQL(statement)(parameters: _*)(output)(one)(to1, to2, to3, to4)((a, bs1, bs2, bs3, bs4) => a.asInstanceOf[Z])
}
def toManies[B1, B2, B3, B4, B5](to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2],
to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4],
to5: WrappedResultSet => Option[B5]): OneToManies5SQL[A, B1, B2, B3, B4, B5, E, Z] = {
new OneToManies5SQL(statement)(parameters: _*)(output)(one)(to1, to2, to3, to4, to5)((a, bs1, bs2, bs3, bs4, bs5) => a.asInstanceOf[Z])
}
}
object OneToXSQL {
def handleException(e: Exception) = e match {
case invalidColumn: InvalidColumnNameException =>
throw new ResultSetExtractorException(
"Failed to extract ResultSet because the specified column name (" + invalidColumn.name + ") is invalid." +
" If you're using SQLInterpolation, you may mistake u.id for u.resultName.id.")
case e: Exception => throw e
}
}
//------------------------------------
// One-to-one
//------------------------------------
private[scalikejdbc] trait OneToOneExtractor[A, B, E <: WithExtractor, Z]
extends SQL[Z, E]
with RelationalSQLResultSetOperations[Z] {
private[scalikejdbc] def extractOne: WrappedResultSet => A
private[scalikejdbc] def extractTo: WrappedResultSet => Option[B]
private[scalikejdbc] def transform: (A, B) => Z
private[scalikejdbc] def processResultSet(oneToOne: (LinkedHashMap[A, Option[B]]), rs: WrappedResultSet): LinkedHashMap[A, Option[B]] = {
val o = extractOne(rs)
oneToOne.keys.find(_ == o).map {
case Some(found) => throw new IllegalRelationshipException(ErrorMessage.INVALID_ONE_TO_ONE_RELATION)
}.getOrElse {
oneToOne += (o -> extractTo(rs))
}
}
private[scalikejdbc] def toTraversable(session: DBSession, sql: String, params: Seq[_], extractor: (A, B) => Z): Traversable[Z] = {
session.foldLeft(statement, parameters: _*)(LinkedHashMap[A, Option[B]]())(processResultSet).map {
case (one, Some(to)) => extractor(one, to)
case (one, None) => one.asInstanceOf[Z]
}
}
}
class OneToOneSQL[A, B, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(output: Output.Value = Output.traversable)(one: WrappedResultSet => A)(toOne: WrappedResultSet => Option[B])(extractor: (A, B) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-one extractor(one(RS => A).toOne(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(output)
with AllOutputDecisionsUnsupported[Z, E] {
def map(extractor: (A, B) => Z): OneToOneSQL[A, B, HasExtractor, Z] = {
new OneToOneSQL(statement)(parameters: _*)(output)(one)(toOne)(extractor)
}
override def toTraversable(): OneToOneSQLToTraversable[A, B, E, Z] = {
new OneToOneSQLToTraversable[A, B, E, Z](statement)(parameters: _*)(one)(toOne)(extractor)
}
override def toList(): OneToOneSQLToList[A, B, E, Z] = {
new OneToOneSQLToList[A, B, E, Z](statement)(parameters: _*)(one)(toOne)(extractor)
}
override def toOption(): OneToOneSQLToOption[A, B, E, Z] = {
new OneToOneSQLToOption[A, B, E, Z](statement)(parameters: _*)(one)(toOne)(extractor)
}
override def single(): OneToOneSQLToOption[A, B, E, Z] = toOption()
override def headOption(): OneToOneSQLToOption[A, B, E, Z] = toOption()
override def first(): OneToOneSQLToOption[A, B, E, Z] = toOption()
override def list(): OneToOneSQLToList[A, B, E, Z] = toList()
override def traversable(): OneToOneSQLToTraversable[A, B, E, Z] = toTraversable()
}
class OneToOneSQLToTraversable[A, B, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(toOne: WrappedResultSet => Option[B])(map: (A, B) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-one extractor(one(RS => A).toOne(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(Output.traversable)
with SQLToTraversable[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToOneExtractor[A, B, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext,
hasExtractor: ThisSQL =:= SQLWithExtractor): Traversable[Z] = {
executeQuery[Traversable](session, (session: DBSession) => toTraversable(session, statement, parameters, transform))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo: WrappedResultSet => Option[B] = toOne
private[scalikejdbc] def transform: (A, B) => Z = map
}
class OneToOneSQLToList[A, B, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(toOne: WrappedResultSet => Option[B])(extractor: (A, B) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-one extractor(one(RS => A).toOne(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(Output.list)
with SQLToList[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToOneExtractor[A, B, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext,
hasExtractor: ThisSQL =:= SQLWithExtractor): List[Z] = {
executeQuery[List](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor).toList)
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo: WrappedResultSet => Option[B] = toOne
private[scalikejdbc] def transform: (A, B) => Z = extractor
}
class OneToOneSQLToOption[A, B, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(toOne: WrappedResultSet => Option[B])(extractor: (A, B) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-one extractor(one(RS => A).toOne(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(Output.single)
with SQLToOption[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToOneExtractor[A, B, E, Z] {
val output = Output.single
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Option[Z] = {
executeQuery[Option](session, (session: DBSession) => toSingle(toTraversable(session, statement, parameters, extractor)))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo: WrappedResultSet => Option[B] = toOne
private[scalikejdbc] def transform: (A, B) => Z = extractor
}
//------------------------------------
// One-to-many
//------------------------------------
private[scalikejdbc] trait OneToManyExtractor[A, B, E <: WithExtractor, Z]
extends SQL[Z, E]
with RelationalSQLResultSetOperations[Z] {
private[scalikejdbc] def extractOne: WrappedResultSet => A
private[scalikejdbc] def extractTo: WrappedResultSet => Option[B]
private[scalikejdbc] def transform: (A, Seq[B]) => Z
private[scalikejdbc] def processResultSet(oneToMany: (LinkedHashMap[A, Seq[B]]), rs: WrappedResultSet): LinkedHashMap[A, Seq[B]] = {
val o = extractOne(rs)
oneToMany.keys.find(_ == o).map { _ =>
extractTo(rs).map(many => oneToMany += (o -> (oneToMany.apply(o) :+ many))).getOrElse(oneToMany)
}.getOrElse {
oneToMany += (o -> extractTo(rs).map(many => Vector(many)).getOrElse(Nil))
}
}
private[scalikejdbc] def toTraversable(session: DBSession, sql: String, params: Seq[_], extractor: (A, Seq[B]) => Z): Traversable[Z] = {
session.foldLeft(statement, parameters: _*)(LinkedHashMap[A, (Seq[B])]())(processResultSet).map {
case (one, (to)) => extractor(one, to)
}
}
}
class OneToManySQL[A, B, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(output: Output.Value = Output.traversable)(one: WrappedResultSet => A)(toMany: WrappedResultSet => Option[B])(extractor: (A, Seq[B]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(output)
with AllOutputDecisionsUnsupported[Z, E] {
def map(extractor: (A, Seq[B]) => Z): OneToManySQL[A, B, HasExtractor, Z] = {
new OneToManySQL[A, B, HasExtractor, Z](statement)(parameters: _*)(output)(one)(toMany)(extractor)
}
override def toTraversable(): OneToManySQLToTraversable[A, B, E, Z] = {
new OneToManySQLToTraversable[A, B, E, Z](statement)(parameters: _*)(one)(toMany)(extractor)
}
override def toList(): OneToManySQLToList[A, B, E, Z] = {
new OneToManySQLToList[A, B, E, Z](statement)(parameters: _*)(one)(toMany)(extractor)
}
override def toOption(): OneToManySQLToOption[A, B, E, Z] = {
new OneToManySQLToOption[A, B, E, Z](statement)(parameters: _*)(one)(toMany)(extractor)
}
override def single(): OneToManySQLToOption[A, B, E, Z] = toOption()
override def headOption(): OneToManySQLToOption[A, B, E, Z] = toOption()
override def first(): OneToManySQLToOption[A, B, E, Z] = toOption()
override def list(): OneToManySQLToList[A, B, E, Z] = toList()
override def traversable(): OneToManySQLToTraversable[A, B, E, Z] = toTraversable()
}
class OneToManySQLToList[A, B, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(toMany: WrappedResultSet => Option[B])(extractor: (A, Seq[B]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(Output.list)
with SQLToList[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManyExtractor[A, B, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): List[Z] = {
executeQuery[List](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor).toList)
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo: WrappedResultSet => Option[B] = toMany
private[scalikejdbc] def transform: (A, Seq[B]) => Z = extractor
}
class OneToManySQLToTraversable[A, B, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(toMany: WrappedResultSet => Option[B])(extractor: (A, Seq[B]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(Output.traversable)
with SQLToTraversable[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManyExtractor[A, B, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Traversable[Z] = {
executeQuery[Traversable](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo: WrappedResultSet => Option[B] = toMany
private[scalikejdbc] def transform: (A, Seq[B]) => Z = extractor
}
class OneToManySQLToOption[A, B, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(toMany: WrappedResultSet => Option[B])(extractor: (A, Seq[B]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(Output.single)
with SQLToOption[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManyExtractor[A, B, E, Z] {
val output = Output.single
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Option[Z] = {
executeQuery[Option](session, (session: DBSession) => toSingle(toTraversable(session, statement, parameters, extractor)))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo: WrappedResultSet => Option[B] = toMany
private[scalikejdbc] def transform: (A, Seq[B]) => Z = extractor
}
//------------------------------------
// One-to-manies 2
//------------------------------------
private[scalikejdbc] trait OneToManies2Extractor[A, B1, B2, E <: WithExtractor, Z]
extends SQL[Z, E]
with RelationalSQLResultSetOperations[Z] {
private[scalikejdbc] def extractOne: WrappedResultSet => A
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1]
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2]
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2]) => Z
private[scalikejdbc] def processResultSet(result: (LinkedHashMap[A, (Seq[B1], Seq[B2])]), rs: WrappedResultSet): LinkedHashMap[A, (Seq[B1], Seq[B2])] = {
val o = extractOne(rs)
val (to1, to2) = (extractTo1(rs), extractTo2(rs))
result.keys.find(_ == o).map { _ =>
to1.orElse(to2).map { _ =>
val (ts1, ts2) = result.apply(o)
result += (o -> (
to1.map(t => if (ts1.contains(t)) ts1 else ts1 :+ t).getOrElse(ts1),
to2.map(t => if (ts2.contains(t)) ts2 else ts2 :+ t).getOrElse(ts2)
))
}.getOrElse(result)
}.getOrElse {
result += (o -> (to1.map(t => Vector(t)).getOrElse(Vector()), to2.map(t => Vector(t)).getOrElse(Vector())))
}
}
private[scalikejdbc] def toTraversable(session: DBSession, sql: String, params: Seq[_], extractor: (A, Seq[B1], Seq[B2]) => Z): Traversable[Z] = {
session.foldLeft(statement, parameters: _*)(LinkedHashMap[A, (Seq[B1], Seq[B2])]())(processResultSet).map {
case (one, (t1, t2)) => extractor(one, t1, t2)
}
}
}
class OneToManies2SQL[A, B1, B2, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(output: Output.Value = Output.traversable)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2])(extractor: (A, Seq[B1], Seq[B2]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B])) is specified, use #map((A,B) =>Z) instead."))(output)
with AllOutputDecisionsUnsupported[Z, E] {
def map(extractor: (A, Seq[B1], Seq[B2]) => Z): OneToManies2SQL[A, B1, B2, HasExtractor, Z] = {
new OneToManies2SQL(statement)(parameters: _*)(output)(one)(to1, to2)(extractor)
}
override def toTraversable(): OneToManies2SQLToTraversable[A, B1, B2, E, Z] = {
new OneToManies2SQLToTraversable[A, B1, B2, E, Z](statement)(parameters: _*)(one)(to1, to2)(extractor)
}
override def toList(): OneToManies2SQLToList[A, B1, B2, E, Z] = {
new OneToManies2SQLToList[A, B1, B2, E, Z](statement)(parameters: _*)(one)(to1, to2)(extractor)
}
override def toOption(): OneToManies2SQLToOption[A, B1, B2, E, Z] = {
new OneToManies2SQLToOption[A, B1, B2, E, Z](statement)(parameters: _*)(one)(to1, to2)(extractor)
}
override def single(): OneToManies2SQLToOption[A, B1, B2, E, Z] = toOption()
override def headOption(): OneToManies2SQLToOption[A, B1, B2, E, Z] = toOption()
override def first(): OneToManies2SQLToOption[A, B1, B2, E, Z] = toOption()
override def list(): OneToManies2SQLToList[A, B1, B2, E, Z] = toList()
override def traversable(): OneToManies2SQLToTraversable[A, B1, B2, E, Z] = toTraversable()
}
class OneToManies2SQLToList[A, B1, B2, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2])(extractor: (A, Seq[B1], Seq[B2]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.list)
with SQLToList[Z, E]
with OutputDecisions[Z, E]
with OneToManies2Extractor[A, B1, B2, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): List[Z] = {
executeQuery[List](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor).toList)
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2]) => Z = extractor
}
class OneToManies2SQLToTraversable[A, B1, B2, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(val one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2])(extractor: (A, Seq[B1], Seq[B2]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.traversable)
with SQLToTraversable[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies2Extractor[A, B1, B2, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Traversable[Z] = {
executeQuery[Traversable](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2]) => Z = extractor
}
class OneToManies2SQLToOption[A, B1, B2, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2])(extractor: (A, Seq[B1], Seq[B2]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.single)
with SQLToOption[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies2Extractor[A, B1, B2, E, Z] {
val output = Output.single
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Option[Z] = {
executeQuery[Option](session, (session: DBSession) => toSingle(toTraversable(session, statement, parameters, extractor)))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2]) => Z = extractor
}
//------------------------------------
// One-to-manies 3
//------------------------------------
private[scalikejdbc] trait OneToManies3Extractor[A, B1, B2, B3, E <: WithExtractor, Z]
extends SQL[Z, E]
with RelationalSQLResultSetOperations[Z] {
private[scalikejdbc] def extractOne: WrappedResultSet => A
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1]
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2]
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3]
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3]) => Z
private[scalikejdbc] def processResultSet(result: (LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3])]),
rs: WrappedResultSet): LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3])] = {
val o = extractOne(rs)
val (to1, to2, to3) = (extractTo1(rs), extractTo2(rs), extractTo3(rs))
result.keys.find(_ == o).map { _ =>
to1.orElse(to2).orElse(to3).map { _ =>
val (ts1, ts2, ts3) = result.apply(o)
result += (o -> (
to1.map(t => if (ts1.contains(t)) ts1 else ts1 :+ t).getOrElse(ts1),
to2.map(t => if (ts2.contains(t)) ts2 else ts2 :+ t).getOrElse(ts2),
to3.map(t => if (ts3.contains(t)) ts3 else ts3 :+ t).getOrElse(ts3)
))
}.getOrElse(result)
}.getOrElse {
result += (
o -> (
to1.map(t => Vector(t)).getOrElse(Vector()),
to2.map(t => Vector(t)).getOrElse(Vector()),
to3.map(t => Vector(t)).getOrElse(Vector())
)
)
}
}
private[scalikejdbc] def toTraversable(session: DBSession, sql: String, params: Seq[_], extractor: (A, Seq[B1], Seq[B2], Seq[B3]) => Z): Traversable[Z] = {
session.foldLeft(statement, parameters: _*)(LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3])]())(processResultSet).map {
case (one, (t1, t2, t3)) => extractor(one, t1, t2, t3)
}
}
}
class OneToManies3SQL[A, B1, B2, B3, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(output: Output.Value = Output.traversable)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3])(extractor: (A, Seq[B1], Seq[B2], Seq[B3]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toManies(RS => Option[B1]...)) is specified, use #map((A,B) =>Z) instead."))(output)
with AllOutputDecisionsUnsupported[Z, E] {
def map(extractor: (A, Seq[B1], Seq[B2], Seq[B3]) => Z): OneToManies3SQL[A, B1, B2, B3, HasExtractor, Z] = {
new OneToManies3SQL(statement)(parameters: _*)(output)(one)(to1, to2, to3)(extractor)
}
override def toTraversable(): OneToManies3SQLToTraversable[A, B1, B2, B3, E, Z] = {
new OneToManies3SQLToTraversable[A, B1, B2, B3, E, Z](statement)(parameters: _*)(one)(to1, to2, to3)(extractor)
}
override def toList(): OneToManies3SQLToList[A, B1, B2, B3, E, Z] = {
new OneToManies3SQLToList[A, B1, B2, B3, E, Z](statement)(parameters: _*)(one)(to1, to2, to3)(extractor)
}
override def toOption(): OneToManies3SQLToOption[A, B1, B2, B3, E, Z] = {
new OneToManies3SQLToOption[A, B1, B2, B3, E, Z](statement)(parameters: _*)(one)(to1, to2, to3)(extractor)
}
override def single(): OneToManies3SQLToOption[A, B1, B2, B3, E, Z] = toOption()
override def headOption(): OneToManies3SQLToOption[A, B1, B2, B3, E, Z] = toOption()
override def first(): OneToManies3SQLToOption[A, B1, B2, B3, E, Z] = toOption()
override def list(): OneToManies3SQLToList[A, B1, B2, B3, E, Z] = toList()
override def traversable(): OneToManies3SQLToTraversable[A, B1, B2, B3, E, Z] = toTraversable()
}
class OneToManies3SQLToList[A, B1, B2, B3, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3])(extractor: (A, Seq[B1], Seq[B2], Seq[B3]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toManies(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.list)
with SQLToList[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies3Extractor[A, B1, B2, B3, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): List[Z] = {
executeQuery[List](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor).toList)
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3]) => Z = extractor
}
class OneToManies3SQLToTraversable[A, B1, B2, B3, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3])(extractor: (A, Seq[B1], Seq[B2], Seq[B3]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.traversable)
with SQLToTraversable[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies3Extractor[A, B1, B2, B3, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Traversable[Z] = {
executeQuery[Traversable](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3]) => Z = extractor
}
class OneToManies3SQLToOption[A, B1, B2, B3, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3])(extractor: (A, Seq[B1], Seq[B2], Seq[B3]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.single)
with SQLToOption[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies3Extractor[A, B1, B2, B3, E, Z] {
val output = Output.single
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Option[Z] = {
executeQuery[Option](session, (session: DBSession) => toSingle(toTraversable(session, statement, parameters, extractor)))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3]) => Z = extractor
}
//------------------------------------
// One-to-manies 4
//------------------------------------
private[scalikejdbc] trait OneToManies4Extractor[A, B1, B2, B3, B4, E <: WithExtractor, Z]
extends SQL[Z, E]
with RelationalSQLResultSetOperations[Z] {
private[scalikejdbc] def extractOne: WrappedResultSet => A
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1]
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2]
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3]
private[scalikejdbc] def extractTo4: WrappedResultSet => Option[B4]
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z
private[scalikejdbc] def processResultSet(result: (LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3], Seq[B4])]),
rs: WrappedResultSet): LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3], Seq[B4])] = {
val o = extractOne(rs)
val (to1, to2, to3, to4) = (extractTo1(rs), extractTo2(rs), extractTo3(rs), extractTo4(rs))
result.keys.find(_ == o).map { _ =>
to1.orElse(to2).orElse(to3).orElse(to4).map { _ =>
val (ts1, ts2, ts3, ts4) = result.apply(o)
result += (o -> (
to1.map(t => if (ts1.contains(t)) ts1 else ts1 :+ t).getOrElse(ts1),
to2.map(t => if (ts2.contains(t)) ts2 else ts2 :+ t).getOrElse(ts2),
to3.map(t => if (ts3.contains(t)) ts3 else ts3 :+ t).getOrElse(ts3),
to4.map(t => if (ts4.contains(t)) ts4 else ts4 :+ t).getOrElse(ts4)
))
}.getOrElse(result)
}.getOrElse {
result += (
o -> (
to1.map(t => Vector(t)).getOrElse(Vector()),
to2.map(t => Vector(t)).getOrElse(Vector()),
to3.map(t => Vector(t)).getOrElse(Vector()),
to4.map(t => Vector(t)).getOrElse(Vector())
)
)
}
}
private[scalikejdbc] def toTraversable(session: DBSession, sql: String, params: Seq[_], extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z): Traversable[Z] = {
session.foldLeft(statement, parameters: _*)(LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3], Seq[B4])]())(processResultSet).map {
case (one, (t1, t2, t3, t4)) => extractor(one, t1, t2, t3, t4)
}
}
}
class OneToManies4SQL[A, B1, B2, B3, B4, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(output: Output.Value = Output.traversable)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4])(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toManies(RS => Option[B1]...)) is specified, use #map((A,B) =>Z) instead."))(output)
with AllOutputDecisionsUnsupported[Z, E] {
def map(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z): OneToManies4SQL[A, B1, B2, B3, B4, HasExtractor, Z] = {
new OneToManies4SQL(statement)(parameters: _*)(output)(one)(to1, to2, to3, to4)(extractor)
}
override def toTraversable(): OneToManies4SQLToTraversable[A, B1, B2, B3, B4, E, Z] = {
new OneToManies4SQLToTraversable[A, B1, B2, B3, B4, E, Z](statement)(parameters: _*)(one)(to1, to2, to3, to4)(extractor)
}
override def toList(): OneToManies4SQLToList[A, B1, B2, B3, B4, E, Z] = {
new OneToManies4SQLToList[A, B1, B2, B3, B4, E, Z](statement)(parameters: _*)(one)(to1, to2, to3, to4)(extractor)
}
override def toOption(): OneToManies4SQLToOption[A, B1, B2, B3, B4, E, Z] = {
new OneToManies4SQLToOption[A, B1, B2, B3, B4, E, Z](statement)(parameters: _*)(one)(to1, to2, to3, to4)(extractor)
}
override def single(): OneToManies4SQLToOption[A, B1, B2, B3, B4, E, Z] = toOption()
override def headOption(): OneToManies4SQLToOption[A, B1, B2, B3, B4, E, Z] = toOption()
override def first(): OneToManies4SQLToOption[A, B1, B2, B3, B4, E, Z] = toOption()
override def list(): OneToManies4SQLToList[A, B1, B2, B3, B4, E, Z] = toList()
override def traversable(): OneToManies4SQLToTraversable[A, B1, B2, B3, B4, E, Z] = toTraversable()
}
class OneToManies4SQLToList[A, B1, B2, B3, B4, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4])(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toManies(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.list)
with SQLToList[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies4Extractor[A, B1, B2, B3, B4, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): List[Z] = {
executeQuery[List](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor).toList)
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def extractTo4: WrappedResultSet => Option[B4] = to4
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z = extractor
}
class OneToManies4SQLToTraversable[A, B1, B2, B3, B4, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4])(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.traversable)
with SQLToTraversable[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies4Extractor[A, B1, B2, B3, B4, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Traversable[Z] = {
executeQuery[Traversable](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def extractTo4: WrappedResultSet => Option[B4] = to4
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z = extractor
}
class OneToManies4SQLToOption[A, B1, B2, B3, B4, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4])(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.single)
with SQLToOption[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies4Extractor[A, B1, B2, B3, B4, E, Z] {
val output = Output.single
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Option[Z] = {
executeQuery[Option](session, (session: DBSession) => toSingle(toTraversable(session, statement, parameters, extractor)))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def extractTo4: WrappedResultSet => Option[B4] = to4
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4]) => Z = extractor
}
//------------------------------------
// One-to-manies 5
//------------------------------------
private[scalikejdbc] trait OneToManies5Extractor[A, B1, B2, B3, B4, B5, E <: WithExtractor, Z]
extends SQL[Z, E]
with RelationalSQLResultSetOperations[Z] {
private[scalikejdbc] def extractOne: WrappedResultSet => A
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1]
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2]
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3]
private[scalikejdbc] def extractTo4: WrappedResultSet => Option[B4]
private[scalikejdbc] def extractTo5: WrappedResultSet => Option[B5]
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z
private[scalikejdbc] def processResultSet(result: (LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5])]),
rs: WrappedResultSet): LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5])] = {
val o = extractOne(rs)
val (to1, to2, to3, to4, to5) = (extractTo1(rs), extractTo2(rs), extractTo3(rs), extractTo4(rs), extractTo5(rs))
result.keys.find(_ == o).map { _ =>
to1.orElse(to2).orElse(to3).orElse(to4).orElse(to5).map { _ =>
val (ts1, ts2, ts3, ts4, ts5) = result.apply(o)
result += (o -> (
to1.map(t => if (ts1.contains(t)) ts1 else ts1 :+ t).getOrElse(ts1),
to2.map(t => if (ts2.contains(t)) ts2 else ts2 :+ t).getOrElse(ts2),
to3.map(t => if (ts3.contains(t)) ts3 else ts3 :+ t).getOrElse(ts3),
to4.map(t => if (ts4.contains(t)) ts4 else ts4 :+ t).getOrElse(ts4),
to5.map(t => if (ts5.contains(t)) ts5 else ts5 :+ t).getOrElse(ts5)
))
}.getOrElse(result)
}.getOrElse {
result += (
o -> (
to1.map(t => Vector(t)).getOrElse(Vector()),
to2.map(t => Vector(t)).getOrElse(Vector()),
to3.map(t => Vector(t)).getOrElse(Vector()),
to4.map(t => Vector(t)).getOrElse(Vector()),
to5.map(t => Vector(t)).getOrElse(Vector())
)
)
}
}
private[scalikejdbc] def toTraversable(session: DBSession, sql: String, params: Seq[_], extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z): Traversable[Z] = {
session.foldLeft(statement, parameters: _*)(LinkedHashMap[A, (Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5])]())(processResultSet).map {
case (one, (t1, t2, t3, t4, t5)) => extractor(one, t1, t2, t3, t4, t5)
}
}
}
class OneToManies5SQL[A, B1, B2, B3, B4, B5, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(output: Output.Value = Output.traversable)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4], to5: WrappedResultSet => Option[B5])(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toManies(RS => Option[B1]...)) is specified, use #map((A,B) =>Z) instead."))(output)
with AllOutputDecisionsUnsupported[Z, E] {
def map(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z): OneToManies5SQL[A, B1, B2, B3, B4, B5, HasExtractor, Z] = {
new OneToManies5SQL(statement)(parameters: _*)(output)(one)(to1, to2, to3, to4, to5)(extractor)
}
override def toTraversable(): OneToManies5SQLToTraversable[A, B1, B2, B3, B4, B5, E, Z] = {
new OneToManies5SQLToTraversable[A, B1, B2, B3, B4, B5, E, Z](statement)(parameters: _*)(one)(to1, to2, to3, to4, to5)(extractor)
}
override def toList(): OneToManies5SQLToList[A, B1, B2, B3, B4, B5, E, Z] = {
new OneToManies5SQLToList[A, B1, B2, B3, B4, B5, E, Z](statement)(parameters: _*)(one)(to1, to2, to3, to4, to5)(extractor)
}
override def toOption(): OneToManies5SQLToOption[A, B1, B2, B3, B4, B5, E, Z] = {
new OneToManies5SQLToOption[A, B1, B2, B3, B4, B5, E, Z](statement)(parameters: _*)(one)(to1, to2, to3, to4, to5)(extractor)
}
override def single(): OneToManies5SQLToOption[A, B1, B2, B3, B4, B5, E, Z] = toOption()
override def headOption(): OneToManies5SQLToOption[A, B1, B2, B3, B4, B5, E, Z] = toOption()
override def first(): OneToManies5SQLToOption[A, B1, B2, B3, B4, B5, E, Z] = toOption()
override def list(): OneToManies5SQLToList[A, B1, B2, B3, B4, B5, E, Z] = toList()
override def traversable(): OneToManies5SQLToTraversable[A, B1, B2, B3, B4, B5, E, Z] = toTraversable()
}
class OneToManies5SQLToList[A, B1, B2, B3, B4, B5, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4], to5: WrappedResultSet => Option[B5])(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toManies(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.list)
with SQLToList[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies5Extractor[A, B1, B2, B3, B4, B5, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): List[Z] = {
executeQuery[List](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor).toList)
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def extractTo4: WrappedResultSet => Option[B4] = to4
private[scalikejdbc] def extractTo5: WrappedResultSet => Option[B5] = to5
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z = extractor
}
class OneToManies5SQLToTraversable[A, B1, B2, B3, B4, B5, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4], to5: WrappedResultSet => Option[B5])(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.traversable)
with SQLToTraversable[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies5Extractor[A, B1, B2, B3, B4, B5, E, Z] {
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Traversable[Z] = {
executeQuery[Traversable](session, (session: DBSession) => toTraversable(session, statement, parameters, extractor))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def extractTo4: WrappedResultSet => Option[B4] = to4
private[scalikejdbc] def extractTo5: WrappedResultSet => Option[B5] = to5
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z = extractor
}
class OneToManies5SQLToOption[A, B1, B2, B3, B4, B5, E <: WithExtractor, Z](override val statement: String)(override val parameters: Any*)(one: WrappedResultSet => A)(to1: WrappedResultSet => Option[B1], to2: WrappedResultSet => Option[B2], to3: WrappedResultSet => Option[B3], to4: WrappedResultSet => Option[B4], to5: WrappedResultSet => Option[B5])(extractor: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z)
extends SQL[Z, E](statement)(parameters: _*)(SQL.noExtractor[Z]("one-to-many extractor(one(RS => A).toMany(RS => Option[B1])) is specified, use #map((A,B) =>Z) instead."))(Output.single)
with SQLToOption[Z, E]
with AllOutputDecisionsUnsupported[Z, E]
with OneToManies5Extractor[A, B1, B2, B3, B4, B5, E, Z] {
val output = Output.single
import GeneralizedTypeConstraintsForWithExtractor._
override def apply()(implicit session: DBSession, context: ConnectionPoolContext = NoConnectionPoolContext, hasExtractor: ThisSQL =:= SQLWithExtractor): Option[Z] = {
executeQuery[Option](session, (session: DBSession) => toSingle(toTraversable(session, statement, parameters, extractor)))
}
private[scalikejdbc] def extractOne: WrappedResultSet => A = one
private[scalikejdbc] def extractTo1: WrappedResultSet => Option[B1] = to1
private[scalikejdbc] def extractTo2: WrappedResultSet => Option[B2] = to2
private[scalikejdbc] def extractTo3: WrappedResultSet => Option[B3] = to3
private[scalikejdbc] def extractTo4: WrappedResultSet => Option[B4] = to4
private[scalikejdbc] def extractTo5: WrappedResultSet => Option[B5] = to5
private[scalikejdbc] def transform: (A, Seq[B1], Seq[B2], Seq[B3], Seq[B4], Seq[B5]) => Z = extractor
}