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scalikejdbc.StatementExecutor.scala Maven / Gradle / Ivy
/*
* Copyright 2012 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 java.sql.PreparedStatement
/**
* [[java.sql.Statement]] Executor
* @param underlying preparedStatement
* @param template SQL template
* @param params parameters
*/
case class StatementExecutor(underlying: PreparedStatement, template: String, params: Seq[Any]) extends LogSupport {
private val eol = System.getProperty("line.separator")
private val paramsWithIndices = params.map {
case option: Option[_] => option.orNull[Any]
case other => other
}.zipWithIndex
for ((param, idx) <- paramsWithIndices; i = idx + 1) {
param match {
case null => underlying.setObject(i, null)
case p: java.sql.Array => underlying.setArray(i, p)
case p: BigDecimal => underlying.setBigDecimal(i, p.bigDecimal)
case p: Boolean => underlying.setBoolean(i, p)
case p: Byte => underlying.setByte(i, p)
case p: java.sql.Date => underlying.setDate(i, p)
case p: Double => underlying.setDouble(i, p)
case p: Float => underlying.setFloat(i, p)
case p: Int => underlying.setInt(i, p)
case p: Long => underlying.setLong(i, p)
case p: Short => underlying.setShort(i, p)
case p: java.sql.SQLXML => underlying.setSQLXML(i, p)
case p: String => underlying.setString(i, p)
case p: java.sql.Time => underlying.setTime(i, p)
case p: java.sql.Timestamp => underlying.setTimestamp(i, p)
case p: java.net.URL => underlying.setURL(i, p)
case p: java.util.Date => underlying.setTimestamp(i, p.toSqlTimestamp)
case p: org.joda.time.DateTime => underlying.setTimestamp(i, p.toDate.toSqlTimestamp)
case p: org.joda.time.LocalDateTime => underlying.setTimestamp(i, p.toDate.toSqlTimestamp)
case p: org.joda.time.LocalDate => underlying.setDate(i, p.toDate.toSqlDate)
case p: org.joda.time.LocalTime => underlying.setTime(i, p.toSqlTime)
case p => {
log.debug("The parameter(" + p + ") is bound as Object.")
underlying.setObject(i, p)
}
}
}
private lazy val sqlString: String = {
def toPrintable(param: Any): String = ((param match {
case None => null
case Some(p) => toPrintable(p)
case p: String => p
case p: java.util.Date => p.toSqlTimestamp.toString
case p: org.joda.time.DateTime => p.toDate.toSqlTimestamp.toString
case p: org.joda.time.LocalDateTime => p.toDate.toSqlTimestamp
case p: org.joda.time.LocalDate => p.toDate.toSqlDate
case p: org.joda.time.LocalTime => p.toSqlTime
case p => p
}) match {
case null => "null"
case result: String if result.size > 100 => "'" + result.take(100) + "... (" + result.size + ")" + "'"
case result: String => "'" + result + "'"
case result => result.toString
}).replaceAll("\r", "\\\\r")
.replaceAll("\n", "\\\\n")
var i = 0
def trimSpaces(s: String, i: Int = 0): String = i match {
case i if i > 10 => s
case i => trimSpaces(s.replaceAll(" ", " "), i + 1)
}
trimSpaces(template
.replaceAll("\r", " ")
.replaceAll("\n", " ")
.replaceAll("\t", " "))
.map {
c =>
if (c == '?') {
i += 1
toPrintable(params(i - 1))
} else c
}.mkString
}
private def stackTraceInformation: String = " [Stack Trace]" + eol +
" ..." + eol +
Thread.currentThread.getStackTrace
.dropWhile {
trace =>
trace.getClassName != getClass.toString &&
(trace.getMethodName != "execute" &&
trace.getMethodName != "executeBatch" &&
trace.getMethodName != "executeUpdate" &&
trace.getMethodName != "executeQuery")
}.take(15).map {
trace =>
" " + trace.toString
}.mkString(eol) + eol + " ..." + eol
private class NakedExecutor {
def apply[A](execute: () => A): A = execute()
}
private trait LoggingSQLAndTiming extends NakedExecutor with LogSupport {
abstract override def apply[A](execute: () => A): A = {
import GlobalSettings.loggingSQLAndTime
if (loggingSQLAndTime.enabled) {
val before = System.currentTimeMillis
val result = super.apply(execute)
val after = System.currentTimeMillis
val spentMillis = after - before
if (loggingSQLAndTime.warningEnabled &&
spentMillis >= loggingSQLAndTime.warningThresholdMillis) {
log.withLevel(loggingSQLAndTime.warningLogLevel) {
"SQL execution completed" + eol +
eol +
" [Executed SQL]" + eol +
" " + sqlString + "; (" + spentMillis + " ms)" + eol +
eol +
stackTraceInformation
}
} else {
log.withLevel(loggingSQLAndTime.logLevel) {
"SQL execution completed" + eol +
eol +
" [Executed SQL]" + eol +
" " + sqlString + "; (" + spentMillis + " ms)" + eol +
eol +
stackTraceInformation
}
}
result
} else {
super.apply(execute)
}
}
}
private val statementExecute = new NakedExecutor with LoggingSQLAndTiming
def execute(): Boolean = statementExecute(() => underlying.execute())
def execute(x1: String): Boolean = statementExecute(() => underlying.execute(x1))
def execute(x1: String, x2: Array[Int]): Boolean = statementExecute(() => underlying.execute(x1, x2))
def execute(x1: String, x2: Array[String]): Boolean = statementExecute(() => underlying.execute(x1, x2))
def execute(x1: String, x2: Int): Boolean = statementExecute(() => underlying.execute(x1, x2))
def executeBatch(): Array[Int] = statementExecute(() => underlying.executeBatch())
def executeQuery(): java.sql.ResultSet = statementExecute(() => underlying.executeQuery())
def executeQuery(x1: String): java.sql.ResultSet = statementExecute(() => underlying.executeQuery(x1))
def executeUpdate(): Int = statementExecute(() => underlying.executeUpdate())
def executeUpdate(x1: String): Int = statementExecute(() => underlying.executeUpdate(x1))
def executeUpdate(x1: String, x2: Array[Int]): Int = statementExecute(() => underlying.executeUpdate(x1, x2))
def executeUpdate(x1: String, x2: Array[String]): Int = statementExecute(() => underlying.executeUpdate(x1, x2))
def executeUpdate(x1: String, x2: Int): Int = statementExecute(() => underlying.executeUpdate(x1, x2))
def close() = underlying.close()
}
