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org.jetbrains.kotlin.daemon.common.DaemonParams.kt Maven / Gradle / Ivy
/*
* Copyright 2010-2015 JetBrains s.r.o.
*
* 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 org.jetbrains.kotlin.daemon.common
import org.jetbrains.kotlin.cli.common.KOTLIN_COMPILER_ENVIRONMENT_KEEPALIVE_PROPERTY
import java.io.File
import java.io.Serializable
import java.lang.management.ManagementFactory
import java.security.MessageDigest
import java.util.*
import kotlin.reflect.KMutableProperty1
val COMPILER_JAR_NAME: String = "kotlin-compiler.jar"
val COMPILER_SERVICE_RMI_NAME: String = "KotlinJvmCompilerService"
val COMPILER_DAEMON_CLASS_FQN: String = "org.jetbrains.kotlin.daemon.KotlinCompileDaemon"
val COMPILE_DAEMON_FIND_PORT_ATTEMPTS: Int = 10
val COMPILE_DAEMON_PORTS_RANGE_START: Int = 17001
val COMPILE_DAEMON_PORTS_RANGE_END: Int = 18000
val COMPILE_DAEMON_ENABLED_PROPERTY: String = "kotlin.daemon.enabled"
val COMPILE_DAEMON_JVM_OPTIONS_PROPERTY: String = "kotlin.daemon.jvm.options"
val COMPILE_DAEMON_OPTIONS_PROPERTY: String = "kotlin.daemon.options"
val COMPILE_DAEMON_CLIENT_ALIVE_PATH_PROPERTY: String = "kotlin.daemon.client.alive.path"
val COMPILE_DAEMON_LOG_PATH_PROPERTY: String = "kotlin.daemon.log.path"
val COMPILE_DAEMON_REPORT_PERF_PROPERTY: String = "kotlin.daemon.perf"
val COMPILE_DAEMON_VERBOSE_REPORT_PROPERTY: String = "kotlin.daemon.verbose"
val COMPILE_DAEMON_CMDLINE_OPTIONS_PREFIX: String = "--daemon-"
val COMPILE_DAEMON_STARTUP_TIMEOUT_PROPERTY: String = "kotlin.daemon.startup.timeout"
val COMPILE_DAEMON_DEFAULT_FILES_PREFIX: String = "kotlin-daemon"
val COMPILE_DAEMON_TIMEOUT_INFINITE_S: Int = 0
val COMPILE_DAEMON_DEFAULT_IDLE_TIMEOUT_S: Int = 7200 // 2 hours
val COMPILE_DAEMON_DEFAULT_UNUSED_TIMEOUT_S: Int = 60
val COMPILE_DAEMON_DEFAULT_SHUTDOWN_DELAY_MS: Long = 1000L // 1 sec
val COMPILE_DAEMON_MEMORY_THRESHOLD_INFINITE: Long = 0L
val COMPILE_DAEMON_FORCE_SHUTDOWN_DEFAULT_TIMEOUT_MS: Long = 10000L // 10 secs
val COMPILE_DAEMON_TIMEOUT_INFINITE_MS: Long = 0L
val COMPILE_DAEMON_DEFAULT_RUN_DIR_PATH: String get() =
FileSystem.getRuntimeStateFilesPath("kotlin", "daemon")
val CLASSPATH_ID_DIGEST = "MD5"
open class PropMapper>(val dest: C,
val prop: P,
val names: List = listOf(prop.name),
val fromString: (String) -> V,
val toString: ((V) -> String?) = { it.toString() },
val skipIf: ((V) -> Boolean) = { false },
val mergeDelimiter: String? = null) {
open fun toArgs(prefix: String = COMPILE_DAEMON_CMDLINE_OPTIONS_PREFIX): List =
when {
skipIf(prop.get(dest)) -> listOf()
mergeDelimiter != null -> listOf(listOfNotNull(prefix + names.first(), toString(prop.get(dest))).joinToString(mergeDelimiter))
else -> listOfNotNull(prefix + names.first(), toString(prop.get(dest)))
}
open fun apply(s: String) = prop.set(dest, fromString(s))
}
class NullablePropMapper>(dest: C,
prop: P,
names: List = listOf(),
fromString: ((String) -> V),
toString: ((V) -> String?) = { it.toString() },
skipIf: ((V) -> Boolean) = { it == null },
mergeDelimiter: String? = null)
: PropMapper(dest = dest, prop = prop, names = if (names.any()) names else listOf(prop.name),
fromString = fromString, toString = toString, skipIf = skipIf, mergeDelimiter = mergeDelimiter)
class StringPropMapper>(dest: C,
prop: P,
names: List = listOf(),
fromString: ((String) -> String) = { it },
toString: ((String) -> String?) = { it.toString() },
skipIf: ((String) -> Boolean) = { it.isEmpty() },
mergeDelimiter: String? = null)
: PropMapper(dest = dest, prop = prop, names = if (names.any()) names else listOf(prop.name),
fromString = fromString, toString = toString, skipIf = skipIf, mergeDelimiter = mergeDelimiter)
class BoolPropMapper>(dest: C, prop: P, names: List = listOf())
: PropMapper(dest = dest, prop = prop, names = if (names.any()) names else listOf(prop.name),
fromString = { true }, toString = { null }, skipIf = { !prop.get(dest) })
class RestPropMapper>>(dest: C, prop: P)
: PropMapper, P>(dest = dest, prop = prop, toString = { null }, fromString = { arrayListOf() }) {
override fun toArgs(prefix: String): List = prop.get(dest).map { prefix + it }
override fun apply(s: String) = add(s)
fun add(s: String) {
prop.get(dest).add(s)
}
}
// helper function combining find with map, useful for the cases then there is a calculation performed in find, which is nice to return along with
// found value; mappingPredicate should return the pair of boolean compare predicate result and transformation value, we want to get along with found value
inline fun Iterable.findWithTransform(mappingPredicate: (T) -> Pair): R? {
for (element in this) {
val (found, mapped) = mappingPredicate(element)
if (found) return mapped
}
return null
}
// filter-like function, takes list of propmappers, bound to properties of concrete objects, iterates over receiver, extract matching values via appropriate
// mappers into bound properties; if restParser is given, adds all non-matching elements to it, otherwise return them as an iterable
// note bound properties mutation!
fun Iterable.filterExtractProps(propMappers: List>, prefix: String, restParser: RestPropMapper<*, *>? = null): Iterable {
val iter = iterator()
val rest = arrayListOf()
while (iter.hasNext()) {
val param = iter.next()
val (propMapper, matchingOption) = propMappers.findWithTransform { mapper ->
mapper.names
.firstOrNull { param.startsWith(prefix + it) }
.let { Pair(it != null, Pair(mapper, it)) }
} ?: Pair(null, null)
when {
propMapper != null -> {
val optionLength = prefix.length + matchingOption!!.length
when {
propMapper is BoolPropMapper<*, *> -> {
if (param.length > optionLength)
throw IllegalArgumentException("Invalid switch option '$param', expecting $prefix$matchingOption without arguments")
propMapper.apply("")
}
param.length > optionLength ->
if (param[optionLength] != '=') {
if (propMapper.mergeDelimiter == null)
throw IllegalArgumentException("Invalid option syntax '$param', expecting $prefix$matchingOption[= ]")
propMapper.apply(param.substring(optionLength))
}
else {
propMapper.apply(param.substring(optionLength + 1))
}
else -> {
if (!iter.hasNext()) throw IllegalArgumentException("Expecting argument for the option $prefix$matchingOption")
propMapper.apply(iter.next())
}
}
}
restParser != null && param.startsWith(prefix) ->
restParser.add(param.removePrefix(prefix))
else -> rest.add(param)
}
}
return rest
}
fun String.trimQuotes() = trim('"','\'')
interface OptionsGroup : Serializable {
val mappers: List>
}
fun Iterable.filterExtractProps(vararg groups: OptionsGroup, prefix: String): Iterable =
filterExtractProps(groups.flatMap { it.mappers }, prefix)
data class DaemonJVMOptions(
var maxMemory: String = "",
var maxPermSize: String = "",
var reservedCodeCacheSize: String = "",
var jvmParams: MutableCollection = arrayListOf()
) : OptionsGroup {
override val mappers: List>
get() = listOf(StringPropMapper(this, DaemonJVMOptions::maxMemory, listOf("Xmx"), mergeDelimiter = ""),
StringPropMapper(this, DaemonJVMOptions::maxPermSize, listOf("XX:MaxPermSize"), mergeDelimiter = "="),
StringPropMapper(this, DaemonJVMOptions::reservedCodeCacheSize, listOf("XX:ReservedCodeCacheSize"), mergeDelimiter = "="),
restMapper)
val restMapper: RestPropMapper<*, *>
get() = RestPropMapper(this, DaemonJVMOptions::jvmParams)
}
data class DaemonOptions(
var runFilesPath: String = COMPILE_DAEMON_DEFAULT_RUN_DIR_PATH,
var autoshutdownMemoryThreshold: Long = COMPILE_DAEMON_MEMORY_THRESHOLD_INFINITE,
var autoshutdownIdleSeconds: Int = COMPILE_DAEMON_DEFAULT_IDLE_TIMEOUT_S,
var autoshutdownUnusedSeconds: Int = COMPILE_DAEMON_DEFAULT_UNUSED_TIMEOUT_S,
var shutdownDelayMilliseconds: Long = COMPILE_DAEMON_DEFAULT_SHUTDOWN_DELAY_MS,
var forceShutdownTimeoutMilliseconds: Long = COMPILE_DAEMON_FORCE_SHUTDOWN_DEFAULT_TIMEOUT_MS,
var verbose: Boolean = false,
var reportPerf: Boolean = false
) : OptionsGroup {
override val mappers: List>
get() = listOf(PropMapper(this, DaemonOptions::runFilesPath, fromString = { it.trimQuotes() }),
PropMapper(this, DaemonOptions::autoshutdownMemoryThreshold, fromString = { it.toLong() }, skipIf = { it == 0L }, mergeDelimiter = "="),
// TODO: implement "use default" value without specifying default, so if client and server uses different defaults, it should not lead to many params in the cmd line; use 0 for it and used different val for infinite
PropMapper(this, DaemonOptions::autoshutdownIdleSeconds, fromString = { it.toInt() }, skipIf = { it == 0 }, mergeDelimiter = "="),
PropMapper(this, DaemonOptions::autoshutdownUnusedSeconds, fromString = { it.toInt() }, skipIf = { it == COMPILE_DAEMON_DEFAULT_UNUSED_TIMEOUT_S }, mergeDelimiter = "="),
PropMapper(this, DaemonOptions::shutdownDelayMilliseconds, fromString = { it.toLong() }, skipIf = { it == COMPILE_DAEMON_DEFAULT_SHUTDOWN_DELAY_MS }, mergeDelimiter = "="),
PropMapper(this, DaemonOptions::forceShutdownTimeoutMilliseconds, fromString = { it.toLong() }, skipIf = { it == COMPILE_DAEMON_FORCE_SHUTDOWN_DEFAULT_TIMEOUT_MS }, mergeDelimiter = "="),
BoolPropMapper(this, DaemonOptions::verbose),
BoolPropMapper(this, DaemonOptions::reportPerf))
}
// TODO: consider implementing generic approach to it or may be replace getters with ones returning default if necessary
val DaemonOptions.runFilesPathOrDefault: String
get() = if (runFilesPath.isBlank()) COMPILE_DAEMON_DEFAULT_RUN_DIR_PATH else runFilesPath
fun Iterable.distinctStringsDigest(): ByteArray =
MessageDigest.getInstance(CLASSPATH_ID_DIGEST)
.digest(this.distinct().sorted().joinToString("").toByteArray())
fun ByteArray.toHexString(): String = joinToString("", transform = { "%02x".format(it) })
data class CompilerId(
var compilerClasspath: List = listOf(),
var compilerVersion: String = ""
) : OptionsGroup {
override val mappers: List>
get() = listOf(PropMapper(this, CompilerId::compilerClasspath, toString = { it.joinToString(File.pathSeparator) }, fromString = { it.trimQuotes().split(File.pathSeparator) }),
StringPropMapper(this, CompilerId::compilerVersion))
companion object {
@JvmStatic
fun makeCompilerId(vararg paths: File): CompilerId = makeCompilerId(paths.asIterable())
@JvmStatic
fun makeCompilerId(paths: Iterable): CompilerId =
CompilerId(compilerClasspath = paths.map { it.absolutePath })
}
}
fun isDaemonEnabled(): Boolean = System.getProperty(COMPILE_DAEMON_ENABLED_PROPERTY) != null
fun configureDaemonJVMOptions(opts: DaemonJVMOptions,
vararg additionalParams: String,
inheritMemoryLimits: Boolean,
inheritAdditionalProperties: Boolean
): DaemonJVMOptions {
// note: sequence matters, explicit override in COMPILE_DAEMON_JVM_OPTIONS_PROPERTY should be done after inputArguments processing
if (inheritMemoryLimits) {
ManagementFactory.getRuntimeMXBean().inputArguments.filterExtractProps(opts.mappers, "-")
}
System.getProperty(COMPILE_DAEMON_JVM_OPTIONS_PROPERTY)?.let {
opts.jvmParams.addAll(
it.trimQuotes()
.split("(?
match[1]?.value?.let {
it.toLong() *
when (match[2]?.value) {
"k" -> 1 shl 10
"m" -> 1 shl 20
"g" -> 1 shl 30
else -> 1
}
}
}
private val daemonJVMOptionsMemoryProps =
listOf(DaemonJVMOptions::maxMemory, DaemonJVMOptions::maxPermSize, DaemonJVMOptions::reservedCodeCacheSize)
infix fun DaemonJVMOptions.memorywiseFitsInto(other: DaemonJVMOptions): Boolean =
daemonJVMOptionsMemoryProps
.all { (it.get(this).memToBytes() ?: 0) <= (it.get(other).memToBytes() ?: 0) }
fun compareDaemonJVMOptionsMemory(left: DaemonJVMOptions, right: DaemonJVMOptions): Int {
val props = daemonJVMOptionsMemoryProps.map { Pair(it.get(left).memToBytes() ?: 0, it.get(right).memToBytes() ?: 0) }
return when {
props.all { it.first == it.second } -> 0
props.all { it.first <= it.second } -> -1
props.all { it.first >= it.second } -> 1
else -> 0
}
}
class DaemonJVMOptionsMemoryComparator : Comparator {
override fun compare(left: DaemonJVMOptions, right: DaemonJVMOptions): Int = compareDaemonJVMOptionsMemory(left, right)
}
fun DaemonJVMOptions.updateMemoryUpperBounds(other: DaemonJVMOptions): DaemonJVMOptions {
daemonJVMOptionsMemoryProps
.forEach { if ((it.get(this).memToBytes() ?: 0) < (it.get(other).memToBytes() ?: 0)) it.set(this, it.get(other)) }
return this
}
