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QBenchmark.kt
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/*
* Copyright 2023. nyabkun
*
* Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*/
@file:Suppress("UNCHECKED_CAST")
import com.sun.nio.file.ExtendedOpenOption
import java.io.LineNumberReader
import java.io.PrintStream
import java.lang.StackWalker.StackFrame
import java.nio.charset.Charset
import java.nio.file.FileVisitOption
import java.nio.file.Files
import java.nio.file.LinkOption
import java.nio.file.OpenOption
import java.nio.file.Path
import java.nio.file.Paths
import java.nio.file.StandardOpenOption
import java.time.Duration
import java.util.concurrent.locks.Lock
import java.util.concurrent.locks.ReentrantLock
import java.util.stream.Stream
import kotlin.concurrent.withLock
import kotlin.io.path.absolutePathString
import kotlin.io.path.bufferedReader
import kotlin.io.path.exists
import kotlin.io.path.isDirectory
import kotlin.io.path.isRegularFile
import kotlin.io.path.isSymbolicLink
import kotlin.io.path.name
import kotlin.io.path.reader
import kotlin.math.abs
import kotlin.math.absoluteValue
import kotlin.math.max
import kotlin.math.min
import kotlin.math.sqrt
import kotlin.reflect.KClass
import kotlin.reflect.KFunction
import kotlin.reflect.KProperty1
import kotlin.reflect.KType
import kotlin.reflect.full.declaredFunctions
import kotlin.reflect.full.declaredMemberExtensionFunctions
import kotlin.reflect.full.declaredMemberProperties
import kotlin.reflect.full.extensionReceiverParameter
import kotlin.reflect.full.isSuperclassOf
import kotlin.reflect.full.memberExtensionFunctions
import kotlin.reflect.full.memberFunctions
import kotlin.reflect.jvm.isAccessible
import kotlin.streams.asSequence
import kotlin.system.measureNanoTime
import org.intellij.lang.annotations.Language
// qq-benchmark is self-contained single-file library created by nyabkun.
// - It can be added to your codebase with a simple copy and paste.
// - You can modify and redistribute it under the MIT License.
// - Please add a package declaration if necessary.
// << Root of the CallChain >>
@DslMarker
private annotation class QBenchDsl
// << Root of the CallChain >>
fun qBenchmark(action: QBenchmark.() -> Unit) {
val scope = QBenchmark()
scope.action()
scope.start()
}
// << Root of the CallChain >>
@QBenchDsl
class QBenchmark {
// << Root of the CallChain >>
private val blocks = mutableListOf<QBlock>()
// << Root of the CallChain >>
/**
* Number of trials
*/
var nTry: Int = 100
// << Root of the CallChain >>
/**
* If this instance has several [block]s, it will shuffle them in randomized order and measure the time.
* [nSingleMeasureLoop] represents how many times a block is executed in one measurement.
* Eventually, the code snippet in the [block] will be executed [nSingleMeasureLoop] * [nTry] times.
*/
var nSingleMeasureLoop: Int = 1
// << Root of the CallChain >>
/**
* In the early executions, the execution of the [block] takes more time,
* so we first perform some executions which are not counted in the measurements.
*/
var nWarmUpTry: Int = 100
// << Root of the CallChain >>
var out: QOut = QOut.CONSOLE
// << Root of the CallChain >>
/**
* Set the target code block for time measurement.
*/
fun block(label: String, task: (callCount: Long) -> Any?) {
if (nSingleMeasureLoop <= 1) {
blocks.add(QBlock(label, task))
} else {
blocks.add(QBlockLoop(label, nSingleMeasureLoop, task))
}
}
// << Root of the CallChain >>
/**
* Set the target code block for time measurement.
*/
fun block(task: (callCount: Long) -> Any?) {
block("Block ${blocks.size + 1}", task)
}
}
// << Root of the CallChain >>
@Suppress("UNCHECKED_CAST")
private fun QBenchmark.start() {
val blocksProp = this::class.declaredMemberProperties.find { it.name == "blocks" }!!
as KProperty1<QBenchmark, MutableList<QBlock>>
blocksProp.isAccessible = true
val blocks = blocksProp.get(this)
repeat(nWarmUpTry) {
for (block in blocks.shuffled()) {
block.timeItWarmup()
}
}
repeat(nTry) {
for (block in blocks.shuffled()) {
block.timeIt()
}
}
val result: String = blocks.joinToString("\n\n")
val formatted = result.qAlignRight("""\[2]""".re)
.qAlignRight("""\[3]""".re)
.qAlignRight("""\[10]""".re)
.qAlignRight("""\[100]""".re)
.qAlignRight("""\[1000]""".re)
.qAlignRight("""\[10000]""".re)
.qAlignRight("""\[100000]""".re)
.qAlignRight("""\[1000000]""".re)
.qAlignRight("""\[10000000]""".re)
.qAlignRight("""\[100000000]""".re)
out.println(formatted)
out.close()
}
// << Root of the CallChain >>
private class QBlockLoop(
label: String,
val nSingleMeasureLoop: Int,
task: (callCount: Long) -> Any?,
) : QBlock(label, { callCount ->
var firstResult: Any? = null
for (i in 1..nSingleMeasureLoop) {
firstResult = task(callCount * (nSingleMeasureLoop - 1) + i)
}
firstResult
}) {
// << Root of the CallChain >>
override val timeAverage: Double
get() = timeTotal / (nMeasureTried * nSingleMeasureLoop).toDouble()
// << Root of the CallChain >>
override val timeStandardDeviation: Double
get() = stat.σ / nSingleMeasureLoop
// << Root of the CallChain >>
override val timeMedian: Double
get() = stat.median / nSingleMeasureLoop
}
// << Root of the CallChain >>
private open class QBlock(
val label: String,
val task: (callCount: Long) -> Any?,
) {
// << Root of the CallChain >>
protected val stat: QOnePassStat = QOnePassStat()
// << Root of the CallChain >>
var resultFirst: Any? = Unit
// << Root of the CallChain >>
var timeTotal: Long = 0
// << Root of the CallChain >>
var nWarmupCall: Long = 0
// << Root of the CallChain >>
var nMeasureTried: Long = 0
// << Root of the CallChain >>
val nCallTotal: Long
get() = nWarmupCall + nMeasureTried
// << Root of the CallChain >>
val resultsWarmup = mutableListOf<QTimeAndResult>()
// << Root of the CallChain >>
open val timeAverage: Double
get() = timeTotal / nMeasureTried.toDouble()
// << Root of the CallChain >>
open val timeStandardDeviation: Double
get() = stat.σ
// << Root of the CallChain >>
open val timeMedian: Double
get() = stat.median
// << Root of the CallChain >>
fun timeItWarmup(): Any? {
var result: Any?
val time = measureNanoTime {
result = task(nWarmupCall)
}
nWarmupCall++
val curTryCount = nWarmupCall.toInt()
val size = resultsWarmup.size
var iSize = 3
if (size < iSize ||
size < ++iSize && curTryCount % 10 == 0 ||
size < ++iSize && curTryCount % 100 == 0 ||
size < ++iSize && curTryCount % 1000 == 0 ||
size < ++iSize && curTryCount % 10000 == 0 ||
size < ++iSize && curTryCount % 100000 == 0 ||
size < ++iSize && curTryCount % 1000000 == 0 ||
size < ++iSize && curTryCount % 10000000 == 0 ||
size < ++iSize && curTryCount % 100000000 == 0
) {
resultsWarmup += if (this is QBlockLoop) {
QTimeAndResult(curTryCount - 1, time, nSingleMeasureLoop, result)
} else {
QTimeAndResult(curTryCount - 1, time, 1, result)
}
}
if (nWarmupCall == 1L) {
resultFirst = result
}
return result
}
// << Root of the CallChain >>
fun timeIt(): Any? {
var result: Any?
val time = measureNanoTime {
result = task(nWarmupCall)
}
timeTotal += time
stat.add(time.toDouble())
nMeasureTried++
if (nMeasureTried == 1L) {
resultFirst = result
}
return result
}
// << Root of the CallChain >>
fun summary(): String = "$label [Average] ${timeAverage.toLong().qFormatDuration()}"
// << Root of the CallChain >>
override fun toString(): String {
val countMulti = if (this is QBlockLoop) {
this.nSingleMeasureLoop
} else {
1
}
val measureLoop = if (this is QBlockLoop) {
"[SingleMeasureLoop] ${nSingleMeasureLoop.qFormat().trim()}"
} else {
"[SingleMeasureLoop] 1"
}
// TODO variance / unbiased variance /
var text = """
${"■".red} ${label.blue} ${timeAverage.toLong().qFormatDuration().trim().yellow}
${"[ Average ]"} ${timeAverage.toLong().qFormatDuration().trim()} [ Median ] ${timeMedian.qFormatDuration().trim()}
[ Standard Deviation ] ${(timeStandardDeviation).qFormatDuration().trim()} [ Total ] ${
timeTotal.qFormatDuration().trim()
}
[ Call Count ] ${nMeasureTried * countMulti} [ Call Count (Warmup) ] ${nWarmupCall * countMulti}
$measureLoop"""
.qMakeEqualWidth(Regex("""\[(.*?)]"""), align = QAlign.CENTER)
.qAlignRightAll(Regex("""\[(.*?)]"""), keepLength = false)
.replace(Regex("""\[(.*?)]"""), "[$1]".green)
.trimStart()
if (resultsWarmup.isNotEmpty()) {
text += "\n - Warmups (The following values do not affect the above measurements) :\n ".dark_gray + resultsWarmup.joinToString(
" "
) {
it.str(false)
}.dark_gray
}
return text
}
}
// region Src from Non-Root API Files -- Auto Generated by nyab.conf.QCompactLib.kt
// ================================================================================
// CallChain[size=5] = QMyException <-[Ref]- QE <-[Ref]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private enum class QMyException {
// CallChain[size=6] = QMyException.Other <-[Call]- QException.QException() <-[Ref]- QE.throwIt() <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
Other,
// CallChain[size=12] = QMyException.Unreachable <-[Call]- qUnreachable() <-[Call]- QFetchRule.SINGL ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
Unreachable,
// CallChain[size=13] = QMyException.ShouldNotBeNull <-[Call]- T.qaNotNull() <-[Call]- qSrcFileAtFra ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
ShouldNotBeNull,
// CallChain[size=8] = QMyException.ShouldNotBeZero <-[Call]- Int.qaNotZero() <-[Call]- CharSequence ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
ShouldNotBeZero,
// CallChain[size=11] = QMyException.ShouldBeEvenNumber <-[Call]- qBrackets() <-[Call]- qMySrcLinesA ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
ShouldBeEvenNumber,
// CallChain[size=12] = QMyException.FileNotFound <-[Call]- qSrcFileAtFrame() <-[Call]- qSrcFileLine ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
FileNotFound,
// CallChain[size=12] = QMyException.FetchLinesFail <-[Call]- Path.qFetchLinesAround() <-[Call]- qSr ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
FetchLinesFail,
// CallChain[size=13] = QMyException.LineNumberExceedsMaximum <-[Call]- Path.qLineAt() <-[Call]- Pat ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
LineNumberExceedsMaximum,
// CallChain[size=4] = QMyException.IllegalArgument <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
IllegalArgument;
}
// CallChain[size=10] = QMyLog <-[Ref]- QLogStyle <-[Ref]- QLogStyle.SRC_AND_STACK <-[Call]- QExcept ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMyLog {
// CallChain[size=10] = QMyLog.out <-[Call]- QLogStyle <-[Ref]- QLogStyle.SRC_AND_STACK <-[Call]- QE ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
/**
* Default output stream
*/
val out: QOut = QOut.CONSOLE
// CallChain[size=6] = QMyLog.no_format <-[Call]- Any.qToLogString() <-[Call]- QE.throwIt() <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
var no_format: Boolean = false
}
// CallChain[size=6] = QMyMark <-[Ref]- QException.QException() <-[Ref]- QE.throwIt() <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
@Suppress("MayBeConstant")
private object QMyMark {
// CallChain[size=6] = QMyMark.warn <-[Call]- QException.QException() <-[Ref]- QE.throwIt() <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val warn = "⚠".yellow
}
// CallChain[size=9] = QMyPath <-[Ref]- qLogStackFrames() <-[Call]- QException.mySrcAndStack <-[Call ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMyPath {
// -- dirs
// CallChain[size=10] = QMyPath.src <-[Call]- QMyPath.src_root <-[Call]- qLogStackFrames() <-[Call]- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val src = "src".path
// CallChain[size=10] = QMyPath.src_java <-[Call]- QMyPath.src_root <-[Call]- qLogStackFrames() <-[C ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val src_java = "src-java".path
// CallChain[size=10] = QMyPath.src_build <-[Call]- QMyPath.src_root <-[Call]- qLogStackFrames() <-[ ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val src_build = "src-build".path
// CallChain[size=10] = QMyPath.src_experiment <-[Call]- QMyPath.src_root <-[Call]- qLogStackFrames( ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val src_experiment = "src-experiment".path
// CallChain[size=10] = QMyPath.src_plugin <-[Call]- QMyPath.src_root <-[Call]- qLogStackFrames() <- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val src_plugin = "src-plugin".path
// CallChain[size=10] = QMyPath.src_config <-[Call]- QMyPath.src_root <-[Call]- qLogStackFrames() <- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val src_config = "src-config".path
// CallChain[size=10] = QMyPath.src_test <-[Call]- QMyPath.src_root <-[Call]- qLogStackFrames() <-[C ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val src_test = "src-test".path
// --- dir list
// CallChain[size=9] = QMyPath.src_root <-[Call]- qLogStackFrames() <-[Call]- QException.mySrcAndSta ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val src_root: List<Path> by lazy {
val base = listOf(
src,
src_test,
src_experiment,
src_config,
src_plugin,
src_java,
src_build,
"src".path,
"test".path,
"src/main/kotlin".path,
"src/test/kotlin".path,
"src/main/java".path,
"src/test/java".path,
// ".".path,
).filter { it.exists() }
val search = Paths.get(".").qListByMatch(type = QFType.Dir, nameMatch = QM.startsWith("src-"), maxDepth = 1)
(base + search).distinct()
}
// -- files
}
// CallChain[size=8] = QMyToString <-[Call]- qToStringRegistry <-[Call]- Any.qToString() <-[Call]- A ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMyToString {
}
// CallChain[size=4] = QE <-[Ref]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private typealias QE = QMyException
// CallChain[size=6] = qSTACK_FRAME_FILTER <-[Call]- QException.QException() <-[Ref]- QE.throwIt() <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private val qSTACK_FRAME_FILTER: (StackWalker.StackFrame) -> Boolean = {
!it.className.startsWith("org.gradle") &&
!it.className.startsWith("org.testng") &&
!it.className.startsWith("worker.org.gradle") &&
!it.methodName.endsWith("\$default") && it.fileName != null &&
// && !it.className.startsWith(QException::class.qualifiedName!!)
// && it.methodName != "invokeSuspend"
it.declaringClass != null
// && it.declaringClass.canonicalName != null
// && !it.declaringClass.canonicalName.startsWith("kotlin.coroutines.jvm.internal.")
// && !it.declaringClass.canonicalName.startsWith("kotlinx.coroutines")
}
// CallChain[size=14] = String.qMatches() <-[Call]- Path.qFind() <-[Call]- Collection<Path>.qFind() ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun String.qMatches(matcher: QM): Boolean = matcher.matches(this)
// CallChain[size=14] = QMatchAny <-[Call]- QM.isAny() <-[Propag]- QM.exact() <-[Call]- qSrcFileAtFr ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMatchAny : QM {
// CallChain[size=15] = QMatchAny.matches() <-[Propag]- QMatchAny <-[Call]- QM.isAny() <-[Propag]- Q ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(text: String): Boolean {
return true
}
// CallChain[size=15] = QMatchAny.toString() <-[Propag]- QMatchAny <-[Call]- QM.isAny() <-[Propag]- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun toString(): String {
return this::class.simpleName.toString()
}
}
// CallChain[size=14] = QMatchNone <-[Call]- QM.isNone() <-[Propag]- QM.exact() <-[Call]- qSrcFileAt ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMatchNone : QM {
// CallChain[size=15] = QMatchNone.matches() <-[Propag]- QMatchNone <-[Call]- QM.isNone() <-[Propag] ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(text: String): Boolean {
return false
}
// CallChain[size=15] = QMatchNone.toString() <-[Propag]- QMatchNone <-[Call]- QM.isNone() <-[Propag ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun toString(): String {
return this::class.simpleName.toString()
}
}
// CallChain[size=13] = QM <-[Ref]- QM.exact() <-[Call]- qSrcFileAtFrame() <-[Call]- qSrcFileLinesAt ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private interface QM {
// CallChain[size=13] = QM.matches() <-[Propag]- QM.exact() <-[Call]- qSrcFileAtFrame() <-[Call]- qS ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun matches(text: String): Boolean
// CallChain[size=13] = QM.isAny() <-[Propag]- QM.exact() <-[Call]- qSrcFileAtFrame() <-[Call]- qSrc ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun isAny(): Boolean = this == QMatchAny
// CallChain[size=13] = QM.isNone() <-[Propag]- QM.exact() <-[Call]- qSrcFileAtFrame() <-[Call]- qSr ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun isNone(): Boolean = this == QMatchNone
companion object {
// CallChain[size=12] = QM.exact() <-[Call]- qSrcFileAtFrame() <-[Call]- qSrcFileLinesAtFrame() <-[C ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun exact(text: String, ignoreCase: Boolean = false): QM = QExactMatch(text, ignoreCase)
// CallChain[size=10] = QM.startsWith() <-[Call]- QMyPath.src_root <-[Call]- qLogStackFrames() <-[Ca ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun startsWith(text: String, ignoreCase: Boolean = false): QM = QStartsWithMatch(text, ignoreCase)
}
}
// CallChain[size=13] = QExactMatch <-[Call]- QM.exact() <-[Call]- qSrcFileAtFrame() <-[Call]- qSrcF ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private class QExactMatch(val textExact: String, val ignoreCase: Boolean = false) : QM {
// CallChain[size=14] = QExactMatch.matches() <-[Propag]- QExactMatch <-[Call]- QM.exact() <-[Call]- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(text: String): Boolean {
return text.equals(textExact, ignoreCase)
}
// CallChain[size=14] = QExactMatch.toString() <-[Propag]- QExactMatch <-[Call]- QM.exact() <-[Call] ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun toString(): String {
return this::class.simpleName + "(textExact=$textExact, ignoreCase=$ignoreCase)"
}
}
// CallChain[size=11] = QStartsWithMatch <-[Call]- QM.startsWith() <-[Call]- QMyPath.src_root <-[Cal ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private class QStartsWithMatch(val textStartsWith: String, val ignoreCase: Boolean = false) : QM {
// CallChain[size=12] = QStartsWithMatch.matches() <-[Propag]- QStartsWithMatch <-[Call]- QM.startsW ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(text: String): Boolean {
return text.startsWith(textStartsWith, ignoreCase)
}
// CallChain[size=12] = QStartsWithMatch.toString() <-[Propag]- QStartsWithMatch <-[Call]- QM.starts ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun toString(): String {
return this::class.simpleName + "(textStartsWith=$textStartsWith, ignoreCase=$ignoreCase)"
}
}
// CallChain[size=9] = qAnd() <-[Call]- QMFunc.and() <-[Call]- qToStringRegistry <-[Call]- Any.qToSt ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun qAnd(vararg matches: QMFunc): QMFunc = QMatchFuncAnd(*matches)
// CallChain[size=8] = QMFunc.and() <-[Call]- qToStringRegistry <-[Call]- Any.qToString() <-[Call]- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private infix fun QMFunc.and(match: QMFunc): QMFunc {
return if (this is QMatchFuncAnd) {
QMatchFuncAnd(*matchList, match)
} else {
qAnd(this, match)
}
}
// CallChain[size=10] = QMatchFuncAny <-[Call]- QMFunc.isAny() <-[Propag]- QMFunc.IncludeExtensionsI ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMatchFuncAny : QMFuncA() {
// CallChain[size=11] = QMatchFuncAny.matches() <-[Propag]- QMatchFuncAny <-[Call]- QMFunc.isAny() < ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(value: KFunction<*>): Boolean {
return true
}
}
// CallChain[size=10] = QMatchFuncNone <-[Call]- QMFunc.isNone() <-[Propag]- QMFunc.IncludeExtension ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMatchFuncNone : QMFuncA() {
// CallChain[size=11] = QMatchFuncNone.matches() <-[Propag]- QMatchFuncNone <-[Call]- QMFunc.isNone( ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(value: KFunction<*>): Boolean {
return false
}
}
// CallChain[size=9] = QMatchFuncDeclaredOnly <-[Call]- QMFunc.DeclaredOnly <-[Call]- qToStringRegis ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMatchFuncDeclaredOnly : QMFuncA() {
// CallChain[size=10] = QMatchFuncDeclaredOnly.declaredOnly <-[Propag]- QMatchFuncDeclaredOnly <-[Ca ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override val declaredOnly = true
// CallChain[size=10] = QMatchFuncDeclaredOnly.matches() <-[Propag]- QMatchFuncDeclaredOnly <-[Call] ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(value: KFunction<*>): Boolean {
return true
}
}
// CallChain[size=9] = QMatchFuncIncludeExtensionsInClass <-[Call]- QMFunc.IncludeExtensionsInClass ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private object QMatchFuncIncludeExtensionsInClass : QMFuncA() {
// CallChain[size=10] = QMatchFuncIncludeExtensionsInClass.includeExtensionsInClass <-[Propag]- QMat ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override val includeExtensionsInClass = true
// CallChain[size=10] = QMatchFuncIncludeExtensionsInClass.matches() <-[Propag]- QMatchFuncIncludeEx ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(value: KFunction<*>): Boolean {
return true
}
}
// CallChain[size=9] = QMatchFuncAnd <-[Ref]- QMFunc.and() <-[Call]- qToStringRegistry <-[Call]- Any ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private class QMatchFuncAnd(vararg match: QMFunc) : QMFuncA() {
// CallChain[size=9] = QMatchFuncAnd.matchList <-[Call]- QMFunc.and() <-[Call]- qToStringRegistry <- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val matchList = match
// CallChain[size=10] = QMatchFuncAnd.declaredOnly <-[Propag]- QMatchFuncAnd.matchList <-[Call]- QMF ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override val declaredOnly = matchList.any { it.declaredOnly }
// CallChain[size=10] = QMatchFuncAnd.includeExtensionsInClass <-[Propag]- QMatchFuncAnd.matchList < ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override val includeExtensionsInClass: Boolean = matchList.any { it.includeExtensionsInClass }
// CallChain[size=10] = QMatchFuncAnd.matches() <-[Propag]- QMatchFuncAnd.matchList <-[Call]- QMFunc ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(value: KFunction<*>): Boolean {
return matchList.all { it.matches(value) }
}
}
// CallChain[size=11] = QMFuncA <-[Call]- QMatchFuncNone <-[Call]- QMFunc.isNone() <-[Propag]- QMFun ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private abstract class QMFuncA : QMFunc {
// CallChain[size=12] = QMFuncA.declaredOnly <-[Propag]- QMFuncA <-[Call]- QMatchFuncNone <-[Call]- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override val declaredOnly: Boolean = false
// CallChain[size=12] = QMFuncA.includeExtensionsInClass <-[Propag]- QMFuncA <-[Call]- QMatchFuncNon ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override val includeExtensionsInClass: Boolean = false
}
// CallChain[size=9] = QMFunc <-[Ref]- QMFunc.IncludeExtensionsInClass <-[Call]- qToStringRegistry < ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private interface QMFunc {
// CallChain[size=9] = QMFunc.declaredOnly <-[Propag]- QMFunc.IncludeExtensionsInClass <-[Call]- qTo ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val declaredOnly: Boolean
// CallChain[size=9] = QMFunc.includeExtensionsInClass <-[Propag]- QMFunc.IncludeExtensionsInClass < ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val includeExtensionsInClass: Boolean
// CallChain[size=9] = QMFunc.matches() <-[Propag]- QMFunc.IncludeExtensionsInClass <-[Call]- qToStr ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun matches(value: KFunction<*>): Boolean
// CallChain[size=9] = QMFunc.isAny() <-[Propag]- QMFunc.IncludeExtensionsInClass <-[Call]- qToStrin ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun isAny(): Boolean = this == QMatchFuncAny
// CallChain[size=9] = QMFunc.isNone() <-[Propag]- QMFunc.IncludeExtensionsInClass <-[Call]- qToStri ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun isNone(): Boolean = this == QMatchFuncNone
companion object {
// CallChain[size=8] = QMFunc.DeclaredOnly <-[Call]- qToStringRegistry <-[Call]- Any.qToString() <-[ ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val DeclaredOnly: QMFunc = QMatchFuncDeclaredOnly
// CallChain[size=8] = QMFunc.IncludeExtensionsInClass <-[Call]- qToStringRegistry <-[Call]- Any.qTo ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
// TODO OnlyExtensionsInClass
val IncludeExtensionsInClass: QMFunc = QMatchFuncIncludeExtensionsInClass
// TODO vararg, nullability, param names, type parameter
// TODO handle createType() more carefully
// CallChain[size=8] = QMFunc.nameExact() <-[Call]- qToStringRegistry <-[Call]- Any.qToString() <-[C ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun nameExact(text: String, ignoreCase: Boolean = false): QMFunc {
return QMatchFuncName(QM.exact(text, ignoreCase = ignoreCase))
}
}
}
// CallChain[size=9] = QMatchFuncName <-[Call]- QMFunc.nameExact() <-[Call]- qToStringRegistry <-[Ca ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private class QMatchFuncName(val nameMatcher: QM) : QMFuncA() {
// CallChain[size=10] = QMatchFuncName.matches() <-[Propag]- QMatchFuncName <-[Call]- QMFunc.nameExa ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun matches(value: KFunction<*>): Boolean {
return nameMatcher.matches(value.name)
}
// CallChain[size=10] = QMatchFuncName.toString() <-[Propag]- QMatchFuncName <-[Call]- QMFunc.nameEx ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun toString(): String {
return this::class.simpleName + ":" + nameMatcher.toString()
}
}
// CallChain[size=13] = qDEFAULT_CACHE_IT_EXPIRATION_CHECK_INTERVAL <-[Call]- QCacheMap.QCacheMap() ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private const val qDEFAULT_CACHE_IT_EXPIRATION_CHECK_INTERVAL = 1000L
// CallChain[size=11] = qThreadLocalCache <-[Call]- qCacheItTimedThreadLocal() <-[Call]- qCacheItOne ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private val qThreadLocalCache: ThreadLocal<QCacheMap> by lazy {
ThreadLocal.withInitial {
QCacheMap(
qDEFAULT_CACHE_IT_EXPIRATION_CHECK_INTERVAL
)
}
}
// CallChain[size=12] = qCacheThreadSafe <-[Call]- qCacheItTimed() <-[Call]- qCacheItOneSec() <-[Cal ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private val qCacheThreadSafe: QCacheMap by lazy { QCacheMap(qDEFAULT_CACHE_IT_EXPIRATION_CHECK_INTERVAL, true) }
// CallChain[size=10] = qCacheItOneSec() <-[Call]- qMySrcLinesAtFrame() <-[Call]- qLogStackFrames() ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun <K : Any, V : Any?> qCacheItOneSec(key: K, block: () -> V): V = qCacheItTimed(key, 1000L, block)
// CallChain[size=11] = qCacheItTimed() <-[Call]- qCacheItOneSec() <-[Call]- qMySrcLinesAtFrame() <- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun <K : Any, V : Any?> qCacheItTimed(key: K, duration: Long, block: () -> V): V =
qCacheThreadSafe.getOrPut(key) { QCacheEntry(block(), duration, qNow) }.value as V
// CallChain[size=9] = qCacheItOneSecThreadLocal() <-[Call]- qRe() <-[Call]- QException.mySrcAndStac ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun <K : Any, V : Any> qCacheItOneSecThreadLocal(key: K, block: () -> V): V =
qCacheItTimedThreadLocal(key, 1000L, block)
// CallChain[size=10] = qCacheItTimedThreadLocal() <-[Call]- qCacheItOneSecThreadLocal() <-[Call]- q ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun <K : Any, V : Any> qCacheItTimedThreadLocal(key: K, duration: Long, block: () -> V): V =
qThreadLocalCache.get().getOrPut(key) { QCacheEntry(block(), duration, qNow) }.value as V
// CallChain[size=12] = QCacheMap <-[Ref]- qThreadLocalCache <-[Call]- qCacheItTimedThreadLocal() <- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private class QCacheMap(
val expirationCheckInterval: Long = qDEFAULT_CACHE_IT_EXPIRATION_CHECK_INTERVAL,
val threadSafe: Boolean = false
) {
// CallChain[size=12] = QCacheMap.lastCheck <-[Call]- QCacheMap.getOrPut() <-[Call]- qCacheItTimedTh ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
var lastCheck: Long = -1
// CallChain[size=12] = QCacheMap.lock <-[Call]- QCacheMap.getOrPut() <-[Call]- qCacheItTimedThreadL ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val lock: ReentrantLock = ReentrantLock()
// CallChain[size=12] = QCacheMap.map <-[Call]- QCacheMap.getOrPut() <-[Call]- qCacheItTimedThreadLo ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val map: MutableMap<Any, QCacheEntry> = mutableMapOf()
// CallChain[size=12] = QCacheMap.clearExpired() <-[Call]- QCacheMap.getOrPut() <-[Call]- qCacheItTi ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun clearExpired(): Int = lock.qWithLock(threadSafe) {
val toRemove = map.filterValues { it.isExpired() }
toRemove.forEach { map.remove(it.key) }
return toRemove.count()
}
// CallChain[size=11] = QCacheMap.getOrPut() <-[Call]- qCacheItTimedThreadLocal() <-[Call]- qCacheIt ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun getOrPut(key: Any, defaultValue: () -> QCacheEntry): QCacheEntry = lock.qWithLock(threadSafe) {
val now = qNow
if (now - lastCheck > expirationCheckInterval) {
lastCheck = now
clearExpired()
}
map.getOrPut(key, defaultValue)
}
}
// CallChain[size=11] = QCacheEntry <-[Call]- qCacheItTimedThreadLocal() <-[Call]- qCacheItOneSecThr ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private data class QCacheEntry(val value: Any?, val duration: Long, val creationTime: Long = qNow) {
// CallChain[size=13] = QCacheEntry.isExpired() <-[Call]- QCacheMap.clearExpired() <-[Call]- QCacheM ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun isExpired() = (qNow - creationTime) > duration
}
// CallChain[size=12] = Lock.qWithLock() <-[Call]- QCacheMap.getOrPut() <-[Call]- qCacheItTimedThrea ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private inline fun <T> Lock.qWithLock(threadSafe: Boolean, block: () -> T): T {
return if (threadSafe) {
withLock(block)
} else {
block()
}
}
// CallChain[size=4] = QE.throwIt() <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun QE.throwIt(msg: Any? = "", e: Throwable? = null, stackDepth: Int = 0): Nothing {
throw QException(
this,
if (msg is String && msg.isEmpty()) {
"No detailed error messages".light_gray
} else {
msg.qToLogString()
},
e, stackDepth = stackDepth + 1
)
}
// CallChain[size=13] = QE.throwItFile() <-[Call]- LineNumberReader.qFetchLinesAround() <-[Call]- Pa ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun QE.throwItFile(path: Path, e: Throwable? = null, stackDepth: Int = 0): Nothing {
throw QException(this, qBrackets("File", path.absolutePathString()), e, stackDepth = stackDepth + 1)
}
// CallChain[size=11] = QE.throwItBrackets() <-[Call]- qBrackets() <-[Call]- qMySrcLinesAtFrame() <- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun QE.throwItBrackets(vararg keysAndValues: Any?, e: Throwable? = null, stackDepth: Int = 0): Nothing {
throw QException(this, qBrackets(*keysAndValues), e, stackDepth = stackDepth + 1)
}
// CallChain[size=11] = qUnreachable() <-[Call]- QFetchRule.SINGLE_LINE <-[Call]- QSrcCut.QSrcCut() ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun qUnreachable(msg: Any? = ""): Nothing {
QE.Unreachable.throwIt(msg)
}
// CallChain[size=5] = QException <-[Call]- QE.throwIt() <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private class QException(
val type: QE = QE.Other,
msg: String = QMyMark.warn,
e: Throwable? = null,
val stackDepth: Int = 0,
stackSize: Int = 20,
stackFilter: (StackWalker.StackFrame) -> Boolean = qSTACK_FRAME_FILTER,
private val srcCut: QSrcCut = QSrcCut.MULTILINE_NOCUT,
) : RuntimeException(msg, e) {
// CallChain[size=6] = QException.printStackTrace() <-[Propag]- QException.QException() <-[Ref]- QE. ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun printStackTrace(s: PrintStream) {
s.println("\n" + qToString() + "\n" + mySrcAndStack)
}
// CallChain[size=7] = QException.stackFrames <-[Call]- QException.getStackTrace() <-[Propag]- QExce ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val stackFrames = qStackFrames(stackDepth + 2, size = stackSize, filter = stackFilter)
// CallChain[size=7] = QException.mySrcAndStack <-[Call]- QException.printStackTrace() <-[Propag]- Q ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val mySrcAndStack: String by lazy {
qLogStackFrames(frames = stackFrames, style = QLogStyle.SRC_AND_STACK, srcCut = srcCut, quiet = true)
.qColorTarget(qRe("""\sshould[a-zA-Z]+"""), QShColor.LightYellow)
}
// CallChain[size=6] = QException.getStackTrace() <-[Propag]- QException.QException() <-[Ref]- QE.th ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun getStackTrace(): Array<StackTraceElement> {
return stackFrames.map {
it.toStackTraceElement()
}.toTypedArray()
}
// CallChain[size=7] = QException.qToString() <-[Call]- QException.toString() <-[Propag]- QException ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun qToString(): String {
val msg = message
return if (!msg.isNullOrEmpty() && type.name != message) {
"${type.name.yellow} ${":".yellow}${
msg.qWithSpacePrefix(onlyIf = QOnlyIfStr.SingleLine).qWithNewLinePrefix(onlyIf = QOnlyIfStr.Multiline)
}".trim()
} else {
type.name.yellow
}
}
// CallChain[size=6] = QException.toString() <-[Propag]- QException.QException() <-[Ref]- QE.throwIt() <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
override fun toString(): String {
return qToString()
// used by @Test
// return type.name.yellow
}
}
// CallChain[size=12] = T.qaNotNull() <-[Call]- qSrcFileAtFrame() <-[Call]- qSrcFileLinesAtFrame() < ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun <T : Any> T?.qaNotNull(exceptionType: QE = QE.ShouldNotBeNull, msg: Any? = ""): T {
if (this != null) {
return this
} else {
exceptionType.throwIt(stackDepth = 1, msg = msg)
}
}
// CallChain[size=7] = Int.qaNotZero() <-[Call]- CharSequence.qMask() <-[Call]- Any.qToLogString() < ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun Int?.qaNotZero(exceptionType: QE = QE.ShouldNotBeZero, msg: Any? = ""): Int {
if (this == null) {
QE.ShouldNotBeNull.throwIt(stackDepth = 1, msg = msg)
} else if (this == 0) {
exceptionType.throwIt(stackDepth = 1, msg = msg)
} else {
return this
}
}
// CallChain[size=13] = qBUFFER_SIZE <-[Call]- Path.qReader() <-[Call]- Path.qFetchLinesAround() <-[ ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private const val qBUFFER_SIZE = DEFAULT_BUFFER_SIZE
// CallChain[size=13] = QOpenOpt <-[Ref]- Path.qReader() <-[Call]- Path.qFetchLinesAround() <-[Call] ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
// @formatter:off
private enum class QOpenOpt(val opt: OpenOption) : QFlagEnum<QOpenOpt> {
// CallChain[size=15] = QOpenOpt.TRUNCATE_EXISTING <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<Q ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
TRUNCATE_EXISTING(StandardOpenOption.TRUNCATE_EXISTING),
// CallChain[size=15] = QOpenOpt.CREATE <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt>.to ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
CREATE(StandardOpenOption.CREATE),
// CallChain[size=15] = QOpenOpt.CREATE_NEW <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
CREATE_NEW(StandardOpenOption.CREATE_NEW),
// CallChain[size=15] = QOpenOpt.WRITE <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt>.toO ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
WRITE(StandardOpenOption.WRITE),
// CallChain[size=15] = QOpenOpt.READ <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt>.toOp ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
READ(StandardOpenOption.READ),
// CallChain[size=15] = QOpenOpt.APPEND <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt>.to ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
APPEND(StandardOpenOption.APPEND),
// CallChain[size=15] = QOpenOpt.DELETE_ON_CLOSE <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOp ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
DELETE_ON_CLOSE(StandardOpenOption.DELETE_ON_CLOSE),
// CallChain[size=15] = QOpenOpt.DSYNC <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt>.toO ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
DSYNC(StandardOpenOption.DSYNC),
// CallChain[size=15] = QOpenOpt.SYNC <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt>.toOp ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
SYNC(StandardOpenOption.SYNC),
// CallChain[size=15] = QOpenOpt.SPARSE <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt>.to ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
SPARSE(StandardOpenOption.SPARSE),
// CallChain[size=15] = QOpenOpt.EX_DIRECT <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOpenOpt> ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
EX_DIRECT(ExtendedOpenOption.DIRECT),
// CallChain[size=15] = QOpenOpt.EX_NOSHARE_DELETE <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<Q ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
EX_NOSHARE_DELETE(ExtendedOpenOption.NOSHARE_DELETE),
// CallChain[size=15] = QOpenOpt.EX_NOSHARE_READ <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QOp ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
EX_NOSHARE_READ(ExtendedOpenOption.NOSHARE_READ),
// CallChain[size=15] = QOpenOpt.EX_NOSHARE_WRITE <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<QO ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
EX_NOSHARE_WRITE(ExtendedOpenOption.NOSHARE_WRITE),
// CallChain[size=15] = QOpenOpt.LN_NOFOLLOW_LINKS <-[Propag]- QOpenOpt.QOpenOpt() <-[Call]- QFlag<Q ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
LN_NOFOLLOW_LINKS(LinkOption.NOFOLLOW_LINKS);
companion object {
}
}
// CallChain[size=13] = QFlag<QOpenOpt>.toOptEnums() <-[Call]- Path.qReader() <-[Call]- Path.qFetchL ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun QFlag<QOpenOpt>.toOptEnums(): Array<OpenOption> {
return toEnumValues().map { it.opt }.toTypedArray()
}
// CallChain[size=12] = Path.qLineSeparator() <-[Call]- Path.qFetchLinesAround() <-[Call]- qSrcFileL ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private fun Path.qLineSeparator(charset: Charset = Charsets.UTF_8): QLineSeparator {
this.bufferedReader(charset).use { reader ->
var ch: Char
while (true) {
ch = reader.read().toChar()
if (ch == '\u0000') return QLineSeparator.DEFAULT
if (ch == '\r') {
val nextCh = reader.read().toChar()
if (nextCh == '\u0000') return QLineSeparator.CR
return if (nextCh == '\n') QLineSeparator.CRLF
else QLineSeparator.CR
} else if (ch == '\n') {
return QLineSeparator.LF
}
}
}
}
// CallChain[size=11] = QFetchEnd <-[Ref]- QFetchRule.SINGLE_LINE <-[Call]- QSrcCut.QSrcCut() <-[Cal ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private enum class QFetchEnd {
// CallChain[size=12] = QFetchEnd.FETCH_THIS_LINE_AND_GO_TO_NEXT_LINE <-[Propag]- QFetchEnd.END_WITH ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
FETCH_THIS_LINE_AND_GO_TO_NEXT_LINE,
// CallChain[size=11] = QFetchEnd.END_WITH_THIS_LINE <-[Call]- QFetchRule.SINGLE_LINE <-[Call]- QSrc ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
END_WITH_THIS_LINE,
// CallChain[size=12] = QFetchEnd.END_WITH_NEXT_LINE <-[Propag]- QFetchEnd.END_WITH_THIS_LINE <-[Cal ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
END_WITH_NEXT_LINE,
// CallChain[size=12] = QFetchEnd.END_WITH_PREVIOUS_LINE <-[Propag]- QFetchEnd.END_WITH_THIS_LINE <- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
END_WITH_PREVIOUS_LINE
}
// CallChain[size=11] = QFetchStart <-[Ref]- QFetchRule.SINGLE_LINE <-[Call]- QSrcCut.QSrcCut() <-[C ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private enum class QFetchStart {
// CallChain[size=11] = QFetchStart.FETCH_THIS_LINE_AND_GO_TO_PREVIOUS_LINE <-[Call]- QFetchRule.SIN ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
FETCH_THIS_LINE_AND_GO_TO_PREVIOUS_LINE,
// CallChain[size=11] = QFetchStart.START_FROM_THIS_LINE <-[Call]- QFetchRule.SINGLE_LINE <-[Call]- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
START_FROM_THIS_LINE,
// CallChain[size=12] = QFetchStart.START_FROM_NEXT_LINE <-[Propag]- QFetchStart.FETCH_THIS_LINE_AND ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
START_FROM_NEXT_LINE,
// CallChain[size=12] = QFetchStart.START_FROM_PREVIOUS_LINE <-[Propag]- QFetchStart.FETCH_THIS_LINE ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
START_FROM_PREVIOUS_LINE
}
// CallChain[size=11] = QFetchRuleA <-[Call]- QFetchRule.SINGLE_LINE <-[Call]- QSrcCut.QSrcCut() <-[ ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private abstract class QFetchRuleA(
override val numLinesBeforeTargetLine: Int = 10,
override val numLinesAfterTargetLine: Int = 10,
) : QFetchRule
// CallChain[size=10] = QFetchRule <-[Ref]- QSrcCut.QSrcCut() <-[Call]- qLogStackFrames() <-[Call]- ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
private interface QFetchRule {
// CallChain[size=11] = QFetchRule.numLinesBeforeTargetLine <-[Propag]- QFetchRule.SINGLE_LINE <-[Ca ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val numLinesBeforeTargetLine: Int
// CallChain[size=11] = QFetchRule.numLinesAfterTargetLine <-[Propag]- QFetchRule.SINGLE_LINE <-[Cal ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val numLinesAfterTargetLine: Int
// CallChain[size=11] = QFetchRule.fetchStartCheck() <-[Propag]- QFetchRule.SINGLE_LINE <-[Call]- QS ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun fetchStartCheck(
line: String,
currentLineNumber: Int,
targetLine: String,
targetLineNumber: Int,
context: MutableSet<String>,
): QFetchStart
// CallChain[size=11] = QFetchRule.fetchEndCheck() <-[Propag]- QFetchRule.SINGLE_LINE <-[Call]- QSrc ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
fun fetchEndCheck(
line: String,
currentLineNumber: Int,
targetLine: String,
targetLineNumber: Int,
context: MutableSet<String>,
): QFetchEnd
companion object {
// CallChain[size=10] = QFetchRule.SINGLE_LINE <-[Call]- QSrcCut.QSrcCut() <-[Call]- qLogStackFrames ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val SINGLE_LINE = object : QFetchRuleA(0, 0) {
override fun fetchStartCheck(
line: String,
currentLineNumber: Int,
targetLine: String,
targetLineNumber: Int,
context: MutableSet<String>,
): QFetchStart = if (currentLineNumber == targetLineNumber) {
QFetchStart.START_FROM_THIS_LINE
} else {
QFetchStart.FETCH_THIS_LINE_AND_GO_TO_PREVIOUS_LINE
}
override fun fetchEndCheck(
line: String,
currentLineNumber: Int,
targetLine: String,
targetLineNumber: Int,
context: MutableSet<String>,
): QFetchEnd = if (currentLineNumber == targetLineNumber) {
QFetchEnd.END_WITH_THIS_LINE
} else {
qUnreachable()
}
}
// CallChain[size=9] = QFetchRule.SMART_FETCH <-[Call]- qLogStackFrames() <-[Call]- QException.mySrc ... <-[Call]- String.qWithMaxLength() <-[Call]- QTimeAndResult.str() <-[Call]- QBlock.toString()[Root]
val SMART_FETCH = object : QFetchRuleA(10, 10) {
override fun fetchStartCheck(
line: String,
currentLineNumber: Int,
targetLine: String,
targetLineNumber: Int,
context: MutableSet<String>,
): QFetchStart {
val nIndentThis = line.qCountLeftSpace()
val nIndentTarget = targetLine.qCountLeftSpace()
val trimmed = line.trimStart()
return if (arrayOf(
"\"\"\".",
"}",
")",