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How to use File.shouldNotBeWriteable method of io.kotest.matchers.file.matchers class

Best Kotest code snippet using io.kotest.matchers.file.matchers.File.shouldNotBeWriteable

matchers.kt

Source:matchers.kt

1package io.kotest.matchers.file2import io.kotest.matchers.Matcher3import io.kotest.matchers.MatcherResult4import io.kotest.matchers.collections.shouldBeSameSizeAs5import io.kotest.matchers.paths.beSymbolicLink6import io.kotest.matchers.should7import io.kotest.matchers.shouldBe8import io.kotest.matchers.shouldNot9import io.kotest.matchers.shouldNotBe10import java.io.File11import java.io.FileFilter12import java.nio.file.Path13private fun File.safeList(): List<String> = this.list()?.toList() ?: emptyList()14private fun File.safeListFiles(): List<File> = this.listFiles()?.toList() ?: emptyList()15private fun File.safeListFiles(filter: FileFilter): List<File> = this.listFiles(filter)?.toList() ?: emptyList()16fun File.shouldBeEmptyDirectory() = this should beEmptyDirectory()17fun File.shouldNotBeEmptyDirectory() = this shouldNot beEmptyDirectory()18fun beEmptyDirectory(): Matcher<File> = object : Matcher<File> {19   override fun test(value: File): MatcherResult {20      val contents = if (value.isDirectory) value.safeList() else emptyList()21      return MatcherResult(22         contents.isEmpty(),23         { "$value should be an empty directory but contained ${contents.size} file(s) [${contents.joinToString(", ")}]" },24         { "$value should not be a non empty directory" }25      )26   }27}28infix fun File.shouldContainNFiles(n: Int) = this shouldBe containNFiles(n)29infix fun File.shouldNotContainNFiles(n: Int) = this shouldNotBe containNFiles(n)30fun containNFiles(n: Int): Matcher<File> = object : Matcher<File> {31   override fun test(value: File): MatcherResult = MatcherResult(32      value.isDirectory && value.safeList().size == n,33      { "$value should be a directory and contain $n files" },34      { "$value should not be a directory containing $n files" }35   )36}37fun File.shouldBeEmpty() = this shouldBe emptyFile()38fun File.shouldNotBeEmpty() = this shouldNotBe emptyFile()39fun emptyFile(): Matcher<File> = object : Matcher<File> {40   override fun test(value: File): MatcherResult =41      MatcherResult(42         value.length() == 0L,43         { "File $value should be empty" },44         { "File $value should not be empty" }45      )46}47fun File.shouldExist() = this should exist()48fun File.shouldNotExist() = this shouldNot exist()49fun exist() = object : Matcher<File> {50   override fun test(value: File) =51      MatcherResult(52         value.exists(),53         { "File $value should exist" },54         { "File $value should not exist" }55      )56}57infix fun File.shouldContainFile(name: String) = this should containFile(name)58infix fun File.shouldNotContainFile(name: String) = this shouldNot containFile(name)59fun containFile(name: String) = object : Matcher<File> {60   override fun test(value: File): MatcherResult {61      val contents = value.safeList()62      val passed = value.isDirectory && contents.contains(name)63      return MatcherResult(64         passed,65         { "Directory $value should contain a file with filename $name (detected ${contents.size} other files)" },66         { "Directory $value should not contain a file with filename $name" }67      )68   }69}70fun File.shouldBeSymbolicLink() = this.toPath() should beSymbolicLink()71fun File.shouldNotBeSymbolicLink() = this.toPath() shouldNot beSymbolicLink()72infix fun File.shouldHaveParent(name: String) = this should haveParent(name)73infix fun File.shouldNotHaveParent(name: String) = this shouldNot haveParent(name)74fun haveParent(name: String) = object : Matcher<File> {75   private fun isParentEqualExpected(parent: File?): Boolean =76      parent != null && (parent.name == name || isParentEqualExpected(parent.parentFile))77   override fun test(value: File) = MatcherResult(78      isParentEqualExpected(value.parentFile),79      { "File $value should have parent $name" },80      { "File $value should not have parent $name" }81   )82}83fun File.shouldBeADirectory() = this should aDirectory()84fun File.shouldNotBeADirectory() = this shouldNot aDirectory()85fun aDirectory(): Matcher<File> = object : Matcher<File> {86   override fun test(value: File): MatcherResult = MatcherResult(87      value.isDirectory,88      { "File $value should be a directory" },89      { "File $value should not be a directory" }90   )91}92fun File.shouldBeAFile() = this should aFile()93fun File.shouldNotBeAFile() = this shouldNot aFile()94fun aFile(): Matcher<File> = object : Matcher<File> {95   override fun test(value: File): MatcherResult =96      MatcherResult(97         value.isFile,98         { "File $value should be a file" },99         { "File $value should not be a file" })100}101infix fun File.shouldBeSmaller(other: Path) = this should beSmaller(other.toFile())102infix fun File.shouldBeSmaller(other: File) = this should beSmaller(other)103infix fun File.shouldNotBeSmaller(other: Path) = this shouldNot beSmaller(other.toFile())104infix fun File.shouldNotBeSmaller(other: File) = this shouldNot beSmaller(other)105fun beSmaller(other: File): Matcher<File> = object : Matcher<File> {106   override fun test(value: File): MatcherResult {107      val sizea = value.length()108      val sizeb = other.length()109      return MatcherResult(110         value.length() < other.length(),111         { "File $value ($sizea bytes) should be smaller than $other ($sizeb bytes)" },112         { "File $value ($sizea bytes) should not be smaller than $other ($sizeb bytes)" }113      )114   }115}116infix fun File.shouldBeLarger(other: Path) = this should beLarger(other.toFile())117infix fun File.shouldBeLarger(other: File) = this should beLarger(other)118infix fun File.shouldNotBeLarger(other: Path) = this shouldNot beLarger(other.toFile())119infix fun File.shouldNotBeLarger(other: File) = this shouldNot beLarger(other)120fun beLarger(other: File): Matcher<File> = object : Matcher<File> {121   override fun test(value: File): MatcherResult {122      val sizea = value.length()123      val sizeb = other.length()124      return MatcherResult(125         value.length() > other.length(),126         { "File $value ($sizea bytes) should be larger than $other ($sizeb bytes)" },127         { "File $value ($sizea bytes) should not be larger than $other ($sizeb bytes)" }128      )129   }130}131fun File.shouldBeCanonical() = this should beCanonicalPath()132fun File.shouldNotBeCanonical() = this shouldNot beCanonicalPath()133fun beCanonicalPath(): Matcher<File> = object : Matcher<File> {134   override fun test(value: File): MatcherResult = MatcherResult(135      value.canonicalPath == value.path,136      { "File $value should be canonical" },137      { "File $value should not be canonical" }138   )139}140fun File.shouldBeAbsolute() = this should beAbsolute()141fun File.shouldNotBeAbsolute() = this shouldNot beAbsolute()142fun beAbsolute(): Matcher<File> = object : Matcher<File> {143   override fun test(value: File): MatcherResult =144      MatcherResult(145         value.isAbsolute,146         { "File $value should be absolute" },147         { "File $value should not be absolute" })148}149fun File.shouldBeRelative() = this should beRelative()150fun File.shouldNotBeRelative() = this shouldNot beRelative()151fun beRelative(): Matcher<File> = object : Matcher<File> {152   override fun test(value: File): MatcherResult =153      MatcherResult(154         !value.isAbsolute,155         { "File $value should be relative" },156         { "File $value should not be relative" })157}158infix fun File.shouldHaveFileSize(size: Long) = this should haveFileSize(size)159infix fun File.shouldNotHaveFileSize(size: Long) = this shouldNot haveFileSize(size)160fun haveFileSize(size: Long): Matcher<File> = object : Matcher<File> {161   override fun test(value: File): MatcherResult = MatcherResult(162      value.length() == size,163      { "File $value should have size $size" },164      { "File $value should not have size $size" }165   )166}167fun File.shouldBeWriteable() = this should beWriteable()168fun File.shouldNotBeWriteable() = this shouldNot beWriteable()169fun beWriteable(): Matcher<File> = object : Matcher<File> {170   override fun test(value: File): MatcherResult =171      MatcherResult(172         value.canWrite(),173         { "File $value should be writeable" },174         { "File $value should not be writeable" })175}176fun File.shouldBeExecutable() = this should beExecutable()177fun File.shouldNotBeExecutable() = this shouldNot beExecutable()178fun beExecutable(): Matcher<File> = object : Matcher<File> {179   override fun test(value: File): MatcherResult = MatcherResult(180      value.canExecute(),181      { "File $value should be executable" },182      { "File $value should not be executable" }183   )184}185fun File.shouldBeHidden() = this should beHidden()186fun File.shouldNotBeHidden() = this shouldNot beHidden()187fun beHidden(): Matcher<File> = object : Matcher<File> {188   override fun test(value: File): MatcherResult =189      MatcherResult(190         value.isHidden,191         { "File $value should be hidden" },192         { "File $value should not be hidden" })193}194fun File.shouldBeReadable() = this should beReadable()195fun File.shouldNotBeReadable() = this shouldNot beReadable()196fun beReadable(): Matcher<File> = object : Matcher<File> {197   override fun test(value: File): MatcherResult =198      MatcherResult(199         value.canRead(),200         { "File $value should be readable" },201         { "File $value should not be readable" })202}203infix fun File.shouldStartWithPath(path: Path) = this should startWithPath(path)204infix fun File.shouldNotStartWithPath(path: Path) = this shouldNot startWithPath(path)205infix fun File.shouldStartWithPath(prefix: String) = this should startWithPath(prefix)206infix fun File.shouldNotStartWithPath(prefix: String) = this shouldNot startWithPath(prefix)207infix fun File.shouldStartWithPath(file: File) = this should startWithPath(file)208infix fun File.shouldNotStartWithPath(file: File) = this shouldNot startWithPath(file)209infix fun Path.shouldStartWithPath(path: Path) = this.toFile() should startWithPath(path)210infix fun Path.shouldNotStartWithPath(path: Path) = this.toFile() shouldNot startWithPath(path)211fun startWithPath(path: Path) = startWithPath(path.toFile())212fun startWithPath(file: File) = startWithPath(file.toString())213fun startWithPath(prefix: String) = object : Matcher<File> {214   override fun test(value: File): MatcherResult = MatcherResult(215      value.toString().startsWith(prefix),216      { "File $value should start with $prefix" },217      { "File $value should not start with $prefix" }218   )219}220infix fun File.shouldHaveSameStructureAs(file: File) {221   this.shouldHaveSameStructureAs(file) { _, _ -> false }222}223fun File.shouldHaveSameStructureAs(224   file: File,225   compare: (expect: File, actual: File) -> Boolean,226) {227   val expectFiles = this.walkTopDown().toList()228   val actualFiles = file.walkTopDown().toList()229   val expectParentPath = this.path230   val actualParentPath = file.path231   expectFiles shouldBeSameSizeAs actualFiles232   expectFiles.zip(actualFiles) { expect, actual ->233      when {234         compare(expect, actual) -> {}235         expect.isDirectory -> actual.shouldBeADirectory()236         expect.isFile -> {237            expect.path.removePrefix(expectParentPath)238               .shouldBe(actual.path.removePrefix(actualParentPath))239         }240         else -> error("There is an unexpected error analyzing file trees")241      }242   }243}244fun File.shouldHaveSameStructureAs(245   file: File,246   filterLhs: (File) -> Boolean = { false },247   filterRhs: (File) -> Boolean = { false },248) {249   this.shouldHaveSameStructureAs(file) { expect, actual ->250      filterLhs(expect) || filterRhs(actual)251   }252}253infix fun File.shouldHaveSameStructureAndContentAs(file: File) {254   this.shouldHaveSameStructureAndContentAs(file) { _, _ -> false }255}256fun File.shouldHaveSameStructureAndContentAs(257   file: File,258   compare: (expect: File, actual: File) -> Boolean,259) {260   val expectFiles = this.walkTopDown().toList()261   val actualFiles = file.walkTopDown().toList()262   val expectParentPath = this.path263   val actualParentPath = file.path264   expectFiles shouldBeSameSizeAs actualFiles265   expectFiles.zip(actualFiles) { expect, actual ->266      when {267         compare(expect, actual) -> {}268         expect.isDirectory -> actual.shouldBeADirectory()269         expect.isFile -> {270            expect.path.removePrefix(expectParentPath)271               .shouldBe(actual.path.removePrefix(actualParentPath))272            expect.shouldHaveSameContentAs(actual)273         }274         else -> error("There is an unexpected error analyzing file trees")275      }276   }277}278fun File.shouldHaveSameStructureAndContentAs(279   file: File,280   filterLhs: (File) -> Boolean = { false },281   filterRhs: (File) -> Boolean = { false },282) {283   this.shouldHaveSameStructureAndContentAs(file) { expect, actual ->284      filterLhs(expect) || filterRhs(actual)285   }286}...

paths.kt

Source:paths.kt

1package io.kotest.matchers.paths2import io.kotest.matchers.Matcher3import io.kotest.matchers.MatcherResult4import io.kotest.matchers.file.beLarger5import io.kotest.matchers.file.beEmptyDirectory6import io.kotest.matchers.file.containNFiles7import io.kotest.matchers.should8import io.kotest.matchers.shouldBe9import io.kotest.matchers.shouldNot10import io.kotest.matchers.shouldNotBe11import java.io.File12import java.nio.file.Files13import java.nio.file.Path14import kotlin.streams.toList15infix fun Path.shouldStartWithPath(file: File) = this should startWithPath(file)16infix fun Path.shouldNotStartWithPath(file: File) = this shouldNot startWithPath(file)17infix fun Path.shouldStartWithPath(prefix: String) = this should startWithPath(prefix)18infix fun Path.shouldNotStartWithPath(prefix: String) = this shouldNot startWithPath(prefix)19infix fun Path.shouldStartWithPath(path: Path) = this should startWithPath(path)20infix fun Path.shouldNotStartWithPath(path: Path) = this shouldNot startWithPath(path)21fun startWithPath(path: Path) = startWithPath(path.toString())22fun startWithPath(file: File) = startWithPath(file.toPath())23fun startWithPath(prefix: String) = object : Matcher<Path> {24   override fun test(value: Path): MatcherResult = MatcherResult(25      value.toString().startsWith(prefix),26      { "Path $value should start with $prefix" },27      { "Path $value should not start with $prefix" })28}29fun Path.shouldExist() = this should exist()30fun Path.shouldNotExist() = this shouldNot exist()31fun exist() = object : Matcher<Path> {32   override fun test(value: Path) =33      MatcherResult(34         Files.exists(value),35         { "Path $value should exist" },36         { "Path $value should not exist" })37}38infix fun Path.shouldHaveFileSize(size: Long) = this should haveFileSize(size)39infix fun Path.shouldNotHaveFileSize(size: Long) = this shouldNot haveFileSize(size)40fun haveFileSize(size: Long): Matcher<Path> = object : Matcher<Path> {41   override fun test(value: Path): MatcherResult = MatcherResult(42      Files.size(value) == size,43      { "Path $value should have size $size" },44      { "Path $value should not have size $size" })45}46fun Path.shouldBeADirectory() = this should aDirectory()47fun Path.shouldNotBeADirectory() = this shouldNot aDirectory()48fun aDirectory(): Matcher<Path> = object : Matcher<Path> {49   override fun test(value: Path): MatcherResult = MatcherResult(50      Files.isDirectory(value),51      { "File $value should be a directory" },52      { "File $value should not be a directory" })53}54fun Path.shouldBeAFile() = this should aFile()55fun Path.shouldNotBeAFile() = this shouldNot aFile()56fun aFile(): Matcher<Path> = object : Matcher<Path> {57   override fun test(value: Path): MatcherResult = MatcherResult(58      !Files.isDirectory(value),59      { "File $value should be a directory" },60      { "File $value should not be a directory" })61}62fun Path.shouldBeAbsolute() = this should beAbsolute()63fun Path.shouldNotBeAbsolute() = this shouldNot beAbsolute()64fun beAbsolute(): Matcher<Path> = object : Matcher<Path> {65   override fun test(value: Path): MatcherResult =66      MatcherResult(67         value.isAbsolute,68         { "Path $value should be absolute" },69         { "Path $value should not be absolute" })70}71fun Path.shouldBeRelative() = this should beRelative()72fun Path.shouldNotBeRelative() = this shouldNot beRelative()73fun beRelative(): Matcher<Path> = object : Matcher<Path> {74   override fun test(value: Path): MatcherResult =75      MatcherResult(76         !value.isAbsolute,77         { "Path $value should be relative" },78         { "Path $value should not be relative" })79}80fun Path.shouldBeReadable() = this should beReadable()81fun Path.shouldNotBeReadable() = this shouldNot beReadable()82fun beReadable(): Matcher<Path> = object : Matcher<Path> {83   override fun test(value: Path): MatcherResult =84      MatcherResult(85         Files.isReadable(value),86         { "Path $value should be readable" },87         { "Path $value should not be readable" }88      )89}90fun Path.shouldBeWriteable() = this should beWriteable()91fun Path.shouldNotBeWriteable() = this shouldNot beWriteable()92fun beWriteable(): Matcher<Path> = object : Matcher<Path> {93   override fun test(value: Path): MatcherResult =94      MatcherResult(95         Files.isWritable(value),96         { "Path $value should be writeable" },97         { "Path $value should not be writeable" }98      )99}100fun Path.shouldBeExecutable() = this should beExecutable()101fun Path.shouldNotBeExecutable() = this shouldNot beExecutable()102fun beExecutable(): Matcher<Path> = object : Matcher<Path> {103   override fun test(value: Path): MatcherResult = MatcherResult(104      Files.isExecutable(value),105      { "Path $value should be executable" },106      { "Path $value should not be executable" }107   )108}109infix fun Path.shouldContainNFiles(n: Int) = this.toFile() shouldBe containNFiles(n)110infix fun Path.shouldNotContainNFiles(n: Int) = this.toFile() shouldNotBe containNFiles(n)111@Deprecated(message ="checks if a directory is empty. Deprecated since 4.3.", replaceWith = ReplaceWith("shouldBeEmptyDirectory()"))112fun Path.shouldBeNonEmptyDirectory() = this.toFile() shouldNot beEmptyDirectory()113@Deprecated(message ="checks if a directory is not empty. Deprecated since 4.3.", replaceWith = ReplaceWith("shouldBeNonEmptyDirectory()"))114fun Path.shouldNotBeNonEmptyDirectory() = this.toFile() should beEmptyDirectory()115fun Path.shouldBeEmptyDirectory() = this.toFile() should beEmptyDirectory()116fun Path.shouldNotBeEmptyDirectory() = this.toFile() shouldNot beEmptyDirectory()117fun Path.shouldBeHidden() = this should beHidden()118fun Path.shouldNotBeHidden() = this shouldNot beHidden()119fun beHidden(): Matcher<Path> = object : Matcher<Path> {120   override fun test(value: Path): MatcherResult =121      MatcherResult(122         Files.isHidden(value),123         { "Path $value should be hidden" },124         { "Path $value should not be hidden" })125}126fun Path.shouldBeCanonical() = this should beCanonicalPath()127fun Path.shouldNotBeCanonical() = this shouldNot beCanonicalPath()128fun beCanonicalPath(): Matcher<Path> = object : Matcher<Path> {129   override fun test(value: Path): MatcherResult = MatcherResult(130      value.toFile().canonicalPath == value.toFile().path,131      { "File $value should be canonical" },132      { "File $value should not be canonical" })133}134infix fun Path.shouldContainFile(name: String) = this should containFile(name)135infix fun Path.shouldNotContainFile(name: String) = this shouldNot containFile(name)136fun containFile(name: String) = object : Matcher<Path> {137   override fun test(value: Path): MatcherResult {138      val contents = Files.list(value).map { it.fileName.toString() }.toList()139      val passed = Files.isDirectory(value) && contents.contains(name)140      return MatcherResult(141         passed,142         { "Directory $value should contain a file with filename $name (detected ${contents.size} other files)" },143         { "Directory $value should not contain a file with filename $name" })144   }145}146infix fun Path.shouldBeLarger(other: Path) = this.toFile() should beLarger(other.toFile())147infix fun Path.shouldBeLarger(other: File) = this.toFile() should beLarger(other)148infix fun Path.shouldNotBeLarger(other: Path) = this.toFile() shouldNot beLarger(other.toFile())149infix fun Path.shouldNotBeLarger(other: File) = this.toFile() shouldNot beLarger(other)150fun beLarger(other: Path): Matcher<Path> = object : Matcher<Path> {151   override fun test(value: Path): MatcherResult {152      val sizea = Files.size(value)153      val sizeb = Files.size(other)154      return MatcherResult(155         sizea > sizeb,156         { "Path $value ($sizea bytes) should be larger than $other ($sizeb bytes)" },157         { "Path $value ($sizea bytes) should not be larger than $other ($sizeb bytes)"})158   }159}160infix fun Path.shouldBeSmaller(other: Path) = this should beSmaller(other)161infix fun Path.shouldBeSmaller(other: File) = this should beSmaller(other.toPath())162infix fun Path.shouldNotBeSmaller(other: Path) = this shouldNot beSmaller(other)163infix fun Path.shouldNotBeSmaller(other: File) = this shouldNot beSmaller(other.toPath())164fun beSmaller(other: Path): Matcher<Path> = object : Matcher<Path> {165   override fun test(value: Path): MatcherResult {166      val sizea = Files.size(value)167      val sizeb = Files.size(other)168      return MatcherResult(169         sizea < sizeb,170         { "Path $value ($sizea bytes) should be smaller than $other ($sizeb bytes)" },171         { "Path $value ($sizea bytes) should not be smaller than $other ($sizeb bytes)" })172   }173}174infix fun Path.shouldContainFileDeep(name: String) = this should containFileDeep(name)175infix fun Path.shouldNotContainFileDeep(name: String) = this shouldNot containFileDeep(name)176fun containFileDeep(name: String): Matcher<Path> = object : Matcher<Path> {177   private fun fileExists(dir: Path): Boolean {178      val contents = Files.list(dir).toList()179      val (dirs, files) = contents.partition { Files.isDirectory(it) }180      return files.map { it.fileName.toString() }.contains(name) || dirs.any(::fileExists)181   }182   override fun test(value: Path): MatcherResult = MatcherResult(183      fileExists(value),184      { "Path $name should exist in $value" },185      { "Path $name should not exist in $value" }186   )187}188fun Path.shouldContainFiles(vararg files: String) = this should containFiles(files.asList())189fun Path.shouldNotContainFiles(vararg files: String) = this shouldNot containFiles(files.asList())190fun containFiles(names: List<String>) = object : Matcher<Path> {191   override fun test(value: Path): MatcherResult {192      val files = Files.list(value).toList().map { it.fileName.toString() }193      val existingFiles = names.intersect(files)194      val nonExistingFiles = names.subtract(existingFiles)195      return MatcherResult(196         nonExistingFiles.isEmpty(),197         { buildMessage(value, nonExistingFiles, false) },198         {199            buildMessage(value, existingFiles, true)200         })201   }202   private fun buildMessage(path: Path, fileList: Set<String>, isNegative: Boolean): String {203      val fileString = if (fileList.size > 1) "Files" else "File"204      val negativeWord = if (isNegative) " not" else ""205      val filesString = fileList.sorted().joinToString(", ")206      return "$fileString $filesString should$negativeWord exist in $path"207   }208}209fun Path.shouldBeSymbolicLink() = this should beSymbolicLink()210fun Path.shouldNotBeSymbolicLink() = this shouldNot beSymbolicLink()211fun beSymbolicLink() = object : Matcher<Path> {212   override fun test(value: Path) = MatcherResult(213      Files.isSymbolicLink(value),214      { "Path $value should be a symbolic link" },215      { "Path $value should not be a symbolic link" }216   )217}218infix fun Path.shouldHaveParent(name: String) = this should haveParent(name)219infix fun Path.shouldNotHaveParent(name: String) = this shouldNot haveParent(name)220fun haveParent(name: String) = object : Matcher<Path> {221   private fun isParentEqualExpected(parent: Path?): Boolean {222      if (parent == null) return false223      return parent.fileName?.toString() == name || isParentEqualExpected(parent.parent)224   }225   override fun test(value: Path) = MatcherResult(226      isParentEqualExpected(value.parent),227      { "Path $value should have parent $name" },228      { "Path $value should not have parent $name" }229   )230}...

CaPluginTest.kt

Source:CaPluginTest.kt

1package family.haschka.wolkenschloss.gradle.ca2import family.haschka.wolkenschloss.testing.Template3import family.haschka.wolkenschloss.testing.createRunner4import io.kotest.assertions.assertSoftly5import io.kotest.core.spec.IsolationMode6import io.kotest.core.spec.style.FunSpec7import io.kotest.engine.spec.tempdir8import io.kotest.matchers.file.shouldBeReadable9import io.kotest.matchers.file.shouldContainFile10import io.kotest.matchers.file.shouldExist11import io.kotest.matchers.file.shouldNotBeWriteable12import io.kotest.matchers.ints.shouldBeGreaterThan13import io.kotest.matchers.shouldBe14import org.bouncycastle.asn1.x500.X500Name15import org.bouncycastle.asn1.x509.KeyUsage16import org.gradle.testkit.runner.TaskOutcome17import java.time.LocalDate18import java.time.LocalTime19import java.time.ZoneOffset20import java.time.ZonedDateTime21import java.util.*22class CaPluginTest : FunSpec({23    autoClose(Template("ca")).withClone {24        context("A project using com.github.wolkenschloss.ca gradle plugin") {25            val xdgDataHome = tempdir()26            val environment = mapOf("XDG_DATA_HOME" to xdgDataHome.absolutePath)27            context("executing ca task") {28                val result = createRunner()29                    .withArguments(CaPlugin.CREATE_TASK_NAME)30                    .withEnvironment(environment)31                    .build()32                test("should be successful") {33                    result.task(":${CaPlugin.CREATE_TASK_NAME}")!!.outcome shouldBe TaskOutcome.SUCCESS34                }35                test("should create self signed root certificate") {36                    assertSoftly(CertificateWrapper.read(xdgDataHome.resolve("wolkenschloss/ca/ca.crt"))) {37                        x509Certificate.basicConstraints shouldBeGreaterThan -138                        x509Certificate.basicConstraints shouldBe Int.MAX_VALUE39                        keyUsage.hasUsages(KeyUsage.keyCertSign) shouldBe true40                        issuer shouldBe X500Name(CaPlugin.TRUST_ANCHOR_DEFAULT_SUBJECT)41                        subject shouldBe X500Name(CaPlugin.TRUST_ANCHOR_DEFAULT_SUBJECT)42                    }43                }44                test("should create read only certificate") {45                    assertSoftly(xdgDataHome.resolve("wolkenschloss/ca/ca.crt")) {46                        shouldBeReadable()47                        shouldNotBeWriteable()48                    }49                }50                test("should create readonly private key") {51                    assertSoftly(xdgDataHome.resolve("wolkenschloss/ca/ca.key")) {52                        shouldNotBeWriteable()53                        shouldBeReadable()54                        readPrivateKey().algorithm shouldBe "RSA"55                    }56                }57            }58            context("executing truststore task") {59                val result = createRunner()60                    .withArguments(CaPlugin.TRUSTSTORE_TASK_NAME)61                    .withEnvironment(environment)62                    .build()63                test("should execute successfully") {64                    result.task(":${CaPlugin.TRUSTSTORE_TASK_NAME}")!!.outcome shouldBe TaskOutcome.SUCCESS65                }66                test("should create truststore file") {67                    xdgDataHome.resolve("wolkenschloss/ca/ca.jks").shouldExist()68                }69            }70            test("should customize validity") {71                val start = ZonedDateTime.of(72                    LocalDate.of(2022, 2, 4),73                    LocalTime.MIDNIGHT,74                    ZoneOffset.UTC75                )76                val end = ZonedDateTime.of(77                    LocalDate.of(2027, 2, 4),78                    LocalTime.MIDNIGHT,79                    ZoneOffset.UTC80                )81                val result = createRunner()82                    .withArguments(CaPlugin.CREATE_TASK_NAME, "-DnotBefore=$start", "-DnotAfter=$end")83                    .withEnvironment(environment)84                    .build()85                result.task(":${CaPlugin.CREATE_TASK_NAME}")!!.outcome shouldBe TaskOutcome.SUCCESS86                val certificate = xdgDataHome.resolve("wolkenschloss/ca/ca.crt")87                    .readX509Certificate()88                assertSoftly(certificate) {89                    notBefore.toUtc() shouldBe start90                    notAfter.toUtc() shouldBe end91                }92            }93            test("should create output in user defined location") {94                val result = createRunner()95                    .withArguments("createInUserDefinedLocation")96                    .withEnvironment(environment)97                    .build()98                result.task(":createInUserDefinedLocation")!!.outcome shouldBe TaskOutcome.SUCCESS99                assertSoftly(workingDirectory.resolve("build/ca")) {100                    shouldContainFile("ca.crt")101                    shouldContainFile("ca.key")102                }103            }104        }105    }106}) {107    override fun isolationMode(): IsolationMode = IsolationMode.InstancePerLeaf108}109private fun Date.toUtc(): ZonedDateTime {110    return ZonedDateTime.ofInstant(this.toInstant(), ZoneOffset.UTC)111}...

File.shouldNotBeWriteable

Using AI Code Generation

1File(“/path/to/file”).shouldNotBeWriteable()2File(“/path/to/file”).shouldNotBeExecutable()3File(“/path/to/file”).shouldNotBeHidden()4File(“/path/to/file”).shouldNotBeReadable()5File(“/path/to/file”).shouldNotBeSymlink()6File(“/path/to/file”).shouldNotBeSymbolicLink()7File(“/path/to/file”).shouldNotBeDirectory()8File(“/path/to/file”).shouldNotBeFile()9File(“/path/to/file”).shouldNotBeHidden()10File(“/path/to/file”).shouldNotBeWritable()11File(“/path/to/file”).shouldNotBeExecutable()12File(“/path/to/file”).shouldNotBeHidden()13File(“/path/to/file”).shouldNotBeReadable()14File(“/path/to/file”).shouldNotBeSymlink()

File.shouldNotBeWriteable

Using AI Code Generation

1File("myFile.txt").shouldNotBeWriteable()2File("myFile.txt").shouldBeExecutable()3File("myFile.txt").shouldNotBeExecutable()4File("myFile.txt").shouldBeHidden()5File("myFile.txt").shouldNotBeHidden()6File("myFile.txt").shouldBeEmpty()7File("myFile.txt").shouldNotBeEmpty()8File("myFile.txt").shouldBeAbsolute()9File("myFile.txt").shouldNotBeAbsolute()10File("myFile.txt").shouldBeRelative()11File("myFile.txt").shouldNotBeRelative()12File("myFile.txt").shouldBeCanonical()13File("myFile.txt").shouldNotBeCanonical()14File("myFile.txt").shouldBeSymbolicLink()15File("myFile.txt").shouldNotBeSymbolicLink()16File("myFile.txt").shouldBeDirectory()

File.shouldNotBeWriteable

Using AI Code Generation

1File( "test.txt" ).shouldNotBeWriteable()2File( "test.txt" ).shouldNotBeExecutable()3File( "test.txt" ).shouldBeHidden()4File( "test.txt" ).shouldNotBeHidden()5File( "test.txt" ).shouldHaveSameContentAs( File ( "test.txt" ))6File( "test.txt" ).shouldHaveSameContentAs( "test.txt" )7File( "test.txt" ).shouldHaveSameContentAs( "test.txt" , "UTF-8" )8File( "test.txt" ).shouldExist()9File( "test.txt" ).shouldNotExist()10File( "test.txt" ).shouldBeEmpty()11File( "test.txt" ).shouldNotBeEmpty()12File( "test.txt" ).shouldBeADirectory()13File( "test.txt" ).shouldNotBeADirectory()14File( "test.txt" ).shouldBeAFile()15File( "test.txt

File.shouldNotBeWriteable

Using AI Code Generation

1File.shouldNotBeWriteable()2File.shouldNotBeExecutable()3File.shouldBeHidden()4File.shouldNotBeHidden()5File.shouldBeSymbolicLink()6File.shouldNotBeSymbolicLink()7File.shouldHaveExtension()8File.shouldNotHaveExtension()9File.shouldHaveName()10File.shouldNotHaveName()11File.shouldHaveParent()12File.shouldNotHaveParent()13File.shouldHaveParentPath()14File.shouldNotHaveParentPath()15File.shouldHavePath()16File.shouldNotHavePath()17File.shouldHaveSameContentAs()18File.shouldHaveSameContentAsBytesAs()

File.shouldNotBeWriteable

Using AI Code Generation

1File("build.gradle").shouldNotBeWriteable()2File("build.gradle").shouldNotBeExecutable()3File("build.gradle").shouldBeHidden()4File("build.gradle").shouldNotBeHidden()5File("build.gradle").shouldBeReadable()6File("build.gradle").shouldNotBeReadable()

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