application.test.ContractExecutionListener.kt Maven / Gradle / Ivy
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Command-line standalone executable jar for Specmatic
package application.test
import `in`.specmatic.core.log.LogMessage
import `in`.specmatic.core.log.logger
import `in`.specmatic.core.utilities.exceptionCauseMessage
import `in`.specmatic.core.value.JSONObjectValue
import `in`.specmatic.core.value.StringValue
import `in`.specmatic.test.SpecmaticJUnitSupport
import org.junit.platform.engine.TestDescriptor
import org.junit.platform.engine.TestExecutionResult
import org.junit.platform.launcher.TestExecutionListener
import org.junit.platform.launcher.TestIdentifier
import org.junit.platform.launcher.TestPlan
import kotlin.system.exitProcess
fun getContractExecutionPrinter(): ContractExecutionPrinter {
return if(stdOutIsRedirected())
MonochromePrinter()
else if(colorIsRequested())
ColorPrinter()
else MonochromePrinter()
}
private fun colorIsRequested() = System.getenv("SPECMATIC_COLOR") == "1"
private fun stdOutIsRedirected() = System.console() == null
class ContractExecutionListener : TestExecutionListener {
private var totalRun: Int = 0
private var success: Int = 0
private var failure: Int = 0
private var aborted: Int = 0
private val failedLog: MutableList = mutableListOf()
private var couldNotStart = false
private val exceptionsThrown = mutableListOf()
private val printer: ContractExecutionPrinter = getContractExecutionPrinter()
override fun executionSkipped(testIdentifier: TestIdentifier?, reason: String?) {
super.executionSkipped(testIdentifier, reason)
}
override fun executionFinished(testIdentifier: TestIdentifier?, testExecutionResult: TestExecutionResult?) {
if (testIdentifier != null &&
testIdentifier.type == TestDescriptor.Type.CONTAINER
) {
testExecutionResult?.let {
it.throwable?.ifPresent { throwable -> exceptionsThrown.add(throwable) }
couldNotStart = it.status != TestExecutionResult.Status.SUCCESSFUL
}
return
}
printer.printTestSummary(testIdentifier, testExecutionResult)
when(testExecutionResult?.status) {
TestExecutionResult.Status.SUCCESSFUL -> {
success++
println()
}
TestExecutionResult.Status.ABORTED -> {
aborted++
printAndLogFailure(testExecutionResult, testIdentifier)
}
TestExecutionResult.Status.FAILED -> {
failure++
printAndLogFailure(testExecutionResult, testIdentifier)
}
else -> {
logger.debug("A test called \"${testIdentifier?.displayName}\" ran but the test execution result was null. Please inform the Specmatic developer.")
}
}
}
private fun printAndLogFailure(
testExecutionResult: TestExecutionResult,
testIdentifier: TestIdentifier?
) {
val message = testExecutionResult.throwable?.get()?.message?.replace("\n", "\n\t")?.trimIndent()
?: ""
val reason = "Reason: $message"
println("$reason\n\n")
val log = """"${testIdentifier?.displayName} ${testExecutionResult.status}"
${reason.prependIndent(" ")}"""
failedLog.add(log)
}
override fun testPlanExecutionFinished(testPlan: TestPlan?) {
org.fusesource.jansi.AnsiConsole.systemInstall()
println()
exceptionsThrown.map { exceptionThrown ->
logger.log(exceptionThrown)
}
println()
if(SpecmaticJUnitSupport.partialSuccesses.isNotEmpty()) {
println()
printer.printFailureTitle("Partial Successes:")
println()
SpecmaticJUnitSupport.partialSuccesses.filter { it.partialSuccessMessage != null} .forEach { result ->
println(" " + (result.scenario?.testDescription() ?: "Unknown Scenario"))
println(" " + result.partialSuccessMessage!!)
println()
}
println()
}
if (failedLog.isNotEmpty()) {
println()
printer.printFailureTitle("Unsuccessful Scenarios:")
println(failedLog.joinToString(System.lineSeparator() + System.lineSeparator()) { it.prependIndent(" ") })
println()
}
printer.printFinalSummary(TestSummary(success, SpecmaticJUnitSupport.partialSuccesses.size, aborted, failure))
}
fun exitProcess() {
val exitStatus = when (failure != 0 || couldNotStart) {
true -> 1
false -> 0
}
exitProcess(exitStatus)
}
}
private fun progressUpdate(totalTestsRun: Int, countOfTests: Int): String {
return "Tests run: $totalTestsRun/$countOfTests (${percentage(totalTestsRun, countOfTests)}%)"
}
private fun percentage(totalTestsRun: Int, countOfTests: Int): String {
return if(countOfTests == 0)
"0"
else
((totalTestsRun.toDouble() / countOfTests.toDouble()) * 100).toInt().toString()
}
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