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How to use generate method of org.spekframework.spek2.kotlin.SpekExtension class

Best Spek code snippet using org.spekframework.spek2.kotlin.SpekExtension.generate

SpekExtension.kt

Source:SpekExtension.kt

...41import org.jetbrains.kotlin.name.Name42import org.jetbrains.kotlin.resolve.BindingContext43import org.jetbrains.kotlin.resolve.descriptorUtil.fqNameSafe44class SpekExtension : IrGenerationExtension {45    override fun generate(file: IrFile, backendContext: BackendContext, bindingContext: BindingContext) {46        val spekCollector = SpekCollector(file, backendContext)47        file.acceptChildrenVoid(spekCollector)48        spekCollector.generateRegistrations()49    }50}51private class SpekCollector(52        private val file: IrFile,53        private val backendContext: BackendContext54) : IrElementVisitorVoid {55    private val spekClassName = "org.spekframework.spek2.Spek"56    private val commonContext: CommonBackendContext = backendContext.ir.context57    private var collectedSpeks = mutableListOf<IrClass>()58    override fun visitElement(element: IrElement) {59        element.acceptChildrenVoid(this)60    }61    override fun visitClass(declaration: IrClass) {62        super.visitClass(declaration)63        if (!declaration.isSpek) {64            return65        }66        if (declaration.kind != ClassKind.OBJECT) {67            if (!declaration.isAbstract) {68                commonContext.reportWarning("Declaration ${declaration.name} inherits from $spekClassName but is not an object (it has kind ${declaration.kind}) and so will be not be run.", file, declaration)69            }70            return71        }72        collectedSpeks.add(declaration)73    }74    fun generateRegistrations() {75        collectedSpeks.forEach { generateRegistration(it) }76    }77    // All of this is trying to create a call that looks like this:78    // registerSpek(SpecObject::class, { SpecObject })79    private fun generateRegistration(declaration: IrClass) {80        // TODO: is this the correct way to find the package? This works, but it feels wrong.81        val launcherPackage = backendContext.builtIns.builtInsModule.getPackage(FqName.fromSegments(listOf("org", "spekframework", "spek2", "launcher")))82        val registrationFunction = launcherPackage.memberScope.getContributedFunctions(Name.identifier("registerSpek"), NoLookupLocation.FROM_BACKEND)83                .single()84        val registrationFunctionSymbol = backendContext.ir.symbols85                .externalSymbolTable.referenceSimpleFunction(registrationFunction)86        val classSymbol = declaration.symbol87        commonContext.createIrBuilder(file.symbol, file.startOffset, file.endOffset).run {88            val call = irCall(registrationFunctionSymbol).apply {89                // TODO: should both of the IrType parameters below be declaration.defaultType?90                // Should one be the equivalent of KClass<Spek> or KClass<DerivedSpek>?91                val classReference = IrClassReferenceImpl(startOffset, endOffset, declaration.defaultType, classSymbol, declaration.defaultType)92                putValueArgument(0, classReference)93                val factoryType = registrationFunctionSymbol.owner.valueParameters[1].type...

generate

Using AI Code Generation

1val random = Random()2val randomInts = generate { random.nextInt() }3val randomInts = generate { random.nextInt() }4val random = Random()5val randomInts = generate { random.nextInt() }6val randomInts = generate { random.nextInt() }7val random = Random()8val randomInts = generate { random.nextInt() }9val randomInts = generate { random.nextInt() }10val random = Random()11val randomInts = generate { random.nextInt() }12val randomInts = generate { random.nextInt() }13val random = Random()14val randomInts = generate { random.nextInt() }15val randomInts = generate { random.nextInt() }16val random = Random()17val randomInts = generate { random.nextInt() }18val randomInts = generate { random.nextInt() }19val random = Random()20val randomInts = generate { random.nextInt() }21val randomInts = generate { random.nextInt() }22val random = Random()23val randomInts = generate { random.nextInt() }24val randomInts = generate { random.nextInt() }25val random = Random()26val randomInts = generate { random.nextInt() }27val randomInts = generate { random.nextInt() }28val random = Random()29val randomInts = generate { random.nextInt() }30val randomInts = generate { random.nextInt() }31val random = Random()32val randomInts = generate { random.nextInt() }33val randomInts = generate { random.nextInt() }

generate

Using AI Code Generation

1SpekRuntime . run ( MySpec :: class )2val classes = SpekRuntime . generate ( MySpec :: class ) classes . forEach { it . createInstance (). execute () }3The generated test classes are instances of org.spekframework.spek2.runtime.SpekTest class. The createInstance() method returns an instance of the generated test class. The execute() method executes the generated test class. The generated test classes can be executed via JUnit 4 or JUnit 5. The following code snippets show how to execute the generated test classes via JUnit 4 and JUnit 5:4JUnitPlatform . runner ( MySpec :: class ). execute ( request ()) JUnitPlatform . runner ( MySpec :: class ). execute ( request ( JUnitPlatform . engine ()))5JUnitPlatform . runner ( MySpec :: class ). execute ( request ()) JUnitPlatform . runner ( MySpec :: class ). execute ( request ( JUnitPlatform . engine ()))6TestNG . runner ( MySpec :: class ). execute ( request ())7Spock . runner ( MySpec :: class ). execute ( request ())8JUnit3 . runner ( MySpec :: class ). execute ( request ())

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