ifc.HardwareAddr[i], ok = xtoi2(line[i*2:j], 0)
				if !ok {
					ifc.HardwareAddr = ifc.HardwareAddr[:i]
					break
				}
			}
		}

		ifc.Flags = FlagUp | FlagRunning | FlagBroadcast | FlagMulticast
	} else {
		ifc.Flags = FlagUp | FlagRunning | FlagMulticast | FlagLoopback
	}

	return ifc, nil
}

func interfaceCount() (int, error) {
	d, err := os.Open(netdir + "/ipifc")
	if err != nil {

        project.serviceOf<ModuleRegistry>().run {
            StandardKotlinBuildScriptTemplateModel(
                gradleModules
                    .map { getModule(it) }
                    .flatMap { it.allRequiredModules }
                    .fold(ClassPath.EMPTY) { classPath, module -> classPath + module.classpath }
                    .asFiles
            )
        }
}


internal

        if (os.isLinux()) {
            return Arrays.stream(roots)
                .map(root -> FileBasedInstallationFactory.fromDirectory(root, getSourceName(), InstallationLocation::autoDetected))
                .flatMap(Set::stream)
                .collect(Collectors.toSet());
        }
        return Collections.emptySet();
    }

    val memberName: String,
    val pluginId: String,
    val implementationClass: String
)


private
fun pluginExtensionsFrom(jars: Iterable<File>): Sequence<PluginExtension> =
    jars.asSequence().flatMap(::pluginExtensionsFrom)


private
fun pluginExtensionsFrom(file: File): Sequence<PluginExtension> =
    pluginEntriesFrom(file)
        .asSequence()
        .map { (id, implementationClass) ->

    }

    public fun createFlattened(providers: List<P>): P =
        create(if (providers.size > 1) flatten(providers) else providers)

    public fun flatten(providers: List<P>): List<P> =
        providers.flatMap { provider ->
            // `KotlinCompositeProvider<P>` should always be a provider of type `P` itself, so the cast is legal. Still, suppressing the

		os.Exit(1)
	}
	os.Exit(2)
}

// funcflags.go T_exitinexpr 281 0 1
// <endpropsdump>
// {"Flags":0,"ParamFlags":[0],"ResultFlags":null}
// callsite: funcflags.go:286:18|0 flagstr "CallSiteOnPanicPath" flagval 2 score 102 mask 1 maskstr "panicPathAdj"
// <endcallsites>
// <endfuncpreamble>
func T_exitinexpr(x int) {
	// This function does indeed unconditionally call exit, since the

        def compileTask = Mock(JavaCompile)
        def compileTaskProvider = Stub(TaskProvider) {
            configure(_) >> { it[0].execute(compileTask) }
            get() >> compileTask
            flatMap(_) >> objectFactory().directoryProperty()
        }
        def allJava = Mock(SourceDirectorySet)
        def allSource = Mock(SourceDirectorySet)
        def classesTask = Mock(Task)

    }

    internal val binaryModules: List<KtBinaryModule> by lazy {
        allKtModules
            .flatMap { it.allDirectDependencies() }
            .filterIsInstance<KtBinaryModule>()
    }

    override val allSourceFiles: List<PsiFileSystemItem> by lazy {
        buildList {

    }

    private static Map<AccessorKey, ReplacedAccessor> mapOldAccessorsOfUpgradedProperties(List<UpgradedProperty> upgradedProperties) {
        return upgradedProperties.stream()
            .flatMap(UpgradePropertiesRuleSetup::mapOldAccessorsOfUpgradedProperty)
            .collect(Collectors.toMap(Map.Entry::getKey, Map.Entry::getValue));
    }

            }

            tasks.register('run', JavaExec) {
                classpath = layout.files(compileJava)
                mainClass.set(
                    resolveMainClassName.flatMap { it.mainClassFile }.map { it.asFile.text }
                )
            }
        """
        def originalMain = writeMainClass 'Main', 'it works!'

        when:
        succeeds 'run', '--configuration-cache'