applyPlugins.append("            pluginsBlockScript.setScriptSource(scriptSource(pluginsBlockClass));\n");
        applyPlugins.append("            pluginsBlockScript.init(target, target.getServices());\n");
        applyPlugins.append("            pluginsBlockScript.run();\n");
        for (PluginRequest pluginRequest : pluginRequests) {

            val pluginManager = get(PluginManagerInternal::class.java)
            val pluginApplicator = get(PluginRequestApplicator::class.java)
            pluginApplicator.applyPlugins(PluginRequests.of(pluginRequests), scriptHandler, pluginManager, targetScope)
        }
        targetScope.lock()
    }
}


private

private
data class ScriptPluginPlugins(
    val scriptPlugin: PrecompiledScriptPlugin,
    val appliedPlugins: List<String>
)


private
fun ProjectInternal.applyPlugins(pluginRequests: PluginRequests) {
    serviceOf<PluginRequestApplicator>().applyPlugins(
        pluginRequests,
        buildscript,
        pluginManager,
        classLoaderScope
    )
}


private

            kotlinScriptBasePluginsApplicator
                .apply(project)
        }

        override fun closeTargetScopeOf(scriptHost: KotlinScriptHost<*>) {

            pluginRequestApplicator.applyPlugins(
                PluginRequests.EMPTY,
                scriptHost.scriptHandler as ScriptHandlerInternal,
                null,
                scriptHost.targetScope
            )
        }

        "XcodePluginIntegrationTest",
        "IdeaPluginGoodBehaviourTest"
    ])
    def "plugin can build with empty project"() {
        given:
        applyPlugin()

        expect:
        succeeds mainTask
    }

    protected applyPlugin(File target = buildFile) {
        target << "apply plugin: '${getQualifiedPluginId()}'\n"
    }

    protected applyPluginUnqualified(File target = buildFile) {

            task f { doLast { throw new RuntimeException("failed") } }
        """
    }

    void applyPlugin() {
        settingsFile << plugin.plugins()
    }

    def "detects that the build scan plugin has been [applied=#applied]"() {
        given:
        if (applied) {
            applyPlugin()
        }

        settingsFile << """

        given:
        applyPlugin()
        fixture.doCheckIn = false

        when:
        succeeds "dummy", "--scan"

        then:
        fixture.issuedNoPluginWarning(output)
    }

    def "does not warns if scan requested but no scan plugin unsupported"() {
        given:
        applyPlugin()

        when:

Let’s say it’s used in a plugin as:

```java
public void applyPlugin(Project project) {
     project.tasks.named("compileJava", JavaCompile.class, task -> {
         task.setSourceCompatibility("1.8");
     });
}
```

We will then replace all such usages with interception code:
```java
public void applyPlugin(Project project) {
     project.tasks.named("compileJava", JavaCompile.class, task -> {