def "can use apply block syntax to apply multiple scripts"() {
        given:
        buildScript """
          apply {
            from "script1.gradle"
            from "script2.gradle"
          }
        """

        file("script1.gradle") << "task hello1 { doLast { println 'hello from script1' } }"
        file("script2.gradle") << "task hello2 { doLast { println 'hello from script2' } }"

        when:

    }

    void scriptsAreReused(List<ClassDetails> before, List<ClassDetails> after) {
        assert before.size() == after.size()
        for (int i = 0; i < before.size(); i++) {
            def script1 = before[i]
            def script2 = after[i]
            assert script1.path == script2.path
            assert script1.className == script2.className
            assert script1.classpath == script2.classpath

File: script.kts

    def "does nothing when there are no init scripts"() {
        given:
        startParameter.allInitScripts >> []

        when:
        handler.executeScripts(gradle)

        then:
        0 * executor._
        0 * processor._
    }

    def "finds and processes init scripts"() {
        File script1 = testDirectoryProvider.createFile("script1.gradle")
        File script2 = testDirectoryProvider.createFile("script2.gradle")

}

// scriptCC runs the C compiler along with platform specific options.
func scriptCC(cmdExec script.Cmd) script.Cmd {
	return script.Command(
		script.CmdUsage{
			Summary: "run the platform C compiler",
			Args:    "args...",
		},
		func(s *script.State, args ...string) (script.WaitFunc, error) {
			b := work.NewBuilder(s.Getwd())
			wait, err := cmdExec.Run(s, append(b.GccCmd(".", ""), args...)...)
			if err != nil {

 * If the compiled script is not found in this cache, it will try to find it in the global cache,
 * which will use the delegate script class compiler in case of a miss. The lookup in this cache is
 * more efficient than looking in the global cache, as we do not check the script's hash code here,
 * assuming that it did not change during the build.
 */

Each init script has a link:{groovyDslPath}/org.gradle.api.invocation.Gradle.html[Gradle] instance associated with it.
Any property reference and method call in the init script will be delegated to this `Gradle` instance.

Each init script implements the link:{groovyDslPath}/org.gradle.api.Script.html[Script] interface.

[NOTE]
====
When writing init scripts, pay attention to the scope of the reference you are trying to access.

The script begins with an actual command script to run
followed by the content of zero or more supporting files to
create in the script's temporary file system before it starts executing.

As an example, run_hello.txt says:

	# hello world
	go run hello.go
	stderr 'hello world'
	! stdout .

	-- hello.go --
	package main
	func main() { println("hello world") }

val gradleInternal = gradle as GradleInternal
val problems = gradleInternal.services.get(Problems::class.java)

problems.forNamespace("buildscript").reporting {
    id("adhoc-script-deprecation", "Deprecated script plugin")
        .contextualLabel("Deprecated script plugin 'demo-script-plugin'")
        .severity(Severity.WARNING)
        .solution("Please use 'standard-plugin-2' instead of this plugin")
}

tasks {

[[sec:build_script]]
== Build scripts

The build script is either a `build.gradle` file written in Groovy or a `build.gradle.kts` file in Kotlin.

The link:{groovyDslPath}/index.html[Groovy DSL^] and the link:{kotlinDslPath}/index.html[Kotlin DSL^] are the only accepted languages for Gradle scripts.

Let's take a look at an example and break it down:

====
[.multi-language-sample]
=====
.build.gradle.kts
[source,kotlin]
----
plugins {