}
}
class FlavorSelectionRule implements AttributeDisambiguationRule<String> {
    void execute(MultipleCandidatesDetails<String> details) {
        if (details.candidateValues.contains('tasty')) {
            details.closestMatch('tasty')
        }
    }
}

dependencies.attributesSchema {
    attribute(buildType) {
        compatibilityRules.add(BuildTypeCompatibilityRule)
    }
    attribute(flavor) {

        def scalaLibs = [
            'scala3-compiler_3-3.0.1.', 'scala3-sbt-bridge-3.0.1.', 'scala3-interfaces-3.0.1.', 'tasty-core_3-3.0.1.',
            'scala3-library_3-3.0.1.', 'scala-asm-9.1.0-scala-1', 'compiler-interface-1.3.5', 'jline-reader-3.19.0.',

	}
	if got := res.Header.Get("Location"); got != fakeURL {
		t.Errorf("Location header = %q; want %q", got, fakeURL)
	}
}

var expectedCookies = []*Cookie{
	{Name: "ChocolateChip", Value: "tasty"},
	{Name: "First", Value: "Hit"},
	{Name: "Second", Value: "Hit"},
}

var echoCookiesRedirectHandler = HandlerFunc(func(w ResponseWriter, r *Request) {
	for _, cookie := range r.Cookies() {

When you use "must run after", you specify that `taskY` must always run after `taskX` when the build requires the execution of `taskX` and `taskY`.
So if you only run `taskY` with `mustRunAfter`, you won't cause `taskX` to run.
This is expressed as `taskY.mustRunAfter(taskX)`.

====
include::sample[dir="snippets/tasks/mustRunAfter/kotlin",files="build.gradle.kts[]"]

### Testy

* Pomóż mi sprawdzić, czy PR ma **testy**.

* Sprawdź, czy testy **nie przechodzą** przed PR. 🚨

* Następnie sprawdź, czy testy **przechodzą** po PR. ✅

* Wiele PR-ów nie ma testów, możesz **przypomnieć** im o dodaniu testów, a nawet **zaproponować** samemu jakieś testy. To jedna z rzeczy, które pochłaniają najwięcej czasu i możesz w tym bardzo pomóc.

     *
     * <pre class='autoTested'>
     * task taskY {
     *     mustRunAfter "taskX"
     * }
     * </pre>
     *
     * <p>For each supplied task, this action adds a task 'ordering', and does not specify a 'dependency' between the tasks.
     * As such, it is still possible to execute 'taskY' without first executing the 'taskX' in the example.</p>
     *

cleanly apply. Conflicts might be trivial which can be resolved easily, when conflicts seem to be non-trivial or touches the part of the code-base the developer is not confident - to get additional clarity reach out to #hack on MinIOHQ slack channel. Hasty changes must be avoided, minor fixes and logs may be added to hotfix branches but this should not be followed as practice.*

Once the **patch** is successfully applied, developer must run tests to validate the fix that was backported by running...

include::sample[dir="snippets/tutorial/intro/groovy", files="build.gradle[]"]

----
$ gradle -q intro
include::{snippetsPath}/tutorial/intro/tests/intro.out[]
----
====

The dependency of `taskX` to `taskY` may be declared before `taskY` is defined:

====
include::sample[dir="snippets/tutorial/lazyDependsOn/kotlin", files="build.gradle.kts[]"]
include::sample[dir="snippets/tutorial/lazyDependsOn/groovy", files="build.gradle[]"]

----

        List<FileCopyDetailsInternal> detailsForPath = pendingDirs.removeAll(path);

        FileCopyDetailsInternal dir;
        if (detailsForPath.isEmpty()) {
            // TODO - this is pretty nasty, look at avoiding using a time bomb stub here
            dir = new StubbedFileCopyDetails(path, includeEmptyDirs, chmod);
        } else {
            dir = detailsForPath.get(0);
        }

                    Predicates.isNull(),
                    Predicates.notNull(),
                    Predicates.in(Arrays.asList(1)))));
    assertEvalsToFalse(nasty);

    Predicate<? super Integer> stillNasty = SerializableTester.reserializeAndAssert(nasty);

    assertEvalsToFalse(stillNasty);
  }

  // enum singleton pattern
  private enum TrimStringFunction implements Function<String, String> {
    INSTANCE;