and:
        executable(flavors.dir.file("build/exe/main/english/main")).assertExists()
        sharedLibrary(flavors.dir.file("build/libs/hello/shared/english/hello")).assertExists()

        and:
        installation(flavors.dir.file("build/install/main/english")).exec().out == "Hello world!\n"

        when:
        sample flavors
        run "installMainFrenchExecutable"

        then:

rootProject.name = 'test'
include 'a', 'b'
"""
        buildFile << """
def usage = Attribute.of('usage', String)
def flavor = Attribute.of('flavor', String)
def buildType = Attribute.of('buildType', String)

allprojects {
    dependencies {
       attributesSchema {
          attribute(usage)
          attribute(flavor)
          attribute(buildType)
       }
    }
    configurations {
        compile

            details.compatible()
        }
    }
}

def flavor = Attribute.of('flavor', String)

allprojects {
    dependencies {
        attributesSchema.attribute(flavor)
    }
}

configurations {
    compile.attributes.attribute(flavor, 'preview')
}

dependencies {
    compile project(':a')
}

project(':a') {
    dependencies {

                buildTypes.create("debug");
            }
        }

        @Finalize
        public void createDefaultFlavor(FlavorContainer flavors) {
            if (flavors.isEmpty()) {
                flavors.create(DefaultFlavor.DEFAULT);
            }
        }

        @Finalize
        void configureGeneratedSourceSets(@Each LanguageSourceSetInternal languageSourceSet) {

def usage = Attribute.of('usage', String)
def buildType = Attribute.of('buildType', String)
def flavor = Attribute.of('flavor', String)

allprojects {
    repositories {
        ivy { url '${ivyHttpRepo.uri}' }
    }
    dependencies {
        attributesSchema {
           attribute(usage)
           attribute(buildType)
           attribute(flavor)
        }
    }
    configurations {
        compile {

					return 0, err
				}
				if n != 4 {
					return 0, io.EOF
				}
				return binary.LittleEndian.Uint32(cdr.u32b), nil
			}
		}
	} else {
		panic("internal error: unknown counter flavor")
	}

	// Alternative/experimental path: one way we could handling writing
	// out counter data would be to just memcpy the counter segment
	// out to a file, meaning that a region in the counter memory

====

.Installing manually
[%collapsible]
====

**Step 1 - link:{website}/releases[Download] the latest Gradle distribution**

The distribution ZIP file comes in two flavors:

- Binary-only (bin)
- Complete (all) with docs and sources

We recommend downloading the bin file; it is a smaller file that is quick to download (and the latest documentation is available online).

  comment: ""
  displayName: ""

networkPolicy:
  enabled: false
  # Specifies whether the policies created will be standard Network Policies (flavor: kubernetes)
  # or Cilium Network Policies (flavor: cilium)
  flavor: kubernetes
  allowExternal: true
  # only when using flavor: cilium
  egressEntities:
   - kube-apiserver

## PodDisruptionBudget settings

// units will be in use.
type CoverableUnit struct {
	StLine, StCol uint32
	EnLine, EnCol uint32
	NxStmts       uint32
	Parent        uint32
}

// CounterMode tracks the "flavor" of the coverage counters being
// used in a given coverage-instrumented program.
type CounterMode uint8

const (
	CtrModeInvalid  CounterMode = iota
	CtrModeSet                  // "set" mode

	header := make(http.Header)
	header.Set("Metadata-Flavor", "Google")
	c := sourceURL{testServer.URL, header, "localhost", ch, nil, 0, http.DefaultClient}
	if err := c.extractFromURL(); err != nil {
		t.Fatalf("Unexpected error extracting from URL: %v", err)
	}
	update := (<-ch).(kubetypes.PodUpdate)

	headerVal := fakeHandler.RequestReceived.Header["Metadata-Flavor"]
	if len(headerVal) != 1 || headerVal[0] != "Google" {