}

	// Choose a random "slice" from a pie
	totalSlices := 0
	for _, flavor := range codes {
		totalSlices += flavor.slices
	}
	// nolint: gosec
	// Test only code
	slice := rand.Intn(totalSlices)

	// What flavor is that slice?
	responseCode := codes[len(codes)-1].httpResponseCode // Assume the last slice
	position := 0
	for n, flavor := range codes {
		if position > slice {

Laura Kassovic <******@****.***> 1701107622 -0800

                    c1 { attributes { attribute(flavor, objects.named(Flavor, 'preview')); $debug } }
                    c2 { attributes { attribute(flavor, objects.named(Flavor, 'preview')); $release } }
                    c3 { attributes { attribute(flavor, objects.named(Flavor, 'full')); $debug } }
                    c4 { attributes { attribute(flavor, objects.named(Flavor, 'full')); $release } }
                }

		mkfunc(0, 1, []uint32{16, 17}),
		mkfunc(1, 0, []uint32{18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 976543, 7}),
	}
	writeVisitor := &ctrVis{funcs: funcs}

	for kf, flav := range flavors {

		t.Logf("testing flavor %d\n", flav)

		// Open a counter data file in preparation for emitting data.
		d := t.TempDir()
		cfpath := filepath.Join(d, fmt.Sprintf("covcounters.hash.0.%d", kf))

		var buf []byte
		var towr int
		if cfw.cflavor == coverage.CtrRaw {
			binary.LittleEndian.PutUint32(ctrb, val)
			buf = ctrb
			towr = 4
		} else if cfw.cflavor == coverage.CtrULeb128 {
			cfw.tmp = cfw.tmp[:0]
			cfw.tmp = uleb128.AppendUleb128(cfw.tmp, uint(val))
			buf = cfw.tmp
			towr = len(buf)
		} else {
			panic("internal error: bad counter flavor")
		}
		if sz, err := ws.Write(buf); err != nil {

        app.library.writeSources(file("libs/src/hello"))

        file("libs/build.gradle") << """
apply plugin: 'cpp'
model {
    flavors {
        english
        french
    }
    components {
        hello(NativeLibrarySpec) {
            binaries.all {
                if (flavor == flavors.french) {
                    cppCompiler.define "FRENCH"
                }
            }
        }
    }
}
"""
    }

[[native_binaries:flavor]]
=== Flavor

Each component can have a set of named `flavors`, and a separate binary variant can be produced for each flavor. While the `build type` and `target platform` variant dimensions have a defined meaning in Gradle, each project is free to define any number of flavors and apply meaning to them in any way.

            version = '2.0-SNAPSHOT'

            def flavor = Attribute.of('flavor', $type)
            dependencies {
                attributesSchema {
                    attribute(flavor)
                }
            }

            configurations {
                foo.attributes { attribute(flavor, $freeValue) }
                bar.attributes { attribute(flavor, $paidValue) }
            }

                for (Flavor flavor : allFlavors) {
                    createNativeBinaries(prebuiltLibrary, platform, buildType, flavor, fileCollectionFactory);
                }
            }
        }
    }

    public void createNativeBinaries(PrebuiltLibrary library, NativePlatform platform, BuildType buildType, Flavor flavor, FileCollectionFactory fileCollectionFactory) {

func (t1) f2() {}

func (t2) f1() {}
func (t2) f2() {}
func (x *t2) f2() {}
`

// Calling ast.MergePackageFiles with ast.FilterFuncDuplicates
// keeps a duplicate entry with attached documentation in favor
// of one without, and it favors duplicate entries appearing
// later in the source over ones appearing earlier. This is why
// (*t2).f2 is kept and t2.f2 is eliminated in this test case.
const golden = `package p

type t1 struct{}