repositories {
    mavenCentral()
}

// tag::configure-suite-dependencies[]
testing {
    suites {
        test { // <1>
            dependencies {
                // Note that this is equivalent to adding dependencies to testImplementation in the top-level dependencies block
                implementation 'org.assertj:assertj-core:3.21.0' // <2>
                annotationProcessor 'com.google.auto.value:auto-value:1.9' // <3>

		},
	}

	c := newTypedXdsCache[uint64]()

	cache := c.(*lruCache[uint64])

	assert.Equal(t, cache.store.Len(), 0)
	assert.Equal(t, cache.indexLength(), 0)

	// adding the entry populates the indexes
	c.Add(firstEntry.Key(), firstEntry, req, res)

	assert.Equal(t, cache.store.Len(), 1)
	assert.Equal(t, cache.indexLength(), 2)

		priv.D.FillBytes(params[3*blockSize : 4*blockSize])
		k.FillBytes(params[4*blockSize : 5*blockSize])
		// Convert verify function code into a sign function code by adding 8.
		// We also need to set the 'deterministic' bit in the function code, by
		// adding 128, in order to stop the instruction using its own random number
		// generator in addition to the random number we supply.
		switch kdsa(functionCode+136, &params) {

# Regression test for https://golang.org/issue/41113.
#
# When resolving a missing import path, the inability to add the package from
# one module path should not interfere with adding a nested path.

# Initially, our module depends on split-incompatible v2.1.0-pre+incompatible,
# from which an imported package has been removed (and relocated to the nested
# split-incompatible/subpkg module). modload.QueryPattern will suggest

        accept("(,2.0]", "2.0")

        accept("(,2.0[", "0")
        accept("(,2.0[", "0.1.2")
        accept("(,2.0[", "1.99")
    }

    def "accepts candidate versions that fall into the selector's range (adding qualifiers to the mix)"() {
        expect:
        accept("[1.0,2.0]", "1.5-dev-1")
        accept("[1.0,2.0]", "1.2.3-rc-2")
        accept("[1.0,2.0]", "2.0-final")

        accept("[1.0-dev-1,2.0[", "1.0")

/**
 * Represents the target that a plugin should be applied to, such as a Gradle, Settings or Project object.
 * This is used to apply a plugin to a target in a way that is appropriate for that target, such as adding
 * additional functionality specific to the target or disallowing certain types of plugins to be applied.
 */
public interface PluginTarget {

them into syscalls. This requires the name of the prototype in the comment to
match a syscall number in the `zsysnum_${GOOS}_${GOARCH}.go` file. The function
prototype can be exported (capitalized) or not.

Adding a new syscall often just requires adding a new `//sys` function prototype
with the desired arguments and a capitalized name so it is exported. However, if
you want the interface to the syscall to be different, often one will make an

    # Default node selector to be applied to all deployments so that all pods can be
    # constrained to run a particular nodes. Each component can overwrite these default
    # values by adding its node selector block in the relevant section below and setting
    # the desired values.
    defaultNodeSelector: {}

    # enable pod disruption budget for the control plane, which is used to

        Cast.uncheckedCast(ModelType.of(ChildNodeInitializerStrategy.class));

    public static <T> MutableModelNode addModelMapNode(MutableModelNode modelNode, ModelType<T> elementModelType, String name) {
        modelNode.addLink(
            ModelRegistrations.of(modelNode.getPath().child(name))
                .action(ModelActionRole.Create, NODE_INITIALIZER_REGISTRY_MODEL_REFERENCE, new BiAction<MutableModelNode, NodeInitializerRegistry>() {

// The following parse as invalid array types due to parsing ambiguitiues.
type _ [P *int /* ERROR "int (type) is not an expression" */ ]int
type _ [P /* ERROR "non-function P" */ (*int)]int

// Adding a trailing comma or an enclosing interface resolves the ambiguity.
type _[P *int,] int
type _[P (*int),] int
type _[P interface{*int}] int
type _[P interface{(*int)}] int