See the <<#lazy_configuration_reference,Quick Reference>> for all of the types and factories available.

// instantiation in the source (if they were constructed during type checking).
//
// To prevent infinite expansion of named instances that are created outside of
// type-checking, instances share a Context with other instances created during
// their expansion. Via the pidgeonhole principle, this guarantees that in the
// presence of a cycle of named types, expansion will eventually find an

                        }
                    }
                }

                @Mutate
                void addTask(ModelMap<Task> tasks) {
                    println("create task in model map")
                    tasks.create("foo") {
                        doLast {
                            println("created on ModelMap")
                        }

			specifiedConfName: "bridge.conf",
			delayedConfName:   "bridge.conf",
			expectedConfName:  "bridge.conf",
		},
		{
			name:              "specified CNI config file never created",
			chainedCNIPlugin:  true,
			specifiedConfName: "never-created.conf",
			existingConfFiles: []string{"bridge.conf", "list.conflist"},
		},
		{
			name:             "standalone CNI plugin unspecified CNI config file",

        assert accessedFile.createNewFile()
        configurationCacheRunLenient()

        then: "the cache entry is invalidated and the created file is reported"
        configurationCache.assertStateStored()
        outputContains("because the file system entry '$testFileName' has been created")

			//
			// Notably, it's possible to reach here and not create a new *Interface,
			// even though the receiver type may be parameterized. For example:
			//
			//  type T[P any] interface{ m() }
			//
			// In this case the interface will not be substituted here, because its
			// method signatures do not depend on the type parameter P, but we still
			// need to create new interface methods to hold the instantiated

 * - It should not be leaked outside the read action it was created in. To ensure that an analysis session isn't leaked, there are
 *   additional conventions, explained further below.
 * - All entities retrieved from an analysis session should not be leaked outside the read action the analysis session was created in.
 *
 * To pass a symbol from one read action to another, use [KaSymbolPointer], which can be created from a symbol by [KaSymbol.createPointer].
 *

        }

        /**
         * The given number of build scoped models are created.
         */
        void buildModelCreated(int count = 1) {
            runsTasks = false
            loadsOnStore = false
            buildModelQueries += count
        }

        /**
         * One model is created for each of the given projects. The projects will also be configured
         */

import (
	"testing"

	"gorm.io/gorm"
	. "gorm.io/gorm/utils/tests"
)

func TestHasManyAssociation(t *testing.T) {
	user := *GetUser("hasmany", Config{Pets: 2})

	if err := DB.Create(&user).Error; err != nil {
		t.Fatalf("errors happened when create: %v", err)
	}

	CheckUser(t, user, user)

	// Find
	var user2 User
	DB.Find(&user2, "id = ?", user.ID)
	DB.Model(&user2).Association("Pets").Find(&user2.Pets)

        def someTask = ":someTask"
        def someTaskOutput = file("build/overlap/someTask.txt")
        someTaskOutput.text = "Created by something else"

        when:
        withBuildCache().run(someTask)
        then:
        // someTask cannot be cached because its outputs were created by something else
        assertTaskOutputNotCached(someTask)
        someTaskOutput.text == "Generated by ${someTask}"
    }