}

    @Test
    fun `parameterized public type with public component type is represented as Accessible`() {

        val genericType = SchemaType.of<PublicGenericType<PublicComponentType>>()

        val projectSchema = availableProjectSchemaFor(
            schemaWithExtensions("generic" to genericType),
            classPathWith(PublicGenericType::class, PublicComponentType::class)
        )

        assertThat(

// through substitution of type parameters by type arguments.

package types2

import (
	"cmd/compile/internal/syntax"
	"errors"
	"fmt"
	. "internal/types/errors"
)

// A genericType implements access to its type parameters.
type genericType interface {
	Type
	TypeParams() *TypeParamList
}

// Instantiate instantiates the type orig with the given type arguments targs.

// through substitution of type parameters by type arguments.

package types

import (
	"errors"
	"fmt"
	"go/token"
	. "internal/types/errors"
)

// A genericType implements access to its type parameters.
type genericType interface {
	Type
	TypeParams() *TypeParamList
}

// Instantiate instantiates the type orig with the given type arguments targs.

	}
	check.recordTypeAndValue(e, typexpr, typ, nil)
	return typ
}

// genericType is like typ but the type must be an (uninstantiated) generic
// type. If cause is non-nil and the type expression was a valid type but not
// generic, cause will be populated with a message describing the error.
func (check *Checker) genericType(e syntax.Expr, cause *string) Type {
	typ := check.typInternal(e, nil)
	assert(isTyped(typ))

	}
	check.recordTypeAndValue(e, typexpr, typ, nil)
	return typ
}

// genericType is like typ but the type must be an (uninstantiated) generic
// type. If cause is non-nil and the type expression was a valid type but not
// generic, cause will be populated with a message describing the error.
func (check *Checker) genericType(e ast.Expr, cause *string) Type {
	typ := check.typInternal(e, nil)
	assert(isTyped(typ))

				// recv should be a Named type (otherwise an error is reported elsewhere)
				// Also: Don't report an error via genericType since it will be reported
				//       again when we type-check the signature.
				// TODO(gri) maybe the receiver should be marked as invalid instead?
				if recv := asNamed(check.genericType(rname, nil)); recv != nil {
					recvTParams = recv.TypeParams().list()
				}
			}
			// provide type parameter bounds

				// recv should be a Named type (otherwise an error is reported elsewhere)
				// Also: Don't report an error via genericType since it will be reported
				//       again when we type-check the signature.
				// TODO(gri) maybe the receiver should be marked as invalid instead?
				if recv := asNamed(check.genericType(rname, nil)); recv != nil {
					recvTParams = recv.TypeParams().list()
				}
			}
			// provide type parameter bounds

    @SuppressWarnings("rawtypes") // Iterable.class
    TypeToken<? extends Iterable> genericType = TypeToken.toGenericType(Iterable.class);
    assertEquals(Iterable.class, genericType.getRawType());
    assertEquals(
        Types.newParameterizedType(Iterable.class, Iterable.class.getTypeParameters()[0]),
        genericType.getType());
  }

  public void testToGenericType_staticMemberClass() throws Exception {

    @SuppressWarnings("rawtypes") // Iterable.class
    TypeToken<? extends Iterable> genericType = TypeToken.toGenericType(Iterable.class);
    assertEquals(Iterable.class, genericType.getRawType());
    assertEquals(
        Types.newParameterizedType(Iterable.class, Iterable.class.getTypeParameters()[0]),
        genericType.getType());
  }

  public void testToGenericType_staticMemberClass() throws Exception {

      }

      @Test
      @TestMetadata("GenericType.kt")
      public void testGenericType() {
        runTest("analysis/analysis-api/testData/components/resolver/singleByPsi/codeFragment/typeCodeFragment/GenericType.kt");
      }

      @Test
      @TestMetadata("GenericTypeArgument.kt")
      public void testGenericTypeArgument() {