if (element != typeNesting.get(typeNesting.size() - 1)) {
                    typeName.append("$");
                }
            }
        });
        typeName.append(";");

        return Type.getType(typeName.toString());
    }

    @Override
    public Type visitError(ErrorType t, Void unused) {
        throw unsupportedType(t);
    }

    @Override

            Type expected = new Key<Set<Set<Set<Integer>>>>() {}.getType();
            assertEquals(expected, simplifyType(type));
        }

        {
            Type type = new Key<Set<Set<? extends Set<Integer>>>>() {}.getType();
            Type expected = new Key<Set<Set<Set<Integer>>>>() {}.getType();
            assertEquals(expected, simplifyType(type));

      }
    }
    assertNotNull(new MyLocalClass<String>().getType());
  }

  private static <T> Type staticMethodWithAnonymousClass() {
    return new Object() {
      Type getType() {
        return new TypeToken<T>(getClass()) {}.getType();
      }
    }.getType();
  }

  public void testAnonymousClassInsideStaticMethod() {
    assertNotNull(staticMethodWithAnonymousClass());
  }

      }
    }
    assertNotNull(new MyLocalClass<String>().getType());
  }

  private static <T> Type staticMethodWithAnonymousClass() {
    return new Object() {
      Type getType() {
        return new TypeToken<T>(getClass()) {}.getType();
      }
    }.getType();
  }

  public void testAnonymousClassInsideStaticMethod() {
    assertNotNull(staticMethodWithAnonymousClass());
  }

	return die
}

// Define gotype, for composite ones recurse into constituents.
func (d *dwctxt) defgotype(gotype loader.Sym) loader.Sym {
	if gotype == 0 {
		return d.mustFind("<unspecified>")
	}

	// If we already have a tdmap entry for the gotype, return it.
	if ds, ok := d.tdmap[gotype]; ok {
		return ds
	}

	sn := d.ldr.SymName(gotype)
	if !strings.HasPrefix(sn, "type:") {

  if (!reshape_before) return failure();

  if (!dot.getLhs().getType().hasStaticShape() ||
      !dot.getRhs().getType().hasStaticShape() ||
      !reshape_before.getOperand().getType().hasStaticShape() ||
      !dot.getType().hasStaticShape() ||
      !reshape_after.getType().hasStaticShape()) {
    return rewriter.notifyMatchFailure(reshape_after,

    abstract val psiPointer: SmartPsiElementPointer<out PSI>
    abstract fun getType(psi: PSI): TYPE

    override val type: TYPE
        get() {
            val psi = psiPointer.element
                ?: error("Cannot restore $psiPointer")
            return getType(psi)
        }
}

internal class JavaElementDelegatingVariableReturnTypeSourceWithSmartPointer<TYPE : PsiType>(

            getType(Project.class),
            getType("Lorg/gradle/api/internal/project/ProjectInternal;"),
            getType(Gradle.class),
            getType("Lorg/gradle/api/internal/GradleInternal;")
        );
        private static final Type JAVA_LANG_REFLECT_TYPE = getType(java.lang.reflect.Type.class);
        private static final Type OBJECT_TYPE = getType(Object.class);

    assertTrue(
        from.getType() + " is expected to be assignable to " + to.getType(),
        to.isSupertypeOf(from));
    assertTrue(
        to.getType() + " is expected to be a supertype of " + from.getType(),
        to.isSupertypeOf(from));
    assertTrue(
        from.getType() + " is expected to be a subtype of " + to.getType(), from.isSubtypeOf(to));
  }

    if (!inner_reshape_op.getOutput().getType().hasStaticShape() ||
        !tfl_broadcast_to_op.getOutput().getType().hasStaticShape() ||
        !outer_reshape_op.getOutput().getType().hasStaticShape()) {
      return rewriter.notifyMatchFailure(
          loc, "Unsupported shapes. Currely only static shapes are supported");
    }

    if (!IsLastDimEqualToNumElements(inner_reshape_input.getType(),