Lines Matching full:superclass
42 The basic way to retrieve a class is to load it, make sure its superclass
1252 * If necessary, the superclass will be loaded.
1280 * superclass. It will not be initialized.
1669 * dvmLinkClass(), and Class has Object as its superclass. So
1786 * Stuff the superclass index into the object pointer field. The linker
2460 * If our superclass overflowed, we don't stand a chance.
2569 * superclass and interfaces are all NULL.
2579 ALOGV("Unable to resolve superclass of %s (%d)",
2582 ALOGW("Unable to resolve superclass of %s (%d)",
2642 * All classes have a direct superclass, except for
2652 dvmThrowClassFormatError("java.lang.Object has a superclass");
2662 dvmThrowLinkageError("no superclass defined");
2667 ALOGW("Superclass of '%s' is final '%s'",
2669 dvmThrowIncompatibleClassChangeError("superclass is final");
2672 ALOGW("Superclass of '%s' is interface '%s'",
2674 dvmThrowIncompatibleClassChangeError("superclass is an interface");
2677 ALOGW("Superclass of '%s' (%s) is not accessible",
2679 dvmThrowIllegalAccessError("superclass not accessible");
2683 /* Inherit finalizability from the superclass. If this
2698 * inheritance chain. Inherit reference-ness from the superclass.
2863 * The top part of the table is a copy of the table from our superclass,
2878 /* the virtual methods we define, plus the superclass vtable size */
2910 * See if any of our virtual methods override the superclass.
3008 * we implement directly and those implemented by our superclass. Each
3053 * superclass' table in.
3134 * superclass doesn't have, then we again have nothing to do.
3148 * Because our vtable encompasses the superclass vtable, we can use
3149 * the vtable indices from our superclass for all of the interfaces
3153 * vtable offsets. The iftable entries in the superclass point to
3154 * storage allocated in the superclass, and the iftable entries added
3183 * our superclass.
3196 * subclass over the superclass, which just requires walking
3198 * superclass defines a private method and this class redefines
3524 * The top portion of the instance field area is occupied by the superclass
3530 * fields of the topmost superclass (i.e. Object) are 64-bit aligned, so
3941 * For this to work, the superclass/interface should be the first
3994 * For best results, the "superclass" class should be first.
4029 * Validate the descriptors in the superclass and interfaces.
4070 * Start with the superclass-declared methods.
4086 * We don't need to check stuff defined in a superclass because
4087 * it was checked when the superclass was loaded.
4103 "Classes resolve differently in superclass");
4111 * implements. If we inherited the implementation from a superclass,
4112 * we have to check it against the superclass (which might be in a
4113 * different class loader). If the superclass also implements the
4415 * with our superclass and interfaces. We know that the UTF-8
4452 /* init our superclass */
4705 /* clazz->super briefly holds the superclass index during class prep */
