src/share/vm/code/dependencies.hpp

@@ -171,11 +171,11 @@
     all_types           = ((1 << TYPE_LIMIT) - 1) & ((-1) << FIRST_TYPE),
 
     non_klass_types     = (1 << call_site_target_value),
     klass_types         = all_types & ~non_klass_types,
 
-    non_ctxk_types      = (1 << evol_method),
+    non_ctxk_types      = (1 << evol_method) | (1 << call_site_target_value),
     implicit_ctxk_types = 0,
     explicit_ctxk_types = all_types & ~(non_ctxk_types | implicit_ctxk_types),
 
     max_arg_count = 3,   // current maximum number of arguments (incl. ctxk)
 

@@ -328,11 +328,11 @@
   static Klass* check_abstract_with_exclusive_concrete_subtypes(Klass* ctxk, Klass* k1, Klass* k2,
                                                                   KlassDepChange* changes = NULL);
   static Klass* check_exclusive_concrete_methods(Klass* ctxk, Method* m1, Method* m2,
                                                    KlassDepChange* changes = NULL);
   static Klass* check_has_no_finalizable_subclasses(Klass* ctxk, KlassDepChange* changes = NULL);
-  static Klass* check_call_site_target_value(Klass* recorded_ctxk, oop call_site, oop method_handle, CallSiteDepChange* changes = NULL);
+  static Klass* check_call_site_target_value(oop call_site, oop method_handle, CallSiteDepChange* changes = NULL);
   // A returned Klass* is NULL if the dependency assertion is still
   // valid.  A non-NULL Klass* is a 'witness' to the assertion
   // failure, a point in the class hierarchy where the assertion has
   // been proven false.  For example, if check_leaf_type returns
   // non-NULL, the value is a subtype of the supposed leaf type.  This

@@ -494,11 +494,11 @@
     }
 
     bool next();
 
     DepType type()               { return _type; }
-    bool is_oop_argument(int i)  { return type() == call_site_target_value && i > 0; }
+    bool is_oop_argument(int i)  { return type() == call_site_target_value; }
     uintptr_t get_identifier(int i);
 
     int argument_count()         { return dep_args(type()); }
     int argument_index(int i)    { assert(0 <= i && i < argument_count(), "oob");
                                    return _xi[i]; }