src/share/vm/gc/g1/g1BiasedArray.hpp

rev 12474 : 8171924: Use SIZE_FORMAT to print size_t values.

@@ -67,16 +67,16 @@
   // Allocate and initialize this array to cover the heap addresses in the range
   // of [bottom, end).
   void initialize(HeapWord* bottom, HeapWord* end, size_t target_elem_size_in_bytes, size_t mapping_granularity_in_bytes) {
     assert(mapping_granularity_in_bytes > 0, "just checking");
     assert(is_power_of_2(mapping_granularity_in_bytes),
-           "mapping granularity must be power of 2, is %zd", mapping_granularity_in_bytes);
+           "mapping granularity must be power of 2, is " SIZE_FORMAT, mapping_granularity_in_bytes);
     assert((uintptr_t)bottom % mapping_granularity_in_bytes == 0,
-           "bottom mapping area address must be a multiple of mapping granularity %zd, is  " PTR_FORMAT,
+           "bottom mapping area address must be a multiple of mapping granularity " SIZE_FORMAT ", is  " PTR_FORMAT,
            mapping_granularity_in_bytes, p2i(bottom));
     assert((uintptr_t)end % mapping_granularity_in_bytes == 0,
-           "end mapping area address must be a multiple of mapping granularity %zd, is " PTR_FORMAT,
+           "end mapping area address must be a multiple of mapping granularity " SIZE_FORMAT ", is " PTR_FORMAT,
            mapping_granularity_in_bytes, p2i(end));
     size_t num_target_elems = pointer_delta(end, bottom, mapping_granularity_in_bytes);
     idx_t bias = (uintptr_t)bottom / mapping_granularity_in_bytes;
     address base = create_new_base_array(num_target_elems, target_elem_size_in_bytes);
     initialize_base(base, num_target_elems, bias, target_elem_size_in_bytes, log2_intptr(mapping_granularity_in_bytes));