77 } \
78 return *this; \
79 } \
80 inline void name##Handle::remove() { \
81 if (_value != NULL) { \
82 int i = _thread->metadata_handles()->find_from_end((Metadata*)_value); \
83 assert(i!=-1, "not in metadata_handles list"); \
84 _thread->metadata_handles()->remove_at(i); \
85 } \
86 } \
87 name##Handle::~name##Handle () { remove(); } \
88
89 DEF_METADATA_HANDLE_FN_NOINLINE(method, Method)
90 DEF_METADATA_HANDLE_FN_NOINLINE(constantPool, ConstantPool)
91
92
93 static uintx chunk_oops_do(OopClosure* f, Chunk* chunk, char* chunk_top) {
94 oop* bottom = (oop*) chunk->bottom();
95 oop* top = (oop*) chunk_top;
96 uintx handles_visited = top - bottom;
97 BufferedValuesDealiaser* dealiaser = NULL;
98 assert(top >= bottom && top <= (oop*) chunk->top(), "just checking");
99 // during GC phase 3, a handle may be a forward pointer that
100 // is not yet valid, so loosen the assertion
101 while (bottom < top) {
102 if (Universe::heap()->is_in_reserved_or_null(*bottom)) {
103 f->do_oop(bottom);
104 } else {
105 if (VTBuffer::is_in_vt_buffer(*bottom)) {
106 if(dealiaser == NULL) {
107 dealiaser = Thread::current()->buffered_values_dealiaser();
108 }
109 dealiaser->oops_do(f, *bottom);
110 }
111 }
112 bottom++;
113 }
114 return handles_visited;
115 }
116
117 // Used for debugging handle allocation.
118 NOT_PRODUCT(jint _nof_handlemarks = 0;)
119
120 void HandleArea::oops_do(OopClosure* f) {
121 uintx handles_visited = 0;
122 // First handle the current chunk. It is filled to the high water mark.
123 handles_visited += chunk_oops_do(f, _chunk, _hwm);
124 // Then handle all previous chunks. They are completely filled.
125 Chunk* k = _first;
126 while(k != _chunk) {
127 handles_visited += chunk_oops_do(f, k, k->top());
128 k = k->next();
129 }
130
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77 } \
78 return *this; \
79 } \
80 inline void name##Handle::remove() { \
81 if (_value != NULL) { \
82 int i = _thread->metadata_handles()->find_from_end((Metadata*)_value); \
83 assert(i!=-1, "not in metadata_handles list"); \
84 _thread->metadata_handles()->remove_at(i); \
85 } \
86 } \
87 name##Handle::~name##Handle () { remove(); } \
88
89 DEF_METADATA_HANDLE_FN_NOINLINE(method, Method)
90 DEF_METADATA_HANDLE_FN_NOINLINE(constantPool, ConstantPool)
91
92
93 static uintx chunk_oops_do(OopClosure* f, Chunk* chunk, char* chunk_top) {
94 oop* bottom = (oop*) chunk->bottom();
95 oop* top = (oop*) chunk_top;
96 uintx handles_visited = top - bottom;
97 assert(top >= bottom && top <= (oop*) chunk->top(), "just checking");
98 // during GC phase 3, a handle may be a forward pointer that
99 // is not yet valid, so loosen the assertion
100 while (bottom < top) {
101 if (Universe::heap()->is_in_reserved_or_null(*bottom)) {
102 f->do_oop(bottom);
103 }
104 bottom++;
105 }
106 return handles_visited;
107 }
108
109 // Used for debugging handle allocation.
110 NOT_PRODUCT(jint _nof_handlemarks = 0;)
111
112 void HandleArea::oops_do(OopClosure* f) {
113 uintx handles_visited = 0;
114 // First handle the current chunk. It is filled to the high water mark.
115 handles_visited += chunk_oops_do(f, _chunk, _hwm);
116 // Then handle all previous chunks. They are completely filled.
117 Chunk* k = _first;
118 while(k != _chunk) {
119 handles_visited += chunk_oops_do(f, k, k->top());
120 k = k->next();
121 }
122
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