Mercurial > hg > truffle
annotate src/share/vm/gc_implementation/g1/g1ParScanThreadState.cpp @ 20377:a8ea2f110d87
8054819: Rename HeapRegionSeq to HeapRegionManager
Reviewed-by: jwilhelm, jmasa
| author | tschatzl |
|---|---|
| date | Tue, 26 Aug 2014 09:36:53 +0200 |
| parents | ee019285a52c |
| children | 227a9e5e4b4a |
| rev | line source |
|---|---|
| 20223 | 1 /* |
| 2 * Copyright (c) 2014, Oracle and/or its affiliates. All rights reserved. | |
| 3 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. | |
| 4 * | |
| 5 * This code is free software; you can redistribute it and/or modify it | |
| 6 * under the terms of the GNU General Public License version 2 only, as | |
| 7 * published by the Free Software Foundation. | |
| 8 * | |
| 9 * This code is distributed in the hope that it will be useful, but WITHOUT | |
| 10 * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or | |
| 11 * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License | |
| 12 * version 2 for more details (a copy is included in the LICENSE file that | |
| 13 * accompanied this code). | |
| 14 * | |
| 15 * You should have received a copy of the GNU General Public License version | |
| 16 * 2 along with this work; if not, write to the Free Software Foundation, | |
| 17 * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA. | |
| 18 * | |
| 19 * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA | |
| 20 * or visit www.oracle.com if you need additional information or have any | |
| 21 * questions. | |
| 22 * | |
| 23 */ | |
| 24 | |
| 25 #include "precompiled.hpp" | |
| 26 #include "gc_implementation/g1/g1CollectedHeap.inline.hpp" | |
| 27 #include "gc_implementation/g1/g1OopClosures.inline.hpp" | |
| 28 #include "gc_implementation/g1/g1ParScanThreadState.inline.hpp" | |
| 29 #include "oops/oop.inline.hpp" | |
| 30 #include "oops/oop.pcgc.inline.hpp" | |
| 31 #include "runtime/prefetch.inline.hpp" | |
| 32 | |
| 33 G1ParScanThreadState::G1ParScanThreadState(G1CollectedHeap* g1h, uint queue_num, ReferenceProcessor* rp) | |
| 34 : _g1h(g1h), | |
| 35 _refs(g1h->task_queue(queue_num)), | |
| 36 _dcq(&g1h->dirty_card_queue_set()), | |
| 37 _ct_bs(g1h->g1_barrier_set()), | |
| 38 _g1_rem(g1h->g1_rem_set()), | |
| 39 _hash_seed(17), _queue_num(queue_num), | |
| 40 _term_attempts(0), | |
| 41 _surviving_alloc_buffer(g1h->desired_plab_sz(GCAllocForSurvived)), | |
| 42 _tenured_alloc_buffer(g1h->desired_plab_sz(GCAllocForTenured)), | |
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43 _age_table(false), _scanner(g1h, rp), |
| 20223 | 44 _strong_roots_time(0), _term_time(0), |
| 45 _alloc_buffer_waste(0), _undo_waste(0) { | |
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46 _scanner.set_par_scan_thread_state(this); |
| 20223 | 47 // we allocate G1YoungSurvRateNumRegions plus one entries, since |
| 48 // we "sacrifice" entry 0 to keep track of surviving bytes for | |
| 49 // non-young regions (where the age is -1) | |
| 50 // We also add a few elements at the beginning and at the end in | |
| 51 // an attempt to eliminate cache contention | |
| 52 uint real_length = 1 + _g1h->g1_policy()->young_cset_region_length(); | |
| 53 uint array_length = PADDING_ELEM_NUM + | |
| 54 real_length + | |
| 55 PADDING_ELEM_NUM; | |
| 56 _surviving_young_words_base = NEW_C_HEAP_ARRAY(size_t, array_length, mtGC); | |
| 57 if (_surviving_young_words_base == NULL) | |
| 58 vm_exit_out_of_memory(array_length * sizeof(size_t), OOM_MALLOC_ERROR, | |
| 59 "Not enough space for young surv histo."); | |
| 60 _surviving_young_words = _surviving_young_words_base + PADDING_ELEM_NUM; | |
| 61 memset(_surviving_young_words, 0, (size_t) real_length * sizeof(size_t)); | |
| 62 | |
| 63 _alloc_buffers[GCAllocForSurvived] = &_surviving_alloc_buffer; | |
| 64 _alloc_buffers[GCAllocForTenured] = &_tenured_alloc_buffer; | |
| 65 | |
| 66 _start = os::elapsedTime(); | |
| 67 } | |
| 68 | |
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69 G1ParScanThreadState::~G1ParScanThreadState() { |
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70 retire_alloc_buffers(); |
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71 FREE_C_HEAP_ARRAY(size_t, _surviving_young_words_base, mtGC); |
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72 } |
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73 |
| 20223 | 74 void |
| 75 G1ParScanThreadState::print_termination_stats_hdr(outputStream* const st) | |
| 76 { | |
| 77 st->print_raw_cr("GC Termination Stats"); | |
| 78 st->print_raw_cr(" elapsed --strong roots-- -------termination-------" | |
| 79 " ------waste (KiB)------"); | |
| 80 st->print_raw_cr("thr ms ms % ms % attempts" | |
| 81 " total alloc undo"); | |
| 82 st->print_raw_cr("--- --------- --------- ------ --------- ------ --------" | |
| 83 " ------- ------- -------"); | |
| 84 } | |
| 85 | |
| 86 void | |
| 87 G1ParScanThreadState::print_termination_stats(int i, | |
| 88 outputStream* const st) const | |
| 89 { | |
| 90 const double elapsed_ms = elapsed_time() * 1000.0; | |
| 91 const double s_roots_ms = strong_roots_time() * 1000.0; | |
| 92 const double term_ms = term_time() * 1000.0; | |
| 93 st->print_cr("%3d %9.2f %9.2f %6.2f " | |
| 94 "%9.2f %6.2f " SIZE_FORMAT_W(8) " " | |
| 95 SIZE_FORMAT_W(7) " " SIZE_FORMAT_W(7) " " SIZE_FORMAT_W(7), | |
| 96 i, elapsed_ms, s_roots_ms, s_roots_ms * 100 / elapsed_ms, | |
| 97 term_ms, term_ms * 100 / elapsed_ms, term_attempts(), | |
| 98 (alloc_buffer_waste() + undo_waste()) * HeapWordSize / K, | |
| 99 alloc_buffer_waste() * HeapWordSize / K, | |
| 100 undo_waste() * HeapWordSize / K); | |
| 101 } | |
| 102 | |
| 103 #ifdef ASSERT | |
| 104 bool G1ParScanThreadState::verify_ref(narrowOop* ref) const { | |
| 105 assert(ref != NULL, "invariant"); | |
| 106 assert(UseCompressedOops, "sanity"); | |
| 107 assert(!has_partial_array_mask(ref), err_msg("ref=" PTR_FORMAT, p2i(ref))); | |
| 108 oop p = oopDesc::load_decode_heap_oop(ref); | |
| 109 assert(_g1h->is_in_g1_reserved(p), | |
| 110 err_msg("ref=" PTR_FORMAT " p=" PTR_FORMAT, p2i(ref), p2i(p))); | |
| 111 return true; | |
| 112 } | |
| 113 | |
| 114 bool G1ParScanThreadState::verify_ref(oop* ref) const { | |
| 115 assert(ref != NULL, "invariant"); | |
| 116 if (has_partial_array_mask(ref)) { | |
| 117 // Must be in the collection set--it's already been copied. | |
| 118 oop p = clear_partial_array_mask(ref); | |
| 119 assert(_g1h->obj_in_cs(p), | |
| 120 err_msg("ref=" PTR_FORMAT " p=" PTR_FORMAT, p2i(ref), p2i(p))); | |
| 121 } else { | |
| 122 oop p = oopDesc::load_decode_heap_oop(ref); | |
| 123 assert(_g1h->is_in_g1_reserved(p), | |
| 124 err_msg("ref=" PTR_FORMAT " p=" PTR_FORMAT, p2i(ref), p2i(p))); | |
| 125 } | |
| 126 return true; | |
| 127 } | |
| 128 | |
| 129 bool G1ParScanThreadState::verify_task(StarTask ref) const { | |
| 130 if (ref.is_narrow()) { | |
| 131 return verify_ref((narrowOop*) ref); | |
| 132 } else { | |
| 133 return verify_ref((oop*) ref); | |
| 134 } | |
| 135 } | |
| 136 #endif // ASSERT | |
| 137 | |
| 138 void G1ParScanThreadState::trim_queue() { | |
| 139 assert(_evac_failure_cl != NULL, "not set"); | |
| 140 | |
| 141 StarTask ref; | |
| 142 do { | |
| 143 // Drain the overflow stack first, so other threads can steal. | |
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144 while (_refs->pop_overflow(ref)) { |
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145 dispatch_reference(ref); |
| 20223 | 146 } |
| 147 | |
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148 while (_refs->pop_local(ref)) { |
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149 dispatch_reference(ref); |
| 20223 | 150 } |
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151 } while (!_refs->is_empty()); |
| 20223 | 152 } |
| 153 | |
| 154 oop G1ParScanThreadState::copy_to_survivor_space(oop const old) { | |
| 155 size_t word_sz = old->size(); | |
| 156 HeapRegion* from_region = _g1h->heap_region_containing_raw(old); | |
| 157 // +1 to make the -1 indexes valid... | |
| 158 int young_index = from_region->young_index_in_cset()+1; | |
| 159 assert( (from_region->is_young() && young_index > 0) || | |
| 160 (!from_region->is_young() && young_index == 0), "invariant" ); | |
| 161 G1CollectorPolicy* g1p = _g1h->g1_policy(); | |
| 162 markOop m = old->mark(); | |
| 163 int age = m->has_displaced_mark_helper() ? m->displaced_mark_helper()->age() | |
| 164 : m->age(); | |
| 165 GCAllocPurpose alloc_purpose = g1p->evacuation_destination(from_region, age, | |
| 166 word_sz); | |
| 167 HeapWord* obj_ptr = allocate(alloc_purpose, word_sz); | |
| 168 #ifndef PRODUCT | |
| 169 // Should this evacuation fail? | |
| 170 if (_g1h->evacuation_should_fail()) { | |
| 171 if (obj_ptr != NULL) { | |
| 172 undo_allocation(alloc_purpose, obj_ptr, word_sz); | |
| 173 obj_ptr = NULL; | |
| 174 } | |
| 175 } | |
| 176 #endif // !PRODUCT | |
| 177 | |
| 178 if (obj_ptr == NULL) { | |
| 179 // This will either forward-to-self, or detect that someone else has | |
| 180 // installed a forwarding pointer. | |
| 181 return _g1h->handle_evacuation_failure_par(this, old); | |
| 182 } | |
| 183 | |
| 184 oop obj = oop(obj_ptr); | |
| 185 | |
| 186 // We're going to allocate linearly, so might as well prefetch ahead. | |
| 187 Prefetch::write(obj_ptr, PrefetchCopyIntervalInBytes); | |
| 188 | |
| 189 oop forward_ptr = old->forward_to_atomic(obj); | |
| 190 if (forward_ptr == NULL) { | |
| 191 Copy::aligned_disjoint_words((HeapWord*) old, obj_ptr, word_sz); | |
| 192 | |
| 193 // alloc_purpose is just a hint to allocate() above, recheck the type of region | |
| 194 // we actually allocated from and update alloc_purpose accordingly | |
| 195 HeapRegion* to_region = _g1h->heap_region_containing_raw(obj_ptr); | |
| 196 alloc_purpose = to_region->is_young() ? GCAllocForSurvived : GCAllocForTenured; | |
| 197 | |
| 198 if (g1p->track_object_age(alloc_purpose)) { | |
| 199 // We could simply do obj->incr_age(). However, this causes a | |
| 200 // performance issue. obj->incr_age() will first check whether | |
| 201 // the object has a displaced mark by checking its mark word; | |
| 202 // getting the mark word from the new location of the object | |
| 203 // stalls. So, given that we already have the mark word and we | |
| 204 // are about to install it anyway, it's better to increase the | |
| 205 // age on the mark word, when the object does not have a | |
| 206 // displaced mark word. We're not expecting many objects to have | |
| 207 // a displaced marked word, so that case is not optimized | |
| 208 // further (it could be...) and we simply call obj->incr_age(). | |
| 209 | |
| 210 if (m->has_displaced_mark_helper()) { | |
| 211 // in this case, we have to install the mark word first, | |
| 212 // otherwise obj looks to be forwarded (the old mark word, | |
| 213 // which contains the forward pointer, was copied) | |
| 214 obj->set_mark(m); | |
| 215 obj->incr_age(); | |
| 216 } else { | |
| 217 m = m->incr_age(); | |
| 218 obj->set_mark(m); | |
| 219 } | |
| 220 age_table()->add(obj, word_sz); | |
| 221 } else { | |
| 222 obj->set_mark(m); | |
| 223 } | |
| 224 | |
| 225 if (G1StringDedup::is_enabled()) { | |
| 226 G1StringDedup::enqueue_from_evacuation(from_region->is_young(), | |
| 227 to_region->is_young(), | |
| 228 queue_num(), | |
| 229 obj); | |
| 230 } | |
| 231 | |
| 232 size_t* surv_young_words = surviving_young_words(); | |
| 233 surv_young_words[young_index] += word_sz; | |
| 234 | |
| 235 if (obj->is_objArray() && arrayOop(obj)->length() >= ParGCArrayScanChunk) { | |
| 236 // We keep track of the next start index in the length field of | |
| 237 // the to-space object. The actual length can be found in the | |
| 238 // length field of the from-space object. | |
| 239 arrayOop(obj)->set_length(0); | |
| 240 oop* old_p = set_partial_array_mask(old); | |
| 241 push_on_queue(old_p); | |
| 242 } else { | |
| 243 // No point in using the slower heap_region_containing() method, | |
| 244 // given that we know obj is in the heap. | |
| 245 _scanner.set_region(_g1h->heap_region_containing_raw(obj)); | |
| 246 obj->oop_iterate_backwards(&_scanner); | |
| 247 } | |
| 248 } else { | |
| 249 undo_allocation(alloc_purpose, obj_ptr, word_sz); | |
| 250 obj = forward_ptr; | |
| 251 } | |
| 252 return obj; | |
| 253 } | |
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254 |
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255 HeapWord* G1ParScanThreadState::allocate_slow(GCAllocPurpose purpose, size_t word_sz) { |
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256 HeapWord* obj = NULL; |
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257 size_t gclab_word_size = _g1h->desired_plab_sz(purpose); |
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258 if (word_sz * 100 < gclab_word_size * ParallelGCBufferWastePct) { |
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259 G1ParGCAllocBuffer* alloc_buf = alloc_buffer(purpose); |
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260 add_to_alloc_buffer_waste(alloc_buf->words_remaining()); |
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261 alloc_buf->retire(false /* end_of_gc */, false /* retain */); |
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262 |
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263 HeapWord* buf = _g1h->par_allocate_during_gc(purpose, gclab_word_size); |
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264 if (buf == NULL) { |
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265 return NULL; // Let caller handle allocation failure. |
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266 } |
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267 // Otherwise. |
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268 alloc_buf->set_word_size(gclab_word_size); |
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269 alloc_buf->set_buf(buf); |
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270 |
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271 obj = alloc_buf->allocate(word_sz); |
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272 assert(obj != NULL, "buffer was definitely big enough..."); |
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273 } else { |
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274 obj = _g1h->par_allocate_during_gc(purpose, word_sz); |
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275 } |
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276 return obj; |
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277 } |
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278 |
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279 void G1ParScanThreadState::undo_allocation(GCAllocPurpose purpose, HeapWord* obj, size_t word_sz) { |
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280 if (alloc_buffer(purpose)->contains(obj)) { |
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281 assert(alloc_buffer(purpose)->contains(obj + word_sz - 1), |
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282 "should contain whole object"); |
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283 alloc_buffer(purpose)->undo_allocation(obj, word_sz); |
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284 } else { |
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285 CollectedHeap::fill_with_object(obj, word_sz); |
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286 add_to_undo_waste(word_sz); |
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287 } |
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288 } |
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289 |
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290 HeapWord* G1ParScanThreadState::allocate(GCAllocPurpose purpose, size_t word_sz) { |
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291 HeapWord* obj = NULL; |
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292 if (purpose == GCAllocForSurvived) { |
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293 obj = alloc_buffer(GCAllocForSurvived)->allocate_aligned(word_sz, SurvivorAlignmentInBytes); |
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294 } else { |
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295 obj = alloc_buffer(GCAllocForTenured)->allocate(word_sz); |
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296 } |
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297 if (obj != NULL) { |
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298 return obj; |
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299 } |
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300 return allocate_slow(purpose, word_sz); |
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301 } |
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302 |
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303 void G1ParScanThreadState::retire_alloc_buffers() { |
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304 for (int ap = 0; ap < GCAllocPurposeCount; ++ap) { |
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305 size_t waste = _alloc_buffers[ap]->words_remaining(); |
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306 add_to_alloc_buffer_waste(waste); |
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307 _alloc_buffers[ap]->flush_stats_and_retire(_g1h->stats_for_purpose((GCAllocPurpose)ap), |
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308 true /* end_of_gc */, |
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309 false /* retain */); |
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310 } |
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311 } |