annotate src/share/vm/services/memoryPool.cpp @ 17866:270d7cb38f40

8038934: Remove prefix allocated_ from methods and variables in Metaspace Reviewed-by: jmasa, coleenp
author ehelin
date Mon, 31 Mar 2014 17:09:38 +0200
parents 190899198332
children ce8f6bb717c9
Ignore whitespace changes - Everywhere: Within whitespace: At end of lines:
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1 /*
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2 * Copyright (c) 2003, 2013, Oracle and/or its affiliates. All rights reserved.
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3 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
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4 *
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5 * This code is free software; you can redistribute it and/or modify it
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6 * under the terms of the GNU General Public License version 2 only, as
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7 * published by the Free Software Foundation.
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8 *
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9 * This code is distributed in the hope that it will be useful, but WITHOUT
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10 * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
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11 * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
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12 * version 2 for more details (a copy is included in the LICENSE file that
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13 * accompanied this code).
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14 *
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15 * You should have received a copy of the GNU General Public License version
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16 * 2 along with this work; if not, write to the Free Software Foundation,
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17 * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.
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18 *
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19 * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA
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20 * or visit www.oracle.com if you need additional information or have any
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21 * questions.
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22 *
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23 */
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24
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25 #include "precompiled.hpp"
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26 #include "classfile/systemDictionary.hpp"
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27 #include "classfile/vmSymbols.hpp"
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28 #include "memory/metaspace.hpp"
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29 #include "oops/oop.inline.hpp"
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30 #include "runtime/handles.inline.hpp"
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31 #include "runtime/javaCalls.hpp"
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32 #include "services/lowMemoryDetector.hpp"
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33 #include "services/management.hpp"
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34 #include "services/memoryManager.hpp"
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35 #include "services/memoryPool.hpp"
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36 #include "utilities/macros.hpp"
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37 #include "utilities/globalDefinitions.hpp"
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39 MemoryPool::MemoryPool(const char* name,
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40 PoolType type,
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41 size_t init_size,
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42 size_t max_size,
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43 bool support_usage_threshold,
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44 bool support_gc_threshold) {
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45 _name = name;
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46 _initial_size = init_size;
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47 _max_size = max_size;
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48 (void)const_cast<instanceOop&>(_memory_pool_obj = NULL);
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49 _available_for_allocation = true;
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50 _num_managers = 0;
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51 _type = type;
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52
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53 // initialize the max and init size of collection usage
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54 _after_gc_usage = MemoryUsage(_initial_size, 0, 0, _max_size);
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55
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56 _usage_sensor = NULL;
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57 _gc_usage_sensor = NULL;
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58 // usage threshold supports both high and low threshold
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59 _usage_threshold = new ThresholdSupport(support_usage_threshold, support_usage_threshold);
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60 // gc usage threshold supports only high threshold
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61 _gc_usage_threshold = new ThresholdSupport(support_gc_threshold, support_gc_threshold);
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62 }
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63
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64 void MemoryPool::add_manager(MemoryManager* mgr) {
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65 assert(_num_managers < MemoryPool::max_num_managers, "_num_managers exceeds the max");
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66 if (_num_managers < MemoryPool::max_num_managers) {
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67 _managers[_num_managers] = mgr;
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68 _num_managers++;
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69 }
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70 }
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71
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72
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73 // Returns an instanceHandle of a MemoryPool object.
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74 // It creates a MemoryPool instance when the first time
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75 // this function is called.
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76 instanceOop MemoryPool::get_memory_pool_instance(TRAPS) {
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77 // Must do an acquire so as to force ordering of subsequent
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78 // loads from anything _memory_pool_obj points to or implies.
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79 instanceOop pool_obj = (instanceOop)OrderAccess::load_ptr_acquire(&_memory_pool_obj);
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80 if (pool_obj == NULL) {
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81 // It's ok for more than one thread to execute the code up to the locked region.
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82 // Extra pool instances will just be gc'ed.
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83 Klass* k = Management::sun_management_ManagementFactory_klass(CHECK_NULL);
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84 instanceKlassHandle ik(THREAD, k);
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85
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86 Handle pool_name = java_lang_String::create_from_str(_name, CHECK_NULL);
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87 jlong usage_threshold_value = (_usage_threshold->is_high_threshold_supported() ? 0 : -1L);
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88 jlong gc_usage_threshold_value = (_gc_usage_threshold->is_high_threshold_supported() ? 0 : -1L);
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89
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90 JavaValue result(T_OBJECT);
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91 JavaCallArguments args;
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92 args.push_oop(pool_name); // Argument 1
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93 args.push_int((int) is_heap()); // Argument 2
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94
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95 Symbol* method_name = vmSymbols::createMemoryPool_name();
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96 Symbol* signature = vmSymbols::createMemoryPool_signature();
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97
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98 args.push_long(usage_threshold_value); // Argument 3
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99 args.push_long(gc_usage_threshold_value); // Argument 4
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100
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101 JavaCalls::call_static(&result,
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102 ik,
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103 method_name,
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104 signature,
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105 &args,
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106 CHECK_NULL);
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107
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108 instanceOop p = (instanceOop) result.get_jobject();
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109 instanceHandle pool(THREAD, p);
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110
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111 {
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112 // Get lock since another thread may have create the instance
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113 MutexLocker ml(Management_lock);
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114
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115 // Check if another thread has created the pool. We reload
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116 // _memory_pool_obj here because some other thread may have
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117 // initialized it while we were executing the code before the lock.
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118 //
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119 // The lock has done an acquire, so the load can't float above it,
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120 // but we need to do a load_acquire as above.
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121 pool_obj = (instanceOop)OrderAccess::load_ptr_acquire(&_memory_pool_obj);
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122 if (pool_obj != NULL) {
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123 return pool_obj;
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124 }
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125
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126 // Get the address of the object we created via call_special.
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127 pool_obj = pool();
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128
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129 // Use store barrier to make sure the memory accesses associated
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130 // with creating the pool are visible before publishing its address.
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131 // The unlock will publish the store to _memory_pool_obj because
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132 // it does a release first.
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133 OrderAccess::release_store_ptr(&_memory_pool_obj, pool_obj);
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134 }
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135 }
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136
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137 return pool_obj;
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138 }
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139
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140 inline static size_t get_max_value(size_t val1, size_t val2) {
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141 return (val1 > val2 ? val1 : val2);
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142 }
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143
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144 void MemoryPool::record_peak_memory_usage() {
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145 // Caller in JDK is responsible for synchronization -
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146 // acquire the lock for this memory pool before calling VM
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147 MemoryUsage usage = get_memory_usage();
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148 size_t peak_used = get_max_value(usage.used(), _peak_usage.used());
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149 size_t peak_committed = get_max_value(usage.committed(), _peak_usage.committed());
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150 size_t peak_max_size = get_max_value(usage.max_size(), _peak_usage.max_size());
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151
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152 _peak_usage = MemoryUsage(initial_size(), peak_used, peak_committed, peak_max_size);
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153 }
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154
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155 static void set_sensor_obj_at(SensorInfo** sensor_ptr, instanceHandle sh) {
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156 assert(*sensor_ptr == NULL, "Should be called only once");
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157 SensorInfo* sensor = new SensorInfo();
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158 sensor->set_sensor(sh());
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159 *sensor_ptr = sensor;
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160 }
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161
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162 void MemoryPool::set_usage_sensor_obj(instanceHandle sh) {
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163 set_sensor_obj_at(&_usage_sensor, sh);
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164 }
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165
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166 void MemoryPool::set_gc_usage_sensor_obj(instanceHandle sh) {
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167 set_sensor_obj_at(&_gc_usage_sensor, sh);
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168 }
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169
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170 void MemoryPool::oops_do(OopClosure* f) {
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171 f->do_oop((oop*) &_memory_pool_obj);
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172 if (_usage_sensor != NULL) {
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173 _usage_sensor->oops_do(f);
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174 }
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175 if (_gc_usage_sensor != NULL) {
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176 _gc_usage_sensor->oops_do(f);
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177 }
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178 }
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179
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180 ContiguousSpacePool::ContiguousSpacePool(ContiguousSpace* space,
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181 const char* name,
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182 PoolType type,
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183 size_t max_size,
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184 bool support_usage_threshold) :
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185 CollectedMemoryPool(name, type, space->capacity(), max_size,
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186 support_usage_threshold), _space(space) {
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187 }
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188
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189 MemoryUsage ContiguousSpacePool::get_memory_usage() {
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190 size_t maxSize = (available_for_allocation() ? max_size() : 0);
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191 size_t used = used_in_bytes();
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192 size_t committed = _space->capacity();
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193
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194 return MemoryUsage(initial_size(), used, committed, maxSize);
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195 }
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196
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197 SurvivorContiguousSpacePool::SurvivorContiguousSpacePool(DefNewGeneration* gen,
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198 const char* name,
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199 PoolType type,
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200 size_t max_size,
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201 bool support_usage_threshold) :
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202 CollectedMemoryPool(name, type, gen->from()->capacity(), max_size,
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203 support_usage_threshold), _gen(gen) {
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204 }
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205
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206 MemoryUsage SurvivorContiguousSpacePool::get_memory_usage() {
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207 size_t maxSize = (available_for_allocation() ? max_size() : 0);
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208 size_t used = used_in_bytes();
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209 size_t committed = committed_in_bytes();
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210
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211 return MemoryUsage(initial_size(), used, committed, maxSize);
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212 }
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213
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214 #if INCLUDE_ALL_GCS
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215 CompactibleFreeListSpacePool::CompactibleFreeListSpacePool(CompactibleFreeListSpace* space,
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216 const char* name,
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217 PoolType type,
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218 size_t max_size,
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219 bool support_usage_threshold) :
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220 CollectedMemoryPool(name, type, space->capacity(), max_size,
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221 support_usage_threshold), _space(space) {
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222 }
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223
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224 MemoryUsage CompactibleFreeListSpacePool::get_memory_usage() {
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225 size_t maxSize = (available_for_allocation() ? max_size() : 0);
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226 size_t used = used_in_bytes();
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227 size_t committed = _space->capacity();
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228
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229 return MemoryUsage(initial_size(), used, committed, maxSize);
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230 }
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231 #endif // INCLUDE_ALL_GCS
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232
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233 GenerationPool::GenerationPool(Generation* gen,
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234 const char* name,
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235 PoolType type,
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236 bool support_usage_threshold) :
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237 CollectedMemoryPool(name, type, gen->capacity(), gen->max_capacity(),
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238 support_usage_threshold), _gen(gen) {
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239 }
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240
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241 MemoryUsage GenerationPool::get_memory_usage() {
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242 size_t used = used_in_bytes();
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243 size_t committed = _gen->capacity();
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244 size_t maxSize = (available_for_allocation() ? max_size() : 0);
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245
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246 return MemoryUsage(initial_size(), used, committed, maxSize);
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247 }
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248
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249 CodeHeapPool::CodeHeapPool(CodeHeap* codeHeap, const char* name, bool support_usage_threshold) :
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250 MemoryPool(name, NonHeap, codeHeap->capacity(), codeHeap->max_capacity(),
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251 support_usage_threshold, false), _codeHeap(codeHeap) {
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252 }
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253
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254 MemoryUsage CodeHeapPool::get_memory_usage() {
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255 size_t used = used_in_bytes();
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256 size_t committed = _codeHeap->capacity();
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257 size_t maxSize = (available_for_allocation() ? max_size() : 0);
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258
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259 return MemoryUsage(initial_size(), used, committed, maxSize);
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260 }
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261
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262 MetaspacePool::MetaspacePool() :
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263 MemoryPool("Metaspace", NonHeap, 0, calculate_max_size(), true, false) { }
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264
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265 MemoryUsage MetaspacePool::get_memory_usage() {
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266 size_t committed = MetaspaceAux::committed_bytes();
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267 return MemoryUsage(initial_size(), used_in_bytes(), committed, max_size());
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268 }
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269
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270 size_t MetaspacePool::used_in_bytes() {
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271 return MetaspaceAux::used_bytes();
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272 }
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273
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274 size_t MetaspacePool::calculate_max_size() const {
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275 return FLAG_IS_CMDLINE(MaxMetaspaceSize) ? MaxMetaspaceSize :
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276 MemoryUsage::undefined_size();
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277 }
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278
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279 CompressedKlassSpacePool::CompressedKlassSpacePool() :
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280 MemoryPool("Compressed Class Space", NonHeap, 0, CompressedClassSpaceSize, true, false) { }
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281
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282 size_t CompressedKlassSpacePool::used_in_bytes() {
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283 return MetaspaceAux::used_bytes(Metaspace::ClassType);
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284 }
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285
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286 MemoryUsage CompressedKlassSpacePool::get_memory_usage() {
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287 size_t committed = MetaspaceAux::committed_bytes(Metaspace::ClassType);
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288 return MemoryUsage(initial_size(), used_in_bytes(), committed, max_size());
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289 }