1 # 2 # Copyright (c) 2018, Oracle and/or its affiliates. All rights reserved. 3 # 4 # DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. 5 # 6 # The contents of this file are subject to the terms of either the Universal Permissive License 7 # v 1.0 as shown at http://oss.oracle.com/licenses/upl 8 # 9 # or the following license: 10 # 11 # Redistribution and use in source and binary forms, with or without modification, are permitted 12 # provided that the following conditions are met: 13 # 14 # 1. Redistributions of source code must retain the above copyright notice, this list of conditions 15 # and the following disclaimer. 16 # 17 # 2. Redistributions in binary form must reproduce the above copyright notice, this list of 18 # conditions and the following disclaimer in the documentation and/or other materials provided with 19 # the distribution. 20 # 21 # 3. Neither the name of the copyright holder nor the names of its contributors may be used to 22 # endorse or promote products derived from this software without specific prior written permission. 23 # 24 # THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR 25 # IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND 26 # FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR 27 # CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL 28 # DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, 29 # DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, 30 # WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY 31 # WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 32 # 33 ATTR_PID=Process Identifier 34 ATTR_CODE_HEAP=Code Heap 35 ATTR_COMMAND_LINE=Command Line 36 ATTR_JVM_SYSTEM=JVM + Application (Kernel) 37 ATTR_JVM_SYSTEM_DESC=CPU used by the JVM process in kernel space 38 ATTR_JVM_USER=JVM + Application (User) 39 ATTR_JVM_USER_DESC=Total CPU used by the JVM process in user space 40 ATTR_MACHINE_TOTAL=Machine Total 41 ATTR_MACHINE_TOTAL_DESC=CPU used by all processes on the machine 42 ATTR_OTHER_CPU=Other CPU 43 ATTR_OTHER_CPU_DESC=CPU used by other processes than the JVM 44 ATTR_RECORDING_ID=Id 45 ATTR_RECORDING_NAME=Recording Name 46 ATTR_RECORDING_START=Recording Start 47 ATTR_RECORDING_DURATION=Recording Duration 48 ATTR_RECORDING_MAX_SIZE=Max Size 49 ATTR_RECORDING_MAX_AGE=Max Age 50 ATTR_RECORDING_DESTINATION=Destination 51 ATTR_REC_SETTING_FOR=Setting For 52 ATTR_REC_SETTING_NAME=Setting Name 53 ATTR_REC_SETTING_VALUE=Setting Value 54 ATTR_JVM_START_TIME=JVM Start Time 55 ATTR_JVM_NAME=JVM Name 56 ATTR_JVM_VERSION=JVM Version 57 ATTR_JVM_ARGUMENTS=JVM Arguments 58 ATTR_JAVA_ARGUMENTS=JVM Application Arguments 59 ATTR_IO_PATH=Path 60 ATTR_IO_PATH_DESC=Full path of the file 61 ATTR_IO_FILE_BYTES_READ=Bytes Read 62 ATTR_IO_FILE_BYTES_READ_DESC=Number of bytes read from the file 63 ATTR_IO_FILE_READ_EOF=End of File 64 ATTR_IO_FILE_READ_EOF_DESC=If end of file was reached 65 ATTR_IO_FILE_BYTES_WRITTEN=Bytes Written 66 ATTR_IO_FILE_BYTES_WRITTEN_DESC=Number of bytes written to the file 67 ATTR_IO_SOCKET_BYTES_READ=Bytes Read 68 ATTR_IO_SOCKET_BYTES_READ_DESC=Number of bytes read from the socket 69 ATTR_IO_SOCKET_READ_EOS=End of Stream 70 ATTR_IO_SOCKET_READ_EOS_DESC=If end of stream was reached 71 ATTR_IO_SOCKET_BYTES_WRITTEN=Bytes Written 72 ATTR_IO_SOCKET_BYTES_WRITTEN_DESC=Number of bytes written to the socket 73 ATTR_IO_ADDRESS=Remote Address 74 ATTR_IO_HOST=Remote Host 75 ATTR_IO_HOST_DESC=Hostname for the remote host 76 ATTR_IO_PORT=Remote Port 77 ATTR_IO_TIMEOUT=Timeout Value 78 ATTR_TLAB_SIZE=TLAB Size 79 ATTR_ALLOCATION_SIZE=Allocation Size 80 ATTR_ALLOCATION_CLASS=Class 81 ATTR_ALLOCATION_CLASS_DESC=Class of Allocated Object 82 ATTR_OBJECT_CLASS=Class 83 ATTR_COUNT=Count 84 ATTR_DUMP_REASON=Dump Reason 85 ATTR_DUMP_REASON_DESC=Reason for writing recording data to disk 86 ATTR_DUMP_REASON_RECORDING_ID=Recording Id 87 ATTR_DUMP_REASON_RECORDING_ID_DESC=Id of the recording that triggered the dump, or -1 if it was not related to a recording 88 ATTR_HW_THREADS=Number of Hardware Threads 89 ATTR_HW_THREADS_DESC=The total number of hardware threads on all cores 90 ATTR_PARALLEL_GC_THREADS=Parallel GC Threads 91 ATTR_PARALLEL_GC_THREADS_DESC=Number of parallel threads to use for garbage collection 92 ATTR_PROFILED_NMETHODS_ENTRIES=Profiled Nmethods Entries 93 ATTR_PROFILED_NMETHODS_ENTRIES_DESCRIPTION=Amount of entries in the profiled nmethods code heap. 94 ATTR_PROFILED_NMETHODS_METHODS=Profiled Methods 95 ATTR_PROFILED_NMETHODS_METHODS_DESCRIPTION=Amount of nmethods in the profiled nmethods code heap. 96 ATTR_PROFILED_SIZE=Profiled Size 97 ATTR_PROFILED_NMETHODS_UNALLOCATED=Profiled Nmethods Unallocated 98 ATTR_PROFILED_NMETHODS_UNALLOCATED_DESCRIPTION=Amount of unallocated space in the profiled nmethods code heap. 99 ATTR_CONCURRENT_GC_THREADS=Concurrent GC Threads 100 ATTR_CONCURRENT_GC_THREADS_DESC=Number of concurrent threads to use for garbage collection 101 ATTR_YOUNG_COLLECTOR=Young Garbage Collector 102 ATTR_YOUNG_COLLECTOR_DESC=The garbage collector used for the young generation 103 ATTR_OLD_COLLECTOR=Old Garbage Collector 104 ATTR_OLD_COLLECTOR_DESC=The garbage collector used for the old generation 105 ATTR_OLD_OBJECT_ADDRESS=Address 106 ATTR_OLD_OBJECT_ADDRESS_DESC=The heap address of the object. 107 ATTR_OLD_OBJECT_ARRAY_SIZE=Array Size 108 ATTR_OLD_OBJECT_ARRAY_SIZE_DESC=The size of the array of the old object, -1 if it was not an array. 109 ATTR_OLD_OBJECT_CLASS=Live Object Type 110 ATTR_OLD_OBJECT_CLASS_DESC=The type of the allocated object. 111 ATTR_OLD_OBJECT_DESCRIPTION=Description 112 ATTR_OLD_OBJECT_DESCRIPTION_DESC=A description of the old object sample. 113 ATTR_EXPLICIT_GC_CONCURRENT=Concurrent Explicit GC 114 ATTR_EXPLICIT_GC_CONCURRENT_DESC=Whether System.gc() is concurrent or not 115 ATTR_EXPLICIT_GC_DISABLED=Disabled Explicit GC 116 ATTR_EXPLICIT_GC_DISABLED_DESC=Whether System.gc() will cause a garbage collection or not 117 ATTR_EXPORTED_PACKAGE=Exported Package 118 ATTR_EXPORTING_MODULE=Exporting Module 119 ATTR_USE_DYNAMIC_GC_THREADS=Uses Dynamic GC Threads 120 ATTR_USE_DYNAMIC_GC_THREADS_DESC=Whether a dynamic number of GC threads are used or not 121 ATTR_GC_THRESHOLD=GC Threshold 122 ATTR_GC_THRESHOLD_DESC=The threshold for initiating a GC 123 ATTR_GC_TIME_RATIO=GC Time Ratio 124 ATTR_GC_TIME_RATIO_DESC=Target for runtime vs garbage collection time 125 ATTR_HEAP_MAX_SIZE=Maximum Heap Size 126 ATTR_HEAP_MIN_SIZE=Minimum Heap Size 127 ATTR_HEAP_INITIAL_SIZE=Inital Heap Size 128 ATTR_HEAP_OBJECT_ALIGNMENT=Object Alignment 129 ATTR_HEAP_OBJECT_ALIGNMENT_DESC=Object alignment (in bytes) on the heap 130 ATTR_HEAP_ADDRESS_SIZE=Heap Address Size 131 ATTR_HEAP_ADDRESS_SIZE_DESC=Heap Address Size (in bits) 132 ATTR_HEAP_USE_COMPRESSED_OOPS=If Compressed Oops Are Used 133 ATTR_HEAP_USE_COMPRESSED_OOPS_DESC=If compressed Oops (Ordinary Object Pointers) are enabled 134 ATTR_HEAP_COMPRESSED_OOPS_MODE=Compressed Oops Mode 135 ATTR_HEAP_COMPRESSED_OOPS_MODE_DESC=The kind of compressed oops being used 136 ATTR_YOUNG_GENERATION_MIN_SIZE=Minimum Young Generation Size 137 ATTR_YOUNG_GENERATION_MAX_SIZE=Maximum Young Generation Size 138 ATTR_NEW_RATIO=New Ratio 139 ATTR_NEW_RATIO_DESC=The size of the young generation relative to the tenured generation 140 ATTR_NON_NMETHOD_SIZE=Non-nmethod Size 141 ATTR_NON_NMETHODS_ADAPTORS=Non-Nmethods Adaptors 142 ATTR_NON_NMETHODS_ADAPTORS_DESCRIPTION=Amount of adaptors in the non-nmethods code heap. 143 ATTR_NON_NMETHODS_ENTRIES=Non-Nmethods Entries 144 ATTR_NON_NMETHODS_ENTRIES_DESCRIPTION=Amount of entries in the non-nmethods code heap. 145 ATTR_NON_NMETHODS_UNALLOCATED=Non-Nmethods Unallocated 146 ATTR_NON_NMETHODS_UNALLOCATED_DESCRIPTION=Amount of unallocated space in the non-nmethods code heap. 147 ATTR_NON_PROFILED_NMETHODS_ENTRIES=Non-Profiled Nmethods Entries 148 ATTR_NON_PROFILED_NMETHODS_ENTRIES_DESCRIPTION=Amount of entries in the non-profiled nmethods code heap. 149 ATTR_NON_PROFILED_NMETHODS_METHODS=Non-Profiled Methods 150 ATTR_NON_PROFILED_NMETHODS_METHODS_DESCRIPTION=Amount of nmethods in the non-profiled nmethods code heap. 151 ATTR_NON_PROFILED_SIZE=Non-profiled Size 152 ATTR_NON_PROFILED_NMETHODS_UNALLOCATED=Non-Profiled Nmethods Unallocated 153 ATTR_NON_PROFILED_NMETHODS_UNALLOCATED_DESCRIPTION=Amount of unallocated space in the non-profiled nmethods code heap. 154 ATTR_TENURING_THRESHOLD_INITIAL=Initial Tenuring Threshold 155 ATTR_TENURING_THRESHOLD_INITIAL_DESC=Initial age limit for how old objects to keep in survivor area 156 ATTR_TENURING_THRESHOLD_MAXIMUM=Maximum Tenuring Threshold 157 ATTR_TENURING_THRESHOLD_MAXIMUM_DESC=Upper limit for the age of how old objects to keep in the survivor area 158 ATTR_USES_TLABS=TLABs Used 159 ATTR_USES_TLABS_DESC=If Thread Local Allocation Buffers (TLABs) are in use 160 ATTR_TLAB_MIN_SIZE=Minimum TLAB Size 161 ATTR_TLAB_REFILL_WASTE_LIMIT=TLAB Refill Waste Limit 162 ATTR_HEAP_TOTAL=Total Size 163 ATTR_HEAP_USED=Used Heap 164 ATTR_HEAP_USED_DESC=Memory allocated by objects on the heap 165 ATTR_GC_WHEN=When 166 ATTR_GC_ID=GC ID 167 ATTR_GC_ID_DESC=The ID of the garbage collection 168 ATTR_REFERENCE_COUNT=Total Count 169 ATTR_GC_PHASE_NAME=Name 170 ATTR_GC_HEAPSPACE_COMMITTED=Heap Space : Committed Size 171 ATTR_GC_HEAPSPACE_COMMITTED_DESC=Size of the committed memory for the virtual space 172 ATTR_GC_HEAPSPACE_RESERVED=Heap Space : Reserved Size 173 ATTR_GC_HEAPSPACE_RESERVED_DESC=Size of the reserved memory for the virtual space 174 ATTR_GC_METASPACE_CAPACITY=Metaspace : Capacity 175 ATTR_GC_METASPACE_CAPACITY_DESC=Maximum memory available for the metaspace 176 ATTR_GC_METASPACE_CLASS_COMMITTED=Class : Committed 177 ATTR_GC_METASPACE_CLASS_COMMITTED_DESC=Amount committed in the class space 178 ATTR_GC_METASPACE_CLASS_RESERVED=Class : Reserved 179 ATTR_GC_METASPACE_CLASS_RESERVED_DESC=Amount reserved in the class space 180 ATTR_GC_METASPACE_CLASS_USED=Class : Used 181 ATTR_GC_METASPACE_CLASS_USED_DESC=Amount used of the class space 182 ATTR_GC_METASPACE_COMMITTED=Metaspace : Committed 183 ATTR_GC_METASPACE_COMMITTED_DESC=Memory committed for the metaspace 184 ATTR_GC_METASPACE_DATA_COMMITTED=Data : Committed 185 ATTR_GC_METASPACE_DATA_COMMITTED_DESC=Dataspace committed 186 ATTR_GC_METASPACE_DATA_RESERVED=Data : Reserved 187 ATTR_GC_METASPACE_DATA_RESERVED_DESC=Dataspace reserved 188 ATTR_GC_METASPACE_DATA_USED=Data : Used 189 ATTR_GC_METASPACE_DATA_USED_DESC=Dataspace used 190 ATTR_GC_METASPACE_RESERVED=Metaspace : Reserved 191 ATTR_GC_METASPACE_RESERVED_DESC=Memory reserved for the metaspace 192 ATTR_GC_METASPACE_USED=Metaspace : Used 193 ATTR_GC_METASPACE_USED_DESC=Memory allocated by objects in the metaspace 194 ATTR_OS_MEMORY_TOTAL=Total Size 195 ATTR_OS_MEMORY_TOTAL_DESC=Total amount of physical memory available to OS 196 ATTR_OS_MEMORY_USED=Used Size 197 ATTR_OS_MEMORY_USED_DESC=Total amount of physical memory in use 198 ATTR_FLAG_NAME=Name 199 ATTR_FLAG_ORIGIN=Origin 200 ATTR_FLAG_VALUE_NUMBER=Value 201 ATTR_FLAG_VALUE_BOOLEAN=Value 202 ATTR_FLAG_VALUE_TEXT=Value 203 ATTR_THREAD_DUMP_RESULT=Thread Dump 204 ATTR_CLASSLOADER_LOADED_COUNT=Loaded Class Count 205 ATTR_CLASSLOADER_LOADED_COUNT_DESC=Number of classes loaded since JVM start 206 ATTR_CLASSLOADER_UNLOADED_COUNT=Unloaded Class Count 207 ATTR_CLASSLOADER_UNLOADED_COUNT_DESC=Number of classes unloaded since JVM start 208 ATTR_CLASS_DEFINING_CLASSLOADER=Defining Class Loader 209 ATTR_CLASS_INITIATING_CLASSLOADER=Initiating Class Loader 210 ATTR_CLASS_DEFINED=Defined Class 211 ATTR_CLASS_LOADED=Loaded Class 212 ATTR_CLASS_UNLOADED=Unloaded Class 213 ATTR_COMPILER_COMPILATION_ID=Compilation ID 214 ATTR_COMPILER_CODE_SIZE=Compilation Code Size 215 ATTR_COMPILER_INLINED_SIZE=Inlined Code Size 216 ATTR_COMPILER_METHOD=Java Method 217 ATTR_COMPILER_METHOD_HUMAN=Java Method 218 ATTR_COMPILER_METHOD_HUMAN_DESC=Human readable representation of a java method 219 ATTR_COMPILER_FAILED_MESSAGE=Message 220 ATTR_COMPILER_STANDARD_COUNT=Standard Compilations 221 ATTR_COMPILER_OSR_COUNT=OSR Compilations 222 ATTR_COMPILER_COMPILATION_LEVEL=Compilation Level 223 ATTR_COMPILER_COMPILATION_SUCCEEDED=Compilation Succeeded 224 ATTR_COMPILER_IS_OSR=On Stack Replacemnt 225 ATTR_START_ADDRESS=Start Address 226 ATTR_COMMITTED_TOP=Committed Top Address 227 ATTR_RESERVED_TOP=Reserved Top Address 228 ATTR_ENTRIES=Entries 229 ATTR_METHODS=Methods 230 ATTR_ADAPTORS=Adaptors 231 ATTR_FULL_COUNT=Full Count 232 ATTR_UNALLOCATED=Unallocated 233 ATTR_SWEEP_INDEX=Sweep Index 234 ATTR_SWEEP_FRACTION_INDEX=Sweep Fraction Index 235 ATTR_SWEEP_METHOD_SWEPT=Methods Swept 236 ATTR_SWEEP_METHOD_FLUSHED=Methods Flushed 237 ATTR_SWEEP_METHOD_RECLAIMED=Methods Reclaimed 238 ATTR_SWEEP_METHOD_ZOMBIFIED=Methods Zombified 239 ATTR_INITIAL_SIZE=Initial Size 240 ATTR_RESERVED_SIZE=Reserved Size 241 ATTR_EXPANSION_SIZE=Expansion Size 242 ATTR_ENVIRONMENT_KEY=Key 243 ATTR_ENVIRONMENT_VALUE=Value 244 ATTR_EXCEPTION_THROWABLES_COUNT=Exceptions Created 245 ATTR_EXCEPTION_THROWABLES_COUNT_DESC=The number of objects derived from java.lang.Throwable that have been created. 246 ATTR_EXCEPTION_THROWNCLASS=Class 247 ATTR_EXCEPTION_MESSAGE=Message 248 ATTR_MONITOR_ADDRESS=Monitor Address 249 ATTR_MONITOR_CLASS=Monitor Class 250 ATTR_MONITOR_PREVIOUS_OWNER=Previous Monitor Owner 251 ATTR_OS_SWITCH_RATE=Context Switch Rate 252 ATTR_REFERENCE_STATISTICS_TYPE=Type 253 ATTR_REFERENCE_STATISTICS_COUNT=Total Count 254 ATTR_REFERRER=Referer 255 ATTR_REFERRER_DESC=Referer 256 ATTR_REVOKATION_LOCK_CLASS=Lock Class 257 ATTR_REVOKATION_LOCK_CLASS_DESC=Class of object for which biased locking was revoked 258 ATTR_REVOKED_CLASS=Revoked Class 259 ATTR_REVOKED_CLASS_DESC=Class for which the biased locks were revoked 260 ATTR_GC_SUM_OF_PAUSES=Sum of Pauses 261 ATTR_GC_SUM_OF_PAUSES_DESC=The total duration the Java execution was paused during the garbage collection 262 ATTR_GC_LONGEST_PAUSE=Longest Pause 263 ATTR_GC_LONGEST_PAUSE_DESC=Longest individual pause during the garbage collection 264 ATTR_GC_NAME=Collector Name 265 ATTR_GC_NAME_DESC=The name of the garbage collector 266 ATTR_GC_CAUSE=Cause 267 ATTR_GC_CAUSE_DESC=The reason for triggering this garbage collection 268 ATTR_GC_ROOT=GC Root 269 ATTR_GC_ROOT_DESC=The GC Root for this leak object. 270 ATTR_OS_VERSION=OS Version 271 ATTR_NUMBER_OF_SOCKETS=Number of Sockets 272 ATTR_NUMBER_OF_SOCKETS_DESC=The number of cpu sockets on the motherboard 273 ATTR_CPU_DESCRIPTION=CPU Description 274 ATTR_CPU_DESCRIPTION_DESC=CPU Details and Features 275 ATTR_CPU_TYPE=CPU Type 276 ATTR_NUMBER_OF_CORES=Number of Cores 277 ATTR_NUMBER_OF_CORES_DESC=The total number of cores on all sockets 278 ATTR_BLOCKING=Blocking 279 ATTR_BLOCKING_DESC=Whether the thread calling the vm operation was blocked or not 280 ATTR_SAFEPOINT=Safepoint 281 ATTR_SAFEPOINT_DESC=Whether the vm operation occured at a safepoint or not 282 ATTR_OPERATION=VM Operation 283 ATTR_OPERATION_DESC=The kind of VM operation 284 ATTR_CALLER=Caller 285 ATTR_CALLER_DESC=The thread requesting the operation. If non-blocking, set to 0 to indicate unknown. 286 ATTR_DISABLE_BIASING=Disable Further Biasing 287 ATTR_EVENT_THREAD_NAME=Thread Name 288 ATTR_EVENT_THREAD_NAME_DESC=The name of the thread in which the event occurred 289 ATTR_EVENT_THREAD_GROUP=Thread Group 290 ATTR_EVENT_THREAD_GROUP_DESC=The thread group of the thread in which the event occurred 291 ATTR_EVENT_THREAD_ID=Thread Id 292 ATTR_EVENT_THREAD_ID_DESC=The Java thread identifier 293 ATTR_STACK_TRACE_STRING=Full Stack Trace 294 ATTR_STACK_TRACE_STRING_DESC=String representation of the full stack trace 295 ATTR_STACK_TRACE_PACKAGE=Top Package 296 ATTR_STACK_TRACE_PACKAGE_DESC=The package the method on top of the stack belongs to. 297 ATTR_STACK_TRACE_FRAME=Top Frame 298 ATTR_STACK_TRACE_FRAME_DESC=The frame on the top of the stack. 299 ATTR_STACK_TRACE_BOTTOM_FRAME=Root Frame 300 ATTR_STACK_TRACE_BOTTOM_FRAME_DESC=The frame at the bottom of the stack. This can be the root method, depending on the stack depth. 301 ATTR_STACK_TRACE_CLASS=Top Class 302 ATTR_STACK_TRACE_CLASS_DESC=The class the method on top of the stack belongs to. 303 ATTR_STACK_TRACE_METHOD=Top Method 304 ATTR_STACK_TRACE_METHOD_DESC=The method on top of the stack. 305 ATTR_STACK_TRACE_BOTTOM_METHOD=Root Method 306 ATTR_STACK_TRACE_BOTTOM_METHOD_DESC=The method at the bottom of the stack. This can be the root method, depending on the stack depth. 307 ATTR_STACK_TRACE_DEPTH=Depth 308 ATTR_STACK_TRACE_DEPTH_DESC=The depth of the stack trace. 309 ATTR_JVM_TOTAL=JVM + Application 310 ATTR_JVM_TOTAL_DESC=Total CPU used by the JVM process 311 ATTR_IO_PORT_ON_ADDRESS=Remote Address and Port 312 ATTR_EXCEPTION_THROWNCLASS_NAME=Class Name 313 ATTR_EXCEPTION_THROWNCLASS_NAME_DESC=The class name of the thrown class 314 ATTR_ANONYMOUS_BLOCK_SIZE=Anonymous Block Size 315 ATTR_ANONYMOUS_CHUNK_SIZE=Anonymous Chunk Size 316 ATTR_ANONYMOUS_CLASS_COUNT=Anonymous Class Count 317 ATTR_BLOCK_SIZE=Block Size 318 ATTR_CHUNK_SIZE=Chunk Size 319 ATTR_CLASS_COUNT=Class Count 320 ATTR_CLASSLOADER_DATA=Classloader Data Pointer 321 ATTR_PARENT_CLASSLOADER=Parent Class Loader 322 ATTR_CLASSLOADER=Class Loader 323 ATTR_SHUTDOWN_REASON=Shutdown Reason 324 ATTR_SHUTDOWN_REASON_DESC=Reason for VM Shutdown 325 ATTR_SHUTDOWN_TIME=Shutdown Time 326 327 328 AGGR_MAX_USED_MEMORY=Maximum used memory 329 AGGR_MIN_TOTAL_MEMORY=Available physical memory 330 AGGR_ADDRESSES_COUNT=Addresses 331 AGGR_ADDRESSES_COUNT_DESC=Number of unique addresses 332 AGGR_AVG_HEAP_USED_AFTER_GC=Average Heap Used After GC 333 AGGR_AVG_HEAP_USED_BEFORE_GC=Average Heap Used Before GC 334 AGGR_OBJECT_COUNT_MAX_SIZE=Max Live Size 335 AGGR_OBJECT_COUNT_MAX_SIZE_DESC=An estimate of the maximum size of all instances after garbage collection 336 AGGR_OBJECT_COUNT_MAX_INSTANCES=Max Live Count 337 AGGR_OBJECT_COUNT_MAX_INSTANCES_DESC=An estimate of the maximum number of instances after garbage collection 338 AGGR_UNLOCK_EXPERIMENTAL_VM_OPTIONS=Unlock Experimental VM Options 339 AGGR_IGNORE_UNRECOGNIZED_VM_OPTIONS=Ignore Unrecognized VM Options 340 AGGR_ITEM_COUNT=Event Count 341 AGGR_ITEM_COUNT_DESC=Total number of events 342 AGGR_LARGEST_MAX_HEAP_SIZE_FROM_FLAG=Max Heap Size 343 AGGR_LAST_ATTRIBUTE=Last {0} 344 AGGR_LAST_ATTRIBUTE_DESC=The last value of {0} encountered 345 AGGR_USING_COMPRESSED_OOPS=Using Compressed Oops 346 AGGR_OUTSIDE_TLAB_COUNT=Outside TLAB Count 347 AGGR_OUTSIDE_TLAB_COUNT_DESC=Amount of allocations that occurred outside TLABs 348 AGGR_INSIDE_TLAB_COUNT=New TLAB Count 349 AGGR_INSIDE_TLAB_COUNT_DESC=Amount of allocations that created new TLABs 350 AGGR_FILE_WRITE_SIZE=Bytes Written 351 AGGR_FILE_WRITE_SIZE_DESC=The total amount written to file 352 AGGR_FILE_READ_SIZE=Bytes Read 353 AGGR_FILE_READ_SIZE_DESC=The total amount read from file 354 AGGR_FILE_WRITE_COUNT=Write Count 355 AGGR_FILE_WRITE_COUNT_DESC=The total number of file writes 356 AGGR_FILE_READ_COUNT=Read Count 357 AGGR_FILE_READ_COUNT_DESC=The total number of file reads 358 AGGR_FIRST_ATTRIBUTE=First {0} 359 AGGR_FIRST_ATTRIBUTE_DESC=The first value of {0} encountered 360 AGGR_ERROR_COUNT=Errors 361 AGGR_ERROR_COUNT_DESC=The number of created errors 362 AGGR_EXCEPTIONS_COUNT=Exceptions 363 AGGR_EXCEPTIONS_COUNT_DESC=The number of non-error throwables created 364 AGGR_THROWABLES_COUNT=Throwables 365 AGGR_THROWABLES_COUNT_DESC=The number of created throwables 366 AGGR_CODE_CACHE_FULL_COUNT=Full Code Caches 367 AGGR_CODE_CACHE_FULL_COUNT_DESC=The number of full code cache events 368 AGGR_SOCKET_WRITE_SIZE=Bytes Written 369 AGGR_SOCKET_WRITE_SIZE_DESC=The total amount written to sockets 370 AGGR_SOCKET_READ_SIZE=Bytes Read 371 AGGR_SOCKET_READ_SIZE_DESC=The total amount read from sockets 372 AGGR_SOCKET_WRITE_COUNT=Write Count 373 AGGR_SOCKET_WRITE_COUNT_DESC=The total number of socket writes 374 AGGR_SOCKET_READ_COUNT=Read Count 375 AGGR_SOCKET_READ_COUNT_DESC=The total number of socket reads 376 AGGR_NUMBER_OF_DISTINCT_PORTS=Number of Ports 377 AGGR_NUMBER_OF_DISTINCT_PORTS_DESC=The number of different ports read from or written to 378 AGGR_NUMBER_OF_DISTINCT_HOSTS=Number of Hosts 379 AGGR_NUMBER_OF_DISTINCT_HOSTS_DESC=The number of different hosts read from or written to using the port 380 AGGR_LONGEST_GC_PAUSE=Longest Pause 381 AGGR_LONGEST_GC_PAUSE_DESC=The duration of the longest GC pause 382 AGGR_TOTAL_GC_PAUSE=Sum of Pauses 383 AGGR_TOTAL_GC_PAUSE_DESC=The total duration of all GC pauses 384 AGGR_JFR_DATA_LOST_COUNT=Buffers of Flight Recorder Data Lost 385 AGGR_JFR_DATA_LOST_COUNT_DESC=The amount of buffers with flight recorder data that was lost because it could not be written to disk fast enough 386 AGGR_FLR_DATA_LOST_SIZE=Total Flight Recorder Data Lost 387 AGGR_FLR_DATA_LOST_SIZE_DESC=The total amount of flight recorder data that was lost because it could not be written to disk fast enough 388 AGGR_EXECUTION_SAMPLE_COUNT=Profiling Samples 389 AGGR_EXECUTION_SAMPLE_COUNT_DESC=The number of method profiling samples 390 AGGR_METASPACE_OOM_COUNT=Metaspace Out Of Memory Count 391 AGGR_METASPACE_OOM_COUNT_DESC=The number of Metaspace Out Of Memory events 392 AGGR_TOTAL_BLOCKED_TIME=Total Blocked Time 393 AGGR_TOTAL_BLOCKED_TIME_DESC=An estimate of the total time a thread is blocked by a monitor. The actual duration may be higher. 394 AGGR_TOTAL_BLOCKED_COUNT=Blocked Count 395 AGGR_TOTAL_BLOCKED_COUNT_DESC=An estimate of the total number times a thread is blocked by a monitor. The actual count may be higher. 396 AGGR_MAX_BLOCKED_TIME=Maximum Blocked Time 397 AGGR_MAX_BLOCKED_TIME_DESC=The duration of the longest time a thread is blocked by a monitor. 398 AGGR_AVG_BLOCKED_TIME=Average Blocked Time 399 AGGR_AVG_BLOCKED_TIME_DESC=An estimate of the average time a thread is blocked by a monitor. The actual average may be lower. 400 AGGR_STDDEV_BLOCKED_TIME=Std Dev Blocked Time 401 AGGR_STDDEV_BLOCKED_TIME_DESC=Standard deviation for the time a thread is blocked by a monitor, based on the sample population in the recording 402 AGGR_ALLOC_INSIDE_TLAB_AVG=Average TLAB Allocation 403 AGGR_ALLOC_INSIDE_TLAB_AVG_DESC=An estimate of the average size of allocations inside TLABs 404 AGGR_ALLOC_OUTSIDE_TLAB_AVG=Average Allocation Outside TLABs 405 AGGR_ALLOC_OUTSIDE_TLAB_AVG_DESC=The average size of allocations outside TLABs 406 AGGR_ALLOC_INSIDE_TLAB_SUM=Est. TLAB Allocation 407 AGGR_ALLOC_INSIDE_TLAB_SUM_DESC=The estimated allocation size in TLABs 408 AGGR_ALLOC_OUTSIDE_TLAB_SUM=Total Allocation Outside TLABs 409 AGGR_ALLOC_OUTSIDE_TLAB_SUM_DESC=The total size of allocations outside TLABs 410 AGGR_SWEEP_METHOD_SUM=Methods Swept 411 AGGR_SWEEP_METHOD_SUM_DESC=The total amount of swept methods 412 AGGR_SWEEP_FLUSHED_SUM=Methods Flushed 413 AGGR_SWEEP_FLUSHED_SUM_DESC=The total amount of methods flushed 414 AGGR_SWEEP_ZOMBIFIED_SUM=Methods Zombified 415 AGGR_SWEEP_ZOMBIFIED_SUM_DESC=The total amount of methods zombified 416 AGGR_SWEEP_RECLAIMED_SUM=Methods Reclaimed 417 AGGR_SWEEP_RECLAIMED_SUM_DESC=The total amount of methods reclaimed 418 AGGR_ALLOCATION_TOTAL=Total Allocation 419 AGGR_ALLOCATION_TOTAL_DESC=An estimate of the total allocation. This is not an exact value. 420 AGGR_TOTAL_IO_TIME=Total I/O Time 421 AGGR_TOTAL_IO_TIME_DESC=An estimate of the total time a thread is busy with I/O. The actual total may be higher. 422 AGGR_MAX_IO_TIME=Maximum I/O Time 423 AGGR_MAX_IO_TIME_DESC=Maximum duration for a single I/O event in a thread. 424 AGGR_AVG_IO_TIME=Average I/O Time 425 AGGR_AVG_IO_TIME_DESC=An estimate of the average time a thread is busy with I/O. The actual average may be lower. 426 AGGR_STDDEV_IO_TIME=Std Dev I/O Time 427 AGGR_STDDEV_IO_TIME_DESC=Standard deviation for the time a thread is busy with I/O, based on the sample population in the recording 428 AGGR_TOTAL_IO_COUNT=I/O Count 429 AGGR_TOTAL_IO_COUNT_DESC=An estimate of the total number of I/O events. The actual count may be higher. 430 AGGR_CLASS_LOADING_COUNT=Class Loading Count 431 AGGR_CLASS_LOADING_COUNT_DESC=An estimate of the total number of classes loaded by a thread. The actual count may be higher. 432 AGGR_CLASS_LOADING_TIME_SUM=Class Loading Time 433 AGGR_CLASS_LOADING_TIME_SUM_DESC=An estimate of the total time a thread has spent loading classes. The actual duration may be higher. 434 AGGR_VM_OPERATION_COUNT=VM Operation Count 435 AGGR_VM_OPERATION_COUNT_DESC=The total number of VM operations 436 AGGR_VM_OPERATION_DURATION=VM Operation Duration 437 AGGR_VM_OPERATION_DURATION_DESC=The sum of the durations for the selected VM operation events. 438 AGGR_COMPILATIONS_COUNT=Compilations 439 AGGR_COMPILATIONS_COUNT_DESC=The number of compilations 440