1# Copyright (c) 2024 Huawei Device Co., Ltd. 2# Licensed under the Apache License, Version 2.0 (the "License"); 3# you may not use this file except in compliance with the License. 4# You may obtain a copy of the License at 5# 6# http://www.apache.org/licenses/LICENSE-2.0 7# 8# Unless required by applicable law or agreed to in writing, software 9# distributed under the License is distributed on an "AS IS" BASIS, 10# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. 11# See the License for the specific language governing permissions and 12# limitations under the License. 13 14domain: ARKTS_RUNTIME 15 16ARK_STATS_GC: 17 __BASE: {type: STATISTIC, level: MINOR, desc: ARKTSRUNTIME GC KEY STATS, preserve: true} 18 BUNDLE_NAME: {type: STRING, desc: application bundle name} 19 PID: {type: INT32, desc: pid} 20 TID: {type: INT32, desc: tid} 21 GC_TOTAL_COUNT: {type: INT32, desc: Number of GC times in the statistical interval} 22 GC_TOTAL_TIME: {type: INT32, desc: Sum of GC total_time in the current statistical interval} 23 GC_MARK_TIME: {type: INT32, desc: Sum of mark_time of GC in the current statistical interval} 24 GC_EVACUATE_TIME: {type: INT32, desc: Sum of evacuate_time of GC in the current statistical interval} 25 GC_LONG_TIME: {type: INT32, desc: Number of long time GCs in the statistical interval} 26 GC_TOTAL_MEM_USED: {type: INT32, desc: Total memory used after GC in the current statistical interval} 27 GC_TOTAL_MEM_COMMITTED: {type: INT32, desc: Total committed memory in GC in the current statistical interval} 28 GC_ACTIVE_MEM_USED: {type: INT32, desc: Total memory usage of the young generation after GC in the statistical period} 29 GC_ACTIVE_MEM_COMMITTED: {type: INT32, desc: Total memory committed by the young generation after GC in the statistical interval} 30 GC_OLD_MEM_USED: {type: INT32, desc: Total memory usage of the old generation after GC in the statistical period} 31 GC_OLD_MEM_COMMITTED: {type: INT32, desc: Total memory committed by the old generation after GC in the statistical period} 32 GC_HUGE_MEM_USED: {type: INT32, desc: Total memory used by the Huge segment after GC in this measurement period} 33 GC_HUGE_MEM_COMMITTED: {type: INT32, desc: Total committed memory of the Huge segment after GC in this measurement period} 34 35ARK_COMPILER_LOG: 36 __BASE: {type: STATISTIC, level: MINOR, desc: ARKTSRUNTIME AOT COMPILER KEY STATS, preserve: true} 37 BUNDLE_NAME: {type: STRING, desc: application bundle name} 38 PGO_FILE_PATH: {type: STRING, desc: application pgo file path} 39 AOT_FILE_PATH: {type: STRING, desc: application aot file path} 40 COMPILER_TIME: {type: FLOAT, desc: compiler total time} 41 IS_LITECG: {type: BOOL, desc: codegen type is litecg} 42 COMPILER_METHOD_COUNT: {type: UINT32, desc: compiler method count} 43 PGO_FILE_LEGAL: {type: BOOL, desc: pgo file is legal} 44 45ARK_GC_LONG_TIME: 46 __BASE: {type: BEHAVIOR, level: CRITICAL, tag: GC, desc: Long time GC event, preserve: true} 47 BUNDLE_NAME: {type: STRING, desc: bundleName} 48 VERSION_CODE: {type: STRING, desc: VERSION CODE} 49 PID: {type: INT8, desc: pid} 50 TID: {type: INT8, desc: TID of JSVM} 51 GC_TYPE: {type: INT8, desc: GC TYPE} 52 GC_REASON: {type: INT8, desc: GC REASON} 53 GC_IS_SENSITIVE: {type: INT8, desc: GC IS IN SENSITIVE OR NOT} 54 GC_IS_INBACKGROUND: {type: INT8, desc: GC IS INBACKGROUND OR NOT} 55 GC_TOTAL_TIME: {type: FLOAT, desc: GC TOTAL TIME} 56 GC_MARK_TIME: {type: FLOAT, desc: GC MARK TIME} 57 GC_EVACUATE_TIME: {type: FLOAT, desc: GC EVACUATE TIME} 58 GC_UPDATE_ROOT_TIME: {type: FLOAT, desc: GC UPDATE ROOT TIME} 59 GC_UPDATE_WEEKREF_TIME: {type: FLOAT, desc: GC UPDATE WEEKREF TIME} 60 GC_UPDATE_REFERENCE_TIME: {type: FLOAT, desc: GC UPDATE REFERENCE TIME} 61 GC_SWEEPNEWTOOLD_TIME: {type: FLOAT, desc: GC SWEEP TIME} 62 GC_FINALIZE_TIME: {type: FLOAT, desc: GC FINALIZE TIME} 63 GC_INVOKE_CALLBACK_TIME: {type: FLOAT, desc: GC INVOKE CALLBACK TIME} 64 BEFORE_GC_TOTAL_MEM_USED: {type: INT32, desc: TOTAL MEM USED BEFORE GC} 65 BEFORE_GC_TOTAL_MEM_COMMITTED: {type: INT32, desc: BEFORE GC TOTAL MEM COMMITTED} 66 BEFORE_GC_ACTIVE_MEM_USED: {type: INT32, desc: BEFORE GC ACTIVE MEM USED} 67 BEFORE_GC_ACTIVE_MEM_COMMITTED: {type: INT32, desc: BEFORE GC ACTIVE MEM COMMITTED} 68 BEFORE_GC_OLD_MEM_USED: {type: INT32, desc: BEFORE GC OLD MEM USED} 69 BEFORE_GC_OLD_MEM_COMMITTED: {type: INT32, desc: BEFORE GC OLD MEM COMMITTED} 70 BEFORE_GC_HUGE_MEM_USED: {type: INT32, desc: BEFORE GC HUGE MEM USED} 71 BEFORE_GC_HUGE_MEM_COMMITTED: {type: INT32, desc: BEFORE GC HUGE MEM COMMITTED} 72 BEFORE_GC_NATIVE_BINDING_SIZE: {type: INT32, desc: BEFORE GC NATIVE BINDING SIZE} 73 BEFORE_GC_NATIVE_LIMIT: {type: INT32, desc: BEFORE GC NATIVE LIMIT} 74 AFTER_GC_TOTAL_MEM_USED: {type: INT32, desc: AFTER GC TOTAL MEM USED} 75 AFTER_GC_TOTAL_MEM_COMMITTED: {type: INT32, desc: AFTER GC TOTAL MEM COMMITTED} 76 AFTER_GC_ACTIVE_MEM_USED: {type: INT32, desc: AFTER GC ACTIVE MEM USED} 77 AFTER_GC_ACTIVE_MEM_COMMITTED: {type: INT32, desc: AFTER GC ACTIVE MEM COMMITTED} 78 AFTER_GC_OLD_MEM_USED: {type: INT32, desc: AFTER GC OLD MEM USED} 79 AFTER_GC_OLD_MEM_COMMITTED: {type: INT32, desc: AFTER GC OLD MEM COMMITTED} 80 AFTER_GC_HUGE_MEM_USED: {type: INT32, desc: AFTER GC HUGE MEM USED} 81 AFTER_GC_HUGE_MEM_COMMITTED: {type: INT32, desc: AFTER GC HUGE MEM COMMITTED} 82 AFTER_GC_NATIVE_BINDING_SIZE: {type: INT32, desc: AFTER GC NATIVE BINDING SIZE} 83 AFTER_GC_NATIVE_LIMIT: {type: INT32, desc: AFTER GC NATIVE LIMIT} 84 CPU_LOAD: {type: DOUBLE, desc: CPU LOAD} 85 86ARK_STATS_JIT: 87 __BASE: {type: STATISTIC, level: MINOR, desc: ARKTSRUNTIME JIT COMPILER KEY STATS, preserve: true} 88 BUNDLE_NAME: {type: STRING, desc: Application bundle name} 89 PID: {type: INT32, desc: pid} 90 TIME_INTERVAL: {type: INT32, desc: Interval for reporting the event} 91 TOTAL_BASELINE_JIT_TIMES: {type: INT32, desc: Number of baseline JIT triggering times within this period} 92 TOTAL_FASTOPT_JIT_TIMES: {type: INT32, desc: Number of fast optimization JIT triggering times within this period} 93 TOTAL_TIME_ON_MAIN_THREAD: {type: INT32, desc: The total time occupied by JIT on the main thread within this period} 94 TOTAL_TIME_ON_JIT_THREAD: {type: INT32, desc: The total time occupied on the JIT thread within this period} 95 TOTAL_TIME_ON_HOLD_LOCK: {type: INT32, desc: Total lock holding time within this period} 96 MAX_TIME_ON_HOLD_LOCK: {type: INT32, desc: Maximum lock holding time within this period} 97 LONG_TIME_OF_HOLD_LOCK: {type: INT32, desc: Times of long-time lock holding within this period} 98 UNINSTALL_TIME: {type: INT32, desc: JIT deoptimizer times within this period} 99 100ARK_BLOCKUI_JIT: 101 __BASE: {type: STATISTIC, level: MINOR, desc: ARKTSRUNTIME JIT COMPILER BLOCKUI EVENT, preserve: true} 102 BUNDLE_NAME: {type: STRING, desc: Application bundle name} 103 PID: {type: INT32, desc: pid} 104 JIT_TYPE: {type: STRING, desc: Triggered jit type} 105 JIT_FUNCTION_NAME: {type: STRING, desc: JIT compiled function name} 106 TIME_ON_MAIN_THREAD: {type: INT32, desc: The time occupied by JIT on the main thread} 107 TIME_ON_JIT_THREAD: {type: INT32, desc: The time occupied on JIT thread}