# SP_daemon ## 简介 - OpenHarmony性能测试工具SmartPerf 命令行版本，可采集CPU、GPU、Temperature、Power、应用RAM、FPS等指标，通过设置采集指标，对采集数据进行实时打印、导出csv。 - 性能较差或无屏幕设备请使用命令行版本,带屏幕的设备且性能较好的设备推荐使用[UI版本](https://gitee.com/openharmony/developtools_profiler/blob/master/host/smartperf/client/client_ui/README_zh.md)。 ## 代码目录 ``` /developtools/profiler/host/smartperf/client/client_command ├── include # 头文件目录 ├── BUILD.gn # SP_daemon bin打包配置文件 ├── ByTrace.cpp # trace抓取代码文件 ├── Capture.cpp # 截图代码文件 ├── CPU.cpp # CPU采集代码文件 ├── DDR.cpp # DDR采集代码文件 ├── FPS.cpp # FPS采集代码文件 ├── GPU.cpp # GPU采集代码文件 ├── GpuCounter.cpp # GpuCounter采集代码文件 ├── GpuCounterCallback.cpp # GpuCounterCallback采集代码文件 ├── Network.cpp # 网络上下行速率采集代码文件 ├── Power.cpp # 功耗采集代码文件 ├── RAM.cpp # 内存采集代码文件 ├── smartperf_command.cpp # 程序执行文件 ├── smartperf_main.cpp # 程序入口文件 ├── sp_log.cpp # log文件 ├── sp_profiler_factory.cpp # 采集工厂文件 ├── sp_server_socket.cpp # 与SmartPerf hap通讯代码文件 ├── sp_task.cpp # 与SmartPerf editor通讯代码文件 ├── sp_utils.cpp # 工具类 ├── Temperature.cpp # 温度采集代码文件 ``` ## 约束条件 SmartPerf应用在3.2系统版本后开始预制使用。 ## 功能特性 **1. 参数说明** **1.1 基础采集命令参数** | 命令 | 功能 |必选| | :-----| :--------------------- |:-----| | -N | 设置采集次数(一秒采集一次)|是| | -PKG | 设置包名 | 否| | -c | 采集cpu的频点和使用率，设置应用包名：采集整机和应用CPU信息，不设置应用包名：采集整机CPU信息 | 否| | -g | 采集gpu的频点和负载信息 |否| | -f | 采集指定应用的fps，必须设置应用包名 |否| | -profilerfps | 采集当前界面fps |否| | -t | 采集电池等温度 |否| | -p | 采集电流 |否| | -r | 采集内存，设置应用包名：采集整机和应用内存信息，不设置应用包名：采集整机内存信息 |否| | -snapshot | 屏幕截图 |否| | -net | 采集网络速率 |否| | -VIEW | 设置图层，需要先获取应用图层名 |否| | -screen | 采集屏幕分辨率和刷新率 |否| | -d | 采集DDR |否| | -sections| 设置分段采集 |否| **1.2 启停采集命令参数** | 命令 | 功能 |必选| | :-----| :--------------------- |:-----| | -start | 开始采集，该命令后可添加基础采集命令 |是| | -stop | 结束采集，执行后会生成采集报告 |是| --- **2. 使用方式**
1）目前命令行版本已系统预制，可以进入shell，执行SP_daemon --help查看。 ```bash C:\Users\test>hdc_std shell # SP_daemon --help OpenHarmony performance testing tool SmartPerf command-line version Usage: SP_daemon options: -N set the collection times(default value is 0) range[1,2147483647], for example: -N 10 -PKG set package name, must add, for example: -PKG ohos.samples.ecg -c get device CPU frequency and CPU usage, process CPU usage and CPU load .. -g get device GPU frequency and GPU load -f get app refresh fps(frames per second) and fps jitters and refreshrate -profilerfps get refresh fps and timestamp -sections set collection time period(using with profilerfps) -t get remaining battery power and temperature.. -p get battery power consumption and voltage -r get process memory and total memory -snapshot get screen capture -net get uplink and downlink traffic -start collection start command -stop collection stop command -VIEW set layler, for example: -VIEW DisplayNode -OUT set csv output path. -d get device DDR information -screen get screen resolution -deviceinfo get device information -server start a process to listen to the socket message of the start and stop commands -clear clear the process ID -ohtestfps used by the vilidator to obtain the fps, the collection times can be set -editorServer start a process to listen to the socket message of the editor -recordcapacity get the battery level difference --version get version --help get help -editor scenario-based collection identifier, parameter configuration items can be added later responseTime get the page response delay after an application is operated completeTime get the page completion delay after an application is operated fpsohtest used by the vilidator to obtain the fps example1: SP_daemon -N 20 -c -g -t -p -r -net -snapshot -d SP_daemon -N 20 -PKG ohos.samples.ecg -c -g -t -p -f -r -net -snapshot -d SP_daemon -start -c SP_daemon -stop example2: These parameters need to be used separately SP_daemon -screen SP_daemon -deviceinfo SP_daemon -server SP_daemon -clear SP_daemon -ohtestfps SP_daemon -editorServer SP_daemon -recordcapacity example3: These parameters need to be used separately SP_daemon -editor responseTime ohos.samples.ecg app name SP_daemon -editor completeTime ohos.samples.ecg app name SP_daemon -editor fpsohtest command exec finished! # ``` 2）执行示例命令：SP_daemon -N 20 -PKG ohos.samples.ecg -c -g -t -p -f -r -d -net -snapshot ``` ----------------------------------Print START------------------------------------ order:0 timestamp=1710916175201 order:1 ProcAppName=ohos.samples.ecg order:2 ProcCpuLoad=0.0015567 order:3 ProcCpuUsage=0.000000 order:4 ProcId=18510 order:5 ProcSCpuUsage=0.000000 order:6 ProcUCpuUsage=0.000000 order:7 cpu0Frequency=418000 order:8 cpu0Usage=0.000000 order:9 cpu0idleUsage=0.000000 order:10 cpu0ioWaitUsage=0.000000 order:11 cpu0irqUsage=0.000000 order:12 cpu0niceUsage=0.000000 order:13 cpu0softIrqUsage=0.000000 order:14 cpu0systemUsage=0.000000 order:15 cpu0userUsage=0.000000 ... order:115 gpuFrequency=279000000 order:116 gpuload=61.000000 order:117 Battery=28.000000 order:118 shell_back=31.529000 order:119 shell_frame=30.529000 order:120 shell_front=30.548000 order:121 soc_thermal=49.624000 order:122 system_h=30.150000 order:123 currentNow=278 order:124 voltageNow=4250532 order:125 fps=3 order:126 fpsJitters=881659966;;108846354;;8289583 order:127 refreshrate=120 order:128 memAvailable=6354252 order:129 memFree=5971776 order:130 memTotal=11530092 order:131 pss=78045 order:132 arktsHeapPss=13394 order:133 gpuPss=280 order:134 graphicPss=0 order:135 heapAlloc=48080 order:136 heapFree=2576 order:137 heapSize=50788 order:138 nativeHeapPss=41897 order:139 privateClean=67232 order:140 privateDirty=12848 order:141 sharedClean=76224 order:142 sharedDirty=12848 order:143 stackPss=1096 order:144 swap=0 order:145 swapPss=0 order:146 ddrFrequency=1531000000 order:147 networkDown=0 order:148 networkUp=0 order:149 capture=data/local/tmp/capture/screenCap_1711190737580.png ----------------------------------Print END-------------------------------------- ----------------------------------Print START------------------------------------ order:0 timestamp=1710916175201 order:1 ProcAppName=ohos.samples.ecg order:2 ProcCpuLoad=0.001379 order:3 ProcCpuUsage=0.008162 order:4 ProcId=18510 order:5 ProcSCpuUsage=0.008162 order:6 ProcUCpuUsage=0.000000 order:7 cpu0Frequency=418000 order:8 cpu0Usage=16.346154 order:9 cpu0idleUsage=83.653846 order:10 cpu0ioWaitUsage=0.961538 order:11 cpu0irqUsage=4.807692 order:12 cpu0niceUsage=0.000000 order:13 cpu0softIrqUsage=0.000000 order:14 cpu0systemUsage=5.769231 order:15 cpu0userUsage=4.807692 ... order:115 gpuFrequency=279000000 order:116 gpuload=61.000000 order:117 Battery=28.000000 order:118 shell_back=31.529000 order:119 shell_frame=30.529000 order:120 shell_front=30.548000 order:121 soc_thermal=47.810000 order:122 system_h=30.200000 order:123 currentNow=303 order:124 voltageNow=4251570 order:125 fps=12 order:126 fpsJitters=122794860;;8372396;;8375521;;8448958;;16691667;;8357812;;8367188;;8364062;;8383855;;8514062;;8238542;;849062 order:127 refreshrate=120 order:128 memAvailable=6370048 order:129 memFree=5990136 order:130 memTotal=11530092 order:131 pss=78217 order:132 arktsHeapPss=13586 order:133 gpuPss=280 order:134 graphicPss=0 order:135 heapAlloc=48156 order:136 heapFree=2648 order:137 heapSize=50780 order:138 nativeHeapPss=41877 order:139 privateClean=67404 order:140 privateDirty=2920 order:141 sharedClean=76224 order:142 sharedDirty=12848 order:143 stackPss=1096 order:144 swap=0 order:145 swapPss=0 order:146 ddrFrequency=1531000000 order:147 networkDown=0 order:148 networkUp=0 order:149 capture=data/local/tmp/capture/screenCap_1711190738589.png command exec finished! # ----------------------------------Print END-------------------------------------- ``` 3）执行完毕后会在data/local/tmp生成data.csv文件，每次执行命令覆盖写入，可导出到本地查看。 ```bash c:\Users\xxx>hdc file recv data/local/tmp/data.csv D:\ [I][2024-03-20 18:27:07] HdcFile::TransferSummary success FileTransfer finish, Size:7306, File count = 1, time:377ms rate:19.38kB/s --- ## 发布版本 **3.2.0.0版本发布内容：预制SP_daemon bin文件，支持以下功能：**
1. 支持RK3568、Hi3516。
2. 支持Shell启动。
3. 支持采集整机CPU、GPU、POWER、TEMPERATURE、应用的FPS、RAM、CPU等