SPAN_147_5_10_2016
elementtable示例
elementtable⽰例1<template>2<div>3<el-form ref="form" :model="form" label-width="80px">4<el-col :span="8">5<el-form-item label="活动名称" prop="name">6<el-input v-model="" style="width:300px"></el-input>7</el-form-item>8</el-col>9<el-col :span="8">10<el-form-item label="城市" prop="city">11<div @click="centerDialogVisible = true">12<el-input v-model="form.city" style="width:300px"></el-input>13</div>14<el-dialog15:show-close=false16:visible.sync="centerDialogVisible"17 width="30%"18 height="500px"19 center>20<el-checkbox :indeterminate="indeterminate" v-model="ischeckAll" @change="handleCheckAllChange">全选</el-checkbox>21<div style="position: relative;left:15px;height:300px;overflow: auto;">22<div class="table-body" v-for="(partition,partitionIndex) in distributorsInfo" :key="partitionIndex">23<div class="width185"><p>{{ partition.partitionName }}</p></div>24<span class="width265">25<el-checkbox style="width:20%" v-for="country in partition.country" v-model="country.selected" @change="handleCheckedCountryChange(partitionIndex,country.id,$event)" :label="country" :key="country.id" 26</span>27</div>28</div>29</el-dialog>30</el-form-item>31</el-col>32<div style="height:60px"></div>33<el-form-item>34<el-button type="primary" @click="onSubmit">查询</el-button>35<el-button @click="resetForm('form')">重置</el-button>36</el-form-item>37</el-form>38<div style="height:20px"></div>39<el-button :style="{background:shift?'gray':'white'}" @click="shiftButton">shift</el-button>40<el-button style="background:white;" @click="colorButton('white')"></el-button>41<el-button style="background:blue;" @click="colorButton('blue')"></el-button>42<el-button style="background:green;" @click="colorButton('green')"></el-button>43<el-button style="background:gray;" @click="colorButton('gray')"></el-button>44<el-button style="background:yellow;" @click="colorButton('yellow')"></el-button>45<div style="height:20px"></div>46<el-table47@selection-change="changeFun"48 @row-click="clickRow"49 ref="moviesTable"50 :data="tableData"51 :show-header=true52border53 highlight-current-row54 :row-class-name="tableRowClassName"55 style="width: 100%">56<el-table-column57type="selection"58 width="55">59</el-table-column>60<el-table-column61fixed62 prop="date"63 label="⽇期"64 width="150">65</el-table-column>66<el-table-column67prop="name"68 sortable69 label="姓名"70 width="120">71</el-table-column>72<el-table-column73prop="province"74 label="省份"75 width="120">76</el-table-column>77<el-table-column78prop="city"79 label="市区"80 width="120">81</el-table-column>82<el-table-column83:show-overflow-tooltip=true84prop="address"85 label="地址"86 width="300">87<template slot-scope="scope">8889<div :style="{background:scope.row.color}">90 {{ scope.row.address }}91</div>92</template>93</el-table-column>94<el-table-column95prop="zip"96 label="邮编"97 width="120">98</el-table-column>99<el-table-column100fixed="right"101 label="操作"102 width="100">103<template slot-scope="scope">104<el-button @click="handleClick(scope.row)" type="text" size="small">查看</el-button>105<el-button type="text" size="small">编辑</el-button>106</template>107</el-table-column>108</el-table>109<div style="height:20px"></div>110<el-pagination111@size-change="handleSizeChange"112 @current-change="handleCurrentChange"113 :current-page="currentPage4"114 :page-sizes="[100, 200, 300, 400]"115 :page-size="100"116 layout="slot, prev, pager, next, jumper,sizes"117 :total="40000">118<span>1-100 共200条</span>119</el-pagination>120</div>121</template>122123<script>124 export default {125 data() {126return {127 ischeckAll:false,//⼀级全选状态128 indeterminate:false,//⼀级⾮全选状态129 distributorsInfo:[130 { partitionName:'江西',131 country:[132 { id: "1",fieldName: "南昌",selected: false},133 { id: "2",fieldName: "九江",selected: false},134 { id: "3",fieldName: "鹰潭",selected: false},135 { id: "4",fieldName: "宜春",selected: false},136 { id: "9",fieldName: "抚州",selected: false},137 { id: "10",fieldName: "吉安",selected: false},]138 },139 { partitionName:'⼴东',140 country:[141 { id: "5",fieldName: "深圳",selected: false},142 { id: "6",fieldName: "惠州",selected: false},]143 },144 { partitionName:'湖南',145 country:[146 { id: "7",fieldName: "长沙",selected: false},147 { id: "8",fieldName: "常德",selected: false}]148 }149 ],150 checkAll: false,151 checkedCities: [],//被选中的数据city152 isIndeterminate: false,153 centerDialogVisible: false,154 multipleSelection:[],//被选中的数据155 currentPage4: 4,156 shift:false,157 form: {158 name: '',159 region: '',160 date1: '',161 date2: '',162 delivery: false,163 type: [],164 resource: '',165 desc: '',166 city:""167 },168 tableData: [{169 color:"",170 date: '2016-05-03',171 name: '王⼩虎',172 province: '上海',173 city: '普陀区',174 address: '上海市普陀区⾦沙江路 1518',175 zip: 200333176 }, {177 color:"",178 date: '2016-05-01',179 name: '⼩虎',180 province: '上海',181 city: '普陀区',182 address: '上海市普陀区⾦沙江路 1518 弄',183 zip: 200333184 }]185 }186 },187 methods: {188 handleCheckAllChange(e){//⼀级change事件189this.ischeckAll = e190if(e == true){191this.indeterminate = false192for(var i=0,len=this.distributorsInfo.length; i<len; i++){ //⼆级全选反选不确定193this.distributorsInfo[i].selected = e194for(var j=0,len1=this.distributorsInfo[i].country.length; j<len1; j++){195this.distributorsInfo[i].country[j].selected = e196 }197 }198 }else{199this.indeterminate = false200for(var i=0,len=this.distributorsInfo.length; i<len; i++){ //三级全选反选不确定201this.distributorsInfo[i].selected = e202for(var j=0,len1=this.distributorsInfo[i].country.length; j<len1; j++){203this.distributorsInfo[i].country[j].selected = e204 }205 }206 }207 },208 handleCheckedCountryChange(topIndex, sonId, e){//三级change事件209this.form.city = "";210var checkCount = 0;//选中的211var unChickCount = 0;//未选中的212var distributorsInfo_total = 0;//总数213for(var ii=0;ii<this.distributorsInfo.length;ii++){214 distributorsInfo_total = distributorsInfo_total + this.distributorsInfo[ii].country.length; 215for(var jj = 0; jj < this.distributorsInfo[ii].country.length; jj++){216if(this.distributorsInfo[ii].country[jj].id == sonId){217this.distributorsInfo[ii].country[jj].selected = e;218 }219if(this.distributorsInfo[ii].country[jj].selected == true){220var tem = this.distributorsInfo[ii].country[jj].fieldName;221if("" == this.form.city){222this.form.city = tem;223 }else{224this.form.city = this.form.city + "," + tem;225 }226 checkCount++;227 }else{228 unChickCount++;229 }230 }231 }232if(checkCount == distributorsInfo_total){233this.ischeckAll = true234this.indeterminate=false235 }else if(unChickCount == distributorsInfo_total){236this.ischeckAll = false237this.indeterminate=false238 }else{239this.ischeckAll = false240this.indeterminate=true241 }242 },243244 onSubmit() {245 console.log('submit!');246 },247 resetForm(formName) {248this.$refs[formName].resetFields();249 },250 handleClick(row) {251 console.log(row);252 },253 handleSizeChange(val) {254 console.log(`每页 ${val} 条`);255 },256 handleCurrentChange(val) {257 console.log(`当前页: ${val}`);258 },259 clickRow(row){//点击单元格选中该⾏260if(this.shift){261this.$refs.moviesTable.toggleRowSelection(row)262if(this.multipleSelection.length > 2){263this.$refs.moviesTable.clearSelection();//清除选中项264this.$refs.moviesTable.toggleRowSelection(row)265 }266if(this.multipleSelection.length == 2){267var tableDataArray = this.$refs.moviesTable.tableData;//当前表格的数据268var start = tableDataArray.indexOf(this.multipleSelection[0]);269var end = tableDataArray.indexOf(this.multipleSelection[1]);270var newArray = [];271if(start>end){272 newArray = tableDataArray.slice(end+1,start);273 }else{274 newArray = tableDataArray.slice(start+1,end);275 }276if(newArray.length>0){277for(var i=0;i<newArray.length;i++){278this.$refs.moviesTable.toggleRowSelection(newArray[i])279 }280 }281 }282283284 }285 },286 tableRowClassName({row, rowIndex}) {//如果该⾏选中则⾼亮287if (this.multipleSelection.indexOf(row)!=-1) {288return 'warning-row';289 }290return '';291 },292 changeFun(val){//全选事件293this.multipleSelection = val;294 },295 colorButton(a){//修改列的颜⾊296if(this.multipleSelection.length>0){297for(var i=0;i<this.tableData.length;i++){298if(this.multipleSelection.indexOf(this.tableData[i])!=-1){299this.tableData[i].color=a;300 }301 }302this.$refs.moviesTable.clearSelection();//清除选中项303 }304 },305 shiftButton(){306this.shift=!this.shift;307 }308 }309 }310</script>311<style>312.el-table .warning-row {313 background: oldlace;314 }315 .el-table .success-row {316 background: #f0f9eb;317318 }319 .el-dialog--center .el-dialog__body{320 padding: 0px 20px 30px;321 }322 .el-dialog--center{323 position: absolute;324 right: 450px;325 top: 5px;326 }327</style>View Code。
GCF Field Trial requirements for GSM_GPRS_EGPRS
GLOBAL CERTIFICATION FORUM (GCF) LtdWork Item DescriptionField Trial requirements for GSM/GPRS/EGPRSReference: GCF WI-108Version: v3.1.0Date: 29.01.2010Document Type: Technical1 ScopeThe scope of this work item covers the renewal of Field Trial requirements for GSM/(E)GPRS including SIM/USIM.2 DescriptionThis Work Item description has been created to handle the renewal of GSM/(E)GPRS including SIM/USIM Field Trial requirements.3 JustificationField Trials are an integral part of the GCF scheme and therefore are required to evolve in conjunction with the implementation of associated mobile technology.4 Supporting companiesCSR, Ericsson Mobile Platforms, Motorola, NEC, Nokia, O2 UK, Orange France, RIM, Sony Ericsson, Vodafone Group, Broadcom, TIM, TeliaSonera5 RapporteurMarc OuwehandNokia CorporationTelephone: +358 40828 0908E-mail: marc.ouwehand@6 Affected bandsNote: GSM 850 and 1900 are outside the GCF certification scheme.7 Core Specifications8 Test SpecificationsNote: The operator expectations on each identified Field Trial Requirement can be derived from the GSMA PRD DG 11 ‘DG Field and Lab Trial Guidelines’, It is emphasised that DG.11 is only a guideline and that manufacturers may use their own test procedures.9 Work Item Certification Entry9.1 Work Item Certification Entry Criteria (CEC)N/A.9.2 Target Work Item Certification Entry Date / GCF-CC versionN/A10 Work Item Freeze and Completion CriteriaDuring the next PRP review this WI should be set to ‘Completed’.11 Conformance Test RequirementsN/A12 IOP Test RequirementsN/A13 Field Trial RequirementsFor BSS/MSC network dependent Field Trial Requirements (BM)For GPRS network dependent Field Trial Requirements (GPRS)For SIM/UICC dependent Field Trial Requirements (2GSIM)For SMSC dependent Field Trial Requirements (SMS)For Network/SIM/UICC/Client independent Field Trial Requirements (NI)14 Periodic Review PointsThe next PRP-review for this WI will be held at the t FT AG meeting during Q3 2010.15 Other commentsThe information below is coming from both WI’s, which during the FT AG #15 meeting has been merged into this WI.Former WI-028 Comments:- During the SG 25 meeting a concern was raised about the approval of this Work Item as well as the CR’s attached to this Work Item via 10 day rule process. The SG made clear that this approval process is not conform the official GCF rules. The SG supposed to approve this Work Item and CR’s. During the SG 25 meeting document S-06-053 was created and approved by the SG to give a mandate for approval via 10 day rule. This mandate applies only for CR’s concerning this Work Item.- Due to the introduction of this Work Item and Work Item 27 (HSDPA) it is required that GCF operators re-declare their status as GCF Qualified operator by using the new Annex B, which should be available in thePRD GCF-OP released in April 2006. The CR for this renewed Annex B is a part of this Work Item and will be uploaded as CR FT-06-022r4During the teleconference of 20.3.2006 there was agreed that an agenda point will be made for FT AG #04,3-4 May 2006 concerning re-declaration.- During the teleconference of 20.3.2006, there was noticed that the mandate for this Work Item didn’t include the EGPRS feature. Therefore it was agreed that the EGPRS topic will be put on the agendafor FT AG #04.Mr. M. Ouwehand (Nokia) will take care that there will be a discussion/input documentavailable for the FT AG #04.When WI-028 has been activated there was agreed to put a ‘transition period’ in place, due the fact that bythat time there were no enough FTQ ANNEX B documents available.During the FT AG #08, 2-3 May 2007, there has been agreed that the ‘transition period’ is ended by therelease of GCF-CC 3.26.0.Former WI-048 Comments:It was suggested during the FTAG meeting discussions of this WI that the most effective method ofadministrating and executing the EDGE classified test requirements while maintaining confidence in GCF FTfor both GPRS and EDGE networks is:a) Introduce a new classification called EDGEb) Copy all existing GPRS requirements to the EDGE Requirements.c) FT on GPRS NW Configurations do not need to perform the EDGE classified test requirementsd) FT on EDGE NW Configurations do not need to perform the GPRS classified test requirements.When this WI meet the CEC and therefore will be activated, it should be considered by FT AG to merge the EDGE Field Trial requirements table into the existing GPRS Field Trial requirements table as has been done with PS, HSDPA & EUL requirements table merge.The CR’s to GCF-CC related to this Work Item need to be submitted at the same time that CR to activate this Work item will be submitted.16 Document Change Record。
CN1610集群网络开关迁移指南说明书
Migrating to a two-node switched cluster with CN1610cluster switchesIf you have an existing two-node switchless cluster environment that uses cluster network switches,you can migrate to a two-node switched cluster environment using CN1610cluster network switches.The procedure you use depends on whether you have two dedicated cluster-network ports on each controller (as required on most systems)or a single cluster port on each controller(a supported option on N3150,N3220,and N3240storage systems).About this taskThere are two migration options available:v Migrating from a switchless cluster to a switched CN1610cluster environmentv Migrating from a switchless cluster(systems with a single cluster-network connection)Migrating from a switchless cluster to a switched CN1610cluster environmentIf you have an existing two-node switchless cluster environment,you can migrate to a two-node switched-cluster environment using CN1610cluster network switches.Before you beginTwo-node switchless configuration:v The two-node switchless configuration must be properly set up and functioning.v The nodes must be running Data ONTAP8.2or later.v All cluster ports must be in the up state.v All cluster LIFs must have be in the up state and on their home ports.CN1610cluster switch configuration:v The CN1610cluster switch infrastructure be redundant and fully functional on both switches.Refer to the IBM N series support website to ensure you have the latest RCF and FASTPATH versions on your switches.v Management network connectivity on both switches.v Console access to the cluster switches.v Necessary cabling for the node-to-switch and switch-to-switch connections has been completed.Twinax or fiber is supported for the CN1610switch.For more information on cabling,see Installation and Setup Instructions of your storage system and Clustered Data ONTAP Switch Setup and Configuration Guide.v Inter-Switch Link(ISL)cables are connected to ports13through16on both CN1610switches.v Initial customization of both CN1610switches has been completed.About this taskThis procedure migrates nodes in a two-node switchless environment into a two-node switched environment.The examples in this procedure use the following switch and node nomenclature:v cs1and cs2are the CN1610switches.v clus1and clus2are the cluster logical interfaces(LIFs).v The names of the Vservers are node1and node2.v The cluster::*>prompt indicates the name of the cluster.v The cluster ports used in this procedure as an example are e1a and e2a.Refer to the Installation and Setup Instructions of your storage system for the supported cluster ports.Procedure1.Disable all node-facing ports on both new cluster switches cs1and cs2.Do not disable the ISL ports.e the show port channel command to verify that the ISL and the physical ports on the ISLbetween the two CN1610cluster switches cs1and cs2are up.Results for the cs2switch:2e the show isdp neighbors command to display the list of neighboring devices.e the run*cdpd show-neighbors to ensure that each cluster port is connected to thecorresponding port on its partner cluster node.This example verifies that cluster ports e1a and e2a are connected to the same port on its cluster partner node:3e the network interface show-role cluster to ensure that all cluster LIFs are up ande the network interface modify command and set the auto revert parameter to false on clus1e the network interface migrate command on the console of each node to migrate clus1to port8.Shut down cluster port e1a on both nodes with the network port modify command.Verify the portstatus with the network port show command:49.Disconnect the cable from e1a on node1.Connect e1a on node1to port1on cs1,using theappropriate cabling supported by the CN1610switches.For more information on cabling,seeInstallation and Setup Instructions of your storage system and Clustered Data ONTAP Switch Setup and Configuration Guide.10.Disconnect the cable from cluster port e1a on node2.Connect e1a to port2on cs1,using theappropriate cabling supported by CN1610switches.11.12.13.14.Revert clus1(which was previously migrated)on both nodes back to e1a with the network interfacee the network interface show command to ensure that all cluster LIFs are up and operational anddisplay true in the Is Home column:516.17.On the console of each node,use the network interface migrate command to migrate clus2to porte the network port modify to shut down cluster port e2a on both e the network port19.Disconnect the cable from e2a on node1.Connect e2a on node1to port1on cs2using theappropriate cabling supported by CN1610switches.20.On node2,disconnect the cable from cluster port e2a.Connect e2a to port2on cs2,using theappropriate cabling supported by CN1610switches.21.622.23.24.On all nodes,revert clus1(which was previously migrated)back to e1a with the network interfacee the network interface show command to verify that all of the interfaces display true in the Ise the show isdp neighbors command to verify that both nodes have two connections to eachswitch.7e the run*cdpd show-neighbors command to ensure that each cluster port is connected correctlyto each cluster switch.This example verifies that cluster ports e1a and e2a are connected to the corresponding ports on28.29.e the network interface modify command and set the auto revert parameter to true on clus131.For more information,see Clustered Data ONTAP Switch Setup and Configuration Guide.Migrating to a two-node switched cluster(systems with a single cluster-network connection)If you have N3150,N3220,and N3240systems in an existing two-node switchless cluster in which each controller has a single,back-to-back10-GbE connection for cluster connectivity,you can use the switchless-cluster networking option and replace the direct back-to-back connectivity with switch connections.This is a non-disruptive procedure.Before you beginv Two cluster connections are required to migrate from a switchless configuration to a switched configuration.8v The cluster must be healthy and consist of two nodes connected with back-to-back connectivity.The nodes must be running Data ONTAP8.2or later.v The switchless cluster feature cannot be used with more than two nodes.v All cluster ports must be in the up state.About this taskThis procedure removes the direct cluster connectivity in a switchless environment and replaces each connection to the switch with a connection to the partner node.Procedure1.Check the cluster status of the nodes by entering the following command at the system console ofeither node:cluster show2.Check the status of the by entering the following command at the system console of either node:storage failover show3.Enter the following command at either node's prompt to change to the advanced privilege level:set-privilege advancedYou can respond y when prompted to continue into advanced mode.The advanced mode prompt appears(*>).4.Verify that the current state of the switchless cluster is true and then disable switchless-cluster mode:network options switchless-cluster modify-enabled false5.Enter the following command to return to the admin privilege level:set-privilege admin6.Take over the target node by entering the following command:storage failover takeover-ofnode target_node_nameIt does not matter which node is the target node.When it is taken over,the target nodeautomatically reboots and displays the Waiting for giveback...message.The active node is now serving data for the partner(target)node that has been taken over.7.It a node is impaired,wait at least two minutes after the takeover of the impaired node to ensurethat the takeover completed successfully.8.With the target node showing the Waiting for giveback...message,shut it down.The method youuse to shut down the node depends on whether remote management via a Service Processor(SP)is used.Is the SP configured?Then...Yes Log in to theimpaired node's SP and enter the followingcommand:system power off.9Is the SP configured?Then...No At the impaired node's prompt,press Ctrl-C andrespond Y to halt the node.9.On each controller,disconnect the cable that connects the10G cluster port to the switchless cluster.10.Connect the10-GbE cluster port to the switch on both controllers.Verify that the10-GbE clusterports connected on the switch are configured to be part of the same VLAN.If you plan onconnecting the cluster ports on each controller to different switches,verify that the ports on which the cluster ports are connected on each switch are configured for the same VLAN and that trunking is properly configured on both switches.11.Enter the following command to give back storage to the target node:storage failover giveback-ofnode node212.Enter the storage failover show-giveback command to monitor the progress of the givebackoperation.13.After the giveback operation is complete,enter the storage failover show command to confirm that14.Verify that the cluster port LIFs are operating correctly:15.Check the cluster status of the nodes by entering the following command at the system console ofeither node:cluster show16.Verify cluster connectivity with the cluster ping-cluster local command:a.Enter the following command at either node's prompt to change to the advanced privilege level:set-privilege advancedYou can respond y when prompted to continue into advanced mode.The advanced mode prompt appears(*>).b.Enter the following command to ping the cluster ports:cluster ping-cluster localThe command output should show connectivity between all cluster ports.c.Enter the following command to return to the admin privilege level:set-privilege admin10©Copyright IBM Corporation2013.US Government Users Restricted Rights–Use,duplication or disclosure restricted by GSA ADP Schedule Contract with IBM Corp.SC27-6298-00。
MULTIPLE BASE WIDTH INTEGRATED CIRCUIT专利
Assignee National Semiconductor Corporation,
ABSTRACT: A novel high-performance monolithic in tegrated circuit means including semiconductive transistor
Feb. 23, 1971 Santa Clara, Calif.
References Cited
UNITED STATES PATENTS
Miwa et a1. ................. .. Lin ............................. .. 330/20 317/235
transistors.
22, 22.1, 401; 307/254, 296
38
PATENTED FEB23 I971
3566218 '
W PUT
INVENTORS ROBERT J. WIDLAR DAVID V. TALBERT
BY
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ATTORNEY
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3,566,218
1
MULTIPLE BASE WIDTH INTEGRATED CIRCUIT
pant during the second diffusion process. This allows the
selected emitter regions to diffuse into certain ones of the base
influence of heat, the dopant penetrates into the slice in areas
elements having different base widths so that one or more of
样本212345
招标人12021-08-03 22:29:50,635 [0x000022e4] <sgucscsdk>: INFO SysLog - ---------- Win32 x86_64 3.5 3.5.0.125 ----------2021-08-03 22:29:50,635 [0x000022e4] <sgucscsdk>: DEBUG SysLog - work directory : C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK2021-08-03 22:29:50,638 [0x000022e4] <sgucscsdk>: DEBUG SysLog - sqlite3 thread safe: 1 2021-08-03 22:29:50,649 [0x000022e4] <sgucscsdk>: DEBUG SysLog.Cipherer - decrypt [data]...2021-08-03 22:29:50,650 [0x000022e4] <sgucscsdk>: DEBUG SysLog.Cipherer - Decrypt finished.2021-08-03 22:29:50,705 [0x000022e4] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:50,705 [0x000022e4] <sgucscsdk>: DEBUG SysLog - SPELite2021-08-03 22:29:50,705 [0x000022e4] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:50,750 [0x000022e4] <sgucscsdk>: DEBUG SysLog - module args: 'SPELite.exe' with params: --thread-pool-profile=normal --cfgfile=C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\etc\spelite.xml --nodaemon --noerrorbox2021-08-03 22:29:50,750 [0x000022e4] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:50,750 [0x000022e4] <sgucscsdk>: DEBUG SysLog - WFELite2021-08-03 22:29:50,750 [0x000022e4] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:50,751 [0x000022e4] <sgucscsdk>: DEBUG SysLog - module args: 'WFELite.exe' with params: --thread-pool-profile=normal --nodaemon --noerrorbox2021-08-03 22:29:50,751 [0x000022e4] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:50,751 [0x000022e4] <sgucscsdk>: DEBUG SysLog - elma2021-08-03 22:29:50,751 [0x000022e4] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:50,751 [0x000022e4] <sgucscsdk>: DEBUG SysLog - module args: 'elma.exe' with params: --thread-pool-profile=normal --nodaemon --noerrorbox2021-08-03 22:29:50,752 [0x000022e4] <sgucscsdk>: DEBUG SysLog.Cipherer - decrypt [data]...2021-08-03 22:29:50,753 [0x000022e4] <sgucscsdk>: DEBUG SysLog.Cipherer - Decrypt finished.2021-08-03 22:29:51,054 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 1 failed.2021-08-03 22:29:51,055 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 2 failed.2021-08-03 22:29:51,056 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 3 failed.2021-08-03 22:29:51,061 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 4 failed.2021-08-03 22:29:51,062 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize downloadsession of type: 5 failed.2021-08-03 22:29:51,063 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 6 failed.2021-08-03 22:29:51,064 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 7 failed.2021-08-03 22:29:51,066 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 8 failed.2021-08-03 22:29:51,067 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 9 failed.2021-08-03 22:29:51,068 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 10 failed.2021-08-03 22:29:51,069 [0x000022e4] <sgucscsdk>: ERROR SysLog - initialize download session of type: 11 failed.2021-08-03 22:29:51,652 [0x000022e4] <sgucscsdk>: WARN SysLog.CertificateStatus - pfx file: 'C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\certs\client.pfx' is not exists. 2021-08-03 22:29:51,653 [0x000022e4] <sgucscsdk>: INFO SysLog.CertificateManager - client crt file is not exists.2021-08-03 22:29:51,722 [0x00002740] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:29:51,722 [0x00002740] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:29:52,711 [0x000022e4] <sgucscsdk>: INFO SysLog.DMCerts - register dm success, 192.168.3.136:8836, result<0>.2021-08-03 22:29:52,711 [0x000022e4] <sgucscsdk>: INFO SysLog.DMCerts - short id=10000012021-08-03 22:29:52,718 [0x000022e4] <sgucscsdk>: INFO SysLog.CertificateStatus - update pfx file successful.2021-08-03 22:29:52,736 [0x0000124c] <sgucscsdk>: ERROR SysLog.thrift - TPipeServer ConnectNamedPipe GLE=errno = 9952021-08-03 22:29:52,737 [0x0000124c] <sgucscsdk>: ERROR SysLog.thrift - TPipeServer: client connection failed exit 1042021-08-03 22:29:57,471 [0x000020dc] <sgucscsdk>: INFO SysLog - ---------- Win32 x86_64 3.5 3.5.0.125 ----------2021-08-03 22:29:57,500 [0x000020dc] <sgucscsdk>: DEBUG SysLog - work directory : C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK2021-08-03 22:29:57,504 [0x000020dc] <sgucscsdk>: DEBUG SysLog - sqlite3 thread safe: 1 2021-08-03 22:29:57,505 [0x000020dc] <sgucscsdk>: DEBUG SysLog.Cipherer - decrypt [data]...2021-08-03 22:29:57,505 [0x000020dc] <sgucscsdk>: DEBUG SysLog.Cipherer - Decrypt finished.2021-08-03 22:29:57,545 [0x000020dc] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:57,552 [0x000020dc] <sgucscsdk>: DEBUG SysLog - SPELite2021-08-03 22:29:57,556 [0x000020dc] <sgucscsdk>: DEBUG SysLog -+++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:57,562 [0x000020dc] <sgucscsdk>: DEBUG SysLog - module args: 'SPELite.exe' with params: --thread-pool-profile=normal --cfgfile=C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\etc\spelite.xml --nodaemon --noerrorbox2021-08-03 22:29:57,574 [0x000020dc] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:57,579 [0x000020dc] <sgucscsdk>: DEBUG SysLog - WFELite2021-08-03 22:29:57,583 [0x000020dc] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:57,592 [0x000020dc] <sgucscsdk>: DEBUG SysLog - module args: 'WFELite.exe' with params: --thread-pool-profile=normal --nodaemon --noerrorbox2021-08-03 22:29:57,601 [0x000020dc] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:57,608 [0x000020dc] <sgucscsdk>: DEBUG SysLog - elma2021-08-03 22:29:57,612 [0x000020dc] <sgucscsdk>: DEBUG SysLog - +++++++++++++++++++++++++++++++++++++++++++++++++++2021-08-03 22:29:57,620 [0x000020dc] <sgucscsdk>: DEBUG SysLog - module args: 'elma.exe' with params: --thread-pool-profile=normal --nodaemon --noerrorbox2021-08-03 22:29:57,631 [0x000020dc] <sgucscsdk>: DEBUG SysLog.Cipherer - decrypt [data]...2021-08-03 22:29:57,636 [0x000020dc] <sgucscsdk>: DEBUG SysLog.Cipherer - Decrypt finished.2021-08-03 22:29:58,052 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 1 failed.2021-08-03 22:29:58,060 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 2 failed.2021-08-03 22:29:58,067 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 3 failed.2021-08-03 22:29:58,074 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 4 failed.2021-08-03 22:29:58,081 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 5 failed.2021-08-03 22:29:58,086 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 6 failed.2021-08-03 22:29:58,091 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 7 failed.2021-08-03 22:29:58,098 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 8 failed.2021-08-03 22:29:58,103 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 9 failed.2021-08-03 22:29:58,108 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 10 failed.2021-08-03 22:29:58,113 [0x000020dc] <sgucscsdk>: ERROR SysLog - initialize download session of type: 11 failed.2021-08-03 22:29:58,834 [0x000020dc] <sgucscsdk>: INFO SysLog - ThriftMode chose:[0]2021-08-03 22:29:58,836 [0x000020dc] <sgucscsdk>: INFO SysLog.ModuleService - starting thrift server ...2021-08-03 22:29:58,837 [0x00001074] <sgucscsdk>: INFO SysLog - thrift starting with port: 8800, ip: 127.0.0.12021-08-03 22:29:58,938 [0x000020dc] <sgucscsdk>: INFO SysLog.ModuleService - starting thrift server true2021-08-03 22:29:58,952 [0x00001b4c] <sgucscsdk>: INFO SysLog - start module: 'SPELite.exe' with params: SPELite --mid=2 --cip=127.0.0.1 --cport=8816 --heartbeat=30 --mip=127.0.0.1 --mport=8800 --protocol=AF_INET --thread-pool-profile=normal --cfgfile=C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\etc\spelite.xml --nodaemon --noerrorbox2021-08-03 22:29:58,952 [0x000009dc] <sgucscsdk>: INFO SysLog - start module: 'WFELite.exe' with params: WFELite --mid=8 --cip=127.0.0.1 --cport=8846 --heartbeat=30 --mip=127.0.0.1 --mport=8800 --protocol=AF_INET --thread-pool-profile=normal --nodaemon --noerrorbox2021-08-03 22:30:00,990 [0x000026b4] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.ORS.cache2021-08-03 22:30:01,587 [0x000017fc] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.ORS.cache2021-08-03 22:30:01,951 [0x000020dc] <sgucscsdk>: INFO .SystemManager::updateSystemInfo - \test is login, session id=12021-08-03 22:30:01,952 [0x000020dc] <sgucscsdk>: INFO erSessionManager::addUserSession - elma info {"elma_data_path" : "","elma_ip" : "127.0.0.1","elma_mid" : 9,"elma_port" : 8860,"login_time" : 1628001001,"session_id" : 1,"user_bind_name" : "","user_name" : "\\test"}2021-08-03 22:30:01,952 [0x000020dc] <sgucscsdk>: INFO SysLog. UCSCManager::onUserLogin - session id=12021-08-03 22:30:01,952 [0x000020dc] <sgucscsdk>: WARN SysLog.UCSCManager::onUserLogin - label fature is not enabled, won't start elma2021-08-03 22:30:01,952 [0x000020dc] <sgucscsdk>: INFO SysLog.UCSCManager::onUserLogin - add module 9 profile success. isstart=02021-08-03 22:30:01,952 [0x000020dc] <sgucscsdk>: INFO SystemManager::notifyELMAChanged - notify ucsc_sdk.elma.port config size=12021-08-03 22:30:01,952 [0x000020dc] <sgucscsdk>: INFO SystemManager::notifyELMAChanged - 1->127.0.0.1:88602021-08-03 22:30:01,955 [0x000013bc] <sgucscsdk>: INFO SysLog.DMAgent - work thread <13bc> begin running ...2021-08-03 22:30:01,960 [0x000013bc] <sgucscsdk>: ERROR SysLog.SystemManager - RequestDiscoveryStatus failed.2021-08-03 22:30:01,970 [0x000020dc] <sgucscsdk>: INFO SysLog.SystemManager - protection status changed, <Disabled> .2021-08-03 22:30:01,970 [0x000020dc] <sgucscsdk>: INFO SysLog.UCSCMNotification - ProtectionStatusChanged <PS_DISABLED>.2021-08-03 22:30:01,977 [0x000020dc] <sgucscsdk>: INFO SysLog.UCSCMNotification - RunStatusChanged <RS_RUNNING>.2021-08-03 22:30:01,977 [0x000020dc] <sgucscsdk>: INFO SysLog.UCSCManager - manager started.2021-08-03 22:30:01,981 [0x000020dc] <sgucscsdk>: ERROR SysLog.SystemManager - RequestDiscoveryStatus failed.2021-08-03 22:30:01,984 [0x00000a04] <sgucscsdk>: INFO SysLog.TimerTask - work thread <a04> begin running ...2021-08-03 22:30:02,040 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:02,040 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:02,046 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:02,046 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:02,053 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:02,053 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 9 notify system config exception, Called write on non-open socket2021-08-03 22:30:02,181 [0x000013bc] <sgucscsdk>: INFO SysLog.SystemManager - connect dm: '192.168.3.136:8837' success, timedelta_from_server: -285002021-08-03 22:30:02,182 [0x000013bc] <sgucscsdk>: INFO SysLog.SystemManager - local endpoint profile changed.2021-08-03 22:30:02,376 [0x000013bc] <sgucscsdk>: INFO SysLog.SystemManager - engine resource mode changed from [ERM_NORMAL] to [undefined]2021-08-03 22:30:02,376 [0x000013bc] <sgucscsdk>: INFO SysLog.UCSCManager - restart spelite.2021-08-03 22:30:02,425 [0x00001fa4] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:02,425 [0x00001fa4] <sgucscsdk>: ERROR SysLog - Called write on non-open socket2021-08-03 22:30:02,492 [0x000020dc] <sgucscsdk>: WARN SysLog.AppIdentityDBSession - the database is not open.2021-08-03 22:30:03,028 [0x00001b4c] <sgucscsdk>: INFO SysLog.ModuleGuard - module(SPELite.exe:2) exits, exit code: 12021-08-03 22:30:03,028 [0x000013bc] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.FPDBServer2021-08-03 22:30:03,029 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 1, server is changed.2021-08-03 22:30:03,029 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 2, server is changed.2021-08-03 22:30:03,029 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 3, server is changed.2021-08-03 22:30:03,029 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 4, server is changed.2021-08-03 22:30:03,029 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 5, server is changed.2021-08-03 22:30:03,029 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 6, server is changed.2021-08-03 22:30:03,029 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 7, server is changed.2021-08-03 22:30:03,030 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 9, server is changed.2021-08-03 22:30:03,030 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 10, server is changed.2021-08-03 22:30:03,030 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 11, server is changed.2021-08-03 22:30:03,030 [0x000013bc] <sgucscsdk>: INFO SysLog.UCSCMNotification - ConnectionStatusChanged <CS_CONNECTED>.2021-08-03 22:30:03,030 [0x000013bc] <sgucscsdk>: INFO SysLog.BypassManager - bypass code file is not exists.2021-08-03 22:30:03,031 [0x000013bc] <sgucscsdk>: INFO SysLog.UCSCMNotification - previous dm is null, the first connect to dm.2021-08-03 22:30:03,031 [0x000013bc] <sgucscsdk>: INFO SystemManager::ELMAConfigChanged - notify elma dm new ip=192.168.3.1362021-08-03 22:30:03,053 [0x00002ad4] <sgucscsdk>: INFO SysLog - start module: 'SPELite.exe' with params: SPELite --mid=2 --cip=127.0.0.1 --cport=8816 --heartbeat=30 --mip=127.0.0.1 --mport=8800 --protocol=AF_INET --thread-pool-profile=normal --cfgfile=C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\etc\spelite.xml --nodaemon --noerrorbox2021-08-03 22:30:03,072 [0x00002ad8] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/profiles/7D6F766C6A6C7569737C63896D7A756A/1-1-0-14 -16, from size: 02021-08-03 22:30:03,074 [0x00002adc] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/appdb/7D6F766C6A6C7569737C63896D7A756A/3/app.db, from size: 02021-08-03 22:30:03,089 [0x00002ae0] <sgucscsdk>: INFO SysLog - should sync with delta file, but not found base version.2021-08-03 22:30:03,089 [0x00002ae0] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/ors/7D6F766C6A6C7569737C63896D7A756A/617/ors.db, from size: 02021-08-03 22:30:03,092 [0x00002ae4] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: , type: 4, last_state: 22021-08-03 22:30:03,121 [0x00002b00] <sgucscsdk>: INFO SysLog.MQMAgent - check thread <2b00> begin running ...2021-08-03 22:30:03,133 [0x00002ae8] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/fpdb/7D6F766C6A6C7569737C63896D7A756A/fpdb_1_polic y_566/unstruct.db, from size: 02021-08-03 22:30:03,134 [0x00002aec] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/fpdb/7D6F766C6A6C7569737C63896D7A756A/fpdb_1_polic y_566/machine.db, from size: 02021-08-03 22:30:03,135 [0x00002af0] <sgucscsdk>: INFO SysLog - should sync with delta file, but not found base version.2021-08-03 22:30:03,135 [0x00002af0] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/policies/7D6F766C6A6C7569737C63896D7A756A/566/policy .db, from size: 02021-08-03 22:30:03,136 [0x00002af4] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/swg_policy/7D6F766C6A6C7569737C63896D7A756A/220/sw g_policy.db, from size: 02021-08-03 22:30:03,138 [0x00002af8] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/swg_urlmisc/7D6F766C6A6C7569737C63896D7A756A/114-107, from size: 02021-08-03 22:30:03,139 [0x00002afc] <sgucscsdk>: INFO ysLog.DownloadDriver::initialize - download file: https://192.168.3.136:8837/dm/v2/swg_settings/7D6F766C6A6C7569737C63896D7A756A/0-1-1, from size: 02021-08-03 22:30:03,505 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:03,505 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:03,580 [0x00002afc] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\swg_advance_profile\0-1-1\swg_advance_profile, type: 11, last_state: 02021-08-03 22:30:03,585 [0x00002afc] <sgucscsdk>: INFO SysLog.SystemManager - protection status changed, <Enabled> .2021-08-03 22:30:03,585 [0x00002afc] <sgucscsdk>: INFO SysLog.UCSCMNotification - ProtectionStatusChanged <PS_ENABLED>.2021-08-03 22:30:03,586 [0x00002afc] <sgucscsdk>: INFO SysLog.SystemManager - all profile file download finished.2021-08-03 22:30:03,870 [0x00002af8] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\swg_url_category\114-107\swg_url_category, type: 10, last_state: 02021-08-03 22:30:03,887 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:03,887 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:03,892 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:03,893 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 9 notify system config exception, Called write on non-open socket2021-08-03 22:30:03,928 [0x00002af4] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\swg_policy\220\swg_policy, type: 9, last_state: 02021-08-03 22:30:03,941 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:03,941 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:03,957 [0x00002ad8] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\ep_profile\1-1-0-14-16\ep_profile, type: 1, last_state: 02021-08-03 22:30:03,962 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:03,962 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 9 notify system config exception, Called write on non-open socket2021-08-03 22:30:03,967 [0x00002af0] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\policy\566\policy, type: 7, last_state: 02021-08-03 22:30:03,974 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:03,974 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 8 notify system config exception, Called write on non-open socket2021-08-03 22:30:03,982 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:03,982 [0x00002278] <sgucscsdk>: ERRORSysLog.ModuleSupervisorManager - mid: 8 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,001 [0x00002ae8] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\fpdb_unstructured\fpdb_1_policy_566\fpdb_unstructured, type: 5, last_state: 02021-08-03 22:30:04,003 [0x00002adc] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\appdb\3\appdb, type: 2, last_state: 02021-08-03 22:30:04,012 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:04,012 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 8 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,033 [0x00000a04] <sgucscsdk>: INFO SysLog.UCSCMNotification - EndpointLocationChanged <L_INTERNAL>.2021-08-03 22:30:04,039 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:04,039 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,040 [0x00002aec] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\machine_learning\fpdb_1_policy_566\machine_learning, type: 6, last_state: 02021-08-03 22:30:04,066 [0x00002ae0] <sgucscsdk>: INFO SysLog.DownloadSession - download is end, filename: C:\Program Files\SkyGuard\SkyGuard Endpoint\UCSCSDK\downloads\orsdb\617\orsdb, type: 3, last_state: 02021-08-03 22:30:04,072 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:04,072 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,097 [0x00002a50] <sgucscsdk>: INFO SysLog.EndpointProfileParser - work thread <2a50> begin running ...2021-08-03 22:30:04,099 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,100 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - channel.controlList2021-08-03 22:30:04,101 [0x00002a50] <sgucscsdk>: INFO SysLog.addEmbedFile - add 7d2e968c-2113-4d83-9fd0-91a7c3bb5df0 into embedded file list2021-08-03 22:30:04,122 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:04,122 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,133 [0x00002adc] <sgucscsdk>: INFO SysLog.SystemManager - app identity db changed.2021-08-03 22:30:04,134 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:04,134 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,196 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:04,196 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,209 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:04,209 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 2 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,239 [0x00002278] <sgucscsdk>: ERROR SysLog.ClientDecorator - connect() failed: errno = 100492021-08-03 22:30:04,239 [0x00002278] <sgucscsdk>: ERROR SysLog.ModuleSupervisorManager - mid: 9 notify system config exception, Called write on non-open socket2021-08-03 22:30:04,563 [0x00001d38] <sgucscsdk>: ERROR SysLog.SystemManager - RequestDiscoveryStatus failed.2021-08-03 22:30:04,664 [0x0000276c] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.ORS.cache2021-08-03 22:30:04,998 [0x00002a50] <sgucscsdk>: WARN SysLog.SystemManager - download file : ui_resource.zip failure!2021-08-03 22:30:04,999 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - http response code 5032021-08-03 22:30:04,999 [0x00002a50] <sgucscsdk>: WARN SysLog.EndpointProfileParser - server response 503, retry it again after 300seconds2021-08-03 22:30:05,681 [0x000025b4] <sgucscsdk>: ERROR SysLog.SystemManager - RequestDiscoveryStatus failed.2021-08-03 22:30:13,404 [0x0000276c] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, ponent.wfeDebug2021-08-03 22:30:14,660 [0x00001dd4] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.FingerprintConfig2021-08-03 22:30:14,661 [0x000026b4] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.ML2021-08-03 22:30:14,662 [0x000017fc] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.ContentParserConfig2021-08-03 22:30:16,151 [0x000021a0] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.ContentParserConfig2021-08-03 22:30:16,151 [0x000017fc] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.FingerprintConfig2021-08-03 22:30:16,152 [0x000026b4] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.ML2021-08-03 22:30:16,154 [0x000021a0] <sgucscsdk>: WARN SysLog.SPESetting - key is not exists, DLPServer.global.ORS.cache2021-08-03 22:30:57,578 [0x000013bc] <sgucscsdk>: ERROR SysLog.SystemManager - RequestDiscoveryStatus failed.2021-08-03 22:30:57,600 [0x000013bc] <sgucscsdk>: INFO SysLog.SystemManager - connect dm: '192.168.3.136:8837' success, timedelta_from_server: -285002021-08-03 22:30:57,601 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 4, new version or checksum is empty, trait it as no changed.2021-08-03 22:30:57,649 [0x00001ffc] <sgucscsdk>: ERROR SysLog.SystemManager - RequestDiscoveryStatus failed.2021-08-03 22:31:03,816 [0x000025a8] <sgucscsdk>: INFO SystemManager::notifyAllElmaSync - notify all elma sync is called.2021-08-03 22:31:03,817 [0x000013bc] <sgucscsdk>: ERROR SysLog.SystemManager - RequestDiscoveryStatus failed.2021-08-03 22:31:03,840 [0x000013bc] <sgucscsdk>: INFO SysLog.SystemManager - connect dm: '192.168.3.136:8837' success, timedelta_from_server: -285002021-08-03 22:31:03,841 [0x000013bc] <sgucscsdk>: INFO ysLog.DownloadSession::isChanged - type: 4, new version or checksum is empty, trait it as no changed.2021-08-03 22:31:03,887 [0x000024b4] <sgucscsdk>: ERROR SysLog.SystemManager -。
Google Spanner (中文版)
Google Spanner （中文版）翻译者：厦门大学计算机系教师林子雨翻译时间：2012年9月E-mail: ziyulin@ 个人主页：/linziyu【摘要】：Spanner是谷歌公司研发的、可扩展的、多版本、全球分布式、同步复制数据库。
它是第一个把数据分布在全球范围内的系统，并且支持外部一致性的分布式事务。
本文描述了Spanner的架构、特性、不同设计决策的背后机理和一个新的时间API，这个API可以暴露时钟的不确定性。
这个API及其实现，对于支持外部一致性和许多强大特性而言，是非常重要的，这些强大特性包括：非阻塞的读、不采用锁机制的只读事务、原子模式变更。
【关键词】Google Spanner, Bigtable, distributed database【全文目录结构】1. 介绍2. 实现2.1 Spanserver软件栈2.2 目录和放置2.3 数据模型3. TrueTime4. 并发控制4.1 时间戳管理4.2 细节5. 实验分析5.1 微测试基准5.2 可用性5.3 TrueTime5.4 F16. 相关工作7. 未来的工作8. 总结致谢参考文献1 介绍Spanner是一个可扩展的、全球分布式的数据库，是在谷歌公司设计、开发和部署的。
在最高抽象层面，Spanner就是一个数据库，把数据分片存储在许多Paxos[21]状态机上，这些机器位于遍布全球的数据中心内。
复制技术可以用来服务于全球可用性和地理局部性。
客户端会自动在副本之间进行失败恢复。
随着数据的变化和服务器的变化，Spanner会自动把数据进行重新分片，从而有效应对负载变化和处理失败。
Spanner被设计成可以扩展到几百万个机器节点，跨越成百上千个数据中心，具备几万亿数据库行的规模。
应用可以借助于Spanner来实现高可用性，通过在一个洲的内部和跨越不同的洲之间复制数据，保证即使面对大范围的自然灾害时数据依然可用。
我们最初的客户是F1[35]，一个谷歌广告后台的重新编程实现。
Network coding for distributed storage systems
March 5, 2008
DRAFT
3
to replication; see, e.g., [9]. However, a complication arises: In distributed storage systems, redundancy must be continually refreshed as nodes fail or leave the system, which involves large data transfers across the network. This problem is best illustrated in the simple example of Fig. 1: a data object is divided in two fragments y 1 , y 2 (say, each of size 1Mb) and these encoded into four fragments x1 , . . . x4 of same size, with the property that any two out of the four can be used to recover the original y 1 , y 2 . Now assume that storage node x4 fails and a new node x5 , the newcomer, needs to communicate with existing nodes and create a new encoded packet, such that any two out of x1 , x2 , x3 , x5 suffice to recover. Clearly, if the newcomer can download any two encoded fragments (say from x1 , x2 ), reconstruction of the whole data object is possible and then a new encoded fragment can be generated (for example by making a new linear combination that is independent from the existing ones). This, however, requires the communication of 2Mb in the network to generate an erasure encoded fragment of size 1Mb at x5 . In general, if an object of size M is divided in k initial fragments, the repair bandwidth with this strategy is M bits to generate a fragment of size M/k . In contrast, if replication is used instead, a new replica may simply be copied from any other existing node, incurring no bandwidth overhead. It was commonly believed that this k -factor overhead in repair bandwidth is an unavoidable overhead that comes with the benefits of coding (see, for example, [10]). Indeed, all known coding constructions require access to the original data object to generate encoded fragments. In this paper we show that, surprisingly, there exist erasure codes that can be repaired without communicating the whole data object. In particular, for the (4, 2) example, we show that the newcomer can download 1.5Mb to repair a failure and that this is the information theoretic minimum (see Fig. 2 for an example). More generally, we identify a tradeoff between storage and repair bandwidth and show that codes exist that achieve every point on this optimal tradeoff curve. We call codes that lie on this optimal tradeoff curve regenerating codes. Note that the tradeoff region computed corrects an error in the threshold ac computed in [1] and generalizes the result to every feasible (α, γ ) pair. The two extremal points on the tradeoff curve are of special interest and we refer to them as minimum-storage regenerating (MSR) codes and minimum-bandwidth regenerating (MBR) codes. The former correspond to Maximum Distance Separable (MDS) codes that can also be efficiently repaired. At the other end of the tradeoff are the MBR codes, which have minimum repair bandwidth. We show that if each storage node is allowed to store slightly more than M/k bits, the repair bandwidth can be significantly reduced. The remainder of this paper is organized as follows. In Section II we discuss relevant background and related work from network coding theory and distributed storage systems. In Section III we introduce the notion of the information flow graph, which represents how information is communicated and stored in the network as nodes join and leave the system. In Section III-B we characterize the minimum storage and repair bandwidth and show that there is a tradeoff between these two quantities that can be expressed in terms of a maximum flow on this graph. We further show that for any finite information flow graph, there exists a regenerating code that can achieve any point on the minimum storage/ bandwidth feasible region we computed. Finally, in Section IV we evaluate the performance of the proposed regenerating codes using traces of failures in real systems and compare to alternative
crc_2_pentest_8_phpwind解题思路
crc_2_pentest_8_phpwind解题思路题目描述：在PHPWind 论坛中，存在一个叫做crc_2_pentest_8 的PHP 文件。
这个文件有一个漏洞，导致它可以被利用来获取任意文件的内容。
攻击者可以利用这个漏洞来获取其他文件的内容，例如数据库的配置文件，从而获得敏感信息。
为了修复这个漏洞，我们需要找到一个方法来防止攻击者利用该漏洞获取其他文件的内容。
解题思路：1.首先，我们需要了解该漏洞是如何被利用的。
攻击者可以利用该漏洞来获取其他文件的内容，主要是通过在URL 中传递参数来触发该漏洞。
2.为了防止攻击者利用该漏洞获取其他文件的内容，我们需要对URL 参数进行验证和过滤。
我们可以使用PHP 的过滤函数来验证参数是否为预期的值，例如使用filter_input() 函数来验证参数是否存在且为预期的类型。
3.在PHPWind 论坛中，存在一个函数叫做include_once($filename)。
该函数会将指定的文件包含到当前文件中，并在包含之后立即执行。
攻击者可以利用该函数来包含其他文件的内容，从而获取敏感信息。
为了防止攻击者利用该函数包含其他文件的内容，我们可以将该函数重写为一个自定义函数，并在其中添加验证和过滤逻辑。
4.在自定义的include_once() 函数中，我们可以首先验证参数是否为预期的值。
如果参数不符合预期的值，我们可以返回一个错误消息或跳转到另一个页面。
如果参数符合预期的值，我们可以继续执行正常的包含逻辑。
5.在编写代码时，我们需要注意代码的安全性和可维护性。
我们可以使用安全的编程实践，例如避免使用eval() 函数、对用户输入进行验证和过滤、使用安全的数据库查询语句等。
总结：要修复crc_2_pentest_8 文件的漏洞，我们需要对URL 参数进行验证和过滤，并将include_once() 函数重写为一个自定义函数，在其中添加验证和过滤逻辑。
在编写代码时，我们需要注意代码的安全性和可维护性，并使用安全的编程实践来保护我们的应用程序免受攻击。