摘要：【中文】本发明提供一种服务器宕机监管方法、系统、终端及存储介质，包括：登录所有被监管服务器BMC；获取被监管服务器BMC日志并对所述日志进行故障信息筛查；利用Zabbix工具监控被监管服务器各部件资源使用率，并将超过预设阈值的部件资源使用率上报为异常信息；控制异常信息所在被监管服务器关闭多余后台进程；根据故障信息筛查到的故障信息和所述异常信息生成报警信息。本发明能够为后续分析故障原因、解决问题，提供准确的数据支撑，提高了运维人员工作效率，也避免了更大的宕机事故产生，从而实现了对所有服务器的监控管理。 【EN】The invention provides a method, a system, a terminal and a storage medium for supervising the downtime of a server, comprising the following steps: logging in all monitored servers BMC; acquiring a BMC log of a monitored server and screening fault information of the log; monitoring the resource utilization rate of each component of the supervised server by using a Zabbix tool, and reporting the resource utilization rate of the component exceeding a preset threshold value as abnormal information; controlling a monitored server where the abnormal information is located to close redundant background processes; and generating alarm information according to the fault information screened by the fault information and the abnormal information. The invention can provide accurate data support for follow-up analysis of fault reasons and problem solving, improves the working efficiency of operation and maintenance personnel, and also avoids larger downtime accidents, thereby realizing the monitoring and management of all servers.

摘要：【中文】本发明提供一种预测存储设备IOPS性能数据的方法、装置、设备及存储介质，获取存储设备IOPS性能数据存入数据库；将按照不同数据类型分别存入相应的数据表；提取设定时间段内的存储设备IOPS性能所有数据并将数据存入对应数组；对提取的数据进行拟合处理；将拟合处理后得到的预测数据进行显示。多项式曲线拟合的方法来预测存储设备的各项IOPS性能数据，可以较为准确的预测出未来的IOPS数值大小，进而为大多数存储设备通过预测的IOPS来合理管理使用硬件设备提供帮助，直观、实用性强，通过上述处理后在图表中可以直观的看到存储设备各项IOPS的已保存历史数据和预测数据曲线。 【EN】The invention provides a method, a device, equipment and a storage medium for predicting storage equipment IOPS performance data, which are used for acquiring the storage equipment IOPS performance data and storing the storage equipment IOPS performance data into a database; respectively storing the data into corresponding data tables according to different data types; extracting all data of the IOPS performance of the storage equipment in a set time period and storing the data into a corresponding array; fitting the extracted data; and displaying the prediction data obtained after the fitting treatment. The method for predicting the performance data of each IOPS of the storage equipment by the polynomial curve fitting can predict the future IOPS numerical value more accurately, further provide help for reasonably managing and using hardware equipment by most of the storage equipment through the predicted IOPS, is intuitive and strong in practicability, and can intuitively see the stored historical data and predicted data curve of each IOPS of the storage equipment in a chart after the processing.

摘要：【中文】本发明提出的一种服务器管理系统下的串口日志收集方法、系统及设备，通过对系统串口与网卡串口信息的实时记录，工程师可以在服务器发生故障时，通过查看日志的内容更准确更高效的定位故障发生的位置，发生的原因以及处理建议，大大降低服务器的维护成本，提高产品竞争力。 【EN】According to the method, the system and the equipment for collecting the serial port log in the server management system, provided by the invention, by recording the information of the serial port of the system and the serial port of the network card in real time, an engineer can more accurately and efficiently locate the position of the fault, the reason of the fault and the processing suggestion by checking the content of the log when the server has a fault, the maintenance cost of the server is greatly reduced, and the product competitiveness is improved.

摘要：【中文】本发明提供一种分布式文件系统文件数据块传输效率优化方法及系统，包括如下步骤：向主元数据节点发送文件查询请求；获取主元数据节点返回的数据块元数据信息；将数据块分解成设定长度值个区域同时生成对应的获取自身任务锁的任务线程并将所述的任务线程放入线程池；检测到线程池中有任务完成时释放任务锁将任务重新命名再重新执行任务分配；直至线程池所有任务完成，文件下载完毕.通过采用一个写入多个读取的读写算法，不暂停所有任务，只需暂停最大的任务，不中断下载，保证了负载均衡和数据传输效率，使文件数据块传输效率提高，提高集群系统性能。 【EN】The invention provides a method and a system for optimizing file data block transmission efficiency of a distributed file system, which comprises the following steps: sending a file query request to a main metadata node; acquiring data block metadata information returned by a main metadata node; decomposing the data block into areas with set length values, generating corresponding task threads for acquiring self task locks, and putting the task threads into a thread pool; when detecting that a task is completed in the thread pool, releasing a task lock to rename the task and then re-executing task allocation; and by adopting a read-write algorithm for writing in a plurality of reads, all tasks are not suspended, only the largest task is suspended, and the downloading is not interrupted, so that the load balance and the data transmission efficiency are ensured, the file data block transmission efficiency is improved, and the cluster system performance is improved.

摘要：【中文】本发明提出的一种随机场景的稳定性测试方法、系统和设备，能够模拟服务器应用场景，将老化测试的模块工作，依据系统的随机功能发送执行老化测试项其中之一的测试项，这样可以有效的适用于服务器的使用高峰期、静止备用期、服务器电路高低电频转换期等等，也同时具备了服务器的耐力测试功能。 【EN】The method, the system and the equipment for testing the stability of the random scene can simulate the application scene of the server, work the module for the aging test, and send the test item for executing one of the aging test items according to the random function of the system, so that the method, the system and the equipment can be effectively suitable for the use peak period, the static standby period, the high-low power frequency conversion period of a server circuit and the like of the server, and have the endurance test function of the server.

摘要：【中文】本发明涉及服务器机箱结构领域，尤其涉及一种具有收纳功能的服务器机箱，针对服务器电源线收纳进行设计，结构紧凑、收纳效果好。一种具有收纳功能的服务器机箱，该机箱顶部设有向下凹的收纳腔室，所述收纳腔室底部设有绕线构件，所述收纳腔室上方设有盖板，所述盖板一端与机箱本体铰接。绕线构件可以用于缠绕电源线，使得电源线可以完好、有序地存放在收纳腔室内，不易丢失也不易损坏，而且绕线构件还可以设置握把。 【EN】The invention relates to the field of server case structures, in particular to a server case with a storage function, which is designed for storage of a server power line and has a compact structure and a good storage effect. A concave storage cavity is arranged at the top of the server case, a winding component is arranged at the bottom of the storage cavity, a cover plate is arranged above the storage cavity, and one end of the cover plate is hinged to the case body. The winding component can be used for winding the power line, so that the power line can be stored in the containing cavity in a good and orderly manner, the power line is not easy to lose and damage, and the winding component can be provided with a handle.

摘要：【中文】本发明提供一种振动环境下硬盘性能测试方法、系统、终端及存储介质，包括：利用ipmitool将风扇转速调整到预设转速；随机选取一个硬盘作为测试硬盘并对测试硬盘进行已测试标记；控制除测试硬盘以外的硬盘执行4kb随机读；对测试硬盘执行读写性能测试并在读写性能测试完成后更新测试硬盘。本发明能够得到准确的硬盘在振动环境下的性能测试结果，且本发明提供的测试方法简单易操作，提高了硬盘性能测试的准确度和效率。 【EN】The invention provides a method, a system, a terminal and a storage medium for testing the performance of a hard disk in a vibration environment, wherein the method comprises the following steps: adjusting the rotating speed of the fan to a preset rotating speed by utilizing the ipmitool; randomly selecting a hard disk as a test hard disk and carrying out test marking on the test hard disk; controlling the hard disks except the test hard disk to execute 4kb random reading; and executing the read-write performance test on the test hard disk and updating the test hard disk after the read-write performance test is finished. The invention can obtain accurate performance test results of the hard disk in a vibration environment, and the test method provided by the invention is simple and easy to operate, thereby improving the accuracy and efficiency of the hard disk performance test.

摘要：【中文】本发明提出的一种集群环境下的安全加固软件的自检系统及方法，包含一个相对独立的自检程序，可以通过有参数和无参数的方式调用，可以被客户端调用并将结果反馈给调用者，也可以本地直接执行并输出结果。本发明实现了批量、定时的自检功能，并且集中管理平台上可以对自检结果进行分析，出具报表。 【EN】The self-checking system and the method of the security reinforcement software under the cluster environment comprise a relatively independent self-checking program, can be called in a parameter-existing mode or a parameter-free mode, can be called by a client side and feeds back a result to a caller, and can also be directly executed locally and output the result. The invention realizes the self-checking function in batch and in timing, and the centralized management platform can analyze the self-checking result and issue a report.

摘要：【中文】本发明提供一种HDFS组件高可用性的自动测试方法及系统，方法包括如下步骤：S1.在HDFS集群的测试平台设置测试脚本；S2.配置测试脚本验证HDFS集群的命名节点NAMENODE存在备用节点；S3.配置测试脚本强制切换HDFS集群主备命名节点NAMENODE，并验证HDFS集群功能是否正常；S4.配置测试脚本模拟HDFS集群的命名节点NAMENODE故障，并验证HDFS集群功能。本发明提供的HDFS组件高可用性的自动测试方法及系统，通过自动化脚本的验证测试平台HDFS组件的高可用性，同时保留了执行日志，提高了测试效率，节约人力资源，为集群的HDFS高可用性测试提供了保证和依据。 【EN】The invention provides a method and a system for automatically testing high availability of an HDFS (Hadoop distributed File System), wherein the method comprises the following steps: s1, setting a test script on a test platform of an HDFS cluster; s2, configuring a test script to verify that a named node NAMENODE of the HDFS cluster has a standby node; s3, configuring a test script to forcibly switch the master and standby named nodes NAMENODE of the HDFS cluster, and verifying whether the function of the HDFS cluster is normal or not; and S4, configuring a test script to simulate a named node NAMENODE fault of the HDFS cluster, and verifying the function of the HDFS cluster. According to the method and the system for automatically testing the high availability of the HDFS component, the high availability of the HDFS component of the testing platform is verified through the automatic script, the execution log is reserved, the testing efficiency is improved, the human resources are saved, and guarantee and basis are provided for the high availability test of the HDFS of the cluster.

摘要：【中文】本发明提供一种自动验证Linux服务器网卡异常的方法及系统，包括如下步骤：接收用于获取验证服务器网卡异常的指令，使客户端通过向文件处理服务器转发接收到的指令来获取文件信息，根据获取的文件信息生成验证测试文件并保存；接收用于验证网卡异常的指令，运行验证测试文件检查待测服务器网卡信息；其中，服务器网卡信息包括：网卡设备在位信息、网卡带宽信息、网卡FW及驱动、网卡传输错误信息；验证网卡信息是否正确，若是，继续执行，否则打印错误信息并停止测试。 【EN】The invention provides a method and a system for automatically verifying the exception of a network card of a Linux server, which comprises the following steps: receiving an instruction for acquiring the abnormity of the network card of the verification server, enabling the client to acquire file information by forwarding the received instruction to the file processing server, and generating and storing a verification test file according to the acquired file information; receiving an instruction for verifying the network card abnormity, and running a verification test file to check the network card information of the server to be tested; wherein, server network card information includes: network card equipment in-place information, network card bandwidth information, network card FW and driver, and network card transmission error information; and verifying whether the network card information is correct, if so, continuing to execute, otherwise, printing error information and stopping testing.