摘要：【中文】本发明提供一种自动进行优化及网络压力测试方法及系统，方法包括：配置服务端信息；服务端开启网络服务；配置客户端信息；基于预设时间创建测试文件夹；开启客户端网络服务，执行测试进程；实时记录并保存测试进程日志直至测试完成。客户端自动创建合适的测试结果目录，并自动以统一的标准进行测试，并对测试结果进行保存；当指定的测试时常结束后，脚本将自动将当前的测试日志、服务端日志，客户端日志等信息保存在创建测试文件夹中，无需复杂的手动操作。在测试过程中，避免了遗漏步骤而导致网络测试的带宽未达到最高值。当测试过程出现超负荷时，可以进行动态的调节，使网络能够达到一个均衡的范围，进而对后期通信网络的调整提供参考。 【EN】The invention provides a method and a system for automatically optimizing and testing network pressure, wherein the method comprises the following steps: configuring server information; the server side starts network service; configuring client information; creating a test folder based on preset time; starting a client network service and executing a test process; and recording and storing the test process log in real time until the test is finished. The client automatically creates a proper test result directory, automatically tests according to a unified standard and stores the test result; when the appointed test is often finished, the script automatically stores the current test log, the server log, the client log and other information in the created test folder without complex manual operation. In the test process, the bandwidth of the network test does not reach the highest value due to missing steps is avoided. When overload occurs in the test process, dynamic adjustment can be performed, so that the network can reach a balanced range, and reference is provided for adjustment of a later-stage communication network.

摘要：【中文】本发明涉及一种基于云平台的同屏分割展示方法、系统和存储介质，包括S1：操作界面分割的步骤；将用户的操作界面分割成两个相互关联的页面，分割后的两个页面进行同屏关联操作；S1.1：用户所需页面为分割页面，并在页面的其中一侧执行数据改变操作，则两侧数据进行同步同时更新；否则执行S1.1；S1.3：用户所需页面为分割页面，并在页面左侧执行页面跳转的操作，则执行S1.4；用户所需页面为分割页面，并在页面右侧执行页面跳转的操作，则执行步骤1.5；S1.4：更换详情页面操作，右侧页面进行实时跳转；S1.5：通常为模块跳转操作，左侧页面关闭，两侧页面合并，右侧页面变为主页面；S2：分割后页面的合并操作。 【EN】The invention relates to a cloud platform-based on-screen segmentation display method, a cloud platform-based on-screen segmentation display system and a storage medium, wherein the method comprises the following steps of S1: dividing an operation interface; dividing an operation interface of a user into two mutually related pages, and performing same-screen related operation on the two divided pages; s1.1: the page required by the user is a divided page, and data change operation is executed on one side of the page, so that the data on the two sides are synchronously updated; otherwise, executing S1.1; s1.3: the page required by the user is a split page, and if the page jumping operation is executed on the left side of the page, S1.4 is executed; the page required by the user is a split page, and the page jump operation is executed on the right side of the page, and then the step 1.5 is executed; s1.4: changing the detail page, and skipping the right page in real time; s1.5: module jump operation is usually performed, the left page is closed, the two pages are merged, and the right page is changed into a main page; s2: and merging the split pages.

摘要：【中文】本发明公开了一种大流量服务器的管理方法，包括以下步骤：对若干处理器核心进行监控，并对核心的核心利用率进行判断；响应于核心利用率超过第一预设阈值，获取核心对应的网卡信息和待处理数据流信息；响应于待处理数据流条数小于网卡队列数，将网卡未占用的队列关闭，以增加网卡队列缓存；以及将核心的任务分离一部分给备用核心。本发明还公开了一种计算机设备和可读存储介质。本发明通过监控处理器内核的繁忙程度，对待处理数据进行调配，将对应硬件资源发挥到最大效用，从而优化硬件资源配比，节省硬件资源投入。 【EN】The invention discloses a management method of a large-flow server, which comprises the following steps: monitoring a plurality of processor cores and judging the core utilization rate of the cores; responding to the situation that the core utilization rate exceeds a first preset threshold value, and acquiring network card information and to-be-processed data stream information corresponding to the core; in response to the fact that the number of the data streams to be processed is smaller than the number of the network card queues, closing the queues which are not occupied by the network card to increase the network card queue cache; and separating a portion of the tasks of the core to the spare core. The invention also discloses a computer device and a readable storage medium. According to the invention, the busy degree of the processor kernel is monitored, the data to be processed is allocated, and the corresponding hardware resources are exerted to the maximum effect, so that the hardware resource ratio is optimized, and the hardware resource investment is saved.

摘要：【中文】本发明涉及了一种空域扇区划分的方法及装置，其中该方法包括：以各管制中心所在空域分别形成各管制中心的扇区，并基于蚁群算法从所述各管制中心所在空域向相邻空域逐步扩展各扇区；响应于所有空域均被纳入各扇区内，形成临时扇区划分方案并对临时扇区划分方案的各扇区的空域的权值分别求和；基于各扇区的最大权值和与最小权值和计算临时扇区划分方案的最大权值和差；重复以上步骤以得到多个临时扇区划分方案及相应的最大权值和差，并以最小的最大权值和差对应的临时扇区划分方案作为最优扇区划分方案。本发明的实施例在解决了扇区负荷不均的问题的同时，简化了评判扇区负荷是否均匀的算法的复杂度，进而提高了空域扇区划分的实用性和效率。 【EN】The invention relates to a method and a device for dividing airspace sectors, wherein the method comprises the following steps: respectively forming sectors of each control center according to the airspace where each control center is located, and gradually expanding each sector from the airspace where each control center is located to an adjacent airspace based on an ant colony algorithm; responding to all the airspaces being brought into each sector, forming a temporary sector division scheme and respectively summing the weight values of the airspaces of each sector of the temporary sector division scheme; calculating the maximum weight sum and difference of the temporary sector division scheme based on the maximum weight sum and the minimum weight sum of each sector; and repeating the steps to obtain a plurality of temporary sector division schemes and corresponding maximum weight values and differences, and taking the temporary sector division scheme corresponding to the minimum maximum weight value and difference as the optimal sector division scheme. The embodiment of the invention solves the problem of uneven sector load, simplifies the complexity of an algorithm for judging whether the sector load is even or not, and further improves the practicability and efficiency of airspace sector division.

摘要：【中文】本发明公开了一种基于链路层发现协议选择最优路径的方法、设备和可读介质，方法包括以下步骤：基于链路层发现协议获取整个网络的拓扑，并建立拓扑图；响应于接收到数据流，分析数据流的目的网段，并根据拓扑图判断是否存在多条路径能够到达目的网段；响应于存在多条路径能够到达目的网段，选择经过的网络设备数目最少的路径作为最优路径；以及响应于存在多条经过的网络设备数目最少的路径，选择带宽最宽的路径作为最优路径。本发明提出的方案基于链路层发现协议获得整个网络的全部设备拓扑，并基于网络设备和带宽确定最优的流量转发路径，可以做到不用启用路由协议，不受限于网络拓扑，应用范围更广，有利于网络流量高效转发。 【EN】The invention discloses a method, equipment and readable medium for selecting an optimal path based on a link layer discovery protocol, wherein the method comprises the following steps: acquiring the topology of the whole network based on a link layer discovery protocol, and establishing a topological graph; in response to the received data stream, analyzing a destination network segment of the data stream, and judging whether a plurality of paths can reach the destination network segment according to the topological graph; responding to the existence of a plurality of paths which can reach the destination network segment, and selecting the path with the least number of the passing network equipment as an optimal path; and responding to the existence of a plurality of paths with the least number of network devices passing through, and selecting the path with the widest bandwidth as the optimal path. The scheme provided by the invention obtains all device topologies of the whole network based on the link layer discovery protocol, determines the optimal flow forwarding path based on the network device and the bandwidth, can avoid starting a routing protocol, is not limited by the network topology, has wider application range, and is beneficial to the high-efficiency forwarding of the network flow.

摘要：【中文】本申请公开了一种电源电路及均流方法，包括：电源输入电路与芯片控制电路和均流电路相互连接；均流电路包括多个并联的用于均流的全可控开关器件单元，每个全可控开关器件单元的输出端分别与芯片控制电路相应的电流检测端连接；其中，芯片控制电路的每个电流检测端在每个全可控开关器件单元的输出端交汇前分别与相应的每个全可控开关器件单元的输出端连接；本申请芯片控制电路获取每个全可控开关器件单元的输出电流值，根据每个全可控开关器件单元的输出电流值判断是否在正常范围内，如果不在，则生成相应的控制信号，输出控制信号至越限的全可控开关器件单元的控制端，调整全可控开关器件单元输出的电流值，实现主动均流提高了电路的可靠性。 【EN】The application discloses power supply circuit and current sharing method, including: the power input circuit is connected with the chip control circuit and the current equalizing circuit; the current equalizing circuit comprises a plurality of fully controllable switch device units which are connected in parallel and used for equalizing current, and the output end of each fully controllable switch device unit is respectively connected with the corresponding current detection end of the chip control circuit; each current detection end of the chip control circuit is respectively connected with the output end of each corresponding fully-controllable switching device unit before the output ends of each fully-controllable switching device unit are converged; the chip control circuit obtains the output current value of each fully-controllable switch device unit, judges whether the output current value is in a normal range according to the output current value of each fully-controllable switch device unit, generates a corresponding control signal if the output current value is not in the normal range, outputs the control signal to the control end of the out-of-limit fully-controllable switch device unit, adjusts the current value output by the fully-controllable switch device unit, and realizes active current sharing to improve the reliability of the circuit.

摘要：【中文】本发明提供一种服务器BMC配置自动更新方法，包括以下步骤：响应于其主进程启动，所述BMC在存储器中读取其配置标志位，并响应于所述标志位表示所述BMC配置未完成，而向管理服务器发送包含所述服务器的产品名称和唯一化标识的BMC配置更新请求；所述管理服务器解析所述请求并将所述唯一化标识与其存储的唯一化标识进行比对，并响应于比对成功而根据所述产品名称检索其存储的BMC配置文件，以将所述BMC对应的配置文件及所述唯一化标识返回给所述BMC；所述BMC校验所述返回数据中的唯一化标识，并响应于校验成功而解析所述接收到的配置文件以进行BMC配置；响应于配置完成，所述BMC将所述存储器中的配置标志位进行相应修改以表示所述BMC已配置完成。本发明简化了服务器BMC配置更新流程，提升了管理效率。 【EN】The invention provides an automatic updating method for server BMC configuration, which comprises the following steps: responding to the starting of a main process, the BMC reads a configuration flag bit of the BMC in a memory, and responding to the flag bit indicating that the BMC configuration is not completed, and sends a BMC configuration updating request containing a product name and a unique identifier of the server to a management server; the management server analyzes the request, compares the unique identifier with a stored unique identifier, and searches a BMC configuration file stored by the management server according to the product name in response to successful comparison so as to return the configuration file corresponding to the BMC and the unique identifier to the BMC; the BMC checks the unique identification in the return data and analyzes the received configuration file to perform BMC configuration in response to successful check; in response to the completion of the configuration, the BMC modifies the configuration flag bit in the memory accordingly to indicate that the BMC is configured. The invention simplifies the update process of the server BMC configuration and improves the management efficiency.

摘要：【中文】本发明提供一种批量同步白盒交换机时间的方法和装置，包括：同一局域网中的每一个交换机系统向所在局域网发送广播报文，并响应于接收到其他交换机的广播报文而将其IP地址以及时间模式传送回发送的交换机系统；发送的交换机系统对接收到的信息进行解析，并在本地维护IP地址与其时间模式的映射表；任意交换机系统响应于接收到包含时间模式的配置指令，根据时间模式更新本地维护的映射表，以将映射表中的所有IP地址对应的时间模式修改为时间模式；交换机系统遍历更新后的映射表以向其记录的每个IP地址发送同步时间指令，每个IP地址对应的交换机系统将其时间模式修改为映射表中对应的时间模式。本发明自动更新时间同步配置，节约了运维成本。 【EN】The invention provides a method and a device for synchronizing time of white box switches in batches, which comprises the following steps: each switch system in the same local area network sends a broadcast message to the local area network, and transmits the IP address and the time mode of the switch system back to the sent switch system in response to receiving the broadcast messages of other switches; the sent exchanger system analyzes the received information and locally maintains a mapping table of the IP address and the time mode thereof; in response to receiving a configuration instruction containing a time mode, any switch system updates a local maintained mapping table according to the time mode so as to modify the time modes corresponding to all IP addresses in the mapping table into the time mode; the switch system traverses the updated mapping table to send a synchronization time instruction to each IP address recorded by the switch system, and the switch system corresponding to each IP address modifies the time mode of the switch system into the corresponding time mode in the mapping table. The invention automatically updates the time synchronization configuration, thereby saving the operation and maintenance cost.

摘要：【中文】本发明公开了一种故障盘识别方法、装置、设备及计算机可读存储介质，该方法包括：获取磁盘上报至集群管理系统的错误，如果该错误属于预设错误，则确定该错误为目的错误，发生该错误的磁盘为目的磁盘，并将目的磁盘发生目的错误的信息作为历史信息记录至错误信息模块中，否则，则返回无法对该错误进行处理的信息给集群管理系统；对目的错误进行错误恢复，如果恢复成功，则确定目的磁盘能够继续使用，如果恢复失败，则判断错误信息模块中目的磁盘发生目的错误的历史信息是否符合故障盘规则，如果符合，则发出目的磁盘为故障盘的预警信息，如果不符合，则确定目的磁盘能够继续使用。从而能够解提高磁盘利用率，降低磁盘剔除的成本开销。 【EN】The invention discloses a method, a device, equipment and a computer readable storage medium for identifying a fault disk, wherein the method comprises the following steps: acquiring an error reported by a disk to a cluster management system, if the error belongs to a preset error, determining that the error is a target error, taking the disk with the error as a target disk, and recording information of the target error of the target disk as historical information to an error information module, otherwise, returning information which cannot process the error to the cluster management system; and if the recovery is failed, judging whether the historical information of the target disk with the target error in the error information module conforms to the rule of the fault disk, if so, sending out early warning information that the target disk is the fault disk, and if not, determining that the target disk can be continuously used. Therefore, the utilization rate of the disk can be improved, and the cost of disk removal is reduced.

摘要：【中文】本发明公开了一种双BMC FLASH升级方法，包括：响应于目标设备与升级固件匹配，将主BMC FLASH镜像的数据烧录到备用BMC FLASH镜像；停止BMC系统中的指定服务并将BMC系统的读写分区挂载为只读分区，通过将升级固件镜像烧录到主BMC FLASH镜像进行升级，并将升级标志写入硬件存储设备；将只读分区重新挂载为读写分区，并重启指定服务；重启BMC系统，检查所述硬件存储设备中的升级标志并根据升级标志确定是否升级成功；响应于升级成功，将主BMC FLASH镜像烧录到备用BMC FLASH镜像，响应于升级失败，将备用BMC FLASH镜像烧录到主BMC FLASH镜像。本发明还公开了一种计算机设备。本发明可以安全有效的将双BMC FLASH升级至目标镜像，保证升级过程中用户数据在升级失败的场景下可以恢复至升级之前的状态。 【EN】The invention discloses a double-BMC FLASH upgrading method, which comprises the following steps: in response to the target equipment being matched with the upgrade firmware, burning data of the main BMC FLASH mirror image to the standby BMC FLASH mirror image; stopping the designated service in the BMC system, mounting the read-write partition of the BMC system into a read-only partition, upgrading by burning the upgrade firmware image into the main BMC FLASH image, and writing an upgrade flag into the hardware storage device; re-mounting the read-only partition into a read-write partition, and restarting the designated service; restarting the BMC system, checking an upgrading mark in the hardware storage device and determining whether upgrading is successful according to the upgrading mark; and in response to successful upgrade, burning the main BMC FLASH mirror image to the standby BMC FLASH mirror image, and in response to failed upgrade, burning the standby BMC FLASH mirror image to the main BMC FLASH mirror image. The invention also discloses computer equipment. The invention can safely and effectively upgrade the double-BMC FLASH to the target mirror image, and ensure that the user data can be restored to the state before upgrading in the scene of upgrading failure in the upgrading process.