WO2015188499A1 - 高并发下读写请求处理方法和适配层服务器 - Google Patents

高并发下读写请求处理方法和适配层服务器 Download PDF

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Publication number
WO2015188499A1
WO2015188499A1 PCT/CN2014/086967 CN2014086967W WO2015188499A1 WO 2015188499 A1 WO2015188499 A1 WO 2015188499A1 CN 2014086967 W CN2014086967 W CN 2014086967W WO 2015188499 A1 WO2015188499 A1 WO 2015188499A1
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request
adaptation layer
server
client
monitoring
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PCT/CN2014/086967
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English (en)
French (fr)
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朱杰
孙漠舟
周志军
惠文武
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中兴通讯股份有限公司
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Publication of WO2015188499A1 publication Critical patent/WO2015188499A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L43/00—Arrangements for monitoring or testing data switching networks
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/66—Arrangements for connecting between networks having differing types of switching systems, e.g. gateways
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication

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  • the present invention relates to the field of network technologies, and in particular, to a high concurrent read and write request processing method and an adaptation layer server.
  • the main purpose of the present invention is to solve the problem of a large number of read/write requests, high data storage/reading efficiency, and low resource utilization when the application scenarios such as telecommunication services and social applications are highly concurrent.
  • a high concurrent read and write request processing method is provided by the embodiment of the present invention, and the high concurrent read and write request processing method includes the following steps:
  • the adaptation layer server receives the first request from the client, and monitors the client to obtain the monitoring data.
  • the adaptation layer server determines, according to the monitoring data, the connection request timing with the storage server by using the preset monitoring rule, or determines the timing of terminating the connection with the storage server. .
  • the adaptation layer server receives the first request of the client, monitors the client to obtain monitoring data, and further includes, according to the monitoring data, a step of determining whether the first request is a normal request by using a preset monitoring rule. :
  • the adaptation layer server sends the monitoring data obtained by the monitoring client to the visualization management server for display.
  • the adaptation layer server receives the first request of the client, monitors the client to obtain monitoring data, and further includes, according to the monitoring data, a step of determining whether the first request is a normal request by using a preset monitoring rule. :
  • the adaptation layer server receives the monitoring rule addition configuration, the monitoring rule deletion configuration, the monitoring rule effective configuration, and the monitoring rule invalid configuration of the adaptation layer server by the visualization management server.
  • the adaptation layer server determines, according to the monitoring data, the connection request timing with the storage server by using the preset monitoring rule, or determines the termination and storage server.
  • the steps to connect are:
  • the adaptation layer server receives the write data sent by the client;
  • the adaptation layer server determines, according to the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the client in the monitoring data to the transmission bandwidth of the adaptation layer server and the storage server, the timing of initiating the connection request with the storage server;
  • the adaptation layer server initiates a second write request to the storage server, writes the write data to the storage server, and sends a write completion response message to the client.
  • the adaptation layer server determines, according to the monitoring data, the connection request timing with the storage server by using the preset monitoring rule, or determines the termination and storage server.
  • the steps to connect are:
  • the adaptation layer server initiates a second read request to the storage server, and receives the read data sent by the storage server;
  • the adaptation layer server determines the timing of terminating the connection with the storage server according to the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the client in the monitoring data to the transmission bandwidth of the adaptation layer server and the storage server;
  • the adaptation layer server After the reading is completed, the adaptation layer server sends a read completion response message to the client.
  • an embodiment of the present invention further provides an adaptation layer server, where the adaptation layer server includes:
  • a monitoring and judging module configured to receive a first request from the client, monitor the client to obtain monitoring data, and determine, according to the monitoring data, whether the first request is a normal request by using a preset monitoring rule;
  • the timing determining module is configured to: when the first request is a normal request, determine, according to the monitoring data, the connection request timing with the storage server by using the preset monitoring rule, or determine the timing of disconnecting from the storage server. .
  • the adaptation layer server further includes:
  • Sending module set to send the monitoring data obtained by the monitoring client to the visual management server for display.
  • the adaptation layer server further includes:
  • the monitoring rule processing module receiving the monitoring rule addition configuration of the adaptation layer server, the monitoring rule deletion configuration, the monitoring rule effective configuration, and the monitoring rule invalid configuration.
  • the timing determination module is further configured to:
  • the first request is a normal request, if the first request is a first write request, receiving write data sent by the client;
  • a second write request is initiated to the storage server, the write data is written to the storage server, and a write completion response message is sent to the client.
  • the timing determination module is further configured to:
  • the first request is a normal request
  • if the first request is a first read request, initiate a second read request to the storage server, and receive read data sent by the storage server;
  • a read completion response message is sent to the client.
  • the adaptation layer server determines the timing of initiating the connection request with the storage server according to the monitoring data of the client, or determines the timing of the connection with the storage server, and improves the data storage/reading efficiency and resource utilization.
  • FIG. 1 is a schematic flow chart of a first embodiment of a method for processing a high concurrent concurrent read and write request according to the present invention
  • FIG. 2 is a schematic flow chart of a second embodiment of a method for processing a high concurrent read and write request according to the present invention
  • FIG. 3 is a schematic flow chart of a third embodiment of a method for processing a high concurrent concurrent read and write request according to the present invention.
  • FIG. 4 is a schematic diagram showing the steps of refining the timing of initiating a connection request with a storage server when the first request is a normal request in FIG. 1;
  • FIG. 5 is a schematic flowchart showing the steps of determining the connection timing of the termination and the storage server when the first request is a normal request in FIG. 1;
  • FIG. 5 is a schematic flowchart showing the steps of determining the connection timing of the termination and the storage server when the first request is a normal request in FIG. 1;
  • FIG. 6 is a schematic diagram of functional modules of a first embodiment of an adaptation layer server according to the present invention.
  • FIG. 7 is a schematic diagram of functional modules of a second embodiment of an adaptation layer server according to the present invention.
  • FIG. 8 is a schematic diagram of functional modules of a third embodiment of an adaptation layer server according to the present invention.
  • the invention provides a high concurrent read and write request processing method.
  • FIG. 1 is a schematic flowchart diagram of a first embodiment of a high concurrent read/write request processing method according to the present invention.
  • the high concurrent read and write request processing method includes:
  • Step S10 The adaptation layer server receives the first request of the client, monitors the client to obtain monitoring data, and determines, according to the monitoring data, whether the first request is a normal request by using a preset monitoring rule.
  • the client in this embodiment includes a personal PC, a portable notebook computer, a tablet computer, and the like that can initiate a read/write request.
  • the client sends a first request to the adaptation layer server.
  • the adaptation layer server receives the first request from the client, the client monitors the client to obtain monitoring data of the client, where the monitoring data includes: the client and the adaptation layer.
  • Step S20 When the first request is a normal request, the adaptation layer server determines, according to the preset monitoring rule, the connection request timing with the storage server according to the monitoring data, or determines the termination and storage server. The timing of the connection.
  • the adaptation layer server determines, according to the monitored monitoring data, a connection request timing to initiate a connection with the storage server according to the preset monitoring rule, such as the first request.
  • the adaptation layer server determines, based on the monitored monitoring data, a timing of terminating the connection with the storage server by using a preset monitoring rule.
  • the adaptation layer server determines the timing of initiating the connection request with the storage server according to the monitoring data of the client, or determines the timing of the connection with the storage server, and improves the storage/reading efficiency and resources of the data. Utilization rate.
  • FIG. 2 is a schematic flowchart diagram of a second embodiment of a method for processing a high concurrent read and write request according to the present invention.
  • the high concurrent read/write request processing method of the present invention further includes:
  • step S30 the adaptation layer server sends the monitoring data obtained by the monitoring client to the visualization management server for display.
  • the adaptation layer server monitors the client to obtain monitoring data of the client, where the monitoring data includes: transmission bandwidth between the client and the adaptation layer server, and the client IP address, client access target object and other data information; then send monitoring data to the visual management server for display, the main contents of the display include: the main source of the current request, the suspected attack source, the request bandwidth ratio distribution, the hot spot distribution and other control information It is convenient for users to know the main source of the current request, the main attack source and other information in real time through curves and block diagrams.
  • the adaptation layer server sends the monitoring data to the visual management server for display, so that the user can know the main source of the current request, the main attack source and other information in real time.
  • FIG. 3 is a schematic flowchart diagram of a third embodiment of a high concurrent read and write request processing method according to the present invention.
  • the high concurrent read/write request processing method of the present invention further includes:
  • Step 40 The adaptation layer server receives the monitoring rule addition configuration, the monitoring rule deletion configuration, the monitoring rule effective configuration, and the monitoring rule invalid configuration of the adaptation layer server by the visualization management server.
  • the visual management server adds and deletes the monitoring rules of the adaptation layer server, and the monitoring rules of the control adaptation layer server are valid and invalid; the monitoring rules include: IP restriction, hotspot control, starting point access control and other monitoring rules; visualization
  • the management server can add or delete the monitoring rules in the adaptation layer server according to actual needs, and can also control whether the existing monitoring rules in the adaptation layer server are valid according to actual needs.
  • the adaptation layer server A monitoring rule pool consisting of monitoring rules is a dynamic adjustment state that can be updated in real time to meet actual needs in real time.
  • This implementation ensures that the monitoring rule pool is updated in real time to meet the actual needs of the present by providing a dynamic adjustment interface for monitoring rules.
  • FIG. 4 is a schematic diagram showing the steps of refining the timing of initiating a connection request with a storage server when the first request is a normal request in FIG.
  • step S20 includes:
  • Step S2011 when the first request is a normal request, if the first request is a first write request, the adaptation layer server receives the write data sent by the client;
  • the adaptation layer server determines whether the first request is a first write request or a first read request, and when the adaptation layer server determines that the first request is the first write request, the adaptation layer The server receives the write data sent by the client;
  • Step S2012 the adaptation layer server determines, according to the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the client in the monitoring data to the transmission bandwidth of the adaptation layer server and the storage server, the connection request timing of initiating the storage server;
  • Step S2013 when the connection request timing is reached, the adaptation layer server initiates a second write request to the storage server, writes the write data to the storage server, and sends a write completion response message to the client.
  • the adaptation layer server receives the write data of the client, and sends the write data to the storage server, so that the client sends the write data to the adaptation layer.
  • the operation of the server is completed simultaneously with the operation of the adaptation layer server to send the write data to the storage server.
  • the adaptation layer server sends a write completion response message to the client to identify the completion of the request;
  • the storage server can process other services, improve resource utilization, and enhance storage efficiency while the client transmits 75% of the write data to the adaptation layer server.
  • the adaptation layer server when the first request is the first write request, the adaptation layer server obtains the transmission bandwidth of the adaptation layer server and the client, and the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the storage server, and the adaptation layer server According to the bandwidth ratio, the timing of the connection request with the storage server is determined, and the technical effect of improving resource utilization and storage efficiency is achieved, and at the same time, a large amount of time is spared for the storage server to process other services.
  • FIG. 5 is a schematic diagram showing the step of refining the connection timing of the termination to the storage server when the first request is a normal request in FIG.
  • step S20 includes:
  • the adaptation layer server initiates a second read request to the storage server, and receives the read data sent by the storage server.
  • the adaptation layer server determines whether the first request is a first write request or a first read request, and when the adaptation layer server determines that the first request is the first read request, the adaptation layer server stores The server initiates a second read request, and the storage server sends a response message to the adaptation layer server, and sends the read data to the adaptation layer server;
  • Step S2022 The adaptation layer server determines, according to the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the client in the monitoring data to the transmission bandwidth of the adaptation layer server and the storage server, the timing of disconnecting from the storage server;
  • Step S2023 after the reading is completed, the adaptation layer server sends a read completion response message to the client.
  • the adaptation layer server After the adaptation layer server sends the read data to the client, it sends a read completion response message to the client, indicating that the read request is completed.
  • the adaptation layer server when the first request is the first read request, the adaptation layer server obtains the transmission bandwidth of the adaptation layer server and the client, and the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the storage server, and the adaptation layer server According to the bandwidth ratio, the timing of connecting to the storage server is determined, and the technical effect of improving resource utilization and reading efficiency is achieved.
  • the adaptation layer server sends the read data client, a large amount of time is spared for the storage server to process. Other business.
  • the invention further provides an adaptation layer server.
  • FIG. 6 is a schematic diagram of functional modules of a first embodiment of an adaptation layer server according to the present invention.
  • the adaptation layer server includes:
  • the monitoring and judging module 10 is configured to receive the first request of the client, monitor the client to obtain monitoring data, and determine, according to the monitoring data, whether the first request is a normal request by using a preset monitoring rule;
  • the timing determining module 20 is configured to: when the first request is a normal request, determine, according to the monitoring data, the connection request timing with the storage server by using the preset monitoring rule, or determine to terminate the connection with the storage server. opportunity.
  • the client in this embodiment includes a smart terminal capable of initiating a read/write request, such as a personal PC, a portable notebook computer, or a tablet computer.
  • the client sends a first request to the adaptation layer server.
  • the monitoring and determining module 10 monitors the client to obtain monitoring data of the client, where the monitoring data includes: The transmission bandwidth between the end and the adaptation layer server, the IP address of the client, and the client accessing the target object and the like; at the same time, the monitoring and determining module 10 determines whether the first request is a normal request according to the monitoring data by using a preset monitoring rule. When the first request is an exception request, the first request is directly rejected.
  • the timing determining module 20 determines, according to the monitored monitoring data, a connection request timing to initiate a connection with the storage server according to the preset monitoring rule, for example, the first request is At the time of the first read request, the timing determination module 20 determines, based on the monitored monitoring data, the connection timing of the termination to the storage server with a preset monitoring rule.
  • the timing determination module 20 determines, according to the monitoring data of the client, the connection request timing of initiating the storage server with the preset monitoring rule, or terminates the connection timing with the storage server, thereby improving data storage/reading efficiency and resource utilization. .
  • FIG. 7 is a schematic diagram of functional modules of a second embodiment of an adaptation layer server according to the present invention.
  • the adaptation layer server of the present invention further includes:
  • the sending module 30 is configured to send the monitoring data obtained by the monitoring client to the visual management server for display.
  • the monitoring and determining module 10 monitors the client to obtain monitoring data of the client, where the monitoring data includes: a transmission bandwidth between the client and the adaptation layer server, and the client The IP address of the terminal, the client accesses the data information of the target object, etc.; the sending module 30 sends the monitoring data to the visual management server for display, and the main contents of the display include: the main source of the current request, the suspected attack source, the request bandwidth ratio distribution, and the hotspot distribution.
  • the control information is convenient for the user to know the main source of the current request, the main attack source and other information in real time through curves and block diagrams.
  • the sending module 30 sends the monitoring data to the visual management server for display, so that the user can know the main source of the current request, the main attack source and other information in real time.
  • FIG. 8 is a schematic diagram of functional modules of a third embodiment of an adaptation layer server according to the present invention.
  • the adaptation layer server of the present invention further includes:
  • the monitoring rule processing module 40 receives the monitoring rule addition configuration, the monitoring rule deletion configuration, the monitoring rule effective configuration, and the monitoring rule invalid configuration of the adaptation layer server by the visualization management server.
  • the monitoring rules in this embodiment include: monitoring rules such as IP restriction, hotspot control, and starting point access control; the visualization management server can add or delete monitoring rules in the adaptation layer server according to actual needs, and can also control the adaptation layer according to actual needs. Whether the monitoring rule currently existing in the server is valid, in this way, a monitoring rule pool formed by the monitoring rules in the adaptation layer server is a dynamic adjustment state, which can be updated in real time to meet actual needs.
  • the implementation provides a dynamic adjustment interface of the monitoring rules by the monitoring rule processing module 40, which ensures real-time updating of the monitoring rule pool to meet the actual needs of the present.
  • timing determination module 20 is further configured to:
  • the timing determining module 20 receives the write data sent by the client;
  • the timing determining module 20 determines, according to the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the client in the monitoring data to the transmission bandwidth of the adaptation layer server and the storage server, the connection request timing of initiating the storage server;
  • the timing determination module 20 initiates a second write request to the storage server, writes the write data to the storage server, and sends a write completion response message to the client.
  • the timing determination module 20 determines whether the first request is the first write request or the first read request, and the timing determination module 20 determines that the first request is the first write request, and is adapted.
  • the layer server receives the write data sent by the client;
  • the adaptation layer server When the connection request timing is reached, a connection between the adaptation layer server and the storage server is established; the adaptation layer server receives the write data of the client, and sends the write data to the storage server, so that the client sends the write data to the adaptation layer server operation. And the adaptation layer server sends the write data to the storage server operation at the same time.
  • the timing determination module 20 sends a write completion response message to the client to identify the completion of the request; by such processing, the storage server is in the client.
  • the end transmits 75% of the write data to the adaptation layer server, it can handle other services, improve resource utilization, and enhance storage efficiency.
  • the timing determining module 20 obtains the transmission bandwidth of the adaptation layer server and the client, and the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the storage server, and determines the timing.
  • the block 20 determines the timing of the connection request with the storage server according to the bandwidth ratio, and achieves the technical effect of improving resource utilization and storage efficiency. At the same time, it also frees up a large amount of time for the storage server to process other services.
  • timing determination module 20 is further configured to:
  • the timing determining module 20 initiates a second read request to the storage server, and receives the read data sent by the storage server;
  • the timing determining module 20 determines, according to the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the client in the monitoring data and the transmission bandwidth of the adaptation layer server and the storage server, the connection timing of the termination to the storage server;
  • the timing determination module 20 After the reading is completed, the timing determination module 20 sends a read completion response message to the client.
  • the timing determination module 20 determines whether the first request is a write request or a read request, and when the timing determination module 20 determines that the first request is the first read request, the timing determination module 20 initiates a second request to the storage server. Reading the request, the storage server sends a response message to the adaptation layer server, and sends the read data to the adaptation layer server;
  • the adaptation layer server receives the read data of the storage server, and the timing determination module 20 determines the termination ratio according to the transmission bandwidth of the adaptation layer server and the client in the monitoring data, and the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the storage server.
  • the adaptation layer server when the adaptation layer server sends the read data to the client to reach 25%, that is, the storage When the server sends the read data to the adaptation layer server, it is the timing to terminate the connection between the adaptation layer server and the storage server.
  • the storage server can process other services for the rest of the time.
  • the timing determination module 20 sends a read completion response message to the client to identify that the read request is completed.
  • the timing determination module 20 when the first request is the first read request, the timing determination module 20 obtains the transmission bandwidth of the adaptation layer server and the client, and the bandwidth ratio of the transmission bandwidth of the adaptation layer server and the storage server, and the timing determination module 20 According to the bandwidth ratio, the timing of connecting to the storage server is determined, and the technical effect of improving resource utilization and reading efficiency is achieved.
  • the adaptation layer server sends the read data client, a large amount of time is spared for the storage server to process. Other business.

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Abstract

本发明公开了一种高并发下读写请求处理方法，该高并发下读写请求处理方法包括：适配层服务器接收客户端的第一请求，监测客户端获得监测数据，并根据监测数据以预设的监测规则判断第一请求是否为正常请求；当第一请求为正常请求时，适配层服务器根据监测数据以预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机。本发明还公开了一种适配层服务器。根据客户端的监测数据采用预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机，提高数据的存储/读取效率以及资源利用率。

Description

高并发下读写请求处理方法和适配层服务器 技术领域
本发明涉及网络技术领域，尤其涉及高并发下读写请求处理方法和适配层服务器。
背景技术
伴随着网络技术的全面发展以及全方位信息时代的到来，出现了电信业务、社交应用等应用场景高并发的情况，然而在此种高并发的情景下，读/写请求众多，但是客户端与适配层服务器之间的传输带宽一般远小于适配层服务器与存储服务器之间的传输带宽，且存储服务器可支持并发连接并不多，影响了数据的存储/读取效率以及资源利用率，与此同时，监测技术的缺失、策略调整的不灵活等进一步的影响了数据的存储/读取效率以及资源利用率，因此，急需寻求一种技术方案解决数据的存储/读取效率以及资源利用率低的问题。
上述内容仅用于辅助理解本发明的技术方案，并不代表承认上述内容是现有技术。
发明内容
本发明的主要目的在于解决电信业务、社交应用等应用场景高并发的情况下，读/写请求众多，数据的存储/读取效率以及资源利用率低的问题。
为实现上述目的，本发明实施例提供的一种高并发下读写请求处理方法，该高并发下读写请求处理方法包括以下步骤：
适配层服务器接收客户端的第一请求，监测所述客户端获得监测数据，
并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求；
当所述第一请求为正常请求时，所述适配层服务器根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机。
优选地，适配层服务器接收客户端的第一请求，监测所述客户端获得监测数据，并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求的步骤之后还包括：
适配层服务器将监测客户端所得的监测数据发送至可视化管理服务器予以显示。
优选地，适配层服务器接收客户端的第一请求，监测所述客户端获得监测数据，并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求的步骤之前还包括：
适配层服务器接收可视化管理服务器对适配层服务器的监测规则添加配置、监测规则删除配置以及监测规则生效配置、监测规则无效配置。
优选地，当所述第一请求为正常请求时，所述适配层服务器根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机的步骤包括：
当所述第一请求为正常请求时，若所述第一请求为第一写请求，所述适配层服务器接收所述客户端发送的写数据；
适配层服务器根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定发起与存储服务器的连接请求时机；
当达到所述连接请求时机时，适配层服务器向存储服务器发起第二写请求，将写数据写入存储服务器，并发送写入完成响应消息给客户端。
优选地，当所述第一请求为正常请求时，所述适配层服务器根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机的步骤包括：：
当所述第一请求为正常请求时，若所述第一请求为第一读请求，适配层服务器向存储服务器发起第二读请求，并接收存储服务器发送的读数据；
适配层服务器根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定终断与存储服务器连接的时机；
读取完成后，适配层服务器发送读取完成响应消息给客户端。
此外，为实现上述目的，本发明实施例还提供一种适配层服务器，该适配层服务器包括：
监测与判断模块：设置为接收客户端的第一请求，监测所述客户端获得监测数据，并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求；
时机确定模块：设置为当所述第一请求为正常请求时，根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机。
优选地，适配层服务器还包括：
发送模块：设置为将监测客户端所得的监测数据发送至可视化管理服务器予以显示。
优选地，适配层服务器还包括：
监测规则处理模块：接收可视化管理服务器对适配层服务器的监测规则添加配置、监测规则删除配置以及监测规则生效配置、监测规则无效配置。
优选地，时机确定模块还设置为：
当所述第一请求为正常请求时，若所述第一请求为第一写请求，接收所述客户端发送的写数据；
根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定发起与存储服务器的连接请求时机；
当达到所述请求时机时，向存储服务器发起第二写请求，将写数据写入存储服务器，并发送写入完成响应消息给客户端。
优选地，时机确定模块还设置为：
当所述第一请求为正常请求时，若所述第一请求为第一读请求，向存储服务器发起第二读请求，并接收存储服务器发送的读数据；
根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定终断与存储服务器的连接时机；
读取完成后，发送读取完成响应消息给客户端。
适配层服务器根据客户端的监测数据以预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机，提高数据的存储/读取效率以及资源利用率。
附图说明
图1为本发明高并发下读写请求处理方法第一实施例的流程示意图；
图2为本发明高并发下读写请求处理方法第二实施例的流程示意图；
图3为本发明高并发下读写请求处理方法第三实施例的流程示意图；
图4为图1中当第一请求为正常请求时确定发起与存储服务器的连接请求时机的步骤细化流程示意图；
图5为图1中当第一请求为正常请求时，确定终断与存储服务器的连接时机的步骤细化流程示意图；
图6为本发明适配层服务器第一实施例的功能模块示意图；
图7为本发明适配层服务器第二实施例的功能模块示意图；
图8为本发明适配层服务器第三实施例的功能模块示意图。
本发明目的的实现、功能特点及优点将结合实施例，参照附图做进一步说明。
具体实施方式
应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
本发明提供一种高并发下读写请求处理方法。
参照图1，图1为本发明高并发下读写请求处理方法第一实施例的流程示意图。
在第一实施例中，该高并发下读写请求处理方法包括：
步骤S10，适配层服务器接收客户端的第一请求，监测所述客户端获得监测数据，并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求；
本实施例中的客户端包括个人PC，便携式笔记本电脑，平板电脑等能发起读/写请求的终端。
客户端向适配层服务器发送第一请求，当适配层服务器接收到客户端的第一请求时，对客户端进行监测，获得客户端的监测数据，所述监测数据包括：客户端与适配层服务器之间的传输带宽，客户端的IP地址，客户端访问目标对象等数据信息；同时，适配层服务器根据监测数据以预设的监测规则判断第一请求是否为正常请求，当第一请求为异常请求时，直接拒绝该第一请求。
步骤S20，当所述第一请求为正常请求时，所述适配层服务器根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机。
当第一请求为正常请求时，如第一请求为第一写请求时，适配层服务器根据监测到的监测数据以预设的监测规则确定发起与存储服务器的连接请求时机，如第一请求为第一读请求时，适配层服务器根据监测到的监测数据以预设的监测规则确定终断与存储服务器连接的时机。
本实施例中适配层服务器根据客户端的监测数据以预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机，提高数据的存储/读取效率以及资源利用率。
参见图2，图2为本发明高并发下读写请求处理方法第二实施例的流程示意图。
在上述实施例的基础上，在执行步骤S10之后，本发明高并发下读写请求处理方法还包括：
步骤S30，适配层服务器将监测客户端所得的监测数据发送至可视化管理服务器予以显示。
适配层服务器接收到客户端的第一请求时，适配层服务器对客户端进行监测，获得客户端的监测数据，所述监测数据包括：客户端与适配层服务器之间的传输带宽，客户端的IP地址，客户端访问目标对象等数据信息；再将监测数据发送给可视化管理服务器进行显示，显示的主要内容包括：当前请求的主要来源、疑似攻击源、请求带宽比分布，热点分布等控制信息，方便用户可通过曲线、方块图等形式实时了解当前请求的主要来源、主要攻击源等信息。
本实施例中适配层服务器发送监测数据给可视化管理服务器进行显示，方便用户实时了解当前请求的主要来源，主要攻击源等信息。
参见图3，图3为本发明高并发下读写请求处理方法第三实施例的流程示意图。
在上述实施例的基础上，在执行步骤S10之前，本发明高并发下读写请求处理方法还包括：
步骤40，适配层服务器接收可视化管理服务器对适配层服务器的监测规则添加配置、监测规则删除配置以及监测规则生效配置、监测规则无效配置
可视化管理服务器对适配层服务器的监测规则进行添加、删除，以及控制适配层服务器的监测规则生效、无效；所述的监测规则包括：IP限制、热点控制、起点访问控制等监测规则；可视化管理服务器根据实际需要可增加、删除适配层服务器中的监测规则，也可以根据实际需要控制适配层服务器中当前已有的监测规则是否有效，通过此种方式，使得适配层服务器中的监测规则构成的一个监测规则池是一个动态的调整状态，能够实时的更新，以实时满足实际需要。
本实施通过提供一个监测规则的动态调整接口，保证了监测规则池的实时更新以满足当下的实际需要。
参照图4，图4为图1中当第一请求为正常请求时，确定发起与存储服务器的连接请求时机的步骤细化流程示意图。
进一步地，步骤S20包括：
步骤S2011，当所述第一请求为正常请求时，若所述第一请求为第一写请求，所述适配层服务器接收所述客户端发送的写数据；；
当所述的第一请求为正常请求时，适配层服务器判断第一请求为第一写请求还是第一读请求，当适配层服务器判断第一请求为第一写请求时，适配层服务器接收客户端发送的写数据；
步骤S2012，适配层服务器根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定发起与存储服务器的连接请求时机；
适配层服务器接收客户端发送的写数据的同时，适配层服务器根据监测数据中的适配层服务器与客户端的传输带宽，与所述适配层服务器与存储服务器的传输带宽的带宽比，确定发起适配层服务器与存储服务器的连接请求时机；所述连接请求时机的确定方式，譬如：假设客户端与适配层服务器之间的传输带宽为B1，而适配层服务器与存储服务器之间的传输带宽为B2，两者的带宽比为B1：B2＝1:4，在这种情况下， 在客户端传输写数据给适配层服务器达到75％的时候，是建立适配层服务器与存储服务器之间的连接请求时机；
步骤S2013，当达到所述连接请求时机时，适配层服务器向存储服务器发起第二写请求，将写数据写入存储服务器，并发送写入完成响应消息给客户端。
当达到所述请求时机时，建立适配层服务器与存储服务器之间的连接；适配层服务器一边接收客户端的写数据，一边发送写数据给存储服务器，使得客户端发送写数据给适配层服务器的操作、与适配层服务器发送写数据给存储服务器的操作同时完成，完成之后，适配层服务器发送写入完成响应消息给客户端，标识此次请求完成；通过这样的处理方式，使得存储服务器在客户端传输75％的写数据给适配层服务器的时间内，可以处理其他业务，提高资源利用率，同时也增强了存储效率。
本实施例中当第一请求为第一写请求时，适配层服务器得出适配层服务器与客户端的传输带宽，与适配层服务器与存储服务器的传输带宽的带宽比，适配层服务器根据带宽比确定发起与存储服务器的连接请求时机，达到提高资源利用率和存储效率的技术效果，同时，也腾出大量的时间，供存储服务器处理其他业务。
参见图5，图5为图1中当第一请求为正常请求时，确定终断与存储服务器的连接时机的步骤细化流程示意图。
进一步地，步骤S20包括：
步骤S2021，当所述第一请求为正常请求时，若所述第一请求为第一读请求，适配层服务器向存储服务器发起第二读请求，并接收存储服务器发送的读数据；
当第一请求为正常请求时，适配层服务器判断第一请求为第一写请求还是第一读请求，当适配层服务器判断第一请求为第一读请求时，适配层服务器向存储服务器发起第二读请求，存储服务器发送响应消息给适配层服务器，并将读数据发送给适配层服务器；
步骤S2022，适配层服务器根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定终断与存储服务器连接的时机；
适配层服务器接收到存储服务器的读数据，适配层服务器根据监测数据中的适配层服务器与客户端的传输带宽，与所述适配层服务器与存储服务器的传输带宽的带宽比，确定终断与存储服务器的连接时机，所述终断与存储服务器的连接时机的确定方 式，譬如：假设客户端与适配层服务器之间的传输带宽为B1，而适配层服务器与存储服务器之间的传输带宽为B2，两者的带宽比为B1：B2＝1:4，在这种情况下，在适配层服务器发送读数据给客户端达到25％的时候，即存储服务器发送读数据给适配层服务器完成的时候，是终断适配层服务器与存储服务器连接的时机，存储服务器在剩下的时间内可以处理其他的业务。
步骤S2023，读取完成后，适配层服务器发送读取完成响应消息给客户端。
适配层服务器发送读数据给客户端完成之后，发送读取完成响应消息给客户端，标识此次的读请求完成。
本实施例中当第一请求为第一读请求时，适配层服务器得出适配层服务器与客户端的传输带宽，与适配层服务器与存储服务器的传输带宽的带宽比，适配层服务器根据带宽比确定终断与存储服务器连接的时机，达到提高资源利用率和读取效率的技术效果，同时，在适配层服务器发送读数据客户端的时候，腾出大量的时间，供存储服务器处理其他业务。
本发明进一步提供一种适配层服务器。
参照图6，图6为本发明适配层服务器第一实施例的功能模块示意图；
在第一实施例中，该适配层服务器包括：
监测与判断模块10：设置为接收客户端的第一请求，监测所述客户端获得监测数据，并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求；
时机确定模块20：设置为当所述第一请求为正常请求时，根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机。
本实施例中的客户端包括个人PC，便携式笔记本电脑，平板电脑等能发起读/写请求的智能终端。
客户端向适配层服务器发送第一请求，当适配层服务器接收到客户端的第一请求时，监测与判断模块10对客户端进行监测，获得客户端的监测数据，所述监测数据包括：客户端与适配层服务器之间的传输带宽，客户端的IP地址，客户端访问目标对象等数据信息；同时，监测与判断模块10根据监测数据以预设监测规则判断第一请求是否为正常请求，当第一请求为异常请求时，直接拒绝该第一请求。
当第一请求为正常请求时，如第一请求为第一写请求时，时机确定模块20根据监测到的监测数据以预设监测规则确定发起与存储服务器的连接请求时机，如第一请求为第一读请求时，时机确定模块20根据监测到的监测数据以预设监测规则确定终断与存储服务器的连接时机。
本实施例中时机确定模块20根据客户端的监测数据以预设监测规则确定发起与存储服务器的连接请求时机，或终断与存储服务器的连接时机，提高数据的存储/读取效率以及资源利用率。
参见图7，图7为本发明适配层服务器第二实施例的功能模块示意图。
在上述实施例的基础上，本发明适配层服务器还包括：
发送模块30：设置为将监测客户端所得的监测数据发送至可视化管理服务器予以显示。
适配层服务器接收到客户端的第一请求时，监测与判断模块10对客户端进行监测，获得客户端的监测数据，所述监测数据包括：客户端与适配层服务器之间的传输带宽，客户端的IP地址，客户端访问目标对象等数据信息；发送模块30将监测数据发送给可视化管理服务器进行显示，显示的主要内容包括：当前请求的主要来源、疑似攻击源、请求带宽比分布，热点分布等控制信息，方便用户可通过曲线、方块图等形式实时了解当前请求的主要来源、主要攻击源等信息。
本实施例中发送模块30发送监测数据给可视化管理服务器进行显示，方便用户实时了解当前请求的主要来源，主要攻击源等信息。
参见图8，图8为本发明适配层服务器第三实施例的功能模块示意图。
在上述实施例的基础上，本发明适配层服务器还包括：
监测规则处理模块40：接收可视化管理服务器对适配层服务器的监测规则添加配置、监测规则删除配置以及监测规则生效配置、监测规则无效配置。
本实施例中的监测规则包括：IP限制、热点控制、起点访问控制等监测规则；可视化管理服务器根据实际需要可增加、删除适配层服务器中的监测规则，也可以根据实际需要控制适配层服务器中当前已有的监测规则是否有效，通过此种方式，使得适配层服务器中的监测规则构成的一个监测规则池是一个动态的调整状态，能够实时的更新，以满足实际需要。
本实施通过监测规则处理模块40提供了一个监测规则的动态调整接口，保证了监测规则池的实时更新以满足当下的实际需要。
进一步地，时机确定模块20还设置为：
当所述第一请求为正常请求时，若所述第一请求为第一写请求，时机确定模块20接收所述客户端发送的写数据；
时机确定模块20根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定发起与存储服务器的连接请求时机；
当达到所述请求时机时，时机确定模块20向存储服务器发起第二写请求，将写数据写入存储服务器，并发送写入完成响应消息给客户端。
当所述的第一请求为正常请求时，时机确定模块20判断第一请求其为第一写请求还是第一读请求，当时机确定模块20判断第一请求为第一写请求时，适配层服务器接收客户端发送的写数据；
适配层服务器接收客户端发送的写数据的同时，时机确定模块20根据监测数据中的适配层服务器与客户端的传输带宽，与所述适配层服务器与存储服务器的传输带宽的带宽比，确定发起适配层服务器与存储服务器的连接请求时机；所述连接请求时机的确定方式，譬如：假设客户端与适配层服务器之间的传输带宽为B1，而适配层服务器与存储服务器之间的传输带宽为B2，两者的带宽比为B1：B2＝1:4，在这种情况下，在客户端传输写数据给适配层服务器达到75％的时候，是建立适配层服务器与存储服务器之间的连接请求时机；
当达到连接请求时机，建立适配层服务器与存储服务器之间的连接；适配层服务器一边接收客户端的写数据，一边发送写数据给存储服务器，使得客户端发送写数据给适配层服务器操作、与适配层服务器发送写数据给存储服务器操作同时完成，完成之后，时机确定模块20发送写入完成响应消息给客户端，标识此次请求完成；通过这样的处理方式，使得存储服务器在客户端传输75％的写数据给适配层服务器的时候，可以处理其他业务，提高资源利用率，同时也增强了存储效率。
本实施例中当第一请求为第一写请求时，时机确定模块20得出适配层服务器与客户端的传输带宽，与适配层服务器与存储服务器的传输带宽的带宽比，时机确定模 块20根据带宽比确定发起与存储服务器的连接请求时机，达到提高资源利用率和存储效率的技术效果，同时，也腾出大量的时间，供存储服务器处理其他业务。
进一步地，时机确定模块20还设置为：
当所述第一请求为正常请求时，若所述第一请求为第一读请求，时机确定模块20向存储服务器发起第二读请求，并接收存储服务器发送的读数据；
时机确定模块20根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定终断与存储服务器的连接时机；
读取完成后，时机确定模块20发送读取完成响应消息给客户端。
当第一请求为正常请求时，时机确定模块20判断第一请求为写请求还是读请求，当时机确定模块20判断第一请求为第一读请求时，时机确定模块20向存储服务器发起第二读请求，存储服务器发送响应消息给适配层服务器，并将读数据发送给适配层服务器；
适配层服务器接收到存储服务器的读数据，时机确定模块20根据监测数据中的适配层服务器与客户端的传输带宽，与适配层服务器与存储服务器的传输带宽的带宽比，确定终断适配层服务器与存储服务器连接的时机，所述终断适配层服务器与存储服务器连接的时机确定方式，譬如：假设客户端与适配层服务器之间的传输带宽为B1，而适配层服务器与存储服务器之间的传输带宽为B2，两者的带宽比为B1：B2＝1:4，在这种情况下，在适配层服务器发送读数据给客户端达到25％的时候，即存储服务器发送读数据给适配层服务器完成的时候，是终断适配层服务器与存储服务器连接的时机，存储服务器在剩下的时间内可以处理其他的业务。
适配层服务器发送读数据给客户端完成之后，时机确定模块20发送读取完成响应消息给客户端，标识此次的读请求完成。
本实施例中当第一请求为第一读请求时，时机确定模块20得出适配层服务器与客户端的传输带宽，与适配层服务器与存储服务器的传输带宽的带宽比，时机确定模块20根据带宽比确定终断与存储服务器连接的时机，达到提高资源利用率和读取效率的技术效果，同时，在适配层服务器发送读数据客户端的时候，腾出大量的时间，供存储服务器处理其他业务。
以上仅为本发明的优选实施例，并非因此限制本发明的专利范围，凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本发明的专利保护范围内。

Claims (10)

  1. 一种高并发下读写请求处理方法，包括以下步骤：
    适配层服务器接收客户端的第一请求，监测所述客户端获得监测数据，
    并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求；
    当所述第一请求为正常请求时，所述适配层服务器根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机。
  2. 如权利要求1所述的高并发下读写请求处理方法，其中，所述
    适配层服务器接收客户端的第一请求，监测所述客户端获得监测数据，并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求的步骤之后还包括：
    适配层服务器将监测客户端所得的监测数据发送至可视化管理服务器予以显示。
  3. 如权利要求1所述的高并发下读写请求处理方法，其中，所述适配层服务器接收客户端的第一请求，监测所述客户端获得监测数据，并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求的步骤之前还包括：
    适配层服务器接收可视化管理服务器对适配层服务器的监测规则添加配置、监测规则删除配置以及监测规则生效配置、监测规则无效配置。
  4. 如权利要求1所述的高并发下读写请求处理方法，其中，所述
    当所述第一请求为正常请求时，所述适配层服务器根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机的步骤包括：
    当所述第一请求为正常请求时，若所述第一请求为第一写请求，所述适配层服务器接收所述客户端发送的写数据；
    适配层服务器根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定发起与存储服务器的连接请求时机；
    当达到所述连接请求时机时，适配层服务器向存储服务器发起第二写请求，将写数据写入存储服务器，并发送写入完成响应消息给客户端。
  5. 如权利要求1所述的高并发下读写请求处理方法，其中，所述
    当所述第一请求为正常请求时，所述适配层服务器根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机的步骤包括：
    当所述第一请求为正常请求时，若所述第一请求为第一读请求，适配层服务器向存储服务器发起第二读请求，并接收存储服务器发送的读数据；
    适配层服务器根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定终断与存储服务器连接的时机；
    读取完成后，适配层服务器发送读取完成响应消息给客户端。
  6. 一种适配层服务器，包括：
    监测与判断模块：设置为接收客户端的第一请求，监测所述客户端获得监测数据，并根据所述监测数据以预设的监测规则判断所述第一请求是否为正常请求；
    时机确定模块：设置为当所述第一请求为正常请求时，根据所述监测数据以所述预设的监测规则确定发起与存储服务器的连接请求时机，或确定终断与存储服务器连接的时机。
  7. 如权利要求6所述的适配层服务器，其中，所述适配层服务器还包括：
    发送模块：设置为发送监测数据至可视化管理服务器予以显示。
  8. 如权利要求6所述的适配层服务器，其中，所述适配层服务器还包括：
    监测规则处理模块：接收可视化管理服务器对适配层服务器的监测规则添加配置、监测规则删除配置以及监测规则生效配置、监测规则无效配置。
  9. 如权利要求6所述的适配层服务器，其中，所述时机确定模块还设置为：
    当所述第一请求为正常请求时，若所述第一请求为第一写请求，接收所述客户端发送的写数据；
    根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定发起与存储服务器的连接请求时机；
    当达到所述请求时机时，向存储服务器发起第二写请求，将写数据写入存储服务器，并发送写入完成响应消息给客户端。
  10. 如权利要求6所述的适配层服务器，其中，所述时机确定模块还设置为：
    当所述第一请求为正常请求时，若所述第一请求为第一读请求，向存储服务器发起第二读请求，并接收存储服务器发送的读数据；
    根据监测数据中的适配层服务器与客户端的传输带宽与所述适配层服务器与存储服务器的传输带宽的带宽比，确定终断与存储服务器的连接时机；
    读取完成后，发送读取完成响应消息给客户端。
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