WO2019218469A1 - Configuration update method, method for responding to configuration update, server and system - Google Patents

Abstract

The present application is applicable to the technical field of artificial intelligence. Provided are a configuration update method, a method for responding to a configuration update, a server and a system. The method comprises: acquiring the configuration name, invoking a pre-set first data set and a pre-set second data set, and querying, according to the first data set, configuration servers corresponding to the configuration name to serve as candidate servers; determining, by means of each routing protocol in the second data set, the number of routing nodes of an application system server and the candidate servers, selecting a target configuration server from among one or more candidate servers, and determining a transfer path; adding the configuration name to a registration configuration request and sending same to the target configuration server according to the transfer path; after a configuration data instruction returned by the target configuration server is received, sending a configuration update request to the target configuration server; and receiving a configuration data packet sent by the target configuration server, and updating the configuration according to the configuration data packet, such that the efficiency and level of intelligence of updating configuration data are improved.

Description

Configuration update method, response method for configuration update, server, system

This application claims the priority of the Chinese patent application filed on May 14, 2018, the Chinese Patent Office, application number 201810456215.2, the invention name is "configuration update method, configuration update response method and server, system", the entire content of which is The citations are incorporated herein by reference.

Technical field

The present application belongs to the field of artificial intelligence technologies, and in particular, to a configuration update method, a response method for configuring an update, and a server and a system.

Background technique

Currently, an organization's total system may have multiple application systems, each of which is hosted by at least one server. Take the banking system as an example, including a variety of application systems such as a login application system, a financial information query application system, and a financial transaction application system. Each application system needs its corresponding configuration server to manage its configuration files.

However, at present, after the content server is released, the application server of the application system needs to periodically obtain the updated configuration data from the configuration server by the staff of each application system server, thereby causing the following problems: for example, the application system staff is difficult to Timely access to comprehensive configuration updates, in addition to the different application system configuration files need to be manually managed and configured by different developers, resulting in increased developer burden.

In summary, when the current organization performs the application server update, there is a problem that the acquisition configuration data is not timely and the degree of intelligence is low.

technical problem

In the prior art, when the application system server is updated, there is a problem that the acquisition configuration data is not timely and the degree of intelligence is low.

Technical solution

A first aspect of the embodiment of the present application provides a configuration update method, including:

Obtaining a configuration name input by the user, and acquiring a preset first data set and a preset second data set, where the first data set includes a correspondence between the configuration name and one or more configuration servers, and the second data The set includes more than one routing protocol;

Querying, according to the first data set, one or more configuration servers corresponding to the configuration name, as a candidate server;

Determining, by each routing protocol in the second data set, a number of routing nodes of the application system server and each of the candidate servers, and selecting a target configuration server from one or more candidate servers based on the number of the routing nodes, and determining Passing path

Adding the configuration name to the registration configuration request, and sending the registration configuration request to the target configuration server according to the delivery path;

After receiving the configuration data command returned by the target configuration server, sending a configuration update request to the target configuration server, where the configuration data command is used to prompt the configuration corresponding to the configuration name to be updated;

Receiving a configuration data packet sent by the target configuration server, where the configuration data packet includes configuration data corresponding to the configuration name;

And updating, according to the configuration data, a configuration corresponding to the configuration name.

A second aspect of the embodiment of the present application provides a response to a configuration update, including:

Receiving a configuration name sent by the application system server, and establishing a correspondence between the configuration name and the identifier of the application system server;

Calling the CreateInstance function to create an instance of the RegisteredServer object, and registering the configuration corresponding to the configuration name by using the RegisteredServer object instance;

Monitor the configuration server for a configuration update event;

If the configuration update event occurs, determining a configuration name of the configuration update event, and sending a configuration data instruction to the application system server corresponding to the configuration name according to the correspondence between the configuration name and the identifier of the application system server ;

Storing the configuration update event in a configuration database of the configuration server, and recording a storage time to establish a correspondence between the configuration update event and the storage time;

After receiving the configuration update request sent by the application system server, sending a configuration data packet to the application system server according to the correspondence between the configuration update event and the storage time, where the configuration data packet includes the configuration update Configuration data for the event.

The third aspect of the embodiment of the present application provides an interaction method for configuring an update, which includes:

Obtaining, by the application server, the configuration name input by the user, and the preset first data set and the preset second data set, where the first data set includes a correspondence between the configuration name and one or more configuration servers, The second data set includes more than one routing protocol;

The application system server queries one or more configuration servers corresponding to the configuration name as a candidate server according to the first data set;

The application system server respectively determines the number of routing nodes of the application system server and each of the candidate servers by using each routing protocol in the second data set, and selects a target among more than one candidate server based on the number of the routing nodes. Configuring the server and determining the delivery path;

The application system server adds the configuration name to the registration configuration request, and sends the registration configuration request to the target configuration server according to the delivery path;

Receiving, by the target configuration server, the registration configuration request, and establishing a correspondence between the configuration name and the identifier of the application system server;

The target configuration server calls the CreateInstance function to create a RegisteredServer object instance, and registers the configuration corresponding to the configuration name by using the RegisteredServer object instance;

The target configuration server monitors whether a configuration update event occurs in the configuration server;

If the configuration update event occurs, the target configuration server determines the configuration name of the configuration update event, and according to the correspondence between the configuration name and the identifier of the application system server, the application system server corresponding to the configuration name Sending a configuration data instruction, storing the configuration update event in a configuration database of the configuration server, and recording a storage time to establish a correspondence between the configuration update event and the storage time;

After receiving the configuration data command returned by the target configuration server, the application system server sends a configuration update request to the target configuration server, where the configuration data command is used to prompt the configuration corresponding to the configuration name to be updated;

After receiving the configuration update request, the target configuration server sends a configuration data packet to the application system server according to the correspondence between the configuration update event and the storage time, where the configuration data packet includes the configuration update Configuration data for the event;

The application system server receives the configuration data packet, and updates the configuration corresponding to the configuration name according to the configuration data.

A fourth aspect of an embodiment of the present application provides an application system server including a memory and a processor, wherein the memory stores computer readable instructions executable on the processor, the processor executing the computer The steps of the configuration update method as described in the first aspect are implemented when the instructions are readable.

A fifth aspect of the embodiments of the present application provides a configuration server including a memory and a processor, wherein the memory stores computer readable instructions executable on the processor, the processor executing the computer The step of implementing the response method of the configuration update as described in the first aspect when the instruction is read.

A sixth aspect of the embodiments of the present application provides an interaction system for configuring an update, where the interaction system of the configuration update includes an application system server for performing the configuration update method described in the first aspect, and further includes The configuration server of the response method of the configuration update described in the second aspect.

Beneficial effect

In the embodiment of the present application, the preset first data set and the preset second data set are obtained by acquiring the configuration name, and the configuration server corresponding to the configuration name is used as the candidate server according to the first data set; Each routing protocol in the set determines the number of routing nodes of the application server and the candidate server, selects the target configuration server among more than one candidate server, and determines the delivery path; adds the configuration name to the registration configuration request and sends the configuration request to the target according to the delivery path. Configuring the server; after receiving the configuration data command returned by the target configuration server, sending a configuration update request to the target configuration server; receiving the configuration data packet sent by the target configuration server, and updating the configuration according to the configuration data packet to improve the update configuration data Efficiency and intelligence.

DRAWINGS

1 is a flowchart of an implementation of a configuration update method according to Embodiment 1 of the present application;

2 is a flowchart of a specific implementation of a configuration update method S103 according to Embodiment 1 of the present application;

3 is a flowchart of an implementation of a response method for configuration update provided by Embodiment 2 of the present application;

4 is a specific implementation flowchart of a response update method S206 of the configuration update provided by the second embodiment of the present application;

5 is a schematic diagram of an application system server provided in Embodiment 4 of the present application;

6 is a schematic diagram of a configuration server provided in Embodiment 5 of the present application;

FIG. 7 is a system interaction diagram of an interaction system of a configuration update provided by Embodiment 6 of the present application.

Embodiments of the invention

Embodiment 1

The embodiment of the present application mainly describes one end of an application system server.

FIG. 1 shows an implementation flow of a configuration update method provided in Embodiment 1 of the present application, where the method flow includes steps S101 to S107. The specific implementation principles of each step are as follows:

S101: Obtain a configuration name input by the user, and retrieve a preset first data set and a preset second data set, where the first data set includes a correspondence between the configuration name and one or more configuration servers, where The two data sets include more than one routing protocol.

In the embodiment of the present application, there are mainly two types of servers, one is an application system server, and the other is a configuration server, wherein the application system server is used to provide a specific application service, for example, a banking system is taken as an example. The application server includes a login application system server, a financial information query application system server, a financial transaction application system server, and the like. The configuration server is used to manage configuration files of each application system server in the embodiment of the present application to ensure that the application system server is highly efficient. Stable job.

Optionally, in the embodiment of the present application, the user of the application system server inputs a configuration name, and when the application system server obtains the configuration name, the configuration update process begins.

Optionally, the internal memory of the application system server stores two data sets, where, in the embodiment of the present application, the first data set is used to describe the correspondence between the configuration name and the configuration server, and notably, a configuration name may be Corresponding to multiple configuration servers, that is, different configuration servers may manage the same configuration, but, notably, multiple configuration servers mentioned in the embodiments of the present application do not have different configurations for the same configuration storage. In the case of data, once the configuration data of one configuration is changed, the configuration server that stores all the configurations synchronously updates the configuration data of the configuration. In addition, the second data set includes more than one routing protocol. It can be understood that the routes calculated by different routing protocols may be different in the same network system.

S102: Query one or more configuration servers corresponding to the configuration name as a candidate server according to the first data set.

As described above, a configuration name may correspond to a plurality of configuration servers, so in the step, a configuration server that can provide configuration data corresponding to the configuration name is first determined.

S103. Determine, by using each routing protocol in the second data set, a number of routing nodes of the application system server and each of the candidate servers, and select a target configuration server among one or more candidate servers based on the number of the routing nodes. And determine the delivery path.

In the embodiment of the present application, since the number of routing nodes that the application system server and each candidate server must pass through in the network is different, the same application system server and the same candidate server determine the routing node through different routing protocols. The quantity may also be different, so firstly, an accurate logic rule is needed to calculate the number of routing nodes of the application server and each candidate server, and determine the delivery path based on the minimum number of routing nodes, and the specific delivery path is determined. The method is shown in Figure 2.

As an embodiment of the present application, as shown in FIG. 2, the foregoing S103 includes:

S1031: Calculate, by each of the routing protocols, a number of routing nodes of the application system server and each of the candidate servers, to generate a routing protocol selection list, where the routing protocol selection list includes: a routing protocol, a candidate server, and one or more routing nodes. The corresponding relationship of the number.

As described above, the number of routing nodes determined by the same application server and the same candidate server through different routing protocols may also be different. In addition, even when a routing protocol is determined, between the candidate server and the application server There may be multiple delivery paths, so the candidate server may still correspond to the number of multiple routing nodes. For the above reasons, in the embodiment of the present application, a routing protocol selection list includes a correspondence relationship between a routing protocol, a candidate server, and a number of routing nodes.

S1032. The minimum number of the routing nodes in the routing protocol selection list is used as the selected number.

It can be understood that, in the embodiment of the present application, the selected number corresponds to one or more configuration servers and one or more routing protocols in the routing protocol selection list.

S1033, arbitrarily selecting a routing protocol corresponding to the selected quantity as the selected routing protocol in the routing protocol list, and selecting, in the routing protocol list, the selected quantity and the selected routing protocol to jointly correspond. The candidate server serves as the target configuration server.

Optionally, if a selected number in the routing protocol list corresponds to multiple routing protocols, but each routing protocol has no preset priority, then one routing protocol corresponding to the selected number is arbitrarily selected as the selected routing protocol.

Optionally, if a selected number in the routing protocol list corresponds to multiple routing protocols, and each routing protocol has a preset priority, then a routing protocol corresponding to the selected number with the highest priority is arbitrarily selected as the Select a routing protocol.

Obviously, since the routing protocol list includes the correspondence relationship between the routing protocol, the candidate server, and the number of more than one routing node, when the selected number (that is, the number of selected routing nodes) and the routing protocol are determined, A unique candidate server can be identified and configured as a target configuration server.

S1034. Generate one or more paths of the application system server to the target configuration server according to the selected routing protocol, generate a first candidate path set, and select one or more path nodes in the first candidate path set. The number is the selected number of paths, and a second candidate path set is generated.

It can be understood that, as described above, a routing protocol does not necessarily uniquely determine the path of an application system server to the target configuration server. In addition, the number of routing nodes included in multiple paths may be the smallest and the selected ones are selected. The number, so the second candidate path set may still include multiple paths.

S1035. Calculate a routing cost of each path in the second candidate path set, and select a path with the smallest routing overhead as the delivery path.

It can be understood that the calculation method of the static route cost of common knowledge can be used to calculate the route cost of each path, and the path with the smallest route overhead is selected as the delivery path in the second candidate path set.

It can be understood that, in the embodiment of the present application, the optimal routing path is determined based on the number of routing nodes of the application system server and each of the candidate servers by using a unique routing protocol selection list, which is beneficial to improving the selection of the target configuration server. Efficiency, and the efficiency of data transfer between the application server and the configuration server.

S104. Add the configuration name to the registration configuration request, and send the registration configuration request to the target configuration server according to the delivery path.

S105. After receiving the configuration data command returned by the target configuration server, send a configuration update request to the target configuration server, where the configuration data command is used to prompt that the configuration corresponding to the configuration name is updated.

In the embodiment of the present application, after the registration configuration request is sent to the target configuration server, the registration of the configuration name in the target configuration server may be completed. Once the relevant event occurs, the target configuration server will return configuration data instructions to the application server. Since the embodiment of the present application introduces the processing flow of the application system server, the related description of the target configuration server will be described in detail in the following embodiments.

S106. Receive configuration data packets sent by the target configuration server, where the configuration data packet includes configuration data corresponding to the configuration name.

It can be understood that, by using the steps S104-S106 described above, the application system server obtains the configuration data corresponding to the configuration name by the process of two transmissions and two receptions. Notably, the first time the data is sent and received and the second time is not continuously transmitted. The first time the data is sent and received is triggered by the application system server, and the data is sent and received by the target configuration server. The target configuration server can be implemented to actively send configuration data to the application system server in a timely manner.

S107: Update, according to the configuration data, a configuration corresponding to the configuration name.

In the embodiment of the present application, the preset first data set and the preset second data set are obtained by acquiring the configuration name, and the configuration server corresponding to the configuration name is used as the candidate server according to the first data set; Each routing protocol in the data set determines the number of routing nodes of the application server and the candidate server, selects the target configuration server among more than one candidate server, and determines the delivery path; adds the configuration name to the registration configuration request and sends the configuration request to the delivery path to The target configuration server sends a configuration update request to the target configuration server after receiving the configuration data command returned by the target configuration server; receives the configuration data packet sent by the target configuration server, and updates the configuration according to the configuration data packet to improve the update configuration. The efficiency and intelligence of the data.

Embodiment 2

The embodiment of the present application mainly describes one end of the configuration server.

FIG. 3 is a flowchart of an implementation of a response to a configuration update according to Embodiment 2 of the present application, where the method includes steps S201 to S206. The specific implementation principle of each step is as follows.

S201. Receive a configuration name sent by the application system server, and establish a correspondence between the configuration name and the identifier of the application system server.

In the embodiment of the present application, two types of servers are mainly involved, one is an application system server, and the other is a configuration server. The application system server is used to provide a specific application service, and the configuration server is used to manage the configuration files of each application system server in the embodiment of the present application to ensure efficient and stable operation of the application system server.

It can be understood that, after the configuration server receives the configuration name, it first determines which application system server the configuration name is sent by, and establishes a correspondence between the configuration name and the identifier of the application system server, so as to be in the subsequent process, The configuration data is sent to the corresponding application system server.

S202. Create a RegisteredServer object instance by using the CreateInstance function, and register the configuration corresponding to the configuration name by using the RegisteredServer object instance.

In the embodiment of the present application, multiple instances of object instances can be created by using the CreateInstance function, where the RegisteredServer object instance can register the configuration corresponding to the configuration name. It can be understood that, when a configuration corresponding to a configuration name is registered, if a preset event related to the configuration name appears in the configuration server, the configuration server performs a preset operation.

S203. Monitor whether a configuration update event occurs in the configuration server.

S204, if the configuration update event occurs, determining a configuration name of the configuration update event, and sending a configuration to the application system server corresponding to the configuration name according to the correspondence between the configuration name and the identifier of the application system server. Data instruction.

According to the above embodiment, there may be multiple different application system servers sending the same configuration name to one configuration server, because these application system servers want to update the same configuration in time; in addition, one application system server may be configured to one configuration. The server sent multiple configuration names. Therefore, for a configuration server, through step S202, a correspondence between a plurality of configuration names and identifiers of a plurality of application system servers may be stored therein.

It can be understood that, once the configuration name of the updated configuration is locked according to the configuration update event, the configuration data command may be sent to the application system server corresponding to the one or more configuration names according to the correspondence between the configuration name and the identifier of the application server. .

S205. Store the configuration update event in a configuration database of the configuration server, and record a storage time to establish a correspondence between the configuration update event and the storage time.

S206. After receiving the configuration update request sent by the application system server, send a configuration data packet to the application system server according to the correspondence between the configuration update event and the storage time, where the configuration data packet includes the Configure configuration data for update events.

According to the above embodiment, after the configuration server sends the configuration data command to the application system server in step S204, the configuration update request sent by the application system server is received. At this point, the configuration server will call the CreateInstance function to complete the search and call for the configuration data corresponding to the configuration name.

As an embodiment of the present application, as shown in FIG. 4, the above S206 includes:

S2061, call the CreateInstance function to create an instance of the SQLServer object.

In the embodiment of the present application, multiple types of object instances can be created by using the CreateInstance function, wherein the SQLServer object instance can be used to connect with the configuration database. In the embodiment of the present application, the configuration database stores configuration data corresponding to each configuration name, and a corresponding relationship between the configuration data and the storage time.

S2062: Establish a connection with the configuration database by using the SQLServer object instance, and record a time when the configuration update request is received as the request time.

S2063: Retrieving, from the configuration database, a configuration update event corresponding to the configuration name and having a minimum interval between the storage time and the request time, as the selected configuration update event, and selecting the selected The configuration data of the configuration update event is added to the configuration packet.

It can be understood that, in the embodiment of the present application, by recording the storage time and the request time, the latest configuration data required by the related application system server can be accurately filtered out in a large amount of data.

S2064: Send the configured data packet to the application system server.

Embodiment 3

The embodiment of the present application mainly introduces an interaction method for configuring an update. Since the workflow and principles of the application system server and the configuration server are described in detail in the above embodiments during the interaction process, only a general introduction is provided herein. For specific introductions, see the above embodiment.

In the embodiment of the present application, the interaction method for configuring the update includes:

Obtaining, by the application server, the configuration name input by the user, and the preset first data set and the preset second data set, where the first data set includes a correspondence between the configuration name and one or more configuration servers, The second data set includes more than one routing protocol;

The application system server queries one or more configuration servers corresponding to the configuration name as a candidate server according to the first data set;

The application system server respectively determines the number of routing nodes of the application system server and each of the candidate servers by using each routing protocol in the second data set, and selects a target among more than one candidate server based on the number of the routing nodes. Configuring the server and determining the delivery path;

The application system server adds the configuration name to a registration configuration request, and sends the registration configuration request to the target configuration server according to the delivery path; the target configuration server receives the registration configuration request, and establishes Correspondence between the configuration name and the identity of the application server;

The target configuration server calls the CreateInstance function to create a RegisteredServer object instance, and registers the configuration corresponding to the configuration name by using the RegisteredServer object instance; the target configuration server monitors whether a configuration update event occurs in the configuration server;

If the configuration update event occurs, the target configuration server determines the configuration name of the configuration update event, and according to the correspondence between the configuration name and the identifier of the application system server, the application system server corresponding to the configuration name Sending a configuration data instruction, storing the configuration update event in a configuration database of the configuration server, and recording a storage time to establish a correspondence between the configuration update event and a storage time; the application system server receiving the After the configuration data command returned by the target configuration server, the configuration update request is sent to the target configuration server, where the configuration data command is used to prompt the configuration corresponding to the configuration name to be updated; the target configuration server receives the configuration. After the update request, sending, according to the correspondence between the configuration update event and the storage time, a configuration data packet to the application system server, where the configuration data packet includes configuration data of the configuration update event;

The application system server receives the configuration data packet, and updates the configuration corresponding to the configuration name according to the configuration data.

As can be appreciated, embodiments of the invention help to increase the efficiency and intelligence of updating configuration data.

Embodiment 4

As shown in FIG. 5, the application system server 5 of this embodiment includes a processor 50, a memory 51, and computer readable instructions 52 stored in the memory 51 and operable on the processor 50, such as configuration updates. program. The processor 50, when executing the computer readable instructions 52, implements the steps in the various embodiments of the various configuration update methods described above, such as steps 101 through 107 shown in FIG.

Illustratively, the computer readable instructions 52 may be partitioned into one or more modules/units that are stored in the memory 51 and executed by the processor 50, To complete this application. The one or more modules/units may be a series of computer readable instruction instructions segments capable of performing a particular function, the instruction segments being used to describe the execution of the computer readable instructions 52 in the electronic device 5.

Embodiment 5

FIG. 6 is a schematic diagram of a configuration server provided in Embodiment 5 of the present application. As shown in FIG. 6, the configuration server 6 of this embodiment includes a processor 60, a memory 61, and computer readable instructions 62 stored in the memory 61 and executable on the processor 60, such as a configuration update program. . The processor 60 executes the computer readable instructions 62 to implement the steps in the various configuration update method embodiments described above, such as steps 201 through 206 shown in FIG.

Illustratively, the computer readable instructions 62 may be partitioned into one or more modules/units that are stored in the memory 61 and executed by the processor 60, To complete this application. The one or more modules/units may be a series of computer readable instruction instruction segments capable of performing a particular function, the instruction segments being used to describe the execution of the computer readable instructions 62 in the electronic device 6.

Embodiment 6

FIG. 7 is a system interaction diagram of an interaction update system provided by Embodiment 6 of the present application. For ease of description, only the embodiment of the present application is shown. Related parts.

Referring to FIG. 7, the interaction system of the configuration update includes:

The application server 701 is configured to obtain a configuration name input by the user, and retrieve a preset first data set and a preset second data set, where the first data set includes a configuration name corresponding to one or more configuration servers. a relationship, the second data set includes one or more routing protocols; the application system server 701 is configured to query, according to the first data set, one or more configuration servers corresponding to the configuration name as a candidate server; The application system server 701 is configured to determine, by using each routing protocol in the second data set, a number of routing nodes of the application system server and each of the candidate servers, and based on the number of the routing nodes, on one or more candidate servers. Selecting a target configuration server, and determining a delivery path; the application system server 701, configured to add the configuration name to a registration configuration request, and send the registration configuration request to the target configuration server according to the delivery path ;

The target configuration server 702 is configured to receive the registration configuration request, and establish a correspondence between the configuration name and the identifier of the application system server. The target configuration server 702 is configured to invoke a CreateInstance function to create a RegisteredServer object instance. The RegisteredServer object instance registers the configuration corresponding to the configuration name; the target configuration server 702 is configured to monitor whether a configuration update event occurs in the configuration server.

If the configuration update event occurs, the target configuration server 702 is configured to determine a configuration name of the configuration update event, and corresponding to the configuration name according to the correspondence between the configuration name and the identifier of the application system server. The application system server sends a configuration data instruction, stores the configuration update event in a configuration database of the configuration server, and records a storage time to establish a correspondence between the configuration update event and the storage time; the application system server 701 And after receiving the configuration data command returned by the target configuration server, sending a configuration update request to the target configuration server, where the configuration data instruction is used to prompt that the configuration corresponding to the configuration name is updated; The configuration server 702 is configured to: after receiving the configuration update request, send a configuration data packet to the application system server according to the correspondence between the configuration update event and the storage time, where the configuration data packet includes the configuration Update configuration data of the event; the application system server 7 01. The method is configured to receive the configuration data packet, and update, according to the configuration data, a configuration corresponding to the configuration name.

The above-mentioned embodiments are only used to explain the technical solutions of the present application, and are not limited thereto; although the present application has been described in detail with reference to the foregoing embodiments, those skilled in the art should understand that they can still implement the foregoing embodiments. The technical solutions described in the examples are modified or equivalently replaced with some of the technical features; and the modifications or substitutions do not deviate from the spirit and scope of the technical solutions of the embodiments of the present application, and should be included in Within the scope of protection of this application.

Claims (20)

1. A configuration update method, comprising:

   Obtaining a configuration name input by the user, and acquiring a preset first data set and a preset second data set, where the first data set includes a correspondence between the configuration name and one or more configuration servers, and the second data The set includes more than one routing protocol;

   Querying, according to the first data set, one or more configuration servers corresponding to the configuration name, as a candidate server;

   Determining, by each routing protocol in the second data set, a number of routing nodes of the application system server and each of the candidate servers, and selecting a target configuration server from one or more candidate servers based on the number of the routing nodes, and determining Passing path

   Adding the configuration name to the registration configuration request, and sending the registration configuration request to the target configuration server according to the delivery path;

   After receiving the configuration data command returned by the target configuration server, sending a configuration update request to the target configuration server, where the configuration data command is used to prompt the configuration corresponding to the configuration name to be updated;

   Receiving a configuration data packet sent by the target configuration server, where the configuration data packet includes configuration data corresponding to the configuration name;

   And updating, according to the configuration data, a configuration corresponding to the configuration name.
2. The configuration update method according to claim 1, wherein the determining, by each routing protocol in the second data set, the number of routing nodes of the application system server and each of the candidate servers, respectively, based on the routing The number of nodes, select the target configuration server from more than one candidate server, and determine the delivery path, including:

   Calculating, by each of the routing protocols, a number of routing nodes of the application system server and each of the candidate servers, to generate a routing protocol selection list, where the routing protocol selection list includes: a routing protocol, a candidate server, and the number of one or more routing nodes. Correspondence relationship;

   Selecting the smallest number of the routing nodes in the routing protocol selection list as the selected number;

   Determining, in the routing protocol list, a routing protocol corresponding to the selected quantity as the selected routing protocol, and selecting, in the routing protocol list, the selected number and the candidate corresponding to the selected routing protocol The server is configured as a target server;

   Generating one or more paths of the application system server to the target configuration server according to the selected routing protocol, generating a first candidate path set, and selecting one or more path nodes in the first candidate path set as a selected number of paths to generate a second candidate path set;

   Calculating a routing cost of each path in the second candidate path set, and selecting a path with the smallest routing overhead as the delivery path.
3. The configuration update method according to claim 2, wherein the arbitrarily selecting one routing protocol corresponding to the selected number in the routing protocol list as the selected routing protocol comprises:

   If a selected number corresponds to multiple routing protocols in the routing protocol list, but each routing protocol has no preset priority, then a routing protocol corresponding to the selected number is arbitrarily selected as the selected routing protocol.
4. The calling method of the application program according to claim 2, wherein the arbitrarily selecting one routing protocol corresponding to the selected number in the routing protocol list as the selected routing protocol comprises:

   If a selected number corresponds to multiple routing protocols in the routing protocol list, and each routing protocol has a preset priority, then one routing protocol corresponding to the selected number with the highest priority is arbitrarily selected as the selected routing protocol.
5. A response method for configuring an update, comprising:

   Receiving a configuration name sent by the application system server, and establishing a correspondence between the configuration name and the identifier of the application system server;

   Calling the CreateInstance function to create an instance of the RegisteredServer object, and registering the configuration corresponding to the configuration name by using the RegisteredServer object instance;

   Monitor the configuration server for a configuration update event;

   If the configuration update event occurs, determining a configuration name of the configuration update event, and sending a configuration data instruction to the application system server corresponding to the configuration name according to the correspondence between the configuration name and the identifier of the application system server ;

   Storing the configuration update event in a configuration database of the configuration server, and recording a storage time to establish a correspondence between the configuration update event and the storage time;

   After receiving the configuration update request sent by the application system server, sending a configuration data packet to the application system server according to the correspondence between the configuration update event and the storage time, where the configuration data packet includes the configuration update Configuration data for the event.
6. The method of responding to the configuration update according to claim 5, wherein after receiving the configuration update request sent by the application system server, according to the correspondence between the configuration update event and the storage time, The application server sends configuration packets, including:

   Call the CreateInstance function to create an instance of the SQLServer object;

   Establishing a connection with the configuration database by using the SQLServer object instance, and recording a time when the configuration update request is received as a request time;

   Retrieving, from the configuration database, a configuration update event corresponding to the configuration name and having a minimum interval between the storage time and the request time as a selected configuration update event, and updating the selected configuration The configuration data of the event is added to the configuration data packet;

   The configuration data packet is sent to an application system server.
7. The response to the configuration update according to claim 6, wherein the configuration database stores configuration data corresponding to each configuration name, and a correspondence between the configuration data and the storage time.
8. An interaction method for configuring an update, comprising:

   Obtaining, by the application server, the configuration name input by the user, and the preset first data set and the preset second data set, where the first data set includes a correspondence between the configuration name and one or more configuration servers, The second data set includes more than one routing protocol;

   The application system server queries one or more configuration servers corresponding to the configuration name as a candidate server according to the first data set;

   The application system server respectively determines the number of routing nodes of the application system server and each of the candidate servers by using each routing protocol in the second data set, and selects a target among more than one candidate server based on the number of the routing nodes. Configuring the server and determining the delivery path;

   The application system server adds the configuration name to the registration configuration request, and sends the registration configuration request to the target configuration server according to the delivery path;

   Receiving, by the target configuration server, the registration configuration request, and establishing a correspondence between the configuration name and the identifier of the application system server;

   The target configuration server calls the CreateInstance function to create a RegisteredServer object instance, and registers the configuration corresponding to the configuration name by using the RegisteredServer object instance;

   The target configuration server monitors whether a configuration update event occurs in the configuration server;

   If the configuration update event occurs, the target configuration server determines the configuration name of the configuration update event, and according to the correspondence between the configuration name and the identifier of the application system server, the application system server corresponding to the configuration name Sending a configuration data instruction, storing the configuration update event in a configuration database of the configuration server, and recording a storage time to establish a correspondence between the configuration update event and the storage time;

   After receiving the configuration data command returned by the target configuration server, the application system server sends a configuration update request to the target configuration server, where the configuration data command is used to prompt the configuration corresponding to the configuration name to be updated;

   After receiving the configuration update request, the target configuration server sends a configuration data packet to the application system server according to the correspondence between the configuration update event and the storage time, where the configuration data packet includes the configuration update Configuration data for the event;

   The application system server receives the configuration data packet, and updates the configuration corresponding to the configuration name according to the configuration data.
9. The interaction method of the configuration update according to claim 8, wherein the determining, by each routing protocol in the second data set, the number of routing nodes of the application system server and each of the candidate servers, respectively, based on The number of routing nodes, select the target configuration server from more than one candidate server, and determine the delivery path, including:

   Calculating, by each of the routing protocols, a number of routing nodes of the application system server and each of the candidate servers, to generate a routing protocol selection list, where the routing protocol selection list includes: a routing protocol, a candidate server, and the number of one or more routing nodes. Correspondence relationship;

   Selecting the smallest number of the routing nodes in the routing protocol selection list as the selected number;

   Determining, in the routing protocol list, a routing protocol corresponding to the selected quantity as the selected routing protocol, and selecting, in the routing protocol list, the selected number and the candidate corresponding to the selected routing protocol The server is configured as a target server;

   Generating one or more paths of the application system server to the target configuration server according to the selected routing protocol, generating a first candidate path set, and selecting one or more path nodes in the first candidate path set as a selected number of paths to generate a second candidate path set;

   Calculating a routing cost of each path in the second candidate path set, and selecting a path with the smallest routing overhead as the delivery path.
10. The interaction method of the configuration update according to claim 8, wherein after receiving the configuration update request sent by the application system server, according to the correspondence between the configuration update event and the storage time, the The application server sends configuration packets, including:

    Call the CreateInstance function to create an instance of the SQLServer object;

    Establishing a connection with the configuration database by using the SQLServer object instance, and recording a time when the configuration update request is received as a request time;

    Retrieving, from the configuration database, a configuration update event corresponding to the configuration name and having a minimum interval between the storage time and the request time as a selected configuration update event, and updating the selected configuration The configuration data of the event is added to the configuration data packet;

    The configuration data packet is sent to an application system server.
11. An application system server includes a memory and a processor, wherein the memory stores a computer program executable on the processor, wherein when the processor executes the computer program, the following steps are implemented:

    Obtaining a configuration name input by the user, and acquiring a preset first data set and a preset second data set, where the first data set includes a correspondence between the configuration name and one or more configuration servers, and the second data The set includes more than one routing protocol;

    Querying, according to the first data set, one or more configuration servers corresponding to the configuration name, as a candidate server;

    Determining, by each routing protocol in the second data set, a number of routing nodes of the application system server and each of the candidate servers, and selecting a target configuration server from one or more candidate servers based on the number of the routing nodes, and determining Passing path

    Adding the configuration name to the registration configuration request, and sending the registration configuration request to the target configuration server according to the delivery path;

    After receiving the configuration data command returned by the target configuration server, sending a configuration update request to the target configuration server, where the configuration data command is used to prompt the configuration corresponding to the configuration name to be updated;

    Receiving a configuration data packet sent by the target configuration server, where the configuration data packet includes configuration data corresponding to the configuration name;

    And updating, according to the configuration data, a configuration corresponding to the configuration name.
12. The application system server according to claim 11, wherein the determining, by each routing protocol in the second data set, the number of routing nodes of the application system server and each of the candidate servers, respectively, based on the routing The number of nodes, select the target configuration server from more than one candidate server, and determine the delivery path, including:

    Calculating, by each of the routing protocols, a number of routing nodes of the application system server and each of the candidate servers, to generate a routing protocol selection list, where the routing protocol selection list includes: a routing protocol, a candidate server, and the number of one or more routing nodes. Correspondence relationship;

    Selecting the smallest number of the routing nodes in the routing protocol selection list as the selected number;

    Determining, in the routing protocol list, a routing protocol corresponding to the selected quantity as the selected routing protocol, and selecting, in the routing protocol list, the selected number and the candidate corresponding to the selected routing protocol The server is configured as a target server;

    Generating one or more paths of the application system server to the target configuration server according to the selected routing protocol, generating a first candidate path set, and selecting one or more path nodes in the first candidate path set as a selected number of paths to generate a second candidate path set;

    Calculating a routing cost of each path in the second candidate path set, and selecting a path with the smallest routing overhead as the delivery path.
13. The application system server according to claim 12, wherein the arbitrarily selecting one routing protocol corresponding to the selected number in the routing protocol list as the selected routing protocol comprises:

    If a selected number corresponds to multiple routing protocols in the routing protocol list, but each routing protocol has no preset priority, then a routing protocol corresponding to the selected number is arbitrarily selected as the selected routing protocol.
14. The application system server according to claim 12, wherein the arbitrarily selecting one routing protocol corresponding to the selected number in the routing protocol list as the selected routing protocol comprises:

    If a selected number corresponds to multiple routing protocols in the routing protocol list, and each routing protocol has a preset priority, then one routing protocol corresponding to the selected number with the highest priority is arbitrarily selected as the selected routing protocol.
15. A configuration server includes a memory and a processor, wherein the memory stores a computer program executable on the processor, wherein when the processor executes the computer program, the following steps are implemented:

    Receiving a configuration name sent by the application system server, and establishing a correspondence between the configuration name and the identifier of the application system server;

    Calling the CreateInstance function to create an instance of the RegisteredServer object, and registering the configuration corresponding to the configuration name by using the RegisteredServer object instance;

    Monitor the configuration server for a configuration update event;

    If the configuration update event occurs, determining a configuration name of the configuration update event, and sending a configuration data instruction to the application system server corresponding to the configuration name according to the correspondence between the configuration name and the identifier of the application system server ;

    Storing the configuration update event in a configuration database of the configuration server, and recording a storage time to establish a correspondence between the configuration update event and the storage time;

    After receiving the configuration update request sent by the application system server, sending a configuration data packet to the application system server according to the correspondence between the configuration update event and the storage time, where the configuration data packet includes the configuration update Configuration data for the event.
16. The configuration server according to claim 15, wherein after receiving the configuration update request sent by the application system server, according to the correspondence between the configuration update event and the storage time, the application server is Send configuration packets, including:

    Call the CreateInstance function to create an instance of the SQLServer object;

    Establishing a connection with the configuration database by using the SQLServer object instance, and recording a time when the configuration update request is received as a request time;

    Retrieving, from the configuration database, a configuration update event corresponding to the configuration name and having a minimum interval between the storage time and the request time as a selected configuration update event, and updating the selected configuration The configuration data of the event is added to the configuration data packet;

    Send the configured packet to the application server.
17. The configuration server according to claim 15, wherein the configuration database stores configuration data corresponding to each configuration name, and a correspondence between configuration data and storage time.
18. An interactive system for configuring an update, comprising:

    An application server, configured to obtain a configuration name input by the user, and retrieve a preset first data set and a preset second data set, where the first data set includes a correspondence between the configuration name and one or more configuration servers. The second data set includes more than one routing protocol;

    The application system server is configured to query, according to the first data set, one or more configuration servers corresponding to the configuration name as a candidate server;

    The application system server is configured to determine, by each routing protocol in the second data set, a number of routing nodes of the application system server and each of the candidate servers, and based on the number of the routing nodes, in one or more candidate servers Select the target configuration server and determine the delivery path;

    The application system server is configured to add the configuration name to a registration configuration request, and send the registration configuration request to the target configuration server according to the delivery path;

    The target configuration server is configured to receive the registration configuration request, and establish a correspondence between the configuration name and the identifier of the application system server;

    The target configuration server is configured to invoke a CreateInstance function to create a RegisteredServer object instance, and register the configuration corresponding to the configuration name by using the RegisteredServer object instance;

    The target configuration server is configured to monitor whether a configuration update event occurs in the configuration server.

    If the configuration update event occurs, the target configuration server is configured to determine a configuration name of the configuration update event, and corresponding to the configuration name according to the correspondence between the configuration name and the identifier of the application system server. The application server sends a configuration data instruction, stores the configuration update event in a configuration database of the configuration server, and records a storage time to establish a correspondence between the configuration update event and the storage time;

    The application system server is configured to send a configuration update request to the target configuration server after receiving the configuration data command returned by the target configuration server, where the configuration data instruction is used to prompt that the configuration corresponding to the configuration name appears Update

    And the target configuration server is configured to: after receiving the configuration update request, send a configuration data packet to the application system server according to the correspondence between the configuration update event and the storage time, where the configuration data packet includes Configuring configuration data for an update event;

    The application system server is configured to receive the configuration data packet, and update a configuration corresponding to the configuration name according to the configuration data.
19. The interaction system of the configuration update according to claim 18, wherein the determining, by each routing protocol in the second data set, the number of routing nodes of the application system server and each of the candidate servers, respectively, based on The number of routing nodes, select the target configuration server from more than one candidate server, and determine the delivery path, including:

    Calculating, by each of the routing protocols, a number of routing nodes of the application system server and each of the candidate servers, to generate a routing protocol selection list, where the routing protocol selection list includes: a routing protocol, a candidate server, and the number of one or more routing nodes. Correspondence relationship;

    Selecting the smallest number of the routing nodes in the routing protocol selection list as the selected number;

    Determining, in the routing protocol list, a routing protocol corresponding to the selected quantity as the selected routing protocol, and selecting, in the routing protocol list, the selected number and the candidate corresponding to the selected routing protocol The server is configured as a target server;

    Generating one or more paths of the application system server to the target configuration server according to the selected routing protocol, generating a first candidate path set, and selecting one or more path nodes in the first candidate path set as a selected number of paths to generate a second candidate path set;

    Calculating a routing cost of each path in the second candidate path set, and selecting a path with the smallest routing overhead as the delivery path.
20. The interaction system of the configuration update according to claim 18, wherein after receiving the configuration update request sent by the application system server, according to the correspondence between the configuration update event and the storage time, The application server sends configuration packets, including:

    Call the CreateInstance function to create an instance of the SQLServer object;

    Establishing a connection with the configuration database by using the SQLServer object instance, and recording a time when the configuration update request is received as a request time;

    Retrieving, from the configuration database, a configuration update event corresponding to the configuration name and having a minimum interval between the storage time and the request time as a selected configuration update event, and updating the selected configuration The configuration data of the event is added to the configuration data packet;

    The configuration data packet is sent to an application system server.