CN112272202B - Method and system for communication between management software server and system internal components - Google Patents
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- H—ELECTRICITY
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- H—ELECTRICITY
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- H04L67/01—Protocols
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
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Abstract
The invention provides a communication method and a system for managing a software server and internal components of a system, wherein the method comprises the following steps: the management software server receives a communication request with the component, which is initiated by the client; after receiving the request, reading an IP address from the configuration file; establishing Socket communication with the component by taking the read IP address as the IP address of the outlet network card of the default IP configuration request; forwarding the received request to the component through the requested egress network card in a closed-loop environment inside the system; the logic of the component responds to the processing request and returns a response message to the management software server according to the original link. The receiving of the request and the message link of the response are appointed through the network card for appointing the network request, and the reliable transmission of the request in the system is guaranteed.
Description
Technical Field
The invention relates to the technical field of component communication, in particular to a method and a system for managing communication between a software server and components in a system.
Background
In the current era of technology globalization, device providers will bring their own core software systems and management software systems when providing device hardware platforms, so that they have matured and stabilized system design, framework design and feature development. However, in many cases, when cooperating with other manufacturers, the device provider needs to integrate components of other manufacturers, and in order to ensure sensitivity of component codes of respective enterprises, many enterprises often package in a component form when proposing their own characteristics, and only provide interfaces and description documents externally provided by the components, and after being integrated inside the system through a protocol specified by the interfaces and each service calling method, the protocol, the IP externally provided by the integrated components, the interface calling parameters, and other spliced calling forms are used to complete interactive communication with other modules inside the system.
However, when the GUI management software performs communication interaction with the integrated component, the IP address provided by the integrated component may conflict with the already configured IP address outside the system, and after the environment network configuration IP address deployed by the system conflicts with the IP address used inside the system, the requested packet transmission may be sent to the external network of the client environment, which may cause the request packet to be lost, and the response cannot be correctly obtained, and the expected result cannot be obtained.
Disclosure of Invention
The invention provides a communication method and a communication system for a management software server and system internal components, aiming at the problems that after an environment network configuration IP address deployed by a system conflicts with an IP address used in the system, the transmission of a request message may be sent to an external network of a client environment, so that a request packet is lost, a correct response cannot be correctly obtained, and an expected result cannot be obtained.
The technical scheme of the invention is as follows:
on one hand, the technical scheme of the invention provides a communication method of a management software server and system internal components, which comprises the following steps:
the management software server receives a communication request with the component, which is initiated by the client;
after receiving the request, reading an IP address from the configuration file;
establishing Socket communication with the component by taking the read IP address as the IP address of the outlet network card of the default IP configuration request;
forwarding the received request to the component through the requested egress network card in a closed-loop environment inside the system;
the logic of the component responds to the processing request and returns a response message to the management software server according to the original link.
The network request receiving and responding message link is appointed through the network request exit network card, the whole request closed-loop message transmission in the system is ensured, the internal IP and the external IP are isolated, and the reliable transmission of the request in the system is ensured.
Further, after receiving the request, the step of reading the IP address from the configuration file includes:
after receiving the request, judging whether the service class is the service class processed by the first loading request;
if yes, reading a configuration file under the item given directory;
reading an IP address from the configuration file;
if not, reading the IP address from the configuration file.
Further, in order to avoid a scenario of network conflict between the IP address of the internal network card and a client scene, the method further includes:
the IP address of the requested outlet network card is confirmed and compared with the network configuration of the client;
if no IP conflict exists, the logic of the component responds to the processing request and returns a response message to the management software server according to the original link. The requested egress network card forwards the communication link with the service component for interactive communication within the system.
Further, the method further comprises:
if the IP conflicts, acquiring an unused IP address in the client network configuration, and adding the IP address into a local configuration file;
overwriting the contents of the local configuration file to the configuration file under the given directory of the item;
restarting the service, performing initial loading of configuration, performing a routing configuration strategy of the system, and dynamically adapting to the IP address of the outlet network card of the new configuration request. And dynamically configuring the internal use IP address of the network card by dynamically reading the configuration file. And further avoiding the scene of network conflict between the IP address of the internal network card and the scene of the client site.
The source IP address, namely, the IP address of the requested outlet network card can be dynamically configured according to the specific scene of system deployment; the method has the advantages that the possibility of configuration IP conflict between the appointed source IP address and the client site network configuration is avoided, the conflict factor between the configured export network card IP address and the client site IP address is avoided, the possible factor of conflict between the internally used IP and the client site IP is isolated in an all-around manner, the request of management software is guaranteed, closed-loop communication is carried out in the system, the reliable transmission of the request is guaranteed, and meanwhile, the compatibility and the expansibility of the integration characteristic are improved.
Further, in the step of acquiring an unused IP address in the client network configuration and adding the IP address to the local configuration file, the IP address is added to the local configuration file in a form of JSON data structure of the configuration file.
Further, the step of overwriting the contents of the local configuration file to the configuration file under the given directory of items comprises:
uploading a local configuration file;
reading the uploaded content of the uploaded local configuration file in a file stream mode;
the contents of the read local configuration file are overwritten into the configuration file under the given directory of the project.
When a client initiates a request for interacting with a component, under the condition that a service IP provided by a component in the system conflicts with a client network configuration IP, a request source IP address outlet network card is appointed when a management software server establishes Socket link, a request link sent by the server is appointed to pass through an appointed network card, and then the network card forwards a communication link with the service component in the system to carry out interactive communication; and the IP address used in the network card is dynamically configured in a mode of dynamically reading the configuration file, so that the scene of network conflict between the IP address of the internal network card and the scene of the client site is further avoided.
On the other hand, the technical scheme of the invention also provides a communication system for managing the software server and the internal components of the system, which comprises the software server and the internal components of the system;
the management software server comprises a request receiving module, an IP address reading module, a network card configuration module and a request forwarding module; the system internal components comprise a response module and a return module;
the request receiving module is used for receiving a communication request initiated by a client and sent by the component;
the IP address reading module is used for reading the IP address from the configuration file after receiving the request;
the network card configuration module is used for establishing Socket communication with the component by taking the read IP address as the IP address of an outlet network card of the default IP configuration request;
the request forwarding module is used for forwarding the received request to the internal components of the system through the requested outlet network card in the internal closed-loop environment of the system;
the response module is used for logically responding to the processing request;
and the return module is used for returning the response message to the management software server according to the original link.
Furthermore, the management software server also comprises a judgment module and a configuration file loading module;
the judging module is used for judging whether the service class is the service class processed by the first loading request after receiving the request;
and the configuration file loading module is used for reading the configuration file under the item given directory if the judging module judges that the service class required to be processed is loaded for the first time.
Further, the system also comprises a comparison module;
and the comparison module is used for confirming and comparing the IP address of the requested outlet network card with the network configuration of the client.
Furthermore, the management software server also comprises a module for dynamically acquiring an IP address, an overwriting module, a service restarting module and a dynamic configuration module;
the dynamic IP address acquisition module is used for acquiring an IP address which is not used in the client network configuration when the judgment module outputs the IP conflict and adding the IP address into a local configuration file; when writing an IP address in the configuration file, the JSON data structure form of the configuration file is followed.
An overwrite module for overwriting the contents of the local configuration file to the configuration file under the given directory of items;
the service restarting module is used for restarting the service after the overwriting is finished;
and the dynamic configuration module is used for carrying out initial loading of configuration after restarting the service, carrying out a routing configuration strategy of the system and dynamically adapting to the IP address of the outlet network card of the new configuration request.
Furthermore, the overwriting module comprises an uploading unit, a reading unit and an overwriting unit;
the uploading unit is used for uploading the local configuration file;
the reading unit is used for reading the uploaded content of the uploaded local configuration file in a file stream mode;
and the overwriting unit is used for overwriting the contents of the read local configuration file into the configuration file under the given directory of the project.
The management software server side appoints a request source IP address, isolates the network configuration of a client site, enables the internal request of the system to complete request message forwarding in the internal closed-loop environment of the system, ensures that the request sent by the server side can successfully reach an internally integrated component, logically responds the processing request by the component, and returns a response message to the server side according to an original link.
According to the technical scheme, the invention has the following advantages: the receiving of the request and the message link of the response are appointed through an exit network card of the appointed network request, so that the reliable transmission of the request in the system is ensured; meanwhile, according to the client network configuration, the management software server can be dynamically assigned to request the network card outlet in the system when sending the request, so that the IP conflict scene between the IP of the assigned network card and the client field network configuration is further avoided, and the compatibility and the robustness of the characteristic functions are ensured.
In addition, the invention has reliable design principle, simple structure and very wide application prospect.
Therefore, compared with the prior art, the invention has prominent substantive features and remarkable progress, and the beneficial effects of the implementation are also obvious.
Drawings
In order to more clearly illustrate the embodiments or prior art solutions of the present invention, the drawings used in the description of the embodiments or prior art will be briefly described below, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
FIG. 1 is a schematic flow diagram of a method of one embodiment of the present invention.
FIG. 2 is a schematic flow diagram of a method of one embodiment of the invention.
FIG. 3 is a schematic block diagram of a system of one embodiment of the present invention.
Detailed Description
In order to make those skilled in the art better understand the technical solution of the present invention, the technical solution in the embodiment of the present invention will be clearly and completely described below with reference to the drawings in the embodiment of the present invention, and it is obvious that the described embodiment is only a part of the embodiment of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention. The following explains key terms appearing in the present invention.
Socket: usually called Socket, to describe IP address and port, two programs on the network implement data exchange through a bidirectional communication connection, one end of which is called Socket;
JSON (JavaScript Object corporation) is a lightweight data exchange format suitable for interaction between a server and JavaScript. JSON employs a text format in a completely independent language.
As shown in fig. 1, an embodiment of the present invention provides a method for managing communication between a software server and internal components of a system, including the following steps:
s1: the management software server receives a communication request with the component, which is initiated by the client;
s2: after receiving the request, reading an IP address from the configuration file;
s3: establishing Socket communication with the component by taking the read IP address as the IP address of the outlet network card of the default IP configuration request;
s4: forwarding the received request to the component through the requested egress network card in a closed-loop environment inside the system;
s5: the logic of the component responds to the processing request and returns a response message to the management software server according to the original link.
The network request receiving and responding message link is appointed through the network request exit network card, the whole request closed-loop message transmission in the system is ensured, the internal IP and the external IP are isolated, and the reliable transmission of the request in the system is ensured.
In some embodiments, in step S2, after receiving the request, the step of reading the IP address from the configuration file includes:
s21: after receiving the request, judging whether the service class is the service class processed by the first loading request; if yes, executing step S22, otherwise, executing step S23;
s22: reading a configuration file under a given directory of the project; executing step S23;
s23: reading an IP address from the configuration file;
when a service class requested to be configured by a client is initially loaded, a configuration file is read, a request source IP address specified by the content of the configuration file is read, and according to the configured address, when a Socket link communicated with a component is established at a server, the request source IP address is specified, so that the whole request link carries out message transmission according to a set network link, and reliable message transmission of the link specified in the system is ensured by configuring the source IP address.
As shown in fig. 2, in some embodiments, to further avoid the scenario that the IP address of the internal network card conflicts with the network of the client site scenario, the method further includes:
the IP address of the requested outlet network card is confirmed and compared with the network configuration of the client;
if no IP conflict exists, the logic of the component responds to the processing request and returns a response message to the management software server according to the original link. The requesting egress network card forwards the interactive communication with the communication link of the service component within the system.
If the IP conflicts, acquiring an unused IP address in the client network configuration, and adding the IP address into a local configuration file;
overwriting the contents of the local configuration file to the configuration file under the given directory of the project;
restarting the service, carrying out initialization loading of configuration, carrying out a routing configuration strategy of the system, and dynamically adapting to the IP address of the newly configured outlet network card of the request. And dynamically configuring the internal use IP address of the network card by dynamically reading the configuration file. And further avoiding the scene of network conflict between the IP address of the internal network card and the scene of the client site.
The source IP address, namely, the IP address of the requested outlet network card can be dynamically configured according to the specific scene of system deployment; the method has the advantages that the possibility of configuration IP conflict between the appointed source IP address and the client site network configuration is avoided, the conflict factor between the configured export network card IP address and the client site IP address is avoided, the possible factor of conflict between the internally used IP and the client site IP is isolated in an all-around manner, the request of management software is guaranteed, closed-loop communication is carried out in the system, the reliable transmission of the request is guaranteed, and meanwhile, the compatibility and the expansibility of the integration characteristic are improved.
The method can dynamically configure the source IP address in the request link and dynamically specify the requested outlet network card according to the client field network configuration scene, thereby realizing the network isolation of the IP used in the system and the client scene and realizing the request closed loop in the system. By uploading a new configuration file for configuring the IP address, uploading the configuration file to a project designated directory, restarting the service and reconfiguring the routing strategy, the dynamic configuration under the condition that the internal IP address is used and the client site network conflicts can be completed, so that the compatibility and the expansibility of the server side for calling various scenes of the internal integrated assembly are ensured, and the maximization of the network configuration scenes of different clients is met.
It should be noted that, in the step of obtaining an unused IP address in the client network configuration and adding the IP address to the local configuration file, when the IP address is added to the local configuration file, the configuration file follows the JSON data structure form of the configuration file; such as "ip": 172.16.2.254 "}.
In some embodiments, the step of overwriting the contents of the local configuration file to the configuration file under the given directory of items comprises:
uploading a local configuration file; uploading a configuration file through a characteristic interface provided by a management software GUI;
reading the uploaded content of the uploaded local configuration file in a file stream mode;
and overwriting the contents of the read local configuration file into the configuration file under the given directory of the project.
When a client initiates a request for interacting with a component, under the condition that a service IP provided by a component in the system conflicts with a client network configuration IP, a request source IP address outlet network card is appointed when a management software server establishes Socket link, a request link sent by the server is appointed to pass through an appointed network card, and then the network card forwards a communication link with the service component in the system to carry out interactive communication; and the IP address used in the network card is dynamically configured in a mode of dynamically reading the configuration file, so that the scene of network conflict between the IP address of the internal network card and the scene of the client site is further avoided.
As shown in fig. 3, an embodiment of the present invention further provides a communication system for managing a software server and system internal components, including a management software server and system internal components;
the management software server comprises a request receiving module, an IP address reading module, a network card configuration module and a request forwarding module; the system internal components comprise a response module and a return module;
the request receiving module is used for receiving a communication request initiated by a client and sent by the component;
the IP address reading module is used for reading the IP address from the configuration file after receiving the request;
the network card configuration module is used for establishing Socket communication with the component by taking the read IP address as the IP address of an outlet network card of the default IP configuration request;
the request forwarding module is used for forwarding the received request to the internal components of the system through the requested outlet network card in the internal closed-loop environment of the system;
the response module is used for logically responding to the processing request;
and the return module is used for returning the response message to the management software server according to the original link.
In some embodiments, the management software server further comprises a judging module and a configuration file loading module;
the judging module is used for judging whether the service class is the service class processed by the first loading request after receiving the request;
and the configuration file loading module is used for reading the configuration file under the item given directory if the judging module judges that the service class required to be processed is loaded for the first time.
In some embodiments, the system further comprises a comparison module;
and the comparison module is used for confirming and comparing the IP address of the requested outlet network card with the network configuration of the client.
The management software server also comprises a module for dynamically acquiring an IP address, an overwriting module, a service restarting module and a dynamic configuration module;
the dynamic IP address acquisition module is used for acquiring an IP address which is not used in the client network configuration when the judgment module outputs the IP conflict and adding the IP address into a local configuration file; when writing an IP address in the configuration file, the JSON data structure form of the configuration file is followed.
The overwriting module is used for overwriting the content of the local configuration file to the configuration file in the given directory of the project;
the service restarting module is used for restarting the service after the overwriting is finished;
and the dynamic configuration module is used for carrying out initial loading of configuration after restarting the service, carrying out a routing configuration strategy of the system and dynamically adapting to the IP address of the outlet network card of the new configuration request. Validating the newly configured IP address.
It should be noted that the overwriting module includes an uploading unit, a reading unit and an overwriting unit;
the uploading unit is used for uploading the local configuration file;
the reading unit is used for reading the uploaded content of the uploaded local configuration file in a file stream mode;
and the overwriting unit is used for overwriting the contents of the read local configuration file into the configuration file under the given directory of the project.
The management software server side appoints a request source IP address, isolates the network configuration of a client site, enables the internal request of the system to finish request message forwarding in the internal closed-loop environment of the system, ensures that the request sent by the server side can successfully reach an internal integrated assembly, logically responds the processing request by the assembly, and returns the response message to the server side according to an original link.
Although the present invention has been described in detail in connection with the preferred embodiments with reference to the accompanying drawings, the present invention is not limited thereto. Various equivalent modifications or substitutions can be made on the embodiments of the present invention by those skilled in the art without departing from the spirit and scope of the present invention, and these modifications or substitutions should be within the scope of the present invention/any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present disclosure and the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (6)
1. A communication method for managing a software server and internal components of a system is characterized by comprising the following steps:
the management software server receives a communication request with the component, which is initiated by the client;
after receiving the request, reading an IP address from the configuration file;
establishing Socket communication with the component by taking the read IP address as the IP address of the outlet network card of the default IP configuration request;
forwarding the received request to the component through the requested egress network card in a closed loop environment inside the system;
the logic response of the component responds to the processing request and returns a response message to the management software server according to the original link;
the method further comprises the following steps:
the IP address of the requested outlet network card is confirmed and compared with the network configuration of the client;
if no IP conflict exists, the logic of the component responds to the processing request and returns a response message to the management software server according to the original link;
the method further comprises the following steps:
if the IP conflicts, acquiring an unused IP address in the client network configuration, and adding the IP address into a local configuration file;
overwriting the contents of the local configuration file to the configuration file under the given directory of the project;
restarting the service, performing initial loading of configuration, performing a routing configuration strategy of the system, and dynamically adapting to the IP address of the outlet network card of the new configuration request.
2. The method for managing communication between a software server and internal components of a system according to claim 1, wherein the step of reading an IP address from a configuration file after receiving a request comprises:
after receiving the request, judging whether the service class is the service class processed by the first loading request;
if yes, reading a configuration file under the item given directory;
reading an IP address from the configuration file;
if not, reading the IP address from the configuration file.
3. The method according to claim 1, wherein the step of obtaining an unused IP address in the client network configuration and adding the IP address to the local configuration file, the method follows the JSON data structure form of the configuration file when the IP address is added to the local configuration file.
4. The method of claim 1, wherein the step of overwriting the contents of the local configuration file to the configuration file under the given directory of items comprises:
uploading a local configuration file;
reading the uploaded content of the uploaded local configuration file in a file stream mode;
and overwriting the contents of the read local configuration file into the configuration file under the given directory of the project.
5. A communication system for managing a software server and internal components of the system is characterized by comprising the management software server and the internal components of the system;
the management software server comprises a request receiving module, an IP address reading module, a network card configuration module and a request forwarding module; the system internal components comprise a response module and a return module;
the request receiving module is used for receiving a communication request which is initiated by a client and is communicated with the component;
the IP address reading module is used for reading the IP address from the configuration file after receiving the request;
the network card configuration module is used for establishing Socket communication with the component by taking the read IP address as the IP address of an outlet network card of the default IP configuration request;
the request forwarding module is used for forwarding the received request to the internal components of the system through the egress network card of the request in the closed-loop environment inside the system;
the response module is used for logically responding to the processing request;
the return module is used for returning the response message to the management software server side according to the original link;
the system also includes a comparison module;
the comparison module is used for confirming and comparing the IP address of the requested outlet network card with the network configuration of the client;
the management software server also comprises a module for dynamically acquiring an IP address, an overwriting module, a service restarting module and a dynamic configuration module;
the dynamic IP address acquisition module is used for acquiring an IP address which is not used in the client network configuration when the judgment module outputs the IP conflict and adding the IP address into a local configuration file;
the overwriting module is used for overwriting the content of the local configuration file to the configuration file in the given directory of the project;
the service restarting module is used for restarting the service after the overwriting is finished;
and the dynamic configuration module is used for initializing and loading configuration after restarting the service, performing a routing configuration strategy of the system and dynamically adapting to the IP address of the outlet network card of the new configuration request.
6. The communication system for managing software servers and system internal components of claim 5, wherein the management software server further comprises a judging module and a configuration file loading module;
the judging module is used for judging whether the service class is the service class processed by the first loading request after receiving the request;
and the configuration file loading module is used for reading the configuration file under the item given directory if the judging module judges that the service class required to be processed is loaded for the first time.
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