CN116032671A - Communication method and network system based on hybrid cloud - Google Patents
Communication method and network system based on hybrid cloud Download PDFInfo
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Abstract
The invention discloses a communication method and a network system based on hybrid cloud, which relate to the technical field of data communication and comprise the following steps: configuring public cloud message engine service, business service in communication connection with the public cloud message engine service and a first message queue in communication connection with the public cloud message engine service; configuring a private cloud message engine service and a callback service in communication connection with the private cloud message engine service; the public cloud message engine service receives a business service event issued by business triggering and delivers the business service event to a first message queue; the private cloud message engine service continuously polls the request to acquire the business service event in the first message queue monitored by the public cloud message engine service, and after acquiring the business service event, the private cloud message engine service triggers the callback service through the configured callback information and returns an event execution result. The scheme realizes the data security communication under the mixed cloud network limiting scene.
Description
Technical Field
The present invention relates to the field of network information communications technologies, and in particular, to a hybrid cloud-based communication method and a network system.
Background
The hybrid cloud is a network framework of public cloud and private cloud, and compared with single public cloud and private cloud, the hybrid cloud improves the requirements of more scenes. However, when the management and maintenance costs of multiple heterogeneous cloud environments are rapidly increased, products such as corresponding cloud computing platforms, cloud management platforms and the like are managed in a unified manner. Most schemes are API integration through multiple cloud area environments through direct admission pipes. Because heterogeneous cloud environments have different types of network limitation, the method is often limited, and an access method is lacking to meet the network limitation scene.
In the traditional operation and maintenance mode, operation and maintenance operation are performed through manually connecting vpns, so that the requirements of unified management and maintenance of the current hybrid cloud cannot be met, and additional maintenance cost is brought.
Disclosure of Invention
Aiming at the defect that the API can not be directly used for integrated communication when the hybrid cloud network is limited in the prior art, the invention provides a communication method based on the hybrid cloud.
The technical problems are solved by the following technical scheme:
a hybrid cloud-based communication method, comprising the steps of:
configuring public cloud message engine service, business service in communication connection with the public cloud message engine service and a first message queue in communication connection with the public cloud message engine service;
configuring a private cloud message engine service and a callback service in communication connection with the private cloud message engine service;
the public cloud message engine service receives a business service event issued by business triggering and delivers the business service event to a first message queue;
the private cloud message engine service continuously polls the request to acquire the business service event in the first message queue monitored by the public cloud message engine service, and after acquiring the business service event, the private cloud message engine service triggers the callback service through the configured callback information and returns an event execution result.
Preferably, the hybrid cloud-based communication method further comprises the steps of:
configuring a private cloud isolation area and a private cloud non-isolation area, and configuring private cloud message engine service in the private cloud non-isolation area; configuring an intermediate message engine service in the private cloud isolation zone;
the public cloud message engine service monitors a business service event in the first message queue, acquires the event and pushes the event to the middle message engine service, the private cloud message engine service polls the middle message engine service to acquire the business service event, triggers a callback service after acquiring the business service event, returns an event execution result to the middle message engine service, and the public cloud message engine service acquires the event execution result from the middle message engine service.
Preferably, the method for the private cloud message engine service to continuously poll the request to obtain the business service event in the first message queue monitored by the public cloud message engine service is that,
the private cloud message engine service continuously polls and requests the public cloud message engine service to monitor the business service event in the first message queue so as to acquire the business service event.
Preferably, the method further comprises configuring a third message queue in communication with the intermediate message engine service;
the public cloud message engine service acquires the business service event and then pushes the business service event to the intermediate message engine service, and the intermediate message engine service delivers the event to a third message queue after receiving the business service event;
the private cloud message engine service polls and requests the intermediate message engine service to monitor a third message queue so as to acquire a service event, triggers a callback service after acquiring the service event, transmits an event execution result back to the intermediate message engine service, and the intermediate message engine service transmits the event execution result to the third message queue;
the public cloud message engine service constantly polls the request intermediate message engine service to monitor a third message queue so as to acquire an event execution result.
Preferably, the method further comprises configuring a second message queue, wherein the second message queue is in communication connection with the private cloud message engine service;
after the private cloud message engine service acquires the business service event, delivering the business service event to a second message queue;
and the private cloud message engine service takes the business service event in the second message queue and triggers the callback service according to the configured callback information.
Preferably, the communication method based on the hybrid cloud further comprises configuring callback information corresponding to the callback service,
the callback information is configured in public cloud and used for realizing callback service: the method comprises the steps of configuring callback addresses in private cloud and callback result return addresses in public cloud; and after the configuration is completed, synchronizing the callback information to the private cloud message engine service.
Preferably, the hybrid cloud-based communication method further includes:
the business service configures a business service event model according to event standards provided by public cloud message engine service;
the public cloud message engine service is started and then automatically loads the business service event model;
and synchronizing the business service event model in the private cloud message engine service.
Based on a communication method based on hybrid cloud, a hybrid cloud network system is further provided, which comprises the following structures:
the public cloud network area comprises a public cloud message engine service unit, a business service unit and a first message queue, wherein the public cloud message engine service unit is in communication connection with the business service unit and the first message queue;
the private cloud network area comprises a private cloud message engine service unit and an internal cluster, wherein the private cloud message engine service unit is in communication connection with the internal cluster;
the public cloud message engine service unit is used for receiving the business service event issued by business triggering and delivering the business service event to the first message queue; the business service unit is used for issuing business service events;
the private cloud message engine service unit is used for continuously polling the requests to acquire service events in a first message queue monitored by the public cloud message engine service unit, triggering callback service through configured callback information after acquiring the service events, acquiring event execution results from the internal cluster, and returning event execution results.
Preferably, the private cloud network area comprises an isolated area and a non-isolated area, the non-isolated area comprises a private cloud message engine service unit, the isolated area comprises an intermediate message engine service unit,
the intermediate message engine service unit is used for receiving business service events in a first message queue monitored and pushed by the public cloud message engine service unit;
the intermediate message engine service unit is further configured to receive a polling request continuously sent by the private cloud message engine service unit between acquiring service services;
the intermediate message engine service unit is further configured to receive an event execution result sent back by the private cloud message engine service unit, and wait for the public cloud message engine service to retrieve the event execution result.
Preferably, the quarantine zone further includes a third message queue,
the third message queue is used for storing business service events and event execution results delivered by the intermediate message engine service unit.
The invention has the beneficial effects that:
according to the hybrid cloud network communication method and system provided by the invention, the message engine service is set, so that the private cloud obtains the effect of issuing business service events in a polling request mode. 1) The cloud unified operation is achieved in a specific access mode, multiple network limited scene types and resource isolation are compatible, and therefore maintenance and use costs are reduced. 2) A unified mutually trusted network mechanism is built through the MES service so as to complete the function of mounting the business service automation task, and a unified high-efficiency management mode under a heterogeneous environment is realized.
Drawings
In order to more clearly illustrate the embodiments of the invention or the technical solutions of the prior art, the drawings which are used in the description of the embodiments or the prior art will be briefly described, it being obvious that the drawings in the description below are only some embodiments of the invention, and that other drawings can be obtained according to these drawings without inventive faculty for a person skilled in the art.
FIG. 1 is a hybrid cloud architecture layout;
FIG. 2 is a diagram of a hybrid cloud system architecture for a hybrid cloud-based communication method scheme one;
fig. 3 is a hybrid cloud system architecture diagram of a hybrid cloud-based communication method scheme two.
Detailed Description
The present invention will be described in further detail with reference to the following examples, which are illustrative of the present invention and are not intended to limit the present invention thereto.
A hybrid cloud-based communication method, comprising the steps of:
configuring public cloud message engine service, business service in communication connection with the public cloud message engine service and a first message queue in communication connection with the public cloud message engine service;
configuring a private cloud message engine service and a callback service in communication connection with the private cloud message engine service;
the public cloud message engine service receives a business service event issued by business triggering and delivers the business service event to a first message queue;
the private cloud message engine service continuously polls the request to acquire the business service event in the first message queue monitored by the public cloud message engine service, and after acquiring the business service event, the private cloud message engine service triggers the callback service through the configured callback information and returns an event execution result.
Referring to fig. 1, a hybrid cloud network limited situation in the prior art is shown in an upper diagram part of fig. 1, and secure communication is realized through a public cloud message engine service MES and a private cloud message engine service MES, which are shown in a lower diagram part of fig. 1.
Based on the thought, there are two specific schemes:
scheme one, as shown with reference to fig. 2, the method for the private cloud message engine service to continually poll for requests to obtain business service events in the first message queue monitored by the public cloud message engine service is that,
the private cloud message engine service continuously polls and requests the public cloud message engine service to monitor the business service event in the first message queue so as to acquire the business service event. The scheme better solves the problem of secure communication of network types which only allow private cloud networks to access public cloud networks in one way.
Scheme two, referring to fig. 3, in the network type that only allows the private cloud network to access the isolation zone unidirectionally, the public cloud network to access the isolation zone unidirectionally,
the private cloud network is configured with a private cloud isolation area and a private cloud non-isolation area, and private cloud message engine service is configured in the private cloud non-isolation area; configuring an intermediate message engine service in the private cloud isolation zone;
the public cloud message engine service monitors a business service event in the first message queue, acquires the event and pushes the event to the middle message engine service, the private cloud message engine service polls the middle message engine service to acquire the business service event, triggers a callback service after acquiring the business service event, returns an event execution result to the middle message engine service, and the public cloud message engine service acquires the event execution result from the middle message engine service.
In the second scenario, the second scenario further comprises configuring a third message queue in communication connection with the intermediate message engine service;
the public cloud message engine service acquires the business service event and then pushes the business service event to the intermediate message engine service, and the intermediate message engine service delivers the event to a third message queue after receiving the business service event;
the private cloud message engine service polls and requests the intermediate message engine service to monitor a third message queue so as to acquire a service event, triggers a callback service after acquiring the service event, transmits an event execution result back to the intermediate message engine service, and the intermediate message engine service transmits the event execution result to the third message queue;
the public cloud message engine service constantly polls the request intermediate message engine service to monitor a third message queue so as to acquire an event execution result.
In this scenario, as a preferred solution, the third message queue includes a third message queue a and a third message queue B, and service events are delivered to the third message queue a; and delivering the event execution result to a third message queue B. The third message queue a and the third message queue B are configured to make communication smoother to prevent a response blocking problem.
In the first and second scenarios, a preferred scenario is further proposed, and the method further comprises configuring a second message queue, wherein the second message queue is in communication connection with the private cloud message engine service;
after the private cloud message engine service acquires the business service event, delivering the business service event to a second message queue;
and the private cloud message engine service takes the business service event in the second message queue and triggers the callback service according to the configured callback information. Such as the buffer-1 through buffer-3 lists in fig. 2 and 3.
In the first and second scenarios, a preferred scenario is further proposed, where the first message queue includes: the first message queue A and the first message queue B deliver the business service event to the second message queue A; and delivering the event execution result to a second message queue B. The first message queue a and the first message queue B are configured to make communication smoother to prevent a response blocking problem.
For example, in the message queues illustrated in fig. 2 and 3, the message queue a.publish queue is a first message queue a for storing business service events, and the message queue a.contain queue is a first message queue B for storing event execution results.
Based on the two schemes, two specific frameworks are disclosed, and at least one group of private cloud-public cloud network systems is needed, wherein based on the scheme one, the system comprises the following structures:
the public cloud network area comprises a public cloud message engine service unit, a business service unit and a first message queue, wherein the public cloud message engine service unit is in communication connection with the business service unit and the first message queue;
the private cloud network area comprises a private cloud message engine service unit and an internal cluster, wherein the private cloud message engine service unit is in communication connection with the internal cluster;
the public cloud message engine service unit is used for receiving the business service event issued by business triggering and delivering the business service event to the first message queue; the business service unit is used for issuing business service events;
the private cloud message engine service unit is used for continuously polling the requests to acquire service events in a first message queue monitored by the public cloud message engine service unit, triggering callback service through configured callback information after acquiring the service events, acquiring event execution results from the internal cluster, and returning event execution results.
As shown in fig. 2, a private cloud-a, a private cloud-B, and a public cloud hybrid cloud network system are disclosed. The limited network type is a network type which is limited to the private cloud network to access the public cloud network in one way.
The public cloud network area comprises a public cloud message engine service unit MES (hereinafter referred to as a public cloud MES), a business service unit Biz-1 and a first message queue, wherein the public cloud message engine service unit MES is in communication connection with the business service unit Biz-1 and the first message queue;
private cloud-A, including private cloud message engine service unit MES (hereinafter "private cloud MES"), internal clusters Biz-2, biz-3 and second message queue, private cloud message engine service unit MES connecting internal clusters Biz-2, biz-3 and second message queue, the second message queue being a buffer queue buffer;
the private cloud-B and the private cloud-C have similar structures as the private cloud-A, and only the structures and the communication relations between the private cloud-A and the public cloud are described due to the same communication mode, so that the internal cluster connection is omitted.
With respect to the implementation of scheme one, it includes the following steps:
step 4, the MES of the private cloud A acquires a business service event and transmits the business service event to a buffer-1 for buffering;
step 7, the MES in the public cloud receives the execution result and transmits the execution result to the A.condume queue for caching, and the MES monitors the A.condume queue for recording;
and 8, circulation is carried out according to callback processing rules configured by the pre-business service.
Based on the first scheme, a hybrid cloud network system is provided, which comprises the following structures:
the public cloud network area comprises a public cloud message engine service unit MES-X, a business service unit Biz-1 and a first message queue, wherein the public cloud message engine service unit MES-X is in communication connection with the business service unit and the first message queue;
the private cloud network zone comprises an isolated zone and a non-isolated zone, the zone non-isolated zone comprises a private cloud message engine service unit MES-Z, the isolated zone comprises an intermediate message engine service unit MES-Y,
the method comprises the steps that an intermediate message engine service unit MES-Y is used for receiving business service events in a first message queue monitored and pushed by a public cloud message engine service unit MES-X;
the intermediate message engine service unit MES-Y is also used for receiving polling requests which are continuously sent by the private cloud message engine service unit MES-Z for acquiring business services;
the intermediate message engine service unit MES-Y is also used for receiving an event execution result sent back by the private cloud message engine service unit MES-Z and waiting for the public cloud message engine service to retrieve the event execution result.
The isolation area further comprises a third message queue, and the third message queue is used for storing business service events and event execution results delivered by the MES-Y.
Regarding the implementation of the second scheme, another hybrid cloud network system is provided, which includes the following steps:
step 4, after receiving the event, the MES-Y of the DMZ zone in the private cloud A is delivered to a Y.public queue;
step 7, based on the configured callback information, taking out the business service event triggering callback service Biz-2 from the second message queue;
step 8, pushing the event execution result back to the MES-Y after the execution;
step 9, after receiving the event execution result, the MES-Y delivers the event execution result to a Y.condume queue;
step 11, after the MES-X acquires the event, the event can be streamed to an A.Consume queue;
and step 12, circulation is carried out according to a preset callback result processing rule.
Based on the two schemes, firstly, parameters such as callback information and the like corresponding to public cloud message engine service, private cloud message engine service and callback service are configured,
the public cloud message engine service is configured, and the service flow is implemented as a service registration flow when a user applies for opening target channel information to a message engine service platform. The application for opening the target channel information and the service request information to be submitted comprise the following contents:
IDC-target machine room information
Cluster-target cluster address
Service-business Service name
Network-NetWork type
The network types include:
n1, only allowing the private cloud network to access the network type of the public cloud network in one way; or (b)
N2, only allowing the private cloud network to access the isolation area in one direction, and allowing the public cloud network to access the network type of the isolation area in one direction; for N1 and N2 types, such as government service network environments with higher security requirements, the method provided by the application has the advantage of solving the security communication problem of network limitation for the N1 and N2 network types.
The callback information of the business service, namely the address of the callback request expected to be received by the business service, is configured to meet the realization of the callback service, and comprises the following contents:
the targetUrl-callback address within the private cloud;
event execution result return address in resultUrl-public cloud;
EventType-the range of events to subscribe to, i.e. which callbacks the service expects to obtain;
after the information registration is completed in the service registration flow, the message engine service is opened, and the basic parameter setting of the communication method based on the hybrid cloud is completed.
In order to ensure the uniformity of the message engine service in providing the communication service, the business service end needs to define an event model according to the event standard provided by the message engine service, and metadata of the event model can be automatically loaded after the MES in the public cloud is started, so that the business service end is convenient to check and manage and is convenient for business service configuration callback selection.
Specifically, an event standard is provided inside the public cloud MES, and the internal cluster business service is connected with the event standard to ensure that the MES can dynamically discover an event model registered by the business service when the MES is started, and meanwhile, whether the event model can be started or not is analyzed according to a preset rule of the MES. After the public cloud MES and the private cloud MES are started to update synchronously, the MES of the public cloud and the MES of the private cloud can identify and match the event based on the event model, and the MES can push the corresponding event to the callback address smoothly in the communication process.
The mixed cloud network system with MES deployed in public cloud and private cloud clusters realizes the technical advantages of unified management and maintenance, and the method for managing and maintaining the public cloud and the private cloud is completed on an MES platform and comprises the following steps:
the communication model management method comprises the following steps:
and when the registration information is changed, the MES synchronizes the change event to the inside of the target cluster, so that the consistency of different cloud environment quality inspection message models is realized.
The business service event model management method comprises the following steps:
the public cloud message engine service is started and then automatically loads the business service event model;
synchronizing the business service event model at a private cloud message engine service;
and modifying or adding a business service event model, reloading and identifying an event type list by the MES, and synchronously updating the event types contained in the callback addresses in the private cloud.
The callback information management method comprises the following steps:
modifying callback information in the public cloud, wherein the callback information comprises configuration of callback addresses in the private cloud and event execution result return addresses in the public cloud; and synchronously updating the callback information to the private cloud message engine service after the modification is completed.
According to the management method, service configuration information can be known to be delivered to other cloud environments when the public cloud MES is started, and the service configuration information comprises callback information, callback result processing rules and the like.
In the several embodiments provided in this application, it should be understood that the disclosed apparatus and method may be implemented in other ways. For example, the apparatus embodiments described above are merely illustrative, e.g., the division of the modules or units is merely a logical functional division, and there may be additional divisions when actually implemented, e.g., multiple units or components may be combined or integrated into another apparatus, or some features may be omitted, or not performed.
The units may or may not be physically separate, and the components shown as units may be one physical unit or a plurality of physical units, may be located in one place, or may be distributed in a plurality of different places. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of this embodiment.
In addition, each functional unit in the embodiments of the present invention may be integrated in one processing unit, or each unit may exist alone physically, or two or more units may be integrated in one unit. The integrated units may be implemented in hardware or in software functional units.
The integrated units, if implemented in the form of software functional units and sold or used as stand-alone products, may be stored in a readable storage medium. Based on such understanding, the technical solution of the embodiments of the present invention may be essentially or a part contributing to the prior art or all or part of the technical solution may be embodied in the form of a software product stored in a storage medium, including several instructions for causing a device (may be a single-chip microcomputer, a chip or the like) or a processor (processor) to perform all or part of the steps of the method described in the embodiments of the present invention. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a random access Memory (Random Access Memory, RAM), a magnetic disk, or an optical disk, or other various media capable of storing program codes.
The foregoing is merely illustrative of specific embodiments of the present invention, and the scope of the present invention is not limited thereto, but any changes or substitutions within the technical scope of the present invention should be covered by the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. A hybrid cloud-based communication method, comprising the steps of:
configuring public cloud message engine service, business service in communication connection with the public cloud message engine service and a first message queue in communication connection with the public cloud message engine service;
configuring a private cloud message engine service and a callback service in communication connection with the private cloud message engine service;
the public cloud message engine service receives a business service event issued by business triggering and delivers the business service event to a first message queue;
the private cloud message engine service continuously polls the request to acquire the business service event in the first message queue monitored by the public cloud message engine service, and after acquiring the business service event, the private cloud message engine service triggers the callback service through the configured callback information and returns an event execution result.
2. The hybrid cloud-based communication method according to claim 1, further comprising the steps of:
configuring a private cloud isolation area and a private cloud non-isolation area, and configuring private cloud message engine service in the private cloud non-isolation area; configuring an intermediate message engine service in the private cloud isolation zone;
the public cloud message engine service monitors a business service event in the first message queue, acquires the event and pushes the event to the middle message engine service, the private cloud message engine service polls the middle message engine service to acquire the business service event, triggers a callback service after acquiring the business service event, returns an event execution result to the middle message engine service, and the public cloud message engine service acquires the event execution result from the middle message engine service.
3. The method of claim 1, wherein the private cloud message engine service continually polls for traffic service events in a first message queue that the public cloud message engine service listens to,
the private cloud message engine service continuously polls and requests the public cloud message engine service to monitor the business service event in the first message queue so as to acquire the business service event.
4. The hybrid cloud-based communication method of claim 2, further comprising configuring a third message queue in communication connection with the intermediary message engine service;
the public cloud message engine service acquires the business service event and then pushes the business service event to the intermediate message engine service, and the intermediate message engine service delivers the event to a third message queue after receiving the business service event;
the private cloud message engine service polls and requests the intermediate message engine service to monitor a third message queue so as to acquire a service event, triggers a callback service after acquiring the service event, transmits an event execution result back to the intermediate message engine service, and the intermediate message engine service transmits the event execution result to the third message queue;
the public cloud message engine service constantly polls the request intermediate message engine service to monitor a third message queue so as to acquire an event execution result.
5. The hybrid cloud-based communication method of any of claims 1-4, further comprising configuring a second message queue, said second message queue in communication connection with a private cloud message engine service;
after the private cloud message engine service acquires the business service event, delivering the business service event to a second message queue;
and the private cloud message engine service takes the business service event in the second message queue and triggers the callback service according to the configured callback information.
6. The method for hybrid cloud based communication as recited in claim 1, further comprising configuring callback information corresponding to the callback service,
the callback information is configured in public cloud and used for realizing callback service: the method comprises the steps of configuring callback addresses in private cloud and callback result return addresses in public cloud; and after the configuration is completed, synchronizing the callback information to the private cloud message engine service.
7. The hybrid cloud-based communication method of claim 1, further comprising:
the business service configures a business service event model according to event standards provided by public cloud message engine service;
the public cloud message engine service is started and then automatically loads the business service event model;
and synchronizing the business service event model in the private cloud message engine service.
8. The hybrid cloud network system is characterized by comprising the following structures:
the public cloud network area comprises a public cloud message engine service unit, a business service unit and a first message queue, wherein the public cloud message engine service unit is in communication connection with the business service unit and the first message queue;
the private cloud network area comprises a private cloud message engine service unit and an internal cluster, wherein the private cloud message engine service unit is in communication connection with the internal cluster;
the public cloud message engine service unit is used for receiving the business service event issued by business triggering and delivering the business service event to the first message queue; the business service unit is used for issuing business service events;
the private cloud message engine service unit is used for continuously polling the requests to acquire service events in a first message queue monitored by the public cloud message engine service unit, triggering callback service through configured callback information after acquiring the service events, acquiring event execution results from the internal cluster, and returning event execution results.
9. The hybrid cloud network system of claim 8, wherein said private cloud network zone comprises an quarantine zone and a non-quarantine zone, wherein the non-quarantine zone comprises a private cloud message engine service unit, wherein the quarantine zone comprises an intermediate message engine service unit,
the intermediate message engine service unit is used for receiving business service events in a first message queue monitored and pushed by the public cloud message engine service unit;
the intermediate message engine service unit is further configured to receive a polling request continuously sent by the private cloud message engine service unit between acquiring service services;
the intermediate message engine service unit is further configured to receive an event execution result sent back by the private cloud message engine service unit, and wait for the public cloud message engine service to retrieve the event execution result.
10. The hybrid cloud network system of claim 9, wherein said quarantine area further includes a third message queue,
the third message queue is used for storing business service events and event execution results delivered by the intermediate message engine service unit.
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