CN115250278B - Method and device for synchronizing multi-cloud management platform and cloud service provider resources - Google Patents
Method and device for synchronizing multi-cloud management platform and cloud service provider resources Download PDFInfo
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- CN115250278B CN115250278B CN202211154484.6A CN202211154484A CN115250278B CN 115250278 B CN115250278 B CN 115250278B CN 202211154484 A CN202211154484 A CN 202211154484A CN 115250278 B CN115250278 B CN 115250278B
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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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Abstract
The invention provides a resource synchronization method and device for a multi-cloud management platform and a cloud service provider, which are characterized in that whether each resource depended by each resource data in a resource data list exists or not is found out from a resource dependency relationship, and the resource data are synchronously stored in the multi-cloud management platform only if complete resource data exist, so that the integrity of the resource data stored on the multi-cloud management platform is ensured, isolated resources are prevented from existing, and meanwhile, the incidence relationship between the resource data is also stored; when a certain resource data is deleted, all the resources and the association relations depended on by the resource data are also deleted.
Description
Technical Field
The invention belongs to the field of cloud computing, and particularly relates to a resource synchronization method and device for a multi-cloud management platform and a cloud service provider.
Background
For a multi-cloud management platform, the resources of the cloud service provider need to be managed, but if the resources exist at the cloud service provider side but do not exist in the multi-cloud management platform, the resources cannot be managed, and therefore the resources need to be synchronized into the multi-cloud management platform from the cloud service provider. However, how to synchronize the resources of the cloud service provider into the multi-cloud management platform, and the association relationship of the synchronized resources is complete, so that the resources in the multi-cloud management platform are consistent with the resources in the cloud service provider, which is a problem that needs to be solved urgently.
Disclosure of Invention
The invention aims to solve the technical problem of how to synchronize resources of a cloud service provider to a multi-cloud management platform, and provides a method and a device for synchronizing the multi-cloud management platform and the resources of the cloud service provider.
In order to solve the technical problems, the technical scheme adopted by the invention is as follows:
a method for synchronizing a multi-cloud management platform and cloud service provider resources comprises the following steps:
step 1: respectively calling interfaces of various cloud service providers, and pulling a resource data list of each cloud service provider to a multi-cloud management platform;
step 2: for each piece of resource data in the resource data list of each service provider, checking whether the piece of resource data and other related resource data depended on by the piece of resource data are complete on the multi-cloud management platform according to the resource dependency relationship of the service provider, and if so, storing the resource corresponding to the piece of resource data and the other related resource data depended on by the piece of resource data into a database of the multi-cloud management platform.
Further, the method also comprises the step 3: and under the condition of complete check, storing the association relationship between the resource corresponding to the resource data and other dependent associated resource data into a database of the multi-cloud management platform.
Further, the method for checking whether the resource corresponding to the piece of resource data and the associated resource data thereof are complete according to the resource dependency relationship in step 2 is as follows:
step 2.1: for each piece of resource data in the resource data list, checking whether all upper-level resources and lower-level resources of the piece of resource data exist or not by using a resource dependency relationship from the resource data list pulled to the multi-cloud management platform and the resource data list managed by the multi-cloud management platform;
step 2.2: if the resources on which the resource data depend are all resources which are managed by the multi-cloud management platform, storing the resource data into the multi-cloud management platform; and if the resource on which the resource data depends is the resource data pulled to the resource data list of the multi-cloud management platform, storing the resource data and the resource data on which the resource data depends in the resource data list to the multi-cloud management platform.
Further, when a certain piece of resource data in the multi-cloud management platform database is deleted, all resources and association relations depended on by the piece of resource data are deleted.
And further, constructing a resource topological graph according to the resource dependency relationship, and traversing and checking whether the resource nodes corresponding to the resource data and the associated resource data associated upwards by using the resource topological graph corresponding to the service provider are complete.
Further, the method for checking by using the resource topological graph is as follows:
for each piece of resource data, traversing direct parent resources upwardly depended by resource nodes corresponding to the piece of resource data by using a resource topological graph, judging whether the parent resources exist in a resource list managed by the multi-cloud management platform, and if so, indicating that the resources depended by the piece of resources exist, and synchronizing the resources;
if the direct parent-level resource does not exist in the resource list managed by the multi-cloud management platform, searching the resource list pulled from the cloud service provider calling interface, traversing all ancestor resources of the resource list upwards according to the resource topological graph, and if all ancestor resources of the resource exist, automatically synchronizing the resource and all ancestor resources into the multi-cloud management platform; if its ancestor resource does not exist completely, then no synchronization occurs. It indicates that the resource on which the resource depends is not in the resource list managed by the multi-cloud management platform or the resource list pulled from the cloud service provider invocation interface.
Further, if ancestor resources depended on by a given piece of resource data exist, the resource topological graph is traversed, all lower-level associated resources of the resource are found, and the resources are automatically synchronized to the multi-cloud management platform.
The invention also provides a device for synchronizing the multi-cloud management platform and the cloud service provider resources, which comprises the following modules:
the resource data list acquisition module: the cloud service provider management system comprises a cloud service provider management platform, a cloud service provider management platform and a resource data list, wherein the cloud service provider management platform is used for calling interfaces of various cloud service providers respectively and pulling the resource data list of each cloud service provider to the multi-cloud management platform;
the resource topological graph building module: the resource topological graph is used for constructing the resource topological graph of each service provider according to the resource dependence relationship of each service provider;
an integrity check module: the system is used for traversing and finding out whether the parent level resource directly of each piece of resource data exists in the managed resource of the multi-cloud management platform or not by using the resource topological graph of each service provider for each piece of resource data and taking the resource as a node, and if so, indicating that the resource depending on the resource exists and synchronizing;
if the direct parent-level resource does not exist in the managed resource of the multi-cloud management platform, traversing all ancestor resources of the resource upwards by using a resource topological graph from a resource list pulled by a cloud service provider calling interface, and if all ancestor resources of the resource exist, automatically synchronizing the resource and all ancestor resources into the multi-cloud management platform; if the ancestor resource does not exist completely, the resource depended by the resource is not in the multi-cloud management platform or in a list pulled from a cloud service provider calling interface, and cannot be synchronized.
Further, the integrity check module further comprises: and if ancestor resources depended by a given piece of resource data exist, the resource topological graph is traversed downwards, all lower-level associated resources of the resource are found, and the resources are automatically synchronized.
By adopting the technical scheme, the invention has the following beneficial effects:
according to the resource synchronization method and device for the multi-cloud management platform and the cloud service provider, whether all resources depended by each piece of resource data in the resource data list exist on the cloud service provider side or not is found out from the resource dependency relationship, and the resources are synchronously stored in the multi-cloud management platform only if complete resource data exist, so that the integrity of the resource data stored on the multi-cloud management platform is ensured, isolated resources are prevented from existing, and meanwhile, the association relationship between the resource data is also stored; when a certain resource data is deleted, all the resources and the incidence relation which the resource data depends on are also deleted, and the occurrence of isolated resources is avoided.
Drawings
FIG. 1 is a flow chart of the system of the present invention;
FIG. 2 is a diagram of resource dependencies for a service provider.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the accompanying drawings, and it is to be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
The first embodiment is as follows:
fig. 1 shows a specific embodiment of a resource synchronization method for a multi-cloud management platform and a cloud service provider according to the present invention, which includes the following steps:
step 1: and respectively calling interfaces of various cloud service providers, and pulling the resource data list of each cloud service provider to the multi-cloud management platform. In order to conveniently check whether the resource relation depended by the resource to be synchronized exists, the resource list is pulled to the multi-cloud management platform for temporary storage.
Step 2: for each piece of resource data in the resource data list of each service provider, checking whether the piece of resource data and other related resource data depended on by the piece of resource data are complete on the multi-cloud management platform according to the resource dependency relationship of the service provider, and if so, storing the resource corresponding to the piece of resource data and the other related resource data depended on by the piece of resource data into a database of the multi-cloud management platform. The resources with complete dependency relationship can be synchronized to the multi-cloud management platform, and the resources with incomplete dependency relationship cannot be synchronized.
In this embodiment, the method for checking whether the resource corresponding to a certain piece of resource data and the associated resource data associated therewith are complete is as follows:
step 2.1: for each piece of resource data in the resource data list, checking whether all upper-level resources and lower-level resources of the piece of resource data exist or not by using a resource dependency relationship from the resource data list pulled to the multi-cloud management platform and the resource data list managed by the multi-cloud management platform;
step 2.2: if the resources on which the resource data depend are the resources managed by the multi-cloud management platform, storing the resource data into the multi-cloud management platform; and if the resource on which the resource data depends is the resource data pulled to the resource data list of the multi-cloud management platform, storing the resource data and the resource data on which the resource data depends in the resource data list to the multi-cloud management platform.
And step 3: and under the condition of complete check, storing the association relation between the resource corresponding to the resource data and the associated resource data thereof into a database of the multi-cloud management platform. And storing the association relation between the resources into a database of the multi-cloud association platform.
The invention makes full use of the dependency relationship between resources, which are not completely independent individuals as shown in fig. 2. For example, when a disk snapshot is created on a certain cloud platform, a disk needs to be selected first, and then the disk snapshot is created for the disk, which indicates that the disk snapshot is not an independent individual and has an association relationship with the disk. At this time, if the disk snapshot needs to be synchronized to the multi-cloud management platform, the front resource disk of the disk snapshot needs to be synchronized first, and the association relationship is correctly established for the resources in the multi-cloud management platform. Therefore, when synchronizing the resources of the cloud service provider, the cloud management platform not only synchronizes the resources, but also solves the association relationship between the resources, otherwise, the resources synchronized to the cloud management platform cannot be managed due to the lack of various conditions such as front-end conditions, back-end conditions and the like.
However, the resource dependency of each service provider is not the same, and therefore, whether all resources depended on in the cloud service provider where the resource data is located exist or not needs to be checked according to the resource dependency of each service provider, and if the resources exist completely, the resource data and the resources depended on are synchronously stored in the cloud management platform. Because the incompletely existed resources are the resources with incomplete association relationship even if being synchronized, the resources cannot be managed. For example, a disk snapshot depends on a disk, if a certain disk cannot be synchronized in the cloud management platform, the disk snapshot created for the disk cannot be synchronized in the cloud management platform, otherwise, in the cloud management platform, the disk snapshot does not even know which disk the disk snapshot is created for. Therefore, as long as the parent resource of a certain resource exists on the multi-cloud management platform, the resource can synchronously exist on the multi-cloud management platform, and similarly, the parent resource of a certain resource needs to exist on the multi-cloud management platform, and the parent of the parent resource also needs to exist on the multi-cloud management platform.
Because the resources stored on the cloud management platform and the resources depended on the resources completely exist, when a certain piece of resource data in the multi-cloud management platform database is deleted, all the resources depended on by the piece of resource data and the association relation are deleted.
Example two:
the embodiment is that whether a resource depended on by a certain resource in a multi-cloud management platform exists is judged by using a resource dependency relationship, the dependency relationship needs to be judged one by using judgment statements in the implementation, and if the dependency relationship is changed or increased, the newly increased dependency relationship is difficult to add because a program is already compiled and fixed. Especially for a multi-cloud management platform, a plurality of cloud service providers need to be managed. The difference between this embodiment and the first embodiment is that the resource topological graph is constructed by using the resource dependency relationship, and all parent-level resources upward of a certain resource node are traversed by using the resource topological graph, so that traversal check can be performed quickly. When the resource dependency relationship changes, only the resource topological graph needs to be maintained, and the program for calling the resource topological graph does not need to be changed, so that the implementation is simple and convenient. The method comprises the following specific steps:
as shown in fig. 2, a resource topological graph is constructed according to the resource dependency relationship, and a resource topological graph corresponding to the service provider is used to traverse and check whether the resource node corresponding to the resource data and the associated resource data associated upward thereto are complete.
The method for checking by using the resource topological graph comprises the following steps:
for each piece of resource data, traversing direct parent resources upwardly depended by resource nodes corresponding to the piece of resource data by using a resource topological graph, judging whether the parent resources exist in a resource list managed by the multi-cloud management platform, and if so, indicating that the resources depended by the piece of resources exist, and synchronizing the resources;
if the direct parent-level resource does not exist in the resource list managed by the multi-cloud management platform, searching the resource list pulled from the cloud service provider calling interface, traversing all ancestor resources of the resource list upwards according to the resource topological graph, and if all ancestor resources of the resource exist, automatically synchronizing the resource and all ancestor resources into the multi-cloud management platform; if the ancestor resource does not exist completely, the resource which the resource depends on is not in a resource list managed by the multi-cloud management platform or a resource list pulled from a cloud service provider calling interface, and synchronization is not performed.
Because the resource topological graph is used, on one hand, the maintenance of the resource dependency relationship is simpler, but on the other hand, the parent-level resource and the ancestor resource of a certain resource can be quickly found by using the resource topological graph.
In this embodiment, if ancestor resources on which a given piece of resource data depends all exist, the resource topology map is traversed, all lower-level associated resources of the given piece of resource are found, and the resources are automatically synchronized to the multi-cloud management platform. In order to synchronize the resources, although all ancestor resources of a certain resource in the pulled resource list are synchronized, each resource in the resource list is synchronized by checking integrity, so that all subordinate associated resources of the resource are simultaneously associated and synchronized to the multi-cloud management platform when the resource topological graph is traversed, the synchronization speed is increased, and the synchronization efficiency is improved.
If the association relationship between the resources is processed separately for each cloud service provider and each resource, it is a very large workload, the resource dependency relationship for each cloud service provider needs to be implemented separately, and the resource association relationship is more difficult to maintain when the resource association relationship changes. Therefore, by using the resource topological graph, the resource dependency check of various cloud service providers can be realized only by calling the resource topological graph of the corresponding cloud service provider, and the resource dependency managed by each cloud service provider can be dynamically managed. And because the resource topological graph expresses the dependency relationship among the resources like the ground, the analysis of the incidence relationship in the resource synchronization process can achieve abstraction, flow and intelligence, the development efficiency is greatly improved, and the development time is saved.
Example three:
the invention also provides a device for synchronizing the multi-cloud management platform and the cloud service provider resources, which comprises the following modules:
the resource data list acquisition module: the cloud service provider management system comprises a cloud service provider management platform, a cloud service provider management platform and a resource data list, wherein the cloud service provider management platform is used for calling interfaces of various cloud service providers respectively and pulling the resource data list of each cloud service provider to the multi-cloud management platform;
the resource topological graph building module: the resource topological graph is used for constructing the resource topological graph of each service provider according to the resource dependence relationship of each service provider;
an integrity check module: the system is used for traversing and finding out whether the parent level resource directly of each piece of resource data exists in the managed resource of the multi-cloud management platform or not by using the resource topological graph of each service provider for each piece of resource data and taking the resource as a node, and if so, indicating that the resource depending on the resource exists and synchronizing;
if the direct parent-level resource does not exist in the managed resource of the multi-cloud management platform, traversing all ancestor resources of the resource upwards by using a resource topological graph from a resource list pulled by a cloud service provider calling interface, and if all ancestor resources of the resource exist, automatically synchronizing the resource and all ancestor resources into the multi-cloud management platform; if the ancestor resource does not exist completely, the resource depended by the resource is not in the multi-cloud management platform or in a list pulled from a cloud service provider calling interface, and cannot be synchronized.
In this embodiment, the integrity check module further includes: and if ancestor resources depended by a given piece of resource data exist, the resource topological graph is traversed downwards, all lower-level associated resources of the resource are found, and the resources are automatically synchronized.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and these modifications or substitutions do not depart from the spirit of the corresponding technical solutions of the embodiments of the present invention.
Claims (8)
1. A multi-cloud management platform and cloud service provider resource synchronization method is characterized by comprising the following steps:
step 1: respectively calling interfaces of various cloud service providers, and pulling a resource data list of each cloud service provider to a multi-cloud management platform;
step 2: for each piece of resource data in the resource data list of each service provider, checking whether the piece of resource data and other related resource data depended on by the piece of resource data are complete on the multi-cloud management platform according to the resource dependency relationship of the service provider, and if so, storing the resource corresponding to the piece of resource data and the other related resource data depended on by the piece of resource data into a database of the multi-cloud management platform;
in step 2, the method for checking whether the resource corresponding to the piece of resource data and the associated resource data associated therewith are complete according to the resource dependency relationship is as follows:
step 2.1: for each piece of resource data in the resource data list, checking whether all upper-level resources and lower-level resources of the piece of resource data exist or not by using a resource dependency relationship from the resource data list pulled to the multi-cloud management platform and the resource data list managed by the multi-cloud management platform;
step 2.2: if the resources on which the resource data depend are the resources managed by the multi-cloud management platform, storing the resource data into the multi-cloud management platform; and if the resource on which the resource data depends is the resource data pulled to the resource data list of the multi-cloud management platform, storing the resource data and the resource data on which the resource data depends in the resource data list to the multi-cloud management platform.
2. The method of claim 1, further comprising step 3: and under the condition of complete check, storing the association relation between the resource corresponding to the resource data and other dependent associated resource data thereof into a database of the multi-cloud management platform.
3. The method according to claim 2, wherein when a certain piece of resource data in the multi-cloud management platform database is deleted, all resources and associations on which the piece of resource data depends are deleted.
4. The method according to claim 1, wherein a resource topology graph is constructed according to the resource dependency relationship, and a resource topology graph corresponding to the service provider is used to check whether the resource node corresponding to the piece of resource data and the associated resource data associated upward thereto are complete.
5. The method of claim 4, wherein the checking using the resource topology map is performed by:
for each piece of resource data, traversing direct parent resources upwardly depended by resource nodes corresponding to the piece of resource data by using a resource topological graph, judging whether the parent resources exist in a resource list managed by the multi-cloud management platform, and if so, indicating that the resources depended by the piece of resources exist, and synchronizing the resources;
if the direct parent-level resource does not exist in the resource list managed by the multi-cloud management platform, searching the resource list pulled from the cloud service provider calling interface, traversing all ancestor resources of the resource list upwards according to the resource topological graph, and if all ancestor resources of the resource exist, automatically synchronizing the resource and all ancestor resources into the multi-cloud management platform; if its ancestor resource does not exist completely, then no synchronization occurs.
6. The method according to claim 5, wherein if the ancestor resources on which a given piece of resource data depends all exist, traversing the resource topology map, finding all subordinate associated resources of the piece of resource, and automatically synchronizing the resources to the multi-cloud management platform.
7. The device for synchronizing the multi-cloud management platform and the cloud service provider resources is characterized by comprising the following modules:
a resource data list acquisition module: the cloud service provider interface is used for calling interfaces of various cloud service providers respectively, and pulling a resource data list of each cloud service provider to the multi-cloud management platform;
the resource topological graph building module: the resource topological graph is used for constructing the resource topological graph of each service provider according to the resource dependence relationship of each service provider;
an integrity check module: the system is used for traversing and finding out whether the parent level resource directly of each piece of resource data exists in the managed resource of the multi-cloud management platform or not by using the resource topological graph of each service provider for each piece of resource data and taking the resource as a node, and if so, indicating that the resource depending on the resource exists and synchronizing;
if the direct parent-level resource does not exist in the managed resource of the multi-cloud management platform, traversing all ancestor resources of the resource upwards by using a resource topological graph from a resource list pulled by a cloud service provider calling interface, and if all ancestor resources of the resource exist, automatically synchronizing the resource and all ancestor resources into the multi-cloud management platform; if the ancestor resource does not exist completely, the resource depended by the resource is not in the multi-cloud management platform or in a list pulled from a cloud service provider calling interface, and cannot be synchronized.
8. The apparatus of claim 7, further comprising, in the integrity check module: and if ancestor resources depended by a given piece of resource data exist, the resource topological graph is traversed downwards, all lower-level associated resources of the resource are found, and the resources are automatically synchronized.
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