US 12,524,440 B2 · Abstraction across multiple cloud-native datastores

Abstract

Obtaining a unified data model, wherein the unified data model provides a logical view of a plurality of data structures of a computing platform, wherein the computing platform is in communication with a plurality of cloud service providers that each provide respective storage services for the computing platform. Providing an abstraction layer, wherein the abstraction layer maps respective attributes of the unified data model to corresponding attributes of each of the plurality of cloud service providers. Selecting, by the abstraction layer, a first storage scheme of a first cloud service provider of the plurality of cloud service providers. Receiving, from a user, a first input. Translating, by the abstraction layer responsive to the first input and based on the mapping between the respective attributes of the unified data model to the corresponding attributes of the first cloud service provider, the first input to a first set of storage instructions native to the first cloud service provider, wherein execution of the first set of storage instructions cause a first resulting logical view of the data structures of the computing platform. Seamlessly and dynamically switching, by the abstraction layer, from the first storage scheme to a second storage scheme of a second cloud service provider of the plurality of different cloud service providers without notifying the user. Receiving, from the user, a second input, wherein the second input is the same as the first input. Translating, by the abstraction layer responsive to second first input and based on the mapping between the respective attributes of the unified data model to the corresponding attributes of the second cloud service provider, the second input to a second set of storage instructions native to the second cloud service provider, wherein execution of the second set of storage instructions causes a second resulting logical view of the respective data structures of the computing platform, wherein the second resulting logical view is the same as the first logical view.

Claims3

Dependent claims

A method comprising:

obtaining a unified data model, wherein the unified data model provides a logical view of a plurality of data structures of a computing platform, wherein the computing platform is in communication with a plurality of cloud service providers that each provide respective storage services for the computing platform;
providing an abstraction layer, wherein the abstraction layer maps respective attributes of the unified data model to corresponding attributes of each of the plurality of cloud service providers;
selecting, by the abstraction layer, a first storage scheme of a first cloud service provider of the plurality of cloud service providers;
receiving, from a user, a first input;
translating, by the abstraction layer responsive to the first input and based on the mapping between the respective attributes of the unified data model to the corresponding attributes of the first cloud service provider, the first input to a first set of storage instructions native to the first cloud service provider, wherein execution of the first set of storage instructions causes a first resulting logical view of the data structures of the computing platform;
seamlessly and dynamically switching, by the abstraction layer, from the first storage scheme to a second storage scheme of a second cloud service provider of the plurality of different cloud service providers without notifying the user;
receiving, from the user, a second input, wherein the second input is the same as the first input;
translating, by the abstraction layer responsive to the second input and based on the mapping between the respective attributes of the unified data model to the corresponding attributes of the second cloud service provider, the second input to a second set of storage instructions native to the second cloud service provider, wherein execution of the second set of storage instructions causes a second resulting logical view of the respective data structures of the computing platform, wherein the second resulting logical view is the same as the first logical view.

5 more elements

A method comprising:

accessing a multi-tenant computing platform, wherein the multi-tenant computing platform comprises a plurality of different data structures, wherein each tenant of the multi-tenant computing platform is associated with a respective subset of the plurality of different data structures, and wherein the multi-tenant computing platform is in communication with a plurality of different cloud service providers that each provide respective storage services for the tenants of the multi-tenant computing platform;
obtaining a unified data model for the multi-tenant computing platform, wherein the unified data model provides, for each tenant of the multi-tenant computing platform, a respective logical view of the respective subset of data structures associated with that tenant;
providing an abstraction layer, wherein the abstraction layer maps respective attributes of each cloud service provider to corresponding attributes of the unified data model;
selecting, by the abstraction layer, a first storage scheme of a first cloud service provider of the plurality of different cloud service providers for a particular tenant;
receiving, from the particular tenant, a first input;
translating, by the abstraction layers responsive to the first input and based on the mapping between the respective attributes of the first cloud service provider to the corresponding attributes of the unified data model, the first input to a first set of storage instructions native to the first cloud service provider, wherein execution of the first set of storage instructions causes a first resulting logical view of the respective data structures of the particular tenant;
seamlessly and dynamically switching, by the abstraction layer, the particular tenant from the first storage scheme to a second storage scheme of a second cloud service provider of the plurality of different cloud service providers without notifying the particular tenant;
receiving, from the particular tenant, a second input, wherein the second input is the same as the first input;
translating, responsive to the second input and based on the mapping between the respective attributes of the second cloud service provider to the corresponding attributes of the unified data model, the second input to a second set of storage instructions native to the second cloud service provider, wherein execution of the second set of storage instructions causes a second resulting logical view of the respective data structures of the particular tenant, wherein the second resulting logical view is the same as the first logical view.

6 more elements

A method comprising:

accessing a multi-tenant computing platform, wherein the multi-tenant computing platform comprises a plurality of different data structures, wherein each tenant of the multi-tenant computing platform is associated with a respective subset of the plurality of different data structures, and wherein the multi-tenant computing platform is in communication with a plurality of different cloud service providers that each provide respective storage services for the tenants of the multi-tenant computing platform;
obtaining a unified data model for the multi-tenant computing platform, wherein the unified data model provides, for each tenant of the multi-tenant computing platform, a respective logical view of the respective subset of data structures associated with that tenant;
providing an abstraction layer, wherein the abstraction layer maps respective attributes of each cloud service provider to corresponding attributes of the unified data model;
selecting, by the abstraction layer, a first storage scheme of a first cloud service provider of the plurality of different cloud service providers for a particular tenant;
receiving, from the particular tenant, a first input;
executing, responsive to the first input and based on the mapping between the respective attributes of the first cloud service provider to the corresponding attributes of the unified data model, a first set of storage instructions, the execution causing a first logical data manipulation associated with the respective data structures of the particular tenant and the respective storage services of the first cloud service provider;
switching, by the abstraction layer, the particular tenant from the first storage scheme to a second storage scheme of a second cloud service provider of the plurality of different cloud service providers without notifying the particular tenant;
receiving, from the particular tenant, a second input, wherein the second input is the same as the first input;
executing, responsive to the second input and based on the mapping between the respective attributes of the second cloud service provider to the corresponding attributes of the unified data model, a second set of storage instructions, the execution causing a second logical data manipulation associated with the particular tenant and the respective storage services of the second cloud service provider, wherein the second logical data manipulation is the same as the first logical data manipulation.

6 more elements

Dependencies are inferred from the claim text.

Abstraction across multiple cloud-native datastores

Life of this patent

Abstraction across multiple cloud-native datastores

Life of this patent

Abstract

Claims3