TWI591488B - Intelligent supply of resources to distribute modules and cloud services for the installation system - Google Patents

Description

Intelligent supply resource distribution module and its cloud service supply system

The invention relates to a cloud service provisioning technology, in particular to a smart supply resource distribution module and a cloud service supply system thereof, which can be installed according to the weight of the service type.

As the demand for cloud computing services continues to increase at the enterprise end, cloud operators have introduced a number of cloud services for enterprise adoption. When the cloud industry adds or replaces services, it is necessary to apply for and refund the services for each service. This makes the current cloud service system only have to bear a huge workload when it comes to service provisioning.

In addition, since the cloud service installation system of today's cloud service installation system is set in order, and the order of supply cannot be arranged for the importance of each service supply, the cloud service supply system is completed even if it is installed. Homework, still can not meet the needs of users in a timely manner.

In summary, how to provide a technical solution that can improve the lack of a conventional supply system is a technical problem that needs to be solved in the field.

In order to solve the problems disclosed above, the object of the present invention is to provide a technical solution that can be installed according to the weight of the service type.

In order to achieve the above object, the present invention provides a smart distribution resource distribution module, and the foregoing module is applied to a cloud service supply system, and includes a supply resource component and a supply device. Resource step components, supply resource management components, supply resource dispatch components, and resource weight computing components. The aforementioned provisioning resource process component is used to obtain the supply process. The supply resource step component is used to perform the work corresponding to the steps in the supply process. The supply resource management and control component controls the supply resources. The resource weight computing component provides the weight of the supply resource so that the provisioning resource management component is weighted to manage the provisioning resource, and then configures the provisioning resource dispatching component to distribute the supply resource.

To achieve the above object, the present invention provides a cloud service provisioning system. The system It includes a client interface, an order processing module, the aforementioned intelligent provisioning resource dispatching module, a cloud physical resource layer, and a supply process module. The client interface provides the client to set cloud service requirements. The order processing module converts cloud service requirements into service orders. The supply process module transmits the service order to the intelligent supply resource dispatching module to set the service for the assembly decision and assign the cloud entity resource layer for the supply.

In summary, the intelligent distribution resource distribution module of the present invention and the cloud thereof are applied The service provisioning system can be installed according to the weight of the service, which can effectively improve the installation efficiency of the cloud service.

1‧‧‧Cloud Service Provisioning System

11‧‧‧Client interface

12‧‧‧ Order Processing Module

13‧‧‧Supply process module

14‧‧‧ Cloud entity resource layer

15‧‧‧Smartized supply resource distribution module

151‧‧‧Supply resource component

152‧‧‧Supply resource step components

153‧‧‧Supply resource control components

154‧‧‧Supply resources distribution components

155‧‧‧Resource weight computing component

16‧‧‧Transport interface

2‧‧‧Database

1 is a block diagram of a cloud service provisioning system according to an embodiment of the present invention.

2 is a block diagram of a smart supply resource dispatching module according to another embodiment of the present invention.

FIG. 3 is a necessary resource distribution process of the cloud service provisioning system of the present invention.

FIG. 4 is a flow chart showing the operation of the smart supply resource dispatching module of the present invention applied to the cloud service system.

Specific embodiments will be described below to illustrate embodiments of the invention, but It is not intended to limit the scope of the invention as claimed.

Please refer to FIG. 1, which is a block diagram of a cloud service providing system 1 of the present invention. before The system includes: a client interface 11, an order processing module 12, a supply process module 13, a cloud entity resource layer 14, an intelligent provisioning resource dispatch module 15, and a maintenance interface 16. The aforementioned cloud service provisioning system 1 provides cloud services such as virtual machine services, firewall services, or load balancers.

During operation, the user can select the number of cloud services and specifications from the client interface 11. With the state of the loading action, the cloud service provisioning system 1 transmits the user demand to the order processing module 12 to retain its consumption record and authenticate. Next, the order processing module 12 converts the user requirements into a service order format and transmits it to the provisioning process module 13. The provisioning process module 13 first transmits the service order to the intelligent provisioning resource dispatching module 15 to provide a resource allocation decision. The intelligent provisioning resource dispatching module 15 determines which loading procedure is initiated and what kind of provisioning logic resources are assigned according to the service specification of the order. Then, the intelligent supply resource distribution module 15 writes the distribution supply resource into the order and transmits it to the supply process module 13. The loading process module 13 and the order requirements are sequentially transmitted to the cloud physical resource layer 14 for loading. The cloud entity resource layer 14 will immediately return the loading status to the loading process module 13, and the loading process module 13 will return the result to the order processing module 12, and the result will be reflected by the order processing module 12 to the customer. The interface 11 and the maintenance interface 16 provide the user with instant access to the provisioning resources.

Please refer to FIG. 2 , which is a block of the smart distribution resource distribution module 15 of the present invention. Figure. The aforementioned module includes a supply resource flow component 151, a supply resource step component 152, a supply resource management component 153, a supply resource dispatch component 154, and a resource weight computing component 155. The supply resource step component 152 is connected to the supply resource flow component 151 and the supply resource management component 153, and the supply resource management component 153 further connects the supply resource dispatch component 154 with the resource weight computing component 155. The aforementioned intelligent provisioning resource distribution module 15 is designed for application to the Infrastructure as a Service (IaaS).

The provisioning resource process component 151 is configured to obtain a current service resource dispatching process. for The resource step component 152 is configured to perform the work represented by the current step, and the resource resource management component 153 is configured to control the state of the supply resource. The resource weight computing component 155 is configured to calculate the weight of the supply resource, and the resource control component 153 is provided. According to the weight calculation, as the basis of the management resources, it is determined that the distribution resource is introduced into the supply resource dispatching component 154 for distributing resources.

Please refer to Figure 3, which shows that before the cloud service installation system 1 is officially launched, the new The smart resource provisioning resource distribution module 15 has the necessary resource distribution process, and through the following four steps to construct the necessary resources of the supply resource process component 151, the distribution process, and the construction of the supply resource step component 152 necessary resources to distribute The process, the process of constructing the necessary resource distribution component of the provisioning resource management component 153, and the process of constructing the resource allocation component 155 for the necessary resource distribution.

The process S101 for constructing the necessary resource distribution component of the provisioning resource process component 151: This step is a pre-operation for the smart resource provisioning resource distribution module 15 to be successfully operated by the provisioning resource process component 151. In order to satisfy the cloud service provisioning system 1 after the official online launch, at least one cloud service can be provided, and the database (the N service type) can be provided in the database 2 to provide the provision of a plurality of (N kinds) cloud services that can be provided after the online service is scheduled to be online. Service specification, where N is a positive integer and N 1. After the installation service specification is set, the system sets the six types of supply resources required for the cloud service installation system 1 in the database 2 according to the user's needs, including: pre-rent period, post-rent period, and pre-transaction period. , post-transition time period, pre-demolition time period, and post-demolition time period. Then, according to the cloud service provisioning service specification and the supply resource period successfully set in the database 2, the M process steps that the cloud service provisioning system 1 can provide are set in the database 2, where M is a positive integer and 1 M 6N.

The process S102 of constructing the supply resource step component 152 and the necessary resource distribution is performed: this step is a pre-operation that the supply resource step component 152 of the smart supply resource distribution module 15 can successfully run. First, in the execution workflow defined by the supply resource flow component 151, the corresponding X supply steps are set in the database 2, where X is a positive integer and X 1.

The process S103 for constructing the necessary resource distribution of the supply resource management component 153: this step is a pre-operation for the smart resource provisioning resource distribution module 15 to successfully run the resource management component 153. The system shall set Y resource specification items in the database 2 according to all the process steps established by the process of constructing the necessary resources for the supply resource step component 152, where Y is a positive integer and Y 1.

Construction resource weighting operation component 155 necessary resource distribution process S104: this step The pre-job operation that the resource weighting operation component 155 of the smart distribution resource distribution module 15 can successfully run. Based on the specification items defined by the supply resource management component 153 and the cloud service provision service specifications provided by the cloud service installation system 1, the weights and calculation models of the corresponding specification items are set in the database 2.

Please refer to FIG. 4 , which is an application of the intelligent distribution resource distribution module 15 of the present invention. Operation flow chart of the cloud service system. In the operation flow, the supply resource flow component 151 determines the supply resource flow to which the service belongs, the supply resource step component 152 determines the supply resource required for the step, and the supply resource management component 153 determines the weighting item of the supply resource, The resource weight computing element 155 calculates the supply weight, and the supply resource management component 153 determines the supply resource and the supply resource dispatch component 154 to distribute the supply resource.

After the cloud service installation system 1 is officially launched, the user can access the client interface 11 The cloud service quantity and specification requirements are submitted, and the order processing module 12 is converted into a cloud service supply demand order (S201) and transmitted to the intelligent supply resource distribution module 15. The intelligent provisioning resource distribution module 15 interacts with the necessary parameters that have been set as shown in FIG. 3, and can dynamically determine the cloud service provisioning resource flow, and can immediately report the current supply resource status to the client interface 11 and The terminal interface is 16.

The provisioning resource process component 151 determines the supply resource flow to which the service belongs. S202: This decision is made through the provisioning resource flow component 151. The provisioning resource process component 151 receives the cloud service provisioning demand order and parses the included service specification and action status information, and allocates the necessary resources from the build resource flow component 151 to the database S101 for each set in the database 2 In the process, the only process that matches the current cloud service resource provisioning is selected. If an error occurs in the process of obtaining a unique process, the error message is returned to the maintenance interface 16.

The provisioning resource step component 152 (S203) determines the required supply resources for the step S204: This decision is made through the provisioning resource step component 152. The provisioning resource step component 152 extracts the loading and unloading step according to the current cloud service provisioning process, and the flow of the necessary resource distribution from the constructing the provisioning resource step component 152 is set in the loading step set by the database 2 belonging to the process, and the current step is obtained. Supply resource project. If an error occurs in the process of obtaining the resource item for this step, the error message is returned to the maintenance interface 16.

The supply resource management component 153 determines the weighting item S205 of the supply resource: this decision The policy is achieved through the supply resource management component 153. The supply resource management component 153 first obtains the weighted item S206 of the supply resource based on the current supply resource item and the association established in the database 2 by the process S103 of the necessary resource distribution of the supply resource management component 153. If an error is encountered in the process of obtaining the weighted item, the error message is returned to the maintenance interface 16.

The resource weighting operation component 155 calculates the supply weight S207: this decision system is based on The source weight computing element 155 is achieved. The resource weight computing element 155 first calculates the operation model set in the database 2 in accordance with the flow S weighting process S104 in accordance with the supply service specification, and the weight calculation model calculates each of the supply resource weight parameters. When the process of obtaining the weight parameter encounters an error, the error message is reported to the maintenance interface 16.

The supply resource management component 153 determines the supply resource S208: this decision is made through The resource management component 153 is completed. After the resource weight computing component 155 computes the weighting parameters, the provisioning resource management component 153 determines the provisioning resource in accordance with the weighting parameters. If the provisioning resource management component 153 cannot determine the supply resource, an error message is reported to the maintenance interface 16.

The supply resource dispatching component 154 distributes the supply resource S209: this decision is made through The resource dispatch component 154 is reached. The provisioning resource dispatching component 154 specifically deals with problems encountered in the distribution of resources, such as IP resource robbing, resource state setting, and the like. If the provisioning resource dispatch component 154 successfully dispatches the resource, the cloud physical resource layer 14S210 will be called. If there is an error in the distribution of resources, the provisioning resource dispatching component 154 will have an automatic resend mechanism, and the resend delivery instruction will be correctly dispatched to the provisioning resource. If the resource is successfully dispatched in the end, the provisioning resource dispatching component 154 will report the error message to the maintenance interface 16S211.

The cloud service provisioning system 1 and the intelligent supply resource distribution module 15 The interface, the module resource layer, and the like can be a software computing module. The software computing module can be implemented by ASP, C/C++/C#, JAVA, Python, PHP, Perl, etc., but the category of the programming language is not limited.

The above detailed description is specific to one of the possible embodiments of the present invention, This embodiment is not intended to limit the scope of the invention, which is not to be Equivalent implementations or changes shall be included in the scope of the patent in this case.

15‧‧‧Smartized supply resource distribution module

151‧‧‧Supply resource component

152‧‧‧Supply resource step components

153‧‧‧Supply resource control components

154‧‧‧Supply resources distribution components

155‧‧‧Resource weight computing component

2‧‧‧Database

Claims (10)

An intelligent supply resource distribution module is applied to a cloud service supply system, comprising: a supply resource process component, obtaining a supply process; a supply resource step component, connecting the supply resource process component, the supply resource The step component performs the work corresponding to the steps in the supply process; the resource control component is connected to the supply resource step component, the supply resource management component controls the supply resource; the supply resource dispatch component; and the resource weight An arithmetic component, connected to the supply resource management component, wherein the resource weight computing component provides a supply resource weight, so that the supply resource management component is weighted to manage the supply resource, and then the supply resource dispatch component is configured to distribute the resource Supply resources. The smart supply resource distribution module of claim 1, wherein the supply resource component is configured to provide a cloud service service specification and a supply resource period before the cloud service installation system is online. A plurality of process steps are provided in accordance with the supply service specification and the supply resource period. The intelligent supply resource distribution module according to claim 2, wherein the period of the supply resource period includes a pre-rent period, a post-rent period, a pre-transaction period, a post-transition period, a pre-demolition period, or a post-demolition period. Time period. The smart supply resource distribution module of claim 2, wherein the supply resource step component is configured according to the supply process to set a corresponding supply step before the cloud service installation system is online. The smart supply resource distribution module according to claim 1, wherein the supply resource management component is further Set a plurality of resource specification items before the cloud service installation system goes online. The smart supply resource distribution module according to claim 5, wherein the resource weight computing component is further provided according to the resource specification items and the cloud service provided by the cloud service provisioning system before the cloud service installation system is online. The service specification is set to set the weight and calculation model of the corresponding specification item. The intelligent provisioning resource dispatching module described in claim 1 is applied to the cloud infrastructure as a service (IaaS). A cloud service provisioning system, comprising: a client interface, providing a client to set a cloud service requirement; an order processing module connecting the client interface, the order processing module converting the cloud service requirement into a service order; The intelligent supply resource distribution module according to any one of items 1 to 7, the cloud physical resource layer, the supply process module, the connection processing module, the intelligent supply resource distribution module, and the cloud entity The resource layer, the supply process module transmits the service order to the intelligent supply resource distribution module to set a service for the assembly decision and assign the cloud entity resource layer for installation. The cloud service provisioning system of claim 8, wherein the cloud service demand selection includes a cloud service quantity, a supply specification, or a supply operation status. The cloud service provisioning system of claim 8, further comprising a maintenance interface connected to the order processing module, wherein the cloud entity resource module feeds the processing result to the dimension via the supply process module The server interface provides instant query provisioning resources.