TWI688875B - System for open software defined service of data center and method thereof - Google Patents

Abstract

The present invention discloses a system for open software defined service of data center and a method thereof. The invention uses a template mechanism module for designing and analyzing a service template and a resource template, along with design rules of a process mechanism module for generating an installation process for different requirements. After an installation mechanism module completes the installation, a monitoring mechanism module monitors the results of the installation and the performance of an interfacing equipment to show the performance of the interfacing equipment to the user as a basis for decision analysis.

Description

Open software definition service system and method applied to data center

The invention relates to a mechanism for making software for network installation, in particular to an open software definition service system and method applied to a data center.

In the past, if users needed to set up a virtual data center (Virtual Data Center) or virtual private cloud (Virtual Private Cloud), they often needed to purchase hardware resources, such as network resources, storage equipment resources, network equipment brand resources, etc. The threshold is high and the erection process is time-consuming and cumbersome. Moreover, the traditional data center establishment method is mainly based on equipment. Once the equipment is determined, it cannot be easily changed.

However, the equipment in the cloud computer room is changing with each passing day, but the traditional data center construction process is time-consuming and inconvenient, so the establishment of the traditional data center is no longer in line with the current economic benefits. In addition, the equipment of traditional data centers also lack flexibility in setting up and cannot change with the needs of users. If users want to customize their own data centers or use self-developed software components in the data centers, there are many insurmountable Hinder.

In view of this, how to provide a method that can be completed quickly and easily, and can also be flexible, customized and diversified for users The selected data center is really the goal that people in this technical field are eager to pursue.

The purpose of the present invention is to provide a solution for making network installation software for users to put on their own personal user services, or for users to combine their required services in a description language.

Another object of the present invention is to provide automated verification and testing when users provide their own services, so as to provide relevant test data, so that users can make decision analysis accordingly.

In order to achieve the above or other objectives, the present invention proposes an open software-defined service system for data centers, which includes: a template mechanism module, which analyzes service templates and resource templates and generates a template for installation according to design rules; a process mechanism The module is based on the result of parsing the service template and the resource template based on the template mechanism module, with different processes to generate the corresponding design process; the installation mechanism module is based on the analysis of the template mechanism module The installation template and the design process provided by the process mechanism module, setting the interface device specified in the design process to complete the installation, and the installation mechanism module generating a monitoring notification after the interface device receives the setting message; And the monitoring mechanism module monitors the device performance of the interface device according to the monitoring notification.

In one embodiment, the template mechanism module includes: a template storage unit to store the service template and the resource template; a template design unit to store the design rules; and a template analysis unit to Parse the service template and the resource template.

In another embodiment, the process mechanism module includes: a process control unit, which is used to analyze the service template and the resource template according to the template mechanism module to obtain the number of resources and/or resource characteristics, which is different from the Process collocation to get different design processes; and the process design unit is based on the different design processes generated by the process control unit, and other new design processes are generated when other service templates or resource templates are added.

In yet another embodiment, the installation mechanism module includes: an interface device control unit that is used to read the installation template and execute the installation settings through the interface device specified by the process mechanism module; And the supply and return unit is used to generate and issue the monitoring notification.

In yet another embodiment, the monitoring mechanism module includes: a monitoring device unit that performs monitoring of the interface device when receiving the monitoring notification; and a performance monitoring unit based on the monitoring result of the monitoring device unit Output efficiency report.

The present invention further proposes an open software definition service method applied to a data center, which includes the following steps: parsing a defined service template and resource template, and generating a template for installation according to the defined design rules; based on the service template The analysis results of the resource template are combined with different processes to generate a corresponding design process; according to the design process, the supply and installation of the interface device specified by the design process is performed; and the device performance of the interface device is monitored.

In one embodiment, the step of generating the installation template includes: defining the service name of the service template; loading all the defined service templates and resource templates, and selecting the required service template from the all service templates and resource templates Template and resource template to display the parameters of the required service template and resource template; setting the parameters of the service template; and setting the resource brand in the service template to generate the installation template.

In one embodiment, the step of setting the parameters of the service template further includes: customizing the service template, selecting a resource template corresponding to the customizing service template, and performing analysis of the customizing service template.

In another implementation, the step of setting the parameters of the service template further includes selecting a defined service template, and the defined service template does not need to be analyzed and tested.

In addition, after the installation template is generated, the installation test is performed. The steps include: loading the service template and the resource template, and executing the analysis of the service template and the resource template, thereby generating the installation template or the installation application Interface (API); monitor the installation of the installation template and the results of the installation. When the resource is not completely installed, repeat the analysis of the service template and the resource template, the installation of the installation template and the interface Connect to the monitoring of the equipment until a test report is generated after the resource is fully available for installation.

It can be seen from the above that the present invention can achieve that users can list their services by themselves, or let users combine their required services according to the description language, and when users list their services by themselves, the system provides automated verification and testing to provide relevant test data. So that users can make decision analysis based on this.

1‧‧‧ Open software-defined service system for data center

100‧‧‧template mechanism module

110‧‧‧ Template Analysis Unit

120‧‧‧template design unit

130‧‧‧Template storage unit

200‧‧‧Flow mechanism module

210‧‧‧Process Design Unit

220‧‧‧Process control unit

300‧‧‧ Supply mechanism module

310‧‧‧Interface equipment control unit

320‧‧‧ Supply and return unit

400‧‧‧Monitoring mechanism module

410‧‧‧Monitoring equipment unit

420‧‧‧Efficiency monitoring unit

710~780‧‧‧Flow

810~890‧‧‧Flow

910‧‧‧Service template

920‧‧‧Resource template

930‧‧‧Template

S61~S64‧‧‧Step

Figure 1 is a schematic structural diagram of the system of the present invention applied to an open software definition service system of a data center; Figure 2 is a schematic diagram of the architecture of a template mechanism module of the present invention; Figure 3 is a schematic diagram of the architecture of the process mechanism module of the present invention; Figure 4 is a schematic diagram of the architecture of the supply mechanism module of the present invention; Figure 5 is a schematic diagram of the architecture of the monitoring mechanism module of the present invention; Figure 6 is Step chart of the open software definition service method applied to the data center of the present invention; Figure 7 is a flowchart of the template generation in the open software definition service method of the data center applied to the present invention; Figure 8 is the invention Flow chart for installation testing in the open software definition service method applied to the data center; Figures 9A-9B are examples of service templates and resource templates in the open software definition service system applied to the data center of the present invention.

The technical content of the present invention will be described below with specific specific implementation forms, and those skilled in the art can easily understand the advantages and effects of the present invention from the content disclosed in this specification. However, the present invention can also be implemented or applied by other specific embodiments.

Please refer to FIG. 1, which is a schematic structural diagram of an open software-defined service system of the present invention applied to a data center. The present invention is a management system based on software components, combined with a visual description language method to standardize software-based computing, storage, network resources, virtual data centers and virtual private clouds. As shown in the figure, the open software definition service system 1 of the present invention applied to a data center includes a template mechanism module 100, a process mechanism module 200, a supply mechanism module 300, and a monitoring mechanism module 400.

The template mechanism module 100 stores service templates, resource templates, and Design rules, wherein the template mechanism module parses the service template and the resource template and generates a template for installation according to the design rules. The service template or resource template described herein can be pre-stored or uploaded by the user and stored in the template mechanism module, or the user can design the template through the design rules provided by the template mechanism module to generate the required Template. The template can be parsed before saving to determine whether the template is correct.

The process mechanism module 200 is based on the results of the template mechanism module 100 parsing the service template and the resource template, and collocates different processes to generate a corresponding design process. Since different templates must be provided by different processes, the process mechanism module 200 is used to allocate the installation process corresponding to the service template.

The installation mechanism module 300 is based on the installation template generated by the template mechanism module 100 and the design process provided by the process mechanism module 200 to set the interface device specified by the design process to complete the installation, And the supply mechanism module 300 generates a monitoring notification after the interface device receives the setting message. Specifically, after the service template or the resource template is parsed by the template mechanism module 100, the supply mechanism is allocated by the process mechanism module 200. In the installation procedure, corresponding interface devices are allocated for installation in sequence.

The monitoring mechanism module 400 monitors the device performance of the interface device according to the monitoring notification. After the installation mechanism module 300 is installed, the monitoring mechanism module 400 is used to monitor the installation result, so that the template can complete the installation correctly.

Please refer to FIG. 2, which is a schematic structural diagram of a template mechanism module of the present invention. As shown, the template mechanism module 100 may include templates in implementation The storage unit 130, the template design unit 120, and the template analysis unit 110. The template storage unit 130 can be used to store service templates and resource templates, that is, to store at least one template in advance, and provide a user-selected template during installation. The template design unit 120 is used to store design rules so that users can use design rules to design various service templates according to their needs. In addition, users can set up service templates that meet their needs. The designed service templates can also be stored in the template storage Unit 130. The template analysis unit 110 is used to analyze the stored and designed service templates and resource templates, that is, the pre-stored templates in the template storage unit 130 or user-designed service templates can be analyzed by the template analysis unit 110 In order to produce an analysis result, the analysis result may be the number of resources, resource characteristics, etc.

Please refer to FIG. 3, which is a schematic structural diagram of a process mechanism module of the present invention. As shown in the figure, the process mechanism module 200 may include a process control unit 220 and a process design unit 210. The process control unit 220 is used to analyze the service template and the resource template to obtain the number of resources and/or resource characteristics according to the template mechanism module, and to match with the different processes to obtain different design processes, that is, the process control unit 220. The number of resources and resource characteristics analyzed by the template analysis unit 110 are allocated to different processes for installation. The process design unit 210 is based on different design processes generated by the process control unit 220 to generate other new design processes when other service templates or resource templates are added.

It can be seen from the above that when the user wants to list a resource and needs to use other processes that are different from the system, he needs to design a new process to cooperate, so the process design unit 210 will be used to generate a new process, and the user can To customize the template you need, complete the supplying template by designing the matching process, which makes the invention flexible in implementation. Furthermore, the template design unit 120 (as shown in Figure 2) can use a visual description language to write a template. The template can be divided into a service template and a resource template. The service template describes how many resource templates and the order of installation and resources. The template is the parameters that the user must fill in the system and the device itself. After the resource template is selected, the template design module 120 will generate a complete service template to provide for installation. The template parsing unit 110 can use the values parsed by the service template and the resource template to provide to the process mechanism module 200 to generate a complete installation and testing process. The template design unit 120 uses the template storage unit 130 as a storage tool when writing the template in the description language.

Please refer to FIG. 4, which is a schematic diagram of the architecture of the mounting mechanism module of the present invention. As shown in the figure, the installation mechanism module 300 may include an interface device control unit 310 and an installation reporting unit 320. The interface device control unit 310 is used to read the template of the template analysis unit 110 for installation, and distribute the corresponding interface device through the process control unit 220 to set the installation of the interface device. Therefore, after the template analysis unit 110 completes the analysis of the template, the analyzed installation template is provided to the interface device control unit 310 for installation, and the process control unit 220 allocates the corresponding interface device according to the process in order For installation. The installation reporting unit 320 reports the monitoring notification to the monitoring mechanism module 400 after the interface device of the interface device control unit 310 receives the setting message, that is, the installation reporting unit 320 waits for the interface device to receive the setting message, and then The monitoring mechanism module 400 (as shown in FIG. 5) monitors the device. Further, in the process design unit 210, the system There are different process control methods, and different supply and installation processes need to be designed according to the characteristics of the equipment. For the process control unit 220, multiple resource templates may have multiple supply processes. Using the parameters parsed by the process control unit 220 and the template analysis unit 110, the process is dynamically controlled and all processes are completed.

Please refer to FIG. 5, which is a schematic structural diagram of a monitoring mechanism module of the present invention. As shown in the figure, the monitoring mechanism module 400 includes a monitoring device unit 410 and an efficiency monitoring unit 420. After receiving the monitoring notification, the monitoring device unit 410 monitors the interface device to know whether the setting of the interface device is success or failure. Therefore, when the process assigned by the process mechanism module 200 ends, the monitoring device unit 410 After receiving the notification, you can read the setting message in the reporting unit 320 to know the success or failure of the interface device. At the same time, you can monitor the performance of the interface device, and then know whether the performance of the interface device has changed due to the settings. Good or worse. Finally, the performance monitoring unit 420 produces an efficiency report to provide users as a reference.

In the open software definition service system of the present invention applied to a data center, various resource templates have resource templates corresponding to one or more functions to combine different software components, and then use the description language to associate these software components to generate services. When creating a virtual data center, the system provides independent software developers (ISVs) with self-developed software components. Different software components produce different installation processes. Based on the test data obtained after installation, the resource template is adjusted And resource template parameters or changing software component brands to help software developers understand the performance of software components and adjust the optimal installation. The open software definition of the present invention applied to the data center The service system can also provide general users to self-assemble the services that have been put on the shelf. The service includes one or more software components and dynamic process analysis services to achieve the method of establishing a virtual data center.

Please refer to FIG. 6, which is a step diagram of the open software defined service method applied to the data center of the present invention.

In step S61, the defined service template and resource template are analyzed, and a template for installation is generated according to the defined design rules. The service template or resource template can be pre-stored or uploaded by the user. The user can design the template through design rules so as to generate the required template.

In step S62, according to the analysis results of the service template and the resource template, different processes are combined to generate a corresponding design process. In this step, different templates can be combined with different processes to form different types of installations, so through the combination of templates and processes, a variety of installation processes can be obtained.

In step S63, the supply of the interface device specified in the design process is performed according to the design process. After the service template or the resource template is parsed and matched with the required supply and installation process, the corresponding interface equipment can be provided for installation.

In step S64, the device performance of the interface device is monitored. This step is to monitor the performance of the interface device after installation, so that users can know whether the installation meets expectations.

In an embodiment, the step of generating a template for installation described in step S61 further includes: defining the service name of the service template, loading all the defined service templates and resource templates, and selecting from the all service templates and resource templates Required service template and resource template to show the required service template Parameters of the template and resource template, set the parameters of the service template, and finally, set the resource brand in the service template to generate the installation template.

In the foregoing steps of setting the parameters of the service template, different methods such as self-defined service templates and the use of defined service templates can be provided. Among them, self-defined service templates include custom service templates and selection of resource templates corresponding to the custom service templates. , And execute the analysis and other steps of the customized service template, and select the defined service template, the defined service template does not need to pass the analytical test, you can enter the process of setting the resource brand.

In another embodiment, after the installation template is generated, the installation test can be performed. The steps include: loading the service template and the resource template, and performing analysis on the service template and the resource template to generate the installation template Or install the application program interface (API), and then monitor the installation of the installation template and the results of the installation. When the resource is not completely installed, repeat the analysis of the service template and the resource template, the installation The installation of the template and the monitoring of the interface equipment will generate a test report until the resource has been fully installed.

Please refer to FIG. 7, which is a flowchart of template generation in the open software definition service method of the data center applied to the data center. This further illustrates that the invention uses the description language to generate the template, which can be implemented according to the following process.

In process 710, the service name is defined. That is, when a user needs to put a service template on the shelf, he must first define a new name for the service template.

In process 720, the service and resource templates are loaded. You can choose a custom template or use a template that the system has confirmed to be available to provide a variety of flexible choices. A service template can select multiple resource templates. When the user wants to customize the service template, after setting the new name of the service template, load all With the defined service template and resource template, users can see the service template and the resource templates used by them, which are displayed separately according to the type of service, and display the global parameters or regional parameters that need to be provided in the template for users to evaluate and use.

Then, as mentioned earlier, the service template can be customized or selected already defined.

In the case where the service template is customized, the process 730 is advanced to customize the service template. The user chooses to use a custom service template, and the parameters of this service template can be set through a visual description language.

In process 740, the system selects a resource template. After setting the service template, the resource template needs to select which resource templates need to be included in the service template and set the order of installation.

In process 750, the service template is parsed. The template analysis unit is used to analyze the service template to generate an analysis report. After the analysis of the template is completed, the user is informed whether the selected resource template can be combined. If the analysis result is wrong, it will inform which resources may be in conflict. The user must reselect, that is, return to the process 730, if the analysis result If it is correct, then proceed to process 770 to set the resource brand.

In process 770, the resource brand is set. Different equipment brands can be selected in the resource template. Different equipment brands have different supply parameters and can accept new supply parameters to meet equipment needs. Users can set resource labels on the resource template. Different resource labels may affect performance, functions, and prices. If users want to obtain expected performance results or price considerations, services need to consider the impact of resource labels. Choose a resource brand with more functions, maybe a resource can complete a service. therefore, Provide users can consider based on performance, function and price to choose a solution that is most beneficial to demand.

In addition, in the case where the service template selection has been defined, the process 760 is advanced to select the defined service template. In addition to customizing the service template, users can also choose to store the service template that has been defined and completed in the system. The service template also follows the setting of the relevant resource template. Because it can only be saved as a system service template after installation and testing, it does not need to be After the analytical test, the resource brand is set directly. Therefore, users can choose not to load service and resource templates.

Finally, after the process 770, the process proceeds to the process 780, which is stored as a template to be tested. After the user completes the selection of the resource brand, it can be set as the service template to be tested.

Please refer to FIG. 8, which is a flow chart for installation testing in the open software defined service method applied to the data center of the present invention. The detailed process description is as follows. Please refer to FIGS. 1 and 2 together.

In process 810, the system defines the name of the service offering test. After setting the service template to be put on the shelf, the user enters the template for installation test system, and must define a new name for the test.

In process 820, the service and resource templates are loaded. Load the service template to be tested and its related resource templates.

In process 830, the system parses the service template. Use the template mechanism module 100 to load the tested service template, complete the analysis of the parameters and arrange the resource supply sequence, and start the process module for process control.

In process 840, the system parses the resource template. In the process mechanism module 200 After the flow control is performed, the template analysis unit 110 is notified to perform the first resource template analysis, combined with the resource brand, and replace and automatically generate the parameters described in the description language.

In the process 850, an installation template/application application interface (API) is generated. Obtain the installation template or installation API (URL) specified by the resource template, and integrate with the parameter data generated in the previous step to generate a unique installation template or API data.

In the process 860, the system is installed. The installation template or API data is used for installation through the installation mechanism module 300.

In process 870, the system monitors the installation results. The monitoring mechanism module 400 performs installation and equipment monitoring. Therefore, the template analysis is used to execute the installation through process control, and the equipment performance and the installation results are monitored.

In process 880, it is determined whether there are still resources that are not available for installation. This step is to determine whether there is still a resource template in the process mechanism module 200 that has not yet been installed. If there is, the process control will enter the second resource template and then return to the process 840. If not, the service template has been completed for installation .

In process 890, the system generates a test report. Summarize the monitoring equipment and performance results, and generate a test report to the user, so that the user can choose which template to use to complete the installation. That is, after all resources are installed and installed, the monitoring mechanism module 400 generates a device performance report and an installation report, so that the user can evaluate whether or not to use the defined service template.

As shown in FIGS. 9A-9B, it is an example of service templates, resource templates, and templates in an open software-defined service system applied to a data center of the present invention. It should be noted that this is only an example, and the invention is not limited thereto.

For example, the service template 910 and the resource template 920 can be written in a description language. The service describes resources and connections. The resources describe installation parameters, templates, and installation processes. Among them, the service template 910 describes which services are dependent on which Have those installation parameters and which resources are included, and resource template 920 describes the installation templates and processes used by resources and resource installation parameters, etc. Template 930 describes the resource parameters that need to be filled in the template, but not Limited.

For example, assuming that the system user is a device manufacturer and needs to add new software components or devices on the platform, the user only needs to use the description language provided by the present invention to define the resource template corresponding to the device, and then upload the resource template to the system through the template The storage unit confirms whether the basic description is correct. When the resource template is correctly stored in the system, start the installation test of the new equipment, define a new service template on the platform, select the resource template uploaded before, after parsing the template, select the corresponding equipment brand, you can supply Loading test.

The test results are displayed on the platform to confirm that the installation is complete. If you need to adjust the resource parameters, you can upload them to the system after adjustment and retest. If you complete the test and get the installation results that meet your expectations, you can put this resource on the platform, and the device manufacturer can use the same resource template with a simple description language and flexible test process for different equipment brands, inheriting the same The resource template generates a variety of software components, which can be put on the platform.

In addition, when the system user is a platform manager, a new service needs to be listed on the platform. The user can set a new service name, choose to formulate a new service template, and select a resource template that has been tested from the system. In this analysis, to select a resource label, you can set the price or performance considerations according to the manager, select the corresponding label to bind, and then generate a new service, which starts by analyzing how many resources are in this service, and also controls There will be several resources for installation. Each resource is actually installed by generating an installation script, and a test report is generated from the installation result. The test results can be displayed on the platform, and managers can decide whether the service can be put on the shelf for general users according to whether the requirements can meet the standards.

In summary, compared to the prior art, the open software definition service system and method proposed in the present invention for data centers can provide an open method for third-party manufacturers to develop software components according to the specifications and put them on the shelf. The system can automatically verify the content listed and defined by the manufacturer. The user of the data center can choose the currently available network center template or specific brand equipment, and can adjust and customize it by himself. In addition, the data center can also be provided. User-related test data for users to make decision analysis.

The above-mentioned embodiments only exemplarily illustrate the principle and efficacy of the present invention, and are not intended to limit the present invention. Anyone familiar with this skill can modify and change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the rights of the present invention should be as listed in the scope of patent application mentioned later.

100‧‧‧template mechanism module

200‧‧‧Flow mechanism module

300‧‧‧ Supply mechanism module

400‧‧‧Monitoring mechanism module

Claims (10)

An open software-defined service system applied to a data center, which includes: a template mechanism module, which parses service templates and resource templates and generates an installation template according to design rules, wherein users are provided through the template mechanism module The design rules are used for template design to generate the service template or the resource template, and the template mechanism module is parsed to determine its correctness before the service template or resource template is stored; the process mechanism module is According to the result of parsing the service template and the resource template according to the template mechanism module, corresponding to the diversified installation mechanism and different processes to generate the unique design process of the service template; the installation mechanism module is based on the template mechanism module After analyzing the design template provided by the installation template and the process mechanism module, set the interface device specified in the design process to complete the installation, and the installation mechanism module receives the setting message at the interface device After that, a monitoring notification is generated; and a monitoring mechanism module monitors the performance of the interface device based on the monitoring notification. As described in item 1 of the patent application scope, an open software-defined service system applied to a data center, wherein the template mechanism module includes: a template storage unit for storing the service template and the resource template and managing The resource template corresponds to the installation template; the template design unit is used to store the design rules; and the template analysis unit is to use the established template rules to analyze the Service template and the resource template. As described in item 1 of the patent application scope, an open software-defined service system applied to a data center, wherein the process mechanism module includes: a process control unit, which is used to parse the service template according to the template mechanism module and The number of resources or resource characteristics obtained after the resource template is matched with the different processes to obtain different design processes; and the process design unit is based on the different design processes generated by the process control unit and added to other service templates or resource templates At the same time, other new design processes are generated, so as to generate different processes according to the different content of the template and have originality of the template. As described in item 1 of the patent application scope, an open software definition service system applied to a data center, wherein the installation mechanism module includes: an interface device control unit, which is used to read the installation template, and Through the interface device designated by the process mechanism module, the installation and installation settings are executed; and the installation and return unit is used to generate and issue the monitoring notification. The open software definition service system applied to the data center as described in item 1 of the patent application scope, wherein the monitoring mechanism module includes: a monitoring device unit, which executes the interface device when receiving the monitoring notification Monitoring; and the performance monitoring unit, which generates an performance report based on the monitoring results of the monitoring equipment unit. An open software-defined service method applied to the data center includes the following steps: Analyze the defined service template and resource template, and generate the installation template according to the defined design rules. The user designs the template through the design rule to define the service template or the resource template, and the service template Or the resource template is parsed to determine its correctness before storage; according to the analysis results of the service template and the resource template, different processes are used to generate the corresponding design process; the design process is executed according to the design process Supply and installation of interface equipment; and monitor the equipment performance of the interface equipment. The open software definition service method applied to the data center as described in item 6 of the patent application scope, wherein the step of generating the installation template includes: defining the service name of the service template; loading all the defined service templates and Resource template, select the required service template and resource template from all the service templates and resource templates to display the parameters of the required service template and resource template; set the parameters of the service template; and in the service template Set up a resource brand to generate the installation template. The open software-defined service method applied to the data center as described in item 7 of the patent application scope, wherein the step of setting the parameters of the service template further includes: customizing the service template and selecting resources corresponding to the customizing service template Analysis of the template and execution of the customized service template. Apply to the opening of the data center as described in item 7 of the patent application scope Software defined service method, wherein the step of setting the parameters of the service template further includes selecting a defined service template, the defined service template does not need to be analyzed and tested. The open software definition service method applied to the data center as described in item 7 of the patent application scope, wherein, after the installation template is generated, the installation test is performed. The steps include: loading the service template and the resource template, Perform the analysis of the service template and the resource template to generate the installation template or the application program interface (API); monitor the installation of the installation template and the monitoring of the installation results, when the resource is not completely installed, Repeat the analysis of the service template and the resource template, the monitoring of the installation of the installation template and the interface device until the resource has been completely installed, and a test report is generated.

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