TWI762810B - Network resource provisioning system and network resource provisioning method - Google Patents

Abstract

A network resource provisioning system and a network resource provisioning method are provided. The network resource provisioning method includes: storing state transition information corresponding to a plurality of default state; receiving a service request corresponding to network resource set; setting, after determining to process the service request, a state of an execution procedure of the service request to a processing state; obtaining a state transition function corresponding to the network resource set according to the service request; updating the state transition information according to the state transition function; and configuring the network resource set according to the updated state transition information.

Description

Network resource supply and installation system and network resource supply and installation method

The present invention relates to a network communication technology, and in particular, to a network resource supplying system and a network resource supplying method.

When a customer applies for a network service, the telecommunication operator needs to configure the corresponding network equipment according to the content of the network service applied by the customer, and perform the installation of the network service according to the installation process corresponding to the network service. However, with the development of commerce and the popularization of the Internet, the types of Internet services that telecommunications operators can provide have increased significantly. Under the situation that telecom operators need to continuously introduce new network services, the provisioning process of network services and the configuration of network equipment become more complicated. In addition to consuming a lot of manpower for the management of network service provisioning and installation, the telecom operators will also take a long time to launch new network services, thus delaying the opportunity to enter the market. Therefore, how to propose a provisioning method that can be applied to various new types of network services is one of the goals that those in the art are committed to.

The invention provides a system for supplying and installing network resources and a method for supplying and installing network resources.

The network resource provisioning system of the present invention includes a state machine controller. A state machine controller configured to execute: storing state transition information corresponding to a plurality of preset states; receiving a service request corresponding to a set of network resources; after determining to process the service request, setting the state of the execution program of the service request is a processing state; in response to setting the state as a processing state, obtaining a state transition function corresponding to the network resource set according to the service request; updating the state transition information according to the state transition function; and transitioning according to the updated state transition information Status to configure a collection of network resources.

In an embodiment of the present invention, the plurality of preset states include a configuration setting state and an error compensation processing state, and the step of transferring the state according to the updated state transition information to configure the network resource set includes: when the program is executed While in the configuration setting state, executing the configuration setting corresponding to the set of network resources; and in response to at least one of an error or a timeout occurring while executing the configuration setting, transitioning the state from the configuration setting state to the error compensation Processing status.

In an embodiment of the present invention, the above-mentioned state machine controller is further configured to execute the execution procedure again after waiting for a period of time when the execution procedure is in the error compensation processing state.

In an embodiment of the present invention, the above-mentioned state transition function includes a first state transition function, and the network resource provisioning system further includes a service analysis server. The service analysis server is communicatively connected to the state machine controller and the client database, and the service analysis server uploads the first state transition function to the state machine controller, wherein the state machine controller is further configured to execute: according to the first state transition function updating the state transition information to generate the first state transition information; and transitioning the state according to the first state transition information, including: when the execution program is in the configuration setting state, accessing the client database to determine the data included in the service request Whether the customer information is correct.

In an embodiment of the present invention, the above-mentioned state transition function further includes a second state transition function, and the network resource provisioning system further includes a resource issuing server. The resource billing server is communicatively connected to the state machine controller and the ISP server, and the resource billing server uploads the second state transition function to the state machine controller, wherein the state machine controller is further configured to execute : update the first state transition information according to the second state transition function to generate the second state transition information; and transition the state according to the second state transition information, including: when the execution program is in the configuration setting state, accessing the Internet The service provider server is used to determine whether the network resource set can be used by the client issuing the service request.

In an embodiment of the present invention, the above-mentioned state transition function further includes a third state transition function, and the network resource provisioning system further includes a scheduling server. The scheduling server is communicatively connected to the state machine controller, and the scheduling server uploads a third state transition function to the state machine controller, wherein the state machine controller is further configured to perform: update the second state transition function according to the third state transition function state transition information to generate third state transition information; and state transition according to the third state transition information, wherein the network resource set includes at least one network resource, and the step of transitioning the state according to the third state transition information includes: when the program is executed In the configuration setting state, whether the configuration setting of the at least one network resource needs to be changed is determined according to the service request, and the supply and installation sequence of the at least one network resource is scheduled and the supply and installation method of the at least one network resource is set.

In an embodiment of the present invention, the above-mentioned state transition function further includes a fourth state transition function, and the network resource provisioning system further includes a resource setting server. The resource setting server is communicatively connected to the state machine controller, and the resource setting server uploads a fourth state transition function to the state machine controller, wherein the state machine controller is further configured to perform: updating the third state transition function according to the fourth state transition function state transition information to generate fourth state transition information; and state transition according to the fourth state transition information, including: when the execution program is in the configuration setting state, in response to determining that the configuration setting needs to be changed, according to the supply sequence and supply at least one of the installation methods to configure configuration settings.

In an embodiment of the present invention, the above-mentioned state transition function further includes a fifth state transition function, and the network resource provisioning system further includes a service processing server. The service processing server is communicatively connected to the state machine controller, and the service processing server uploads a fifth state transition function to the state machine controller, wherein the state machine controller is further configured to perform: updating the first state machine controller according to the fifth state transition function Four state transition information to generate fifth state transition information; and transitioning the state according to the fifth state transition information includes: judging whether the configuration setting of the network resource set is completed, and outputting the judgment result.

In an embodiment of the present invention, the above-mentioned state machine controller is further configured to receive multiplexing execution amount and time parameters. The state machine controller judges the number of multiple service requests that the state machine controller can handle simultaneously according to the multiplexing execution amount. The state machine controller determines the time threshold corresponding to the timeout according to the time parameter.

The method for supplying and installing network resources of the present invention includes: storing state transition information corresponding to a plurality of preset states; receiving a service request corresponding to a network resource set; the state is set as the processing state; in response to setting the state as the processing state, obtaining a state transition function corresponding to the network resource set according to the service request; updating the state transition information according to the state transition function; and according to the updated state transition Information transfer state to configure network resource collection.

Based on the above, the system for supplying and installing network resources of the present invention can predefine a plurality of preset states of the state machine for supplying and installing network resources. When a telecom operator wants to add a new network service, the telecom operator only needs to design a new state transition function for the new network service to update the state transition function of the configuration setting state, except for other defaults of the configuration setting state. The state can be followed for the provisioning process of the new web service.

In order to make the above-mentioned features and advantages of the present invention more obvious and easy to understand, the following embodiments are given and described in detail with the accompanying drawings as follows.

FIG. 1 is a schematic diagram illustrating a network resource provisioning system 10 and a client 20 according to an embodiment of the present invention. The network resource provisioning system 10 includes a state machine controller 100 , a service analysis server 200 , a resource billing server 300 , a scheduling server 400 , a resource setting server 500 and a service processing server 600 . The state machine controller 100 is respectively connected to the service analysis server 200 , the resource billing server 300 , the scheduling server 400 , the resource setting server 500 and the service processing server 600 . The service analysis server 200 , the resource billing server 300 , the scheduling server 400 , the resource setting server 500 and the service processing server 600 respectively correspond to different network services.

When a user of a client 20 (for example, a mobile phone, tablet or computer, etc.) wants to apply for a network service, the user can send a service request 21 corresponding to the network service to the network resource provisioning system through the client 20 10. The network resource provisioning system 10 can configure the client 20 with a network resource set corresponding to the service request 21 , wherein the network resource set is, for example, a network device required to implement the network service. For example, if the client 20 sends a service request 21 to the network resource provisioning system 10 to apply for a video on demand (VOD) network service, the network resource provisioning system 10 can be the client 20 configures a video server and one or more routers for managing video-on-demand, so that the client 20 can access the video server through the one or more routers. After being configured by the network resource provisioning system 10 , the viewing authority of the video-on-demand in the video server will be opened for the client 20 .

FIG. 2 is a schematic diagram of the state machine controller 100 according to an embodiment of the present invention. The state machine controller 100 includes a processor 110 , a storage medium 120 and a transceiver 130 .

The processor 110 is, for example, a central processing unit (CPU), or other programmable general-purpose or special-purpose micro control unit (micro control unit, MCU), microprocessor (microprocessor), digital signal processing digital signal processor (DSP), programmable controller, application specific integrated circuit (ASIC), graphics processor (graphics processing unit, GPU), arithmetic logic unit (arithmetic logic unit, ALU) , complex programmable logic device (complex programmable logic device, CPLD), field programmable logic gate array (field programmable gate array, FPGA) or other similar elements or a combination of the above elements. The processor 110 is communicatively connected to the storage medium 120 and the transceiver 130 , and accesses and executes a plurality of modules stored in the storage medium 120 .

The storage medium 120 is, for example, any type of fixed or removable random access memory (random access memory, RAM), read-only memory (ROM), and flash memory (flash memory). , a hard disk drive (HDD), a solid state drive (SSD), or similar components or a combination of the above components for storing a plurality of modules or various application programs executable by the processor 110 . In this embodiment, the storage medium 120 can store a plurality of modules including the marking module 121 , the configuration setting module 122 , and the error compensation module 123 , the functions of which will be described later.

The transceiver 130 transmits and receives signals in a wireless or limited manner. Transceiver 130 may also perform operations such as low noise amplification, impedance matching, frequency mixing, up or down frequency conversion, filtering, amplification, and the like.

The service analysis server 200, the resource billing server 300, the scheduling server 400, the resource setting server 500 and the service processing server 600 respectively have necessary components such as a processor, a storage medium and a transceiver, wherein the processor, The structures, functions, and connection relationships of the storage medium and the transceiver are similar to those of the processor 110, the storage medium 120, and the transceiver 130, respectively, and thus will not be described again.

FIG. 3 illustrates a state diagram of an execution program of the service request 21 , wherein the execution program can be processed by the state machine controller 100 shown in FIG. 2 , according to an embodiment of the present invention. The storage medium 120 of the state machine controller 100 can store a state diagram of the execution program of the service request 21 , wherein the state diagram includes state transition information of a plurality of preset states. Specifically, the state diagram of the execution program of the service request 21 may include a plurality of preset states (or referred to as "" state transition information for the state element").

The processor 110 may be in a standby state when the execution of the service request 21 has not yet started. After the processor 110 receives (event S31 ) the service request 21 corresponding to a network service (or a network resource set of the network service) from the client 200 through the transceiver 130 , the processor 110 will enter the initial state 31 .

When the state of the execution program of the service request 21 is in the initial state 31 , the processor 110 decides whether to process the execution program of the service request 21 . If the processor 110 decides to process (event S32 ) the execution program of the service request 21 , the processor 110 sets the status of the execution program of the service request 21 to the processing state 32 through the markup module 121 . If the processor 110 decides not to process (event S33 ) the execution program of the service request 21 , the processor 110 sets the state of the execution program of the service request 21 to the end state 35 . That is, the execution procedure of the service request 21 will be terminated. The processor 110 may decide whether to process the execution program of the service request 21 according to, for example, its own computing load. For example, if the load of the processor 110 is heavy, the processor 110 may choose not to process the execution program of the service request 21 .

When the state of the execution program of the service request 21 is in the processing state 32, at least one thread representing the processor 110 will process the execution program of the service request 21. Therefore, other threads different from the at least one thread (for example: Another thread of processor 110 (or threads of other processors) will not intervene in the execution of service request 21 . In this way, unnecessary waste of computing resources caused by repeated processing of the same service request 21 can be avoided.

When the state of the execution program of the service request 21 is in the processing state 32, after the processor 110 decides to start executing the configuration settings corresponding to the service request 21, the processor 110 obtains (event S34) corresponding to the service request 21 according to the service request 21 (event S34). The state transition function, and the state of the execution program of the service request 21 is set to the configuration setting state 33. The state transition function corresponding to the service request 21 is the core code that provides the set of network resources related to the service request 21 . Different service requests 21 may correspond to different state transition functions. For example, the provisioning process corresponding to the service request for applying for the video-on-demand network service should be different from the provisioning process corresponding to the service request for applying for the mobile network (such as the number of network devices that need to be set). , type or configuration may be different), so the state transition function will also be different.

In response to different types of service requests 21 , the processor 110 may be different from the service analysis server 200 , the resource billing server 300 , the scheduling server 400 , the resource setting server 500 or the service processing server 600 through the transceiver 130 , etc. The type of server obtains a plurality of state transition functions corresponding to the service request 21 . In this embodiment, the processor 110 may receive the first state transition function corresponding to the service request 21 uploaded by the service analysis server 200 through the transceiver 130 . The processor 110 may receive, through the transceiver 130 , the second state transition function corresponding to the service request 21 uploaded by the resource billing server 300 . The processor 110 may receive the third state transition function corresponding to the service request 21 uploaded by the scheduling server 400 through the transceiver 130 . The processor 110 can receive the fourth state transition function corresponding to the service request 21 uploaded by the resource setting server 500 through the transceiver 130 . The processor 110 may receive the fifth state transition function corresponding to the service request 21 uploaded by the service processing server 600 through the transceiver 130 .

The processor 110 receives a plurality of state transition functions corresponding to the service request 21 uploaded by the service analysis server 200 , the resource billing server 300 , the scheduling server 400 , the resource setting server 500 or the service processing server 600 . Afterwards, the processor 110 may set the state of the execution program of the service request 21 to the configuration setting state 33 . When the state of the execution program of the service request 21 is in the configuration setting state 33 , the processor 110 uses the configuration setting module 122 to perform the first state transition function, the second state transition function, the first state transition function and the first state transition function corresponding to the service request 21 The three state transition functions, the fourth state transition function and the fifth state transition function configure and set the network resource set corresponding to the service request 21 (event S35 ).

FIG. 4 illustrates a state diagram of the configuration setting state 33 according to an embodiment of the present invention. The configuration setting state 33 may include a service analysis state 41 , a resource billing state 42 , a scheduling state 43 , a resource setting state 44 , and a service processing state 45 .

When the state of the execution program of the service request 21 is in the service analysis state 41, the configuration setting module 122 updates the state transition information of the state of the execution program of the service request 21 according to the first state transition function from the service analysis server 200, to generate first state transition information. Next, the configuration setting module 122 can transfer the state of the execution program of the service request 21 according to the first state transfer information. The first state transition information indicates that the configuration setting module 122 can access the external client database communicated with the service analysis server 200 through the service analysis server 200 , and determines (event S41 ) that the service request 21 is in the service request 21 according to the client database. Whether the client information of the client 20 is correct. After judging that the client information of the client 20 is correct, the configuration setting module 122 can set the state of the execution program of the service request 21 as the resource billing state 42 .

When the state of the execution program of the service request 21 is in the resource billing state 42, the configuration setting module 122 updates the first state transition information according to the second state transition function from the resource billing server 300 to generate the second state Transfer information. Next, the configuration setting module 122 can transfer the state of the execution program of the service request 21 according to the second state transfer information. The second state transition information indicates that the configuration setting module 122 can access an external Internet service provider (ISP) server that is in communication with the resource invoicing server 300 through the resource invoicing server 300 , And it is judged according to the ISP server (event S42 ) whether the network resource set corresponding to the service request 21 can be used by the client 200 that issued the service request 21 . After judging that the network resource set corresponding to the service request 21 can be used by the client 200 , the configuration setting module 122 can set the state of the execution program of the service request 21 to the scheduled state 43 .

When the state of the execution program of the service request 21 is in the scheduled state 43 , the configuration setting module 122 can update the second state transition information according to the third state transition function from the scheduling server 400 to generate the third state transition News. Next, the configuration setting module 122 can transfer the state of the execution program of the service request 21 according to the third state transfer information. The third state transition information instructs the configuration setting module 122 to determine whether the configuration setting of one or more network resources in the network resource set corresponding to the service request 21 needs to be changed according to the service request 21 . If the configuration setting module 122 determines that the configuration setting of the network resource needs to be changed, the configuration setting module 122 schedules the supply and installation sequence of the network resource and sets the supply and installation method of the network resource (event S43 ), and sets The state setting module 122 can set the state of the execution program of the service request 21 as the resource setting state 44 . If the configuration setting module 122 determines (event S45 ) that the configuration setting of the network resource does not need to be changed, the configuration setting module 122 may set the state of the execution program of the service request 21 to the service processing state 45 .

When the state of the execution program of the service request 21 is in the resource setting state 44, the configuration setting module 122 can update the third state transition information according to the fourth state transition function from the resource setting server 500 to generate the fourth state transition News. Next, the configuration setting module 122 can transfer the state of the execution program of the service request 21 according to the fourth state transfer information. The fourth state transition information indicates that the configuration setting module 122 can configure (event S44 ) the configuration settings of the network resources according to the aforementioned supply sequence or supply method of the network resources. After configuring the configuration settings of the network resource, the configuration setting module 122 can set the state of the execution program of the service request 21 to the service processing state 45 .

When the state of the execution program of the service request 21 is in the service processing state 45, the configuration setting module 122 can update the fourth state transition information according to the fifth state transition function from the service processing server 600 to generate the fifth state transition News. Next, the configuration setting module 122 can transfer the state of the execution program of the service request 21 according to the fifth state transfer information. The fifth state transition information indicates that the configuration setting module 122 can determine whether the configuration setting of each network resource in the network resource set corresponding to the service request 21 is completed. If the configuration setting of each network resource has been completed, the configuration setting module 122 can output (event S39 ) the judgment result, wherein the state machine controller 100 can display the judgment result through, for example, a display, and the judgment result can indicate each The configuration settings of the network resources have been completed. After outputting the judgment result, the configuration setting module 122 may set the state of the execution program of the service request 21 to the end state 35 , as shown in FIG. 3 .

Returning to FIG. 3 , when the state of the execution program of the service request 21 is in the configuration setting state 33 , an error occurs when the configuration setting module 122 configures the network resource set corresponding to the service request 21 (event S36 ) Or when a timeout occurs (event S37 ), the configuration setting module 122 can set the status of the execution program of the service request 21 to the error compensation processing status 34 . When the execution program of the service request 21 is in the error compensation processing state 34, the processor 110 restarts the execution program of the service request 21 after waiting for a preset period of time (event S38). More specifically, the processor 110 may set the status of the execution program of the service request 21 to the processing status 32 .

In addition to the service request 21 , in some embodiments, the processor 110 may also receive information such as the amount of multiplexing or time parameters through the transceiver 130 . The processor 110 can determine the number of multiple service requests that the state machine controller 100 can handle simultaneously according to the multiplexing amount. For example, if the amount of multiplexing indicates that the state machine controller 100 can process two service requests at the same time, the processor 110 can additionally process another service request received by the transceiver 130 while processing the service request 21, so Said another service request comes from, for example, the client 200 or another client different from the client 200 . On the other hand, the processor 110 may determine the time threshold corresponding to the timeout according to the time parameter. For example, if the time parameter indicates that the time threshold is 20 seconds, the configuration setting module 122 can determine the service request 21 in response to the idle time exceeding 20 seconds when the network resource set corresponding to the service request 21 is configured and set. The execution of the program times out (ie: event S37).

FIG. 5 is a flowchart illustrating a method for supplying and installing network resources according to an embodiment of the present invention, wherein the method for supplying and installing network resources can be implemented by the system 10 for supplying and installing network resources as shown in FIG. 1 . In step S501, state transition information corresponding to a plurality of preset states is stored. In step S502, a service request corresponding to the network resource set is received. In step S503, after it is decided to process the service request, the state of the execution program of the service request is set to the processing state. In step S504, in response to setting the state to the processing state, the state transition function corresponding to the network resource set is obtained according to the service request. In step S505, the state transition information is updated according to the state transition function. In step S506, the state is transferred according to the updated state transfer information to configure the network resource set.

To sum up, the system for supplying and installing network resources of the present invention can predefine a plurality of preset states of the state machine for supplying and installing network resources. The state machine controller can change the state of the service request according to the state transition information of a plurality of preset states, so as to configure the network resource set corresponding to the service request. For different service requests, the state machine controller can update the state transition information of the configuration setting states in the aforementioned multiple preset states according to the state transition functions of the service requests. Therefore, when a telecommunication operator wants to add a new network service, the telecommunication operator only needs to design a new state transition function for the new network service to update the state transition function of the configuration setting state. The default state can be followed for the provisioning process of the new web service.

Although the present invention has been disclosed above by the embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the technical field can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, The protection scope of the present invention shall be determined by the scope of the appended patent application.

10: Network resource supply system 20: Client 21: Service Request 31, 32, 33, 34, 35, 41, 42, 43, 44, 45: Status 100: State Machine Controller 110: Processor 120: Storage Media 121: Marker Module 122: Configuration setting module 123: Error compensation module 130: Transceiver 200: Service Analysis Server 300: Resource Billing Server 400: Schedule Server 500: Resource setting server 600: Service processing server S31, S32, S33, S34, S35, S36, S37, S38, S39, S41, S42, S43, S44, S45: Events S501, S502, S503, S504, S505: Steps

FIG. 1 is a schematic diagram illustrating a network resource provisioning system and a client according to an embodiment of the present invention. FIG. 2 is a schematic diagram of a state machine controller according to an embodiment of the present invention. FIG. 3 is a state diagram illustrating an execution process of a service request according to an embodiment of the present invention. FIG. 4 is a state diagram illustrating a configuration setting state according to an embodiment of the present invention. FIG. 5 is a flowchart illustrating a method for providing network resources according to an embodiment of the present invention.

10: Network resource supply system

20: Client

21: Service Request

100: State Machine Controller

200: Service Analysis Server

300: Resource Billing Server

400: Schedule Server

500: Resource setting server

600: Service processing server

Claims (9)

A system for supplying and installing network resources, comprising: a state machine controller configured to execute: storing state transition information corresponding to a plurality of preset states, wherein the plurality of preset states include configuration setting states; receiving state transition information corresponding to a plurality of preset states; The service request of the network resource collection; after deciding to process the service request, set the state of the execution program of the service request to the processing state; in response to setting the state to the processing state, according to the The service request obtains a state transition function corresponding to the network resource set, wherein the state transition function includes a first state transition function; the state transition information is updated according to the state transition function; The state transition information of the state transfer information to transfer the state to configure the network resource set; and a service analysis server, communicatively connected to the state machine controller and the client database, the service analysis server to upload the first a state transition function to the state machine controller, wherein the state machine controller is further configured to perform: updating the state transition information according to the first state transition function to generate first state transition information; and Transitioning the state according to the first state transition information includes: when the execution program is in the configuration setting state, accessing the customer database to determine whether the customer information included in the service request is not correct. The network resource provisioning system according to claim 1, wherein the plurality of preset states further include error compensation processing states, and the states are transferred according to the updated state transition information to configure The steps of the network resource set include: when the executing program is in the configuration setting state, executing a configuration setting corresponding to the network resource set; and occurring in response to executing the configuration setting At least one of an error or a timeout, the state is transferred from the configuration setting state to the error compensation processing state. The network resource provisioning system of claim 2, wherein the state machine controller is further configured to execute: when the execution program is in the error compensation processing state, after waiting for a period of time Repeat the execution procedure. The network resource provisioning system according to claim 1, wherein the state transition function further includes a second state transition function, and the network resource provisioning system further comprises: a resource issuing server , which is communicatively connected to the state machine controller and the ISP server, and the resource billing server uploads the second state transition function to the state machine controller, wherein the state machine controls The processor is further configured to perform: update the first state transition information according to the second state transition function to generate second state transition information; and Transitioning the state according to the second state transition information includes: when the execution program is in the configuration setting state, accessing the ISP server to determine the network resource set Whether it can be used by the client making the service request. The network resource provisioning system according to claim 4, wherein the state transition function further includes a third state transition function, and the network resource provisioning system further comprises: a scheduling server, communicatively connected to the state machine controller, the scheduling server uploads the third state transition function to the state machine controller, wherein the state machine controller is further configured to perform: according to the first A three-state transition function updates the second state transition information to generate third state transition information; and transitions the state according to the third state transition information, wherein the network resource set includes at least one network resource, And the step of transitioning the state according to the third state transition information includes: when the execution program is in the configuration setting state, judging the configuration of the at least one network resource according to the service request Whether the setting needs to be changed, the provisioning sequence of the at least one network resource is scheduled, and the provisioning method of the at least one network resource is set. The network resource provisioning system according to claim 5, wherein the state transition function further includes a fourth state transition function, and the network resource provisioning system further comprises: a resource setting server, communicatively connected to the state machine controller, the resource setting server uploading the fourth state transition function to the state machine controller, wherein the state machine controller is further configured to execute : update the third state transition information according to the fourth state transition function to generate fourth state transition information; and transition the state according to the fourth state transition information, including: when the execution program is in the When in the configuration setting state, in response to determining that the configuration setting needs to be changed, the configuration setting is configured according to at least one of the supplying sequence and the supplying method. The network resource provisioning system according to claim 6, wherein the state transition function further includes a fifth state transition function, and the network resource provisioning system further comprises: a service processing server, In communication with the state machine controller, the service processing server uploads the fifth state transfer function to the state machine controller, wherein the state machine controller is further configured to perform: according to the fifth state machine controller The state transition function updates the fourth state transition information to generate fifth state transition information; and transitioning the state according to the fifth state transition information includes: judging whether the network resource set is completed Configuration settings, and output judgment results. The network resource provisioning system of claim 2, wherein the state machine controller is further configured to receive: Multiplexing execution amount, the state machine controller judges the number of multiple service requests that can be processed simultaneously by the state machine controller according to the multiplexing execution amount; and a time parameter, the state machine controller according to the The time parameter determines the time threshold corresponding to the timeout. A method for supplying and installing network resources, comprising: storing state transition information corresponding to multiple preset states, wherein the multiple preset states include configuration setting states; receiving a service request corresponding to a set of network resources; After processing the service request, set the state of the execution program of the service request to the processing state; in response to setting the state to the processing state, obtain the network resource corresponding to the service request according to the service request a set of state transition functions, wherein the state transition functions include a first state transition function; update the state transition information according to the state transition function; and transition the state according to the updated state transition information To configure the network resource set, wherein the step of updating the state transition information according to the state transition function includes: updating the state transition information according to the first state transition function to generate first state transition information , wherein the step of transferring the state to configure the network resource set according to the updated state transition information includes: Transitioning the state according to the first state transition information includes: when the execution program is in the configuration setting state, accessing a client database to determine whether the client information included in the service request is correct.

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