CN107333332B - Method for distributing access type communication service resource by using prefabricated rule - Google Patents
Method for distributing access type communication service resource by using prefabricated rule Download PDFInfo
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- CN107333332B CN107333332B CN201710598056.5A CN201710598056A CN107333332B CN 107333332 B CN107333332 B CN 107333332B CN 201710598056 A CN201710598056 A CN 201710598056A CN 107333332 B CN107333332 B CN 107333332B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/53—Allocation or scheduling criteria for wireless resources based on regulatory allocation policies
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- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/16—Discovering, processing access restriction or access information
Abstract
The invention relates to the technical field of communication, and discloses a method for distributing access type communication service resources by using a prefabricated rule. In the invention, a rule pool and a prefabricated policy rule are introduced to be responsible for controlling and managing the access type communication service resources in each process link, so that the product service of the access type communication can drive a service scene by the process or the data, link circulation and self-configuration logic are realized, the aims of reusability, transportability, visualization and configuration of the link and the data are fulfilled, the scheduling and configuration of a complex scene can be completed by a combined assembly mode, and the sustainable popularization of the self-configuration logic of the access type communication service is facilitated.
Description
Technical Field
The present invention relates to the field of communications technologies, and in particular, to a method for allocating access type communication service resources using a pre-established rule.
Background
In the access type communication service order processing process, due to the complexity of the service scene and the diversification of local requirements, most of the service processes and automatic configuration logics in the access type communication service resource configuration link are developed in a hard coding solidification mode, so that subsequent code readability, maintainability and reusability are very poor, for example, for relevant rules in the service processes and the automatic configuration logics, the following limitations mainly exist: (1) all the rules adopt a mode of completely overlapping by a process, so that the priority among the rules is excessively dependent on the position in the procedural coding; (2) there is no clear boundary between the rules, the coupling is serious, the maintenance is difficult, and the whole body is driven by one movement; (3) the rules are solidified in a hard coding mode and cannot be dynamically adjusted through a configuration mode; (4) because of the high coupling between the rules, the transplantation can not be realized basically, and the industrialization requirement can not be met.
Disclosure of Invention
In view of the foregoing problems in the prior art, the present invention provides a method for allocating access-type communication service resources using pre-established rules.
The technical scheme adopted by the invention provides a method for distributing access type communication service resources by using a prefabricated rule, which comprises the following steps:
aiming at each flow link in the access type communication service order processing process, the access type communication service resource is distributed according to the following steps:
s101, matching and acquiring corresponding link driving prefabrication rule information from a first rule pool according to first condition parameter information corresponding to the access type communication service order in a process link, wherein the link driving prefabrication rule information which corresponds to the first condition parameter information one by one and is customized in advance is stored in the first rule pool;
s102, judging the type of the process link according to the link driving prefabrication rule information, if the process link is judged to be newly configured, executing the step S103, if the process link is judged to be reused, directly configuring the access type communication service resources allocated at the previous time, then finishing the processing of the process link, if the process link is judged to be released, releasing the configured access type communication service resources, and then finishing the processing of the process link;
s103, matching and acquiring corresponding abnormal verification prefabrication rule information from a second rule pool according to second condition parameter information corresponding to the access type communication service order in a flow link, wherein the second rule pool stores the abnormal verification prefabrication rule information which is one-to-one corresponding to the second condition parameter information and is customized in advance;
s104, judging whether the newly-configured process link meets the abnormal checking rule or not according to the abnormal checking prefabricated rule information, if not, executing the step S105, otherwise, entering a manual distribution mode, and finishing the processing of the process link after finishing the manual distribution of the access type communication service resources;
s105, matching and acquiring corresponding resource multiplexing prefabricated rule information from a third rule pool according to third condition parameter information corresponding to the access type communication service order in a process link, wherein the third rule pool stores the resource multiplexing prefabricated rule information which is one-to-one corresponding to the third condition parameter information and is customized in advance;
s106, judging whether the newly-configured process link meets the resource multiplexing rule or not according to the resource multiplexing prefabricated rule information, if not, executing the step S107, otherwise, configuring the previously-allocated access type communication service resource, and then finishing the process of the process link;
s107, according to fourth condition parameter information corresponding to the access type communication service order in a process link, matching and acquiring corresponding automatic configuration prefabrication rule information from a fourth rule pool, wherein the fourth rule pool stores the automatic configuration prefabrication rule information which is one-to-one corresponding to the fourth condition parameter information and is customized in advance;
and S108, distributing access type communication service resources according to the information of the automatic configuration prefabrication rule, and then finishing the processing of the flow link.
Optimally, after receiving the access type communication service order, starting a service process engine, and sequentially processing each process link in the access type communication service order processing process according to the steps S101 to S108.
Further optimally, after all the process links are processed, the service process engine is terminated, then the processing result of each process link is loaded into the access type communication service receipt corresponding to the access type communication service order, and finally the access type communication service receipt is transmitted to the access type communication service opening platform.
Preferably, the first condition parameter information includes any one or any combination of process link name information, service product name information, access mode information, service scenario information, and service action attribute information.
Preferably, the second condition parameter information includes any one or any combination of process link name information, service product name information, access mode information, service scenario information, and service action attribute information.
Preferably, the third condition parameter information includes any one or any combination of process link name information, service product name information, access mode information, service scenario information, and service action attribute information.
Preferably, the fourth condition parameter information includes any one or any combination of process link name information, service product name information, access mode information, service scenario information, and service action attribute information.
And optimally, enabling the condition parameter information in the corresponding rule pool to correspond to the prefabricated rule information one by one in the first rule pool, the second rule pool, the third rule pool or the fourth rule pool according to a parameter set enumeration mode.
In summary, the method for allocating access type communication service resources by using the pre-established rules provided by the present invention has the following beneficial effects: (1) the method has the advantages that a rule pool and a prefabricated strategy rule are introduced to be responsible for controlling and managing access type communication service resources in each process link, so that the product service of access type communication can drive service scenes by processes or data, link circulation and self-configuration logic are realized, the aims of reusability, transportability, visualization and configuration of the links and the data are fulfilled, the scheduling and configuration of complex scenes can be completed in a combined assembly mode, and the sustainable popularization of the self-configuration logic of the access type communication service is facilitated; (2) the method can not only realize the separation of the rule data and the service scene from the system structure, but also reduce the logic hard coding, reduce the tight coupling of the rule and improve the rule portability from the development and realization, and also realize the readability and the manageability of the rule from the perception of customers and greatly improve the expandability of the rule; (3) because the relevant rules in the process of flow link processing have the characteristics of datamation, loose coupling, portability and the like, the rules can be further quickly defined, quickly adjusted and changed, the quick landing of product popularization can be easily realized, and the method is convenient for practical popularization and application.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic flow chart of allocating access type communication service resources in a flow link according to the present invention.
Detailed Description
The method for allocating access-type communication service resources using pre-established rules according to the present invention will be described in detail below by way of example with reference to the accompanying drawings. It should be noted that the description of the embodiments is provided to help understanding of the present invention, but the present invention is not limited thereto.
The term "and/or" herein is merely an association describing an associated object, meaning that three relationships may exist, e.g., a and/or B, may mean: a exists alone, B exists alone, and A and B exist at the same time, and the term "/and" is used herein to describe another association object relationship, which means that two relationships may exist, for example, A/and B, may mean: a alone, and both a and B alone, and further, the character "/" in this document generally means that the former and latter associated objects are in an "or" relationship.
Example one
Fig. 1 shows a flow diagram for allocating access type communication service resources in a flow link according to the present invention.
The method for allocating access-type communication service resources by using the pre-established rules provided by the embodiment includes: aiming at each flow link in the access type communication service order processing process, the access type communication service resources are distributed according to the following steps.
S101, matching and obtaining corresponding link driving prefabrication rule information from a first rule pool according to first condition parameter information corresponding to the access type communication service order in a process link, wherein the link driving prefabrication rule information which corresponds to the first condition parameter information one by one and is customized in advance is stored in the first rule pool.
In step S101, the access-type communication service order is an access-type communication service request from an applicant, such as an internet access service request or a telephone network access service request, which may include, but is not limited to, any one of or any combination of service product name information (e.g., broadband service, telephone service, etc.), access mode information (e.g., telephone line access, optical fiber access, etc.), service scenario information (e.g., business district, residential district, etc.), and service action attribute information (e.g., automatic access, manual access, etc.). The first condition parameter information may include, but is not limited to, any one of or any combination of information such as process link name information, service product name information, access mode information, service scenario information, and service action attribute information. The link driving prefabrication rule information is digitalized information obtained by highly abstracting a link driving prefabrication rule strategy (manually made), and corresponds to the first condition parameter information in a parameter set enumeration mode.
S102, judging the type of the process link according to the link driving prefabrication rule information, if the process link is judged to be newly configured, executing the step S103, if the process link is judged to be a multiplexing process link, directly configuring the access type communication service resource allocated at the previous time, then finishing the processing of the process link, if the process link is judged to be released, releasing the configured access type communication service resource, and then finishing the processing of the process link. In the S102, the access type communication service resource may include, but is not limited to, resources including an access port number, a channel, and a bandwidth.
And S103, matching and acquiring corresponding abnormal verification prefabrication rule information from a second rule pool according to second condition parameter information corresponding to the access type communication service order in a flow link, wherein the second rule pool stores the abnormal verification prefabrication rule information which is one-to-one corresponding to the second condition parameter information and is customized in advance.
In step S103, the second condition parameter information may include, but is not limited to, any one of or any combination of information such as process link name information, service product name information, access method information, service scenario information, and service action attribute information. The abnormal verification prefabrication rule information is digitalized information obtained by highly abstracting an abnormal verification prefabrication rule strategy (made manually), and corresponds to the second condition parameter information in a parameter set enumeration mode.
S104, judging whether the newly-configured process link meets the abnormal checking rule or not according to the abnormal checking prefabricated rule information, if not, executing the step S105, otherwise, entering a manual distribution mode, and finishing the process of the process link after finishing the manual distribution of the access type communication service resources.
And S105, matching and acquiring corresponding resource multiplexing prefabricated rule information from a third rule pool according to third condition parameter information corresponding to the access type communication service order in a process link, wherein the third rule pool stores the resource multiplexing prefabricated rule information which is one-to-one corresponding to the third condition parameter information and is customized in advance.
In the step S105, the third condition parameter information may include, but is not limited to, any one of or any combination of information such as process link name information, service product name information, access method information, service scenario information, and service action attribute information. The resource reuse prefabrication rule information is digitalized information obtained by highly abstracting a resource reuse prefabrication rule strategy (manually made), and corresponds to the third condition parameter information in a parameter set enumeration mode.
S106, judging whether the new configuration process link meets the resource multiplexing rule according to the resource multiplexing prefabricated rule information, if not, executing the step S107, otherwise, configuring the access type communication service resource allocated at the previous time, and then finishing the processing of the process link.
S107, according to fourth condition parameter information corresponding to the access type communication service order in the process link, corresponding automatic configuration prefabrication rule information is obtained in a matching mode from a fourth rule pool, wherein the fourth rule pool stores the automatic configuration prefabrication rule information which is one-to-one corresponding to the fourth condition parameter information and is customized in advance.
In step S107, the third condition parameter information may include, but is not limited to, any one of or any combination of information such as process link name information, service product name information, access method information, service scenario information, and service action attribute information. The automatic configuration prefabrication rule information is digital information obtained by highly abstracting an automatic configuration prefabrication rule strategy (manually made), and corresponds to the fourth condition parameter information one by one in a parameter set enumeration mode.
And S108, distributing access type communication service resources according to the information of the automatic configuration prefabrication rule, and then finishing the processing of the flow link.
Optimally, after receiving the access type communication service order, starting a service process engine, and sequentially processing each process link in the access type communication service order processing process according to the steps S101 to S108. Further optimally, after all the process links are processed, the service process engine is terminated, then the processing result of each process link is loaded into the access type communication service receipt corresponding to the access type communication service order, and finally the access type communication service receipt is transmitted to the access type communication service opening platform.
In summary, the method for allocating access type communication service resources by using the pre-established rules provided by the embodiment has the following beneficial effects: (1) the method has the advantages that a rule pool and a prefabricated strategy rule are introduced to be responsible for controlling and managing access type communication service resources in each process link, so that the product service of access type communication can drive service scenes by processes or data, link circulation and self-configuration logic are realized, the aims of reusability, transportability, visualization and configuration of the links and the data are fulfilled, the scheduling and configuration of complex scenes can be completed in a combined assembly mode, and the sustainable popularization of the self-configuration logic of the access type communication service is facilitated; (2) the method can not only realize the separation of the rule data and the service scene from the system structure, but also reduce the logic hard coding, reduce the tight coupling of the rule and improve the rule portability from the development and realization, and also realize the readability and the manageability of the rule from the perception of customers and greatly improve the expandability of the rule; (3) because the relevant rules in the process of flow link processing have the characteristics of datamation, loose coupling, portability and the like, the rules can be further quickly defined, quickly adjusted and changed, the quick landing of product popularization can be easily realized, and the method is convenient for practical popularization and application.
As described above, the present invention can be preferably realized. It would be highly desirable to those skilled in the art, given the teachings of the present invention, to devise various ways of allocating resources of an access-type communication service using pre-formed rules without the need for creative effort. Variations, modifications, substitutions, integrations and variations of these embodiments may be made without departing from the principle and spirit of the invention, and still fall within the scope of the invention.
Claims (4)
1. A method for allocating access-type communication service resources using pre-established rules, comprising:
aiming at each flow link in the access type communication service order processing process, the access type communication service resource is distributed according to the following steps:
s101, matching and acquiring corresponding link driving prefabricated rule information from a first rule pool according to first condition parameter information corresponding to the access type communication service order in a process link, wherein the first rule pool stores pre-customized link driving prefabricated rule information which corresponds to the first condition parameter information one by one, and the first condition parameter information comprises any one or any combination of process link name information, service product name information, access mode information, service scene information and service action attribute information;
s102, judging the type of the flow link according to the link driving prefabrication rule information, if the flow link is judged to be newly configured, executing a step S103, if the flow link is judged to be multiplexed, directly configuring the access type communication service resource allocated at the previous time, then finishing the processing of the flow link, if the flow link is judged to be released, releasing the configured access type communication service resource, and then finishing the processing of the flow link, wherein the access type communication service resource comprises an access port number, a channel and a bandwidth resource;
s103, matching and acquiring corresponding abnormal verification prefabricated rule information from a second rule pool according to second condition parameter information corresponding to the access type communication service order in the process link, wherein the second rule pool stores the abnormal verification prefabricated rule information which is one-to-one corresponding to the second condition parameter information and is customized in advance, and the second condition parameter information comprises any one or any combination of process link name information, service product name information, access mode information, service scene information and service action attribute information;
s104, judging whether the newly-configured process link meets the abnormal checking rule or not according to the abnormal checking prefabricated rule information, if not, executing the step S105, otherwise, entering a manual distribution mode, and finishing the processing of the process link after finishing the manual distribution of the access type communication service resources;
s105, matching and acquiring corresponding resource multiplexing prefabricated rule information from a third rule pool according to third condition parameter information corresponding to the access type communication service order in the process link, wherein the third rule pool stores pre-customized resource multiplexing prefabricated rule information which corresponds to the third condition parameter information one by one, and the third condition parameter information comprises any one or any combination of process link name information, service product name information, access mode information, service scene information and service action attribute information;
s106, judging whether the newly-configured process link meets the resource multiplexing rule or not according to the resource multiplexing prefabricated rule information, if not, executing the step S107, otherwise, configuring the previously-allocated access type communication service resource, and then finishing the process of the process link;
s107, according to fourth condition parameter information corresponding to the access type communication service order in the process link, corresponding automatic configuration prefabricated rule information is obtained from a fourth rule pool in a matching mode, wherein the fourth rule pool stores the automatic configuration prefabricated rule information which is one-to-one corresponding to the fourth condition parameter information and is customized in advance, and the fourth condition parameter information comprises any one or any combination of process link name information, service product name information, access mode information, service scene information and service action attribute information;
and S108, distributing access type communication service resources according to the information of the automatic configuration prefabrication rule, and then finishing the processing of the flow link.
2. The method as claimed in claim 1, wherein after receiving the access type communication service order, the service process engine is started, and each process link in the access type communication service order processing process is processed in sequence according to steps S101 to S108.
3. The method as claimed in claim 2, wherein after all process links are processed, the service process engine is terminated, and then the processing result of each process link is loaded into the access-type communication service receipt corresponding to the access-type communication service order, and finally the access-type communication service receipt is transmitted to the access-type communication service provisioning platform.
4. The method of claim 1, wherein the conditional parameter information in the rule pool is mapped to the pre-made rule information in a one-to-one manner in the first rule pool, the second rule pool, the third rule pool, or the fourth rule pool according to parameter set enumeration.
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