WO2016058462A1 - Method and system for configuring extensible cross-network element service - Google Patents
Method and system for configuring extensible cross-network element service Download PDFInfo
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- WO2016058462A1 WO2016058462A1 PCT/CN2015/088781 CN2015088781W WO2016058462A1 WO 2016058462 A1 WO2016058462 A1 WO 2016058462A1 CN 2015088781 W CN2015088781 W CN 2015088781W WO 2016058462 A1 WO2016058462 A1 WO 2016058462A1
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- the present application relates to, but is not limited to, the field of IPRAN (Radio Access Network IP) communication device deployment scenarios.
- IPRAN Radio Access Network IP
- the IP bearer backhaul network that is, the IPRAN scheme
- the IPRAN scheme is used to return the base station data. Passed to the core network.
- the administrator In order to promote the 4G network to mature commercial use and improve the coverage of the 4G network in a short period of time, the administrator often requires the deployment of massive base stations in a short period of time, which puts forward a large-scale batch deployment of the base station backhaul services.
- High requirements for example, 8 pseudowires, 2 L2VPN services, and 2 PW redundancy protection groups are created on one base station and the active and standby aggregation devices.
- the number of base stations in the general city is more than several thousand. For such massive services, if you follow the maintenance habits of the previous digital products, use the CLI to deploy services point by point, or use the end-to-end management of the network management to open one by one. Business, speed can not meet the requirements of the Bureau.
- the configuration template is a collection of configuration commands, and a set of shared attribute objects are extracted as variables. These variables are summarized and summarized for the analysis of the configuration parameters of the configuration site, and are compatible with the difference items for the actual network element configuration, thereby implementing the batch configuration function. , improve the efficiency of the opening, save the workload, and support on-site customization, strong scalability.
- the configuration template is a single NE operation, and the problem of sharing attribute objects of multiple network elements cannot be implemented.
- each network management system provides some configuration methods for services and provides complete interfaces and configuration attributes.
- due to its cross-network element and many configuration attributes only one service configuration can be configured, and batch functions cannot be implemented.
- For the opening many parameter attributes are fixed, and the business configuration functions of related technologies are universal customization, which causes redundant information input and is easy to make mistakes, which affects the opening efficiency.
- the service configuration is flexible and the on-site service configuration is often not reproducible. In most cases, the service configuration function cannot be provided in advance, and it cannot be customized according to the site, and has no scalability.
- This document provides a scalable cross-network element service configuration method and system, which can overcome the problems and defects in the related technologies that cannot be customized, cannot cross network elements, and cannot be batched.
- a scalable cross-network element service configuration method including:
- the service configuration data is delivered to the network element in batches.
- the planning table includes a sub-role Sheet page and a planning summary table
- the step of establishing the planning table carrying the planning data for the sub-role service configuration template includes:
- the Excel formula is set such that the child role Sheet page obtains planning data from the planning summary sheet.
- the step of sending the service configuration data to the network element includes: automatically binding the service configuration data to the corresponding network element, and delivering all service configuration data to one or one batch at a time. A plurality of said network elements.
- the step of importing the planning table into the service template consisting of the sub-role service configuration template to generate service configuration data includes: generating the service configuration data in batches.
- a scalable cross-network element service configuration system including:
- the parsing module is configured to: parse the sub-role of the network element service
- the service template module is configured to: parse the service configuration of the sub-role according to the sub-role, and establish a sub-role service configuration template for the sub-role;
- a planning table establishing module is configured to: establish a planning table carrying planning data for the sub-role service configuration template
- the data generation module is configured to: fill in the planning data in the planning table, and import the planning table into the business template consisting of the sub-role business configuration template to generate service configuration data;
- the network management service delivery module is configured to deliver the service configuration data to the network element in batches.
- the planning table includes a sub-role Sheet page and a planning summary table
- the planning table establishing module includes:
- the sub-role Sheet page module is configured to: establish a corresponding sub-role Sheet page according to the sub-role service configuration template, and establish an association attribute column according to the variable parsed by the sub-role service configuration template;
- plan summary table which is configured to: establish a plan summary table according to the child role sheet and the associated attribute column, to share the planning data between the sub-role service templates;
- the formula setting module is configured to: set an Excel formula such that the child role Sheet page obtains planning data from the plan summary sheet.
- the network management service delivery module is configured to automatically bind the service configuration data to the corresponding network element, and deliver all service configuration data to one or more of the network elements in batches.
- the data generating module is configured to: generate the service configuration data in batch according to the planning table and the service template.
- the sub-role service configuration template is packaged and imported and exported by the service template module; and the planning table is packaged and imported and exported by the planning table creation module.
- a computer readable storage medium storing computer executable instructions for performing the method of any of the above.
- the embodiment of the present invention provides a scalable cross-network element service configuration method and system, which can support on-site customized service templates and planning tables according to business rules, and rapidly implement batch generation and delivery of arbitrary service configuration data, thereby supporting A variety of business configurations; at the same time, users only need to plan and fill in the planning table in Excel to implement a variety of customized service configurations, greatly reducing the complexity of user batch configuration.
- FIG. 1 is a schematic flowchart of a method for implementing a scalable cross-network element service configuration method according to an embodiment of the present invention
- Embodiment 2 is a schematic flowchart of Embodiment 2 of a method for configuring a cross-network element service according to an embodiment of the present invention
- Embodiment 3 is a schematic flowchart of Embodiment 3 of a method for configuring a cross-network element service according to an embodiment of the present invention
- FIG. 4 is a schematic flowchart of a fourth implementation manner of a scalable cross-network element service configuration system according to an embodiment of the present invention.
- FIG. 5 is a schematic flowchart of a fifth implementation manner of a scalable cross-network element service configuration system according to an embodiment of the present invention.
- an embodiment of the present invention provides a scalable cross-network element service configuration method, including the following steps:
- the user analyzes the service configuration features of the base station to be deployed on the site, and extracts a common set of attribute objects as variables on the site. These variables are derived from the analysis of the characteristics of the field configuration commands and are summarized for actual use.
- the NE configuration is compatible with the difference items, thus implementing the batch configuration function.
- S120 Parse the service configuration of the sub-role according to the sub-role, and establish a sub-role service configuration template for the sub-role.
- the sub-role service configuration template corresponds to the parsing service configuration of the sub-role, and the plurality of sub-role configuration template sets may form a service template, which is a service configuration of each network element involved in a group of services. Collections, also known as child role configuration template collections.
- the planning table is in an Excel format, and the user can also use other formats to create a planning table according to actual needs, as long as the corresponding functions of the planning table can be implemented, and details are not described herein.
- the planning table is a collection of business plans to be configured in the current site.
- the data in the planning table directly affects the configuration features of the NEs and devices. Users only need to fill in and modify the data in the planning table to implement the configuration of each service, which greatly reduces the complexity of the user batch configuration. Sex.
- S140 Import the planning table into a service template consisting of the sub-role service configuration template to generate service configuration data.
- any operation of the data in the planning table can affect the configuration characteristics of each sub-role business.
- the planning table is imported into the business template composed of each sub-role business configuration template to be configured to generate service configuration data.
- the service configuration data can be generated in batches.
- S150 The service configuration data is delivered to the network element in batches.
- the user can directly deliver the service configuration data to each network element to implement configuration of the network element and the corresponding device.
- the service configuration data may be sent to the network element at one time, and after the service configuration data is sent to the network element, the service configuration data is automatically bound to the corresponding network element. This greatly improves the efficiency of user configuration.
- the first embodiment of the present invention analyzes the characteristics of the site, parses each sub-role corresponding to the corresponding network element service, and establishes a sub-role service configuration template and a planning table, and then fills in the planning data into the planning table and imports it into each sub-role.
- the service configuration template the service configuration data is generated, and finally the service configuration data is sent to each corresponding network element, thereby realizing each service configuration of multiple network elements and devices on the site.
- This operation is convenient and efficient. It reduces the complexity of the user's batch configuration, and is also easy to modify, reducing the probability of errors in the business configuration, and has great flexibility.
- the planning table includes a sub-role Sheet page and a planning summary table, and the sub-role service configuration is performed in step S130.
- the template establishes a planning table carrying planning data, including the following steps:
- S131 Create a corresponding sub-role Sheet page according to the sub-role service configuration template, and establish an association attribute column according to the variable parsed by the sub-role service configuration template.
- each sub-role service configuration template When a user establishes a planning table for each sub-role service configuration template, firstly, according to each sub-role service configuration template, a corresponding sub-role Sheet page is established, and each corresponding sub-role Sheet page can configure a template name through the sub-role service and The sub-role Sheet page name is associated with the mapping, so its operation is quite convenient and efficient.
- the variables parsed in the sub-role service configuration template are used to establish an association attribute column according to the variable, and the data corresponding to the variable and the associated attribute column determines the configuration attribute characteristics of each network element and device to be configured subsequently.
- S132 Establish a planning summary table Sheet page according to the child role Sheet page and the associated attribute column, to share the planning data between the child role Sheet page attributes;
- a plan summary sheet may be created to associate each of the sub-role Sheet pages completed in step S131.
- the plan summary sheet is used to store the planning data of the secondary bulk business configuration, and the planning data involved in one business configuration may be placed in each row of the table to share the planning data between each sub-role Sheet page attribute.
- the purpose of setting the formula is to make each child role Sheet page get the shared planning data from the Planning Summary Sheet. Therefore, when adding, deleting, and modifying the plan in the Sheet of the Planning Summary Sheet.
- the service configuration of each network element and device can be flexibly implemented, and operations such as adding, deleting, and modifying are performed, and the operability is greatly enhanced. Can reduce the probability of business configuration errors.
- the second embodiment provides a method for flexibly configuring each network element and device, and increases operability by adding, deleting, and modifying planning data in the sheet of the planning summary table, and reduces the probability of error in service configuration. .
- Step S151 The service configuration data is automatically bound to the corresponding network element, and all service configuration data is delivered in batches to one or more of the network elements.
- the service configuration data is generated in batches and is delivered to the network element at one time. Therefore, in the third embodiment of the present invention, The service configuration data is automatically bound to the corresponding network element, and all service configuration data is delivered in batches to one or more of the network elements.
- sub-role service configuration template and the planning table generated in steps S120 and S130 can be packaged for import and export, thereby realizing the service configuration data to be used as needed, and providing great scalability.
- Embodiment 4 of the present invention further provides an expandable cross-network element service configuration system 100, including:
- the parsing module 110 is configured to: parse the sub-role of the network element service;
- the service template module 120 is configured to: parse the service configuration of the sub-role according to the sub-role, and establish a sub-role service configuration template for the sub-role; wherein the sub-role service configuration template corresponds to the sub-- The service configuration of the role, and the sub-role service configuration template forms a service template;
- the planning table establishing module 130 is configured to: create a planning table carrying the planning data for the sub-role service configuration template;
- the data generating module 140 is configured to: import the planning table into the configuration mode by the sub-role service A business template composed of boards to generate business configuration data;
- the network management service delivery module 150 is configured to: deliver the service configuration data to the network element in batches.
- Embodiment 4 of the scalable cross-network element service configuration system in the embodiment of the present invention implements each service configuration of multiple network elements and devices through the cooperation of each of the above modules, which is convenient to operate, high in efficiency, and greatly reduces users.
- the complexity of batch configuration is convenient to operate, high in efficiency, and greatly reduces users.
- plan table establishing module 130 in the fifth embodiment of the scalable cross-network element service configuration system of the embodiment of the present invention further includes:
- the sub-role Sheet page module 131 is configured to: establish a corresponding sub-role Sheet page according to the sub-role service configuration template, and establish an association attribute column according to the variable parsed by the sub-role service configuration template;
- the plan summary table Sheet page module 132 is configured to: establish a plan summary table Sheet page according to the child role Sheet page and the associated attribute column, to share the plan data between the child role service templates;
- the formula setting module 133 is configured to: set an Excel formula such that the child role Sheet page obtains planning data from the plan summary sheet.
- the fifth embodiment provides a method for flexibly configuring each network element and device, and increases, removes, and modifies the planning data in the plan summary table to enhance operability, and reduces the probability of error in service configuration. .
- the network management service delivery module is configured to automatically bind the service configuration data to the corresponding network element, and deliver all service configuration data to one or more of the network elements in batches.
- the data generating module is configured to: generate the service configuration data in batch according to the planning table and the service template.
- the service configuration data is generated in batches, and is sent to the network element in one time. Therefore, in this embodiment of the present invention, after the batch service configuration data is sent to the network element, The service configuration data is automatically bound to the corresponding network element.
- sub-role service configuration template and the planning table generated in the service template module 120 and the planning table establishing module 130 can be packaged for import and export, thereby realizing the use of the service configuration data and providing great scalability.
- the sixth embodiment of the present invention implements the L2VPN service configuration in combination with the government enterprise network service to the present invention.
- the implementation of the embodiment is described in detail:
- the first step is to determine the sub-role to be configured.
- each of the access device and the aggregation device needs to be configured.
- two sub- roles are resolved, namely, access device A and aggregation device.
- a service may be performed between multiple access devices A and aggregation devices B.
- the service configuration is simplified to explain the principle.
- Step 2 According to the sub-role determined in the first step, the two sub-role service configuration templates of the service configuration template can be parsed, which can be called the aggregation device configuration template and the access device configuration template.
- the content of the template is the content of the command to be configured, where $ ⁇ varable ⁇ (the italic part in Table 1) is a variable, which is the actual configuration of the site.
- $ ⁇ varable ⁇ the italic part in Table 1
- Multiple identical service configurations can be parsed by different command parameters.
- the values of the corresponding columns in the corresponding summary table of the plan summary table in Excel are batch-replaced, thereby generating a plurality of pieces of data in batches.
- the third step is to establish a planning table.
- the planning table is a planning summary table Excel.
- the planning summary table three child sheets are created according to the sub-role classification, corresponding to the “summary planning data” (ie, the planning summary table). Sheet page, not shown in the table), "Access Device A Configuration", "Aggregation Device B Configuration”.
- the "access device A configuration" Sheet page needs to be added as follows: It should be understood that, because the column name in the network management supports internationalization, this embodiment 6 is in contrast with the template command.
- the network element name is the network element delivered by the service:
- Step 4 In the “Summary Planning Data” Sheet page, fill in the configuration data of all access devices A and Aggregation devices B that need to be configured with the service. Excel will automatically transfer the data to each role's Sheet page, such as: Can fill in 10 rows of data. Then, it is imported into the service configuration template.
- the sub-role service configuration template of the service configuration template imports the data of the child role sheet, and the configuration planning data that is finally delivered is generated in batches. For example, 10 cross-network element service configuration data is generated.
- Step 5 The system is delivered by the network management network element (that is, the network management service delivery module), and the cross-network element service configuration data generated in the fourth step is delivered to the network element in batches, thereby completing the entire service batch configuration.
- the network management network element that is, the network management service delivery module
- all or part of the steps of the above embodiments may also be implemented by using an integrated circuit. These steps may be separately fabricated into individual integrated circuit modules, or multiple modules or steps may be fabricated into a single integrated circuit module. achieve.
- the devices/function modules/functional units in the above embodiments may be implemented by a general-purpose computing device, which may be centralized on a single computing device or distributed over a network of multiple computing devices.
- the device/function module/functional unit in the above embodiment When the device/function module/functional unit in the above embodiment is implemented in the form of a software function module and sold or used as a stand-alone product, it can be stored in a computer readable storage medium.
- the above mentioned computer readable storage medium may be a read only memory, a magnetic disk or an optical disk or the like.
- the embodiments of the present invention provide a scalable cross-network element service configuration method and system, which can support on-site customized service templates and planning tables according to business rules, and rapidly implement batch generation and delivery of arbitrary service configuration data, thereby supporting multiple Service configuration; at the same time, users only need to plan and fill in the planning table in Excel to realize a variety of customized service configurations, which greatly reduces the complexity of user batch configuration.
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Abstract
Disclosed are a method and system for configuring an extensible cross-network element service. The method comprises: obtaining by parsing sub-roles of a network element service; according to the sub-roles, obtaining by parsing the service configuration of the sub-roles, and establishing a sub-role service configuration template for each sub-role; establishing a plan table for the sub-role service configuration templates; filling plan data in the plan table, and importing the plan table into a service template consisting of the sub-role service configuration templates to generate service configuration data; and delivering the service configuration data in batches to a network element.
Description
本申请涉及但不限于IPRAN(无线接入网IP化)通信设备开局场景领域。The present application relates to, but is not limited to, the field of IPRAN (Radio Access Network IP) communication device deployment scenarios.
当前4G牌照均已发放，三大运营商在全国各地也已开始进行大规模的4G基站和承载网建设，如采用的是以IP化承载回传网络，也就是IPRAN方案，以将基站数据回传到核心网。运营商为了短时间内将4G网络推向成熟商用，提高4G网络的覆盖程度，局方往往要求在短时间内就要完成海量基站的部署，这对基站回传业务大规模批量部署提出了很高的要求，举例来说一个基站和主备汇聚侧设备上会创建8条伪线，2个L2VPN业务，2个PW冗余保护组业务。现场一般地市的基站数量都在数千以上，对于这类海量业务，如果还是按照以往数通产品的维护习惯，使用CLI方式逐点部署业务，或者采用网管端到端管理的方式，逐条开通业务，速度上无法达到局方的要求。The current 4G licenses have been issued, and the three major operators have begun to build large-scale 4G base stations and bearer networks throughout the country. For example, the IP bearer backhaul network, that is, the IPRAN scheme, is used to return the base station data. Passed to the core network. In order to promote the 4G network to mature commercial use and improve the coverage of the 4G network in a short period of time, the administrator often requires the deployment of massive base stations in a short period of time, which puts forward a large-scale batch deployment of the base station backhaul services. High requirements, for example, 8 pseudowires, 2 L2VPN services, and 2 PW redundancy protection groups are created on one base station and the active and standby aggregation devices. The number of base stations in the general city is more than several thousand. For such massive services, if you follow the maintenance habits of the previous digital products, use the CLI to deploy services point by point, or use the end-to-end management of the network management to open one by one. Business, speed can not meet the requirements of the Bureau.
配置模板为一类配置命令的集合，并提取出共用的一组属性对象作为变量，这些变量为分析现场配置命令特点归纳整理而来，供实际网元配置时兼容差异项，从而实现批量配置功能，提高了开局的效率，节省了工作量，且支持现场定制，扩展性较强。但配置模板为单网元操作，无法实现多网元业务配置属性对象共享问题。The configuration template is a collection of configuration commands, and a set of shared attribute objects are extracted as variables. These variables are summarized and summarized for the analysis of the configuration parameters of the configuration site, and are compatible with the difference items for the actual network element configuration, thereby implementing the batch configuration function. , improve the efficiency of the opening, save the workload, and support on-site customization, strong scalability. However, the configuration template is a single NE operation, and the problem of sharing attribute objects of multiple network elements cannot be implemented.
作为配置功能，每个网管都提供了一些业务的配置方法，提供完整的界面与配置属性，但由于其跨网元，配置属性多的特点，只能单条业务配置，无法实现批量的功能，且配置属性多，配置起来非常繁琐耗时。对于开局来说，很多参数属性固定，而相关技术的业务配置功能都是通用定制，如此造成冗余信息输入多且容易出错，影响开局效率。更为重要的是，业务配置灵活多变，现场业务配置往往不具有可复制性，绝大多数情况下无法预先提供业务配置功能，无法根据现场定制，不具有扩展性。
As a configuration function, each network management system provides some configuration methods for services and provides complete interfaces and configuration attributes. However, due to its cross-network element and many configuration attributes, only one service configuration can be configured, and batch functions cannot be implemented. There are many configuration attributes, and the configuration is very cumbersome and time consuming. For the opening, many parameter attributes are fixed, and the business configuration functions of related technologies are universal customization, which causes redundant information input and is easy to make mistakes, which affects the opening efficiency. More importantly, the service configuration is flexible and the on-site service configuration is often not reproducible. In most cases, the service configuration function cannot be provided in advance, and it cannot be customized according to the site, and has no scalability.
发明内容Summary of the invention
以下是对本文详细描述的主题的概述。本概述并非是为了限制权利要求的保护范围。The following is an overview of the topics detailed in this document. This Summary is not intended to limit the scope of the claims.
本文提供一种可扩展的跨网元业务配置方法及系统，能够克服相关技术中存在的无法定制扩展、无法跨网元、无法批量的问题和缺陷。This document provides a scalable cross-network element service configuration method and system, which can overcome the problems and defects in the related technologies that cannot be customized, cannot cross network elements, and cannot be batched.
一种可扩展的跨网元业务配置方法，包括：A scalable cross-network element service configuration method, including:
解析出网元业务的子角色；Parsing the sub-role of the network element service;
根据所述子角色，解析出所述子角色的业务配置，并对所述子角色建立子角色业务配置模板；And parsing the service configuration of the sub-role according to the sub-role, and establishing a sub-role service configuration template for the sub-role;
对所述子角色业务配置模板建立携带有规划数据的规划表；Establishing a planning table carrying the planning data for the sub-role service configuration template;
将规划表导入到由所述子角色业务配置模板组成的业务模板中，以生成业务配置数据；Importing a planning table into a service template consisting of the sub-role business configuration template to generate service configuration data;
将所述业务配置数据批量下发到网元。The service configuration data is delivered to the network element in batches.
可选地，所述规划表包括子角色Sheet页和规划汇总表Sheet页；所述对所述子角色业务配置模板建立携带有规划数据的规划表的步骤包括：Optionally, the planning table includes a sub-role Sheet page and a planning summary table, and the step of establishing the planning table carrying the planning data for the sub-role service configuration template includes:
根据所述子角色业务配置模板，建立对应的子角色Sheet页，以及根据所述子角色业务配置模板解析出的变量，建立关联属性列；Establishing a corresponding sub-role Sheet page according to the sub-role service configuration template, and establishing an association attribute column according to the variable parsed by the sub-role service configuration template;
根据所述子角色Sheet页和关联属性列建立规划汇总表Sheet页，以在所述子角色Sheet页属性之间共享所述规划数据；Establishing a plan summary table Sheet according to the child role Sheet page and the associated attribute column to share the plan data between the child role Sheet page attributes;
设置Excel公式，使得所述子角色Sheet页从所述规划汇总表Sheet页中获取规划数据。The Excel formula is set such that the child role Sheet page obtains planning data from the planning summary sheet.
可选地，在所述业务配置数据下发到所述网元的步骤，包括：将所述业务配置数据自动绑定到对应的网元，并且一次性批量下发所有业务配置数据到一个或多个所述网元。Optionally, the step of sending the service configuration data to the network element includes: automatically binding the service configuration data to the corresponding network element, and delivering all service configuration data to one or one batch at a time. A plurality of said network elements.
可选地，所述规划表导入到由所述子角色业务配置模板组成的业务模板中，以生成业务配置数据的步骤，包括：批量生成所述业务配置数据。
Optionally, the step of importing the planning table into the service template consisting of the sub-role service configuration template to generate service configuration data includes: generating the service configuration data in batches.
可选地，所述根据所述子角色，解析出所述子角色的业务配置，并对所述子角色建立子角色业务配置模板；对所述子角色业务配置模板建立规划表的步骤，包括：打包导入导出所述子角色业务配置模板及所述规划表。Optionally, the step of parsing the service configuration of the sub-role according to the sub-role, and establishing a sub-role service configuration template for the sub-role; and the step of establishing a planning table for the sub-role service configuration template, including The package imports and exports the sub-role business configuration template and the planning table.
一种可扩展的跨网元业务配置系统，包括：A scalable cross-network element service configuration system, including:
解析模块，设置为：解析出网元业务的子角色；The parsing module is configured to: parse the sub-role of the network element service;
业务模板模块，设置为：根据所述子角色，解析出所述子角色的业务配置，并对所述子角色建立子角色业务配置模板；The service template module is configured to: parse the service configuration of the sub-role according to the sub-role, and establish a sub-role service configuration template for the sub-role;
规划表建立模块，设置为：对所述子角色业务配置模板建立携带有规划数据的规划表；A planning table establishing module is configured to: establish a planning table carrying planning data for the sub-role service configuration template;
数据生成模块，设置为：在规划表中填入规划数据，并将规划表导入到由所述子角色业务配置模板组成的业务模板中，以生成业务配置数据；The data generation module is configured to: fill in the planning data in the planning table, and import the planning table into the business template consisting of the sub-role business configuration template to generate service configuration data;
网管业务下发模块，设置为：将所述业务配置数据批量下发到网元。The network management service delivery module is configured to deliver the service configuration data to the network element in batches.
可选地，所述规划表包括子角色Sheet页和规划汇总表Sheet页；所述规划表建立模块包括：Optionally, the planning table includes a sub-role Sheet page and a planning summary table, and the planning table establishing module includes:
子角色Sheet页模块，设置为：根据所述子角色业务配置模板，建立对应的子角色Sheet页，以及根据所述子角色业务配置模板解析出的变量，建立关联属性列；The sub-role Sheet page module is configured to: establish a corresponding sub-role Sheet page according to the sub-role service configuration template, and establish an association attribute column according to the variable parsed by the sub-role service configuration template;
规划汇总表Sheet页模块，设置为：根据所述子角色Sheet页和关联属性列建立规划汇总表Sheet页，以在所述子角色业务模板之间共享所述规划数据；a plan summary table, which is configured to: establish a plan summary table according to the child role sheet and the associated attribute column, to share the planning data between the sub-role service templates;
公式设置模块，设置为：设置Excel公式，使得所述子角色Sheet页从所述规划汇总表Sheet页中获取规划数据。The formula setting module is configured to: set an Excel formula such that the child role Sheet page obtains planning data from the plan summary sheet.
可选地，所述网管业务下发模块是设置为：将所述业务配置数据自动绑定到对应的网元，并且一次性批量下发所有业务配置数据到一个或多个所述网元。Optionally, the network management service delivery module is configured to automatically bind the service configuration data to the corresponding network element, and deliver all service configuration data to one or more of the network elements in batches.
可选地，数据生成模块是设置为：根据规划表和业务模板批量生成所述业务配置数据。
Optionally, the data generating module is configured to: generate the service configuration data in batch according to the planning table and the service template.
可选地，所述子角色业务配置模板由所述业务模板模块打包导入导出；所述规划表由所述规划表建立模块打包导入导出。Optionally, the sub-role service configuration template is packaged and imported and exported by the service template module; and the planning table is packaged and imported and exported by the planning table creation module.
一种计算机可读存储介质，存储有计算机可执行指令，所述计算机可执行指令用于执行上述任一项的方法。A computer readable storage medium storing computer executable instructions for performing the method of any of the above.
本发明实施例通过提供一种可扩展的跨网元业务配置方法及系统，可根据业务规则，支持现场定制的业务模板和规划表，迅速实现任意业务配置数据的批量生成与下发，从而支持多种业务配置；同时用户只需在Excel中对规划表进行规划填入就可实现多种定制业务配置，大大降低了用户批量配置的复杂性。The embodiment of the present invention provides a scalable cross-network element service configuration method and system, which can support on-site customized service templates and planning tables according to business rules, and rapidly implement batch generation and delivery of arbitrary service configuration data, thereby supporting A variety of business configurations; at the same time, users only need to plan and fill in the planning table in Excel to implement a variety of customized service configurations, greatly reducing the complexity of user batch configuration.
在阅读并理解了附图和详细描述后，可以明白其他方面。Other aspects will be apparent upon reading and understanding the drawings and detailed description.
附图概述BRIEF abstract
图1是本发明实施例可扩展的跨网元业务配置方法实施方式一流程示意图；1 is a schematic flowchart of a method for implementing a scalable cross-network element service configuration method according to an embodiment of the present invention;
图2是本发明实施例可扩展的跨网元业务配置方法实施方式二的流程示意图；2 is a schematic flowchart of Embodiment 2 of a method for configuring a cross-network element service according to an embodiment of the present invention;
图3是本发明实施例可扩展的跨网元业务配置方法实施方式三中流程示意图；3 is a schematic flowchart of Embodiment 3 of a method for configuring a cross-network element service according to an embodiment of the present invention;
图4是本发明实施例可扩展的跨网元业务配置系统实施方式四流程示意图；4 is a schematic flowchart of a fourth implementation manner of a scalable cross-network element service configuration system according to an embodiment of the present invention;
图5是本发明实施例可扩展的跨网元业务配置系统实施方式五流程示意图。FIG. 5 is a schematic flowchart of a fifth implementation manner of a scalable cross-network element service configuration system according to an embodiment of the present invention.
下面将结合附图，对本发明的实施方式进行描述。参阅图1，本发明实施方式一提供一种可扩展的跨网元业务配置方法，包括如下步骤：
Embodiments of the present invention will be described below with reference to the accompanying drawings. Referring to FIG. 1, an embodiment of the present invention provides a scalable cross-network element service configuration method, including the following steps:
S110：解析出网元业务的子角色。S110: Parse the sub-role of the network element service.
在实际操作中，用户在现场进行分析现场所要部署基站的业务配置特点，在现场提取共用的一组属性对象作为变量，这些变量来自对现场配置命令特点的分析而归纳整理而来，以供实际网元配置时兼容差异项，从而实现批量配置功能。In actual operation, the user analyzes the service configuration features of the base station to be deployed on the site, and extracts a common set of attribute objects as variables on the site. These variables are derived from the analysis of the characteristics of the field configuration commands and are summarized for actual use. The NE configuration is compatible with the difference items, thus implementing the batch configuration function.
S120：根据所述子角色，解析出所述子角色的业务配置，并对所述子角色建立子角色业务配置模板。S120: Parse the service configuration of the sub-role according to the sub-role, and establish a sub-role service configuration template for the sub-role.
其中所述子角色业务配置模板对应于所述子角色的解析业务配置，且由多个子角色配置模板集合可以组成一业务模板，其为一组业务涉及到的每个网元涉及的业务配置的集合，也可称为子角色配置模板集合。The sub-role service configuration template corresponds to the parsing service configuration of the sub-role, and the plurality of sub-role configuration template sets may form a service template, which is a service configuration of each network element involved in a group of services. Collections, also known as child role configuration template collections.
S130：对所述子角色业务配置模板建立携带有规划数据的规划表。S130: Create a planning table carrying the planning data for the sub-role service configuration template.
一般地，规划表为Excel格式，用户也可根据实际需求采用其他格式来制作规划表，只要可实现规划表相应的功能即可，此处不再赘述。Generally, the planning table is in an Excel format, and the user can also use other formats to create a planning table according to actual needs, as long as the corresponding functions of the planning table can be implemented, and details are not described herein.
规划表为当前局点中要配置的业务规划的集合。在规划表中的数据直接影响到网元、设备的配置特征，用户只需在规划表中对数据进行填写、修改等操作就可实现对每种业务的配置，大大降低了用户批量配置的复杂性。The planning table is a collection of business plans to be configured in the current site. The data in the planning table directly affects the configuration features of the NEs and devices. Users only need to fill in and modify the data in the planning table to implement the configuration of each service, which greatly reduces the complexity of the user batch configuration. Sex.
S140：将规划表导入到由所述子角色业务配置模板组成的业务模板中，以生成业务配置数据。S140: Import the planning table into a service template consisting of the sub-role service configuration template to generate service configuration data.
在规划表对数据的任何操作均可影响到每个子角色业务的配置特征。当把规划数据填入规划表后，将规划表导入到要配置的由每个子角色业务配置模板组成的业务模板中，可生成业务配置数据。在实际操作中，该业务配置数据可批量生成。Any operation of the data in the planning table can affect the configuration characteristics of each sub-role business. After the planning data is filled in the planning table, the planning table is imported into the business template composed of each sub-role business configuration template to be configured to generate service configuration data. In actual operation, the service configuration data can be generated in batches.
S150：将所述业务配置数据批量下发到网元。S150: The service configuration data is delivered to the network element in batches.
当每个子角色业务配置模板中获得业务配置数据后，用户可直接将该业务配置数据下发到每个网元中，进而实现对网元以及对应设备的配置。该所述业务配置数据可一次性下发到所述网元，并且在业务配置数据下发到网元之后，该业务配置数据自动绑定到对应的网元。如此大大提高用户配置的效率。
After the service configuration data is obtained in each sub-role service configuration template, the user can directly deliver the service configuration data to each network element to implement configuration of the network element and the corresponding device. The service configuration data may be sent to the network element at one time, and after the service configuration data is sent to the network element, the service configuration data is automatically bound to the corresponding network element. This greatly improves the efficiency of user configuration.
本发明实施方式一通过分析现场特点，对相应的网元业务解析出对应的每个子角色，并建立子角色业务配置模板以及规划表，再在规划表中填入规划数据，导入到每个子角色业务配置模板中，以生成业务配置数据，最后将业务配置数据下发到每个对应的网元，从而实现对现场多个网元、设备的每个业务配置，此操作便捷，效率高，大大降低了用户批量配置的复杂性，同时还容易修改，降低业务配置时出现的错误几率，具有很强的灵活性。The first embodiment of the present invention analyzes the characteristics of the site, parses each sub-role corresponding to the corresponding network element service, and establishes a sub-role service configuration template and a planning table, and then fills in the planning data into the planning table and imports it into each sub-role. In the service configuration template, the service configuration data is generated, and finally the service configuration data is sent to each corresponding network element, thereby realizing each service configuration of multiple network elements and devices on the site. This operation is convenient and efficient. It reduces the complexity of the user's batch configuration, and is also easy to modify, reducing the probability of errors in the business configuration, and has great flexibility.
如图2所示，在本发明实施例可扩展的跨网元业务配置方法的实施方式二中，规划表包括子角色Sheet页和规划汇总表Sheet页；步骤S130，即所述子角色业务配置模板建立携带有规划数据的规划表包括如下步骤：As shown in FIG. 2, in the second implementation manner of the method for configuring the cross-network element service in the embodiment of the present invention, the planning table includes a sub-role Sheet page and a planning summary table, and the sub-role service configuration is performed in step S130. The template establishes a planning table carrying planning data, including the following steps:
S131：根据所述子角色业务配置模板，建立对应的子角色Sheet页，以及根据所述子角色业务配置模板解析出的变量，建立关联属性列；S131: Create a corresponding sub-role Sheet page according to the sub-role service configuration template, and establish an association attribute column according to the variable parsed by the sub-role service configuration template.
当用户在对每个子角色业务配置模板建立规划表时，首先根据每个子角色业务配置模板，建立对应的子角色Sheet页，而每个对应的子角色Sheet页可以通过子角色业务配置模板名称以及子角色Sheet页名称进行关联映射，因此其操作相当的便捷，高效。同时在子角色业务配置模板解析出的变量，根据该变量建立关联属性列，该变量以及关联属性列所对应的数据决定了后续要配置的每个网元、设备的配置属性特征。When a user establishes a planning table for each sub-role service configuration template, firstly, according to each sub-role service configuration template, a corresponding sub-role Sheet page is established, and each corresponding sub-role Sheet page can configure a template name through the sub-role service and The sub-role Sheet page name is associated with the mapping, so its operation is quite convenient and efficient. At the same time, the variables parsed in the sub-role service configuration template are used to establish an association attribute column according to the variable, and the data corresponding to the variable and the associated attribute column determines the configuration attribute characteristics of each network element and device to be configured subsequently.
S132：根据所述子角色Sheet页和关联属性列建立规划汇总表Sheet页，以在所述子角色Sheet页属性之间共享所述规划数据；S132: Establish a planning summary table Sheet page according to the child role Sheet page and the associated attribute column, to share the planning data between the child role Sheet page attributes;
可在步骤S131完成后，建立规划汇总表Sheet页，以关联在步骤S131完成的每个子角色Sheet页。该规划汇总表Sheet页用于储存当次要批量业务配置的规划数据，可在表中每行放置一个业务配置涉及到的规划数据，以在每个子角色Sheet页属性之间共享该规划数据。After the completion of step S131, a plan summary sheet may be created to associate each of the sub-role Sheet pages completed in step S131. The plan summary sheet is used to store the planning data of the secondary bulk business configuration, and the planning data involved in one business configuration may be placed in each row of the table to share the planning data between each sub-role Sheet page attribute.
S133：设置Excel公式，使得所述子角色Sheet页从所述规划汇总表Sheet页中获取规划数据。S133: Set an Excel formula, so that the child role Sheet page obtains planning data from the planning summary sheet.
设置公式的目的是使得每个子角色Sheet页可从规划汇总表Sheet页中获取共享的规划数据。因此当在规划汇总表Sheet页中增加、删除、修改规划
数据时，可以直接映射到每个子角色Sheet页中，从而灵活地实现对每个网元、设备的业务配置，并进而进行诸如增加、删除、修改等操作，可操作性大大增强的同时，还可降低业务配置错误几率。The purpose of setting the formula is to make each child role Sheet page get the shared planning data from the Planning Summary Sheet. Therefore, when adding, deleting, and modifying the plan in the Sheet of the Planning Summary Sheet
When the data is directly mapped to each sub-role Sheet page, the service configuration of each network element and device can be flexibly implemented, and operations such as adding, deleting, and modifying are performed, and the operability is greatly enhanced. Can reduce the probability of business configuration errors.
本实施方式二提供了一种灵活配置每个网元、设备的方法，并通过在规划汇总表Sheet页中增加、删除、修改规划数据以增强可操作性，还降低了业务配置时的错误几率。The second embodiment provides a method for flexibly configuring each network element and device, and increases operability by adding, deleting, and modifying planning data in the sheet of the planning summary table, and reduces the probability of error in service configuration. .
其中，如图3所示，在本发明实施例可扩展的跨网元业务配置方法的实施方式一、二中，可选地，本发明实施方式三中，在执行步骤S150时，可相应地执行步骤S151：将所述业务配置数据自动绑定到对应的网元，并且一次性批量下发所有业务配置数据到一个或多个所述网元。As shown in FIG. 3, in the implementation manners 1 and 2 of the method for configuring the cross-network element service in the embodiment of the present invention, optionally, in the third embodiment of the present invention, when step S150 is performed, Step S151: The service configuration data is automatically bound to the corresponding network element, and all service configuration data is delivered in batches to one or more of the network elements.
为实现自动化的实现业务配置，减少人工投入，提高效率，且还由于前述的可选方式中，业务配置数据为批量生成，且为一次性下发到网元，因此本发明实施方式三中为将所述业务配置数据自动绑定到对应的网元，并且一次性批量下发所有业务配置数据到一个或多个所述网元。In order to realize the automatic configuration of the service, the manual investment is reduced, and the efficiency is improved. In the foregoing optional mode, the service configuration data is generated in batches and is delivered to the network element at one time. Therefore, in the third embodiment of the present invention, The service configuration data is automatically bound to the corresponding network element, and all service configuration data is delivered in batches to one or more of the network elements.
此外，在步骤S120、S130中产生的子角色业务配置模板及规划表可进行打包导入导出，从而实现业务配置数据的随改随用，提供极大的扩展性。In addition, the sub-role service configuration template and the planning table generated in steps S120 and S130 can be packaged for import and export, thereby realizing the service configuration data to be used as needed, and providing great scalability.
如图4所示，本发明实施方式四还提供一种可扩展的跨网元业务配置系统100，包括：As shown in FIG. 4, Embodiment 4 of the present invention further provides an expandable cross-network element service configuration system 100, including:
解析模块110，设置为：解析出网元业务的子角色；The parsing module 110 is configured to: parse the sub-role of the network element service;
业务模板模块120，设置为：根据所述子角色，解析出所述子角色的业务配置，并对所述子角色建立子角色业务配置模板；其中所述子角色业务配置模板对应于所述子角色的业务配置，且所述子角色业务配置模板组成一业务模板；The service template module 120 is configured to: parse the service configuration of the sub-role according to the sub-role, and establish a sub-role service configuration template for the sub-role; wherein the sub-role service configuration template corresponds to the sub-- The service configuration of the role, and the sub-role service configuration template forms a service template;
规划表建立模块130，设置为：对所述子角色业务配置模板建立携带有规划数据的规划表；The planning table establishing module 130 is configured to: create a planning table carrying the planning data for the sub-role service configuration template;
数据生成模块140，设置为：将规划表导入到由所述子角色业务配置模
板组成的业务模板中，以生成业务配置数据；The data generating module 140 is configured to: import the planning table into the configuration mode by the sub-role service
A business template composed of boards to generate business configuration data;
网管业务下发模块150，设置为：将所述业务配置数据批量下发到网元。The network management service delivery module 150 is configured to: deliver the service configuration data to the network element in batches.
本发明实施例可扩展的跨网元业务配置系统实施方式四通过上述每个模块的协同配合，实现对多个网元、设备的每个业务配置，其操作便捷，效率高，大大降低了用户批量配置的复杂性。Embodiment 4 of the scalable cross-network element service configuration system in the embodiment of the present invention implements each service configuration of multiple network elements and devices through the cooperation of each of the above modules, which is convenient to operate, high in efficiency, and greatly reduces users. The complexity of batch configuration.
其中，如图5所示，在前述实施方式四的基础上，本发明实施例可扩展的跨网元业务配置系统实施方式五中的规划表建立模块130还包括：As shown in FIG. 5, on the basis of the foregoing fourth embodiment, the plan table establishing module 130 in the fifth embodiment of the scalable cross-network element service configuration system of the embodiment of the present invention further includes:
子角色Sheet页模块131，设置为：根据所述子角色业务配置模板，建立对应的子角色Sheet页，以及根据所述子角色业务配置模板解析出的变量，建立关联属性列；The sub-role Sheet page module 131 is configured to: establish a corresponding sub-role Sheet page according to the sub-role service configuration template, and establish an association attribute column according to the variable parsed by the sub-role service configuration template;
规划汇总表Sheet页模块132，设置为：根据所述子角色Sheet页和关联属性列建立规划汇总表Sheet页，以在所述子角色业务模板之间共享所述规划数据；The plan summary table Sheet page module 132 is configured to: establish a plan summary table Sheet page according to the child role Sheet page and the associated attribute column, to share the plan data between the child role service templates;
公式设置模块133，设置为：设置Excel公式，使得所述子角色Sheet页从所述规划汇总表Sheet页中获取规划数据。The formula setting module 133 is configured to: set an Excel formula such that the child role Sheet page obtains planning data from the plan summary sheet.
本实施方式五提供了一种灵活配置每个网元、设备的方法，并通过在规划汇总表Sheet页中增加、删除、修改规划数据以增强可操作性，还降低了业务配置时的错误几率。The fifth embodiment provides a method for flexibly configuring each network element and device, and increases, removes, and modifies the planning data in the plan summary table to enhance operability, and reduces the probability of error in service configuration. .
可选地，所述网管业务下发模块是设置为：将所述业务配置数据自动绑定到对应的网元，并且一次性批量下发所有业务配置数据到一个或多个所述网元。Optionally, the network management service delivery module is configured to automatically bind the service configuration data to the corresponding network element, and deliver all service configuration data to one or more of the network elements in batches.
可选地，数据生成模块是设置为：根据规划表和业务模板批量生成所述业务配置数据。
Optionally, the data generating module is configured to: generate the service configuration data in batch according to the planning table and the service template.
为实现自动化的实现业务配置，减少人工投入，提高效率，业务配置数据为批量生成，且为一次性下发到网元，因此本发明实施例为在该批量业务配置数据下发到网元后，对该业务配置数据进行自动绑定到对应的网元。In order to realize the automatic configuration of the service, reduce the manual input, and improve the efficiency, the service configuration data is generated in batches, and is sent to the network element in one time. Therefore, in this embodiment of the present invention, after the batch service configuration data is sent to the network element, The service configuration data is automatically bound to the corresponding network element.
此外，在业务模板模块120、规划表建立模块130中产生的子角色业务配置模板及规划表可进行打包导入导出，从而实现业务配置数据的随改随用，提供极大的扩展性。In addition, the sub-role service configuration template and the planning table generated in the service template module 120 and the planning table establishing module 130 can be packaged for import and export, thereby realizing the use of the service configuration data and providing great scalability.
同时，为了更加清楚的说明本发明实施例可扩展的跨网元业务配置方法及系统的实施场景，如表1所示，本发明实施方式六结合政企网业务中实现L2VPN业务配置来对本发明实施例的实施进行详细描述：At the same time, in order to more clearly explain the implementation method of the scalable cross-network element service configuration method and system in the embodiment of the present invention, as shown in Table 1, the sixth embodiment of the present invention implements the L2VPN service configuration in combination with the government enterprise network service to the present invention. The implementation of the embodiment is described in detail:
表1Table 1
第一步：确定要配置的子角色，在表1所示的业务配置中，由于接入设备和汇聚设备各需要一台，故本步骤解析出两个子角色，即接入设备A，汇聚设备B。The first step is to determine the sub-role to be configured. In the service configuration shown in Table 1, each of the access device and the aggregation device needs to be configured. In this step, two sub- roles are resolved, namely, access device A and aggregation device. B.
应当理解的是，而用户在实际场景中，一条业务可以在多个接入设备A，汇聚设备B之间进行，本实施方式六为了说明原理，精简了业务配置。It should be understood that, in the actual scenario, a service may be performed between multiple access devices A and aggregation devices B. In the sixth embodiment, the service configuration is simplified to explain the principle.
第二步：根据第一步确定的子角色，可解析出业务配置模板的两个子角色业务配置模板，可称为“汇聚设备配置”模板和“接入设备配置”模板。模板内容为要配置的命令内容，其中${varable}(表1中斜体部分)为变量，为现场实际配置，多条相同业务配置可通过不同的命令参数进行解析，批量配置时，可以根据在Excel中对应的规划汇总表Sheet页对应列的值进行批量替换，从而批量生成多条数据。Step 2: According to the sub-role determined in the first step, the two sub-role service configuration templates of the service configuration template can be parsed, which can be called the aggregation device configuration template and the access device configuration template. The content of the template is the content of the command to be configured, where ${varable} (the italic part in Table 1) is a variable, which is the actual configuration of the site. Multiple identical service configurations can be parsed by different command parameters. The values of the corresponding columns in the corresponding summary table of the plan summary table in Excel are batch-replaced, thereby generating a plurality of pieces of data in batches.
第三步：建立规划表，本实施例中，规划表为规划汇总表Excel，在规划汇总表中，根据子角色分类，建立3个Sheet页，分别对应“汇总规划数据”(即规划汇总表Sheet页,表中未示出)，“接入设备A配置”，“汇聚设备B配置”。The third step is to establish a planning table. In this embodiment, the planning table is a planning summary table Excel. In the planning summary table, three child sheets are created according to the sub-role classification, corresponding to the “summary planning data” (ie, the planning summary table). Sheet page, not shown in the table), "Access Device A Configuration", "Aggregation Device B Configuration".
其中，根据子角色业务配置模板中变量定义，“接入设备A配置”Sheet页需要加入以下列：应当理解的是，由于网管中列名支持国际化，本实施方式六为了与模板命令对照，就不用国际化，网元名称为该业务下发的网元：According to the variable definition in the sub-role service configuration template, the "access device A configuration" Sheet page needs to be added as follows: It should be understood that, because the column name in the network management supports internationalization, this embodiment 6 is in contrast with the template command. The network element name is the network element delivered by the service:
vpwsName,neighbourLoopback,vcidIndex,CIP,acName等；vpwsName, neighborLoopback, vcidIndex, CIP, acName, etc.;
至于“汇聚设备B配置”Sheet页需要加入以下列：As for the "aggregation device B configuration" Sheet page, you need to add the following columns:
vpwsName，pwIndex，neighbourLoopback，vcidIndex，acName等；
vpwsName, pwIndex, neighborLoopback, vcidIndex, acName, etc.;
至于“汇总规划数据”Sheet页则根据上述两个Sheet页，将共用字段合并，独立字段提取，形成汇总数据列。由于在业务配置中，接入设备A、汇聚设备B必须一致，故它们在“汇总规划数据”会共用同一列数据。而余下的则需要各个独立。具体列为：A设备vpwsName,B设备vpwsName,即接入设备A的网元名称对应汇聚设备B的网元名称，下同，如neighbourLoopback，vcidIndex，acName,CIP,pwIndex。然后利用Excel表中的INDIRECT函数将相应列映射到子角色Sheet页的对应列上，如此则只需要维护规划汇总表Sheet页数据即可。As for the "Summary Planning Data" Sheet page, according to the above two Sheet pages, the common fields are merged, and the independent fields are extracted to form a summary data column. Because the access device A and the aggregation device B must be consistent in the service configuration, they share the same column data in the “aggregate planning data”. The rest will require independence. The details are as follows: A device vpwsName, B device vpwsName, that is, the NE name of the access device A corresponds to the NE name of the aggregation device B, the same as below, such as neighborLoopback, vcidIndex, acName, CIP, pwIndex. Then use the INDIRECT function in the Excel table to map the corresponding column to the corresponding column of the child role Sheet page, so you only need to maintain the plan summary table Sheet page data.
第四步：在“汇总规划数据”Sheet页中填入需要配置该业务的所有接入设备A、汇聚设备B的配置数据，则Excel会自动将数据传至每个角色Sheet页中，如：可填入10行数据。然后导入到业务配置模板中，业务配置模板的子角色业务配置模板将子角色Sheet页的数据导入，则批量产生了最终下发的配置规划数据，如生成了10个跨网元业务配置数据。Step 4: In the “Summary Planning Data” Sheet page, fill in the configuration data of all access devices A and Aggregation devices B that need to be configured with the service. Excel will automatically transfer the data to each role's Sheet page, such as: Can fill in 10 rows of data. Then, it is imported into the service configuration template. The sub-role service configuration template of the service configuration template imports the data of the child role sheet, and the configuration planning data that is finally delivered is generated in batches. For example, 10 cross-network element service configuration data is generated.
第五步：由网管网元下发系统(即网管业务下发模块)，将第四步批量生成的跨网元业务配置数据批量下发到网元，从而完成整个业务批量配置。Step 5: The system is delivered by the network management network element (that is, the network management service delivery module), and the cross-network element service configuration data generated in the fourth step is delivered to the network element in batches, thereby completing the entire service batch configuration.
本领域普通技术人员可以理解上述实施例的全部或部分步骤可以使用计算机程序流程来实现，所述计算机程序可以存储于一计算机可读存储介质中，所述计算机程序在相应的硬件平台上(如系统、设备、装置、器件等)执行，在执行时，包括方法实施例的步骤之一或其组合。One of ordinary skill in the art will appreciate that all or a portion of the steps of the above-described embodiments can be implemented using a computer program flow, which can be stored in a computer readable storage medium, such as on a corresponding hardware platform (eg, The system, device, device, device, etc. are executed, and when executed, include one or a combination of the steps of the method embodiments.
可选地，上述实施例的全部或部分步骤也可以使用集成电路来实现，这些步骤可以被分别制作成一个个集成电路模块，或者将它们中的多个模块或步骤制作成单个集成电路模块来实现。Alternatively, all or part of the steps of the above embodiments may also be implemented by using an integrated circuit. These steps may be separately fabricated into individual integrated circuit modules, or multiple modules or steps may be fabricated into a single integrated circuit module. achieve.
上述实施例中的装置/功能模块/功能单元可以采用通用的计算装置来实现，它们可以集中在单个的计算装置上，也可以分布在多个计算装置所组成的网络上。The devices/function modules/functional units in the above embodiments may be implemented by a general-purpose computing device, which may be centralized on a single computing device or distributed over a network of multiple computing devices.
上述实施例中的装置/功能模块/功能单元以软件功能模块的形式实现并作为独立的产品销售或使用时，可以存储在一个计算机可读取存储介质中。上述提到的计算机可读取存储介质可以是只读存储器，磁盘或光盘等。
When the device/function module/functional unit in the above embodiment is implemented in the form of a software function module and sold or used as a stand-alone product, it can be stored in a computer readable storage medium. The above mentioned computer readable storage medium may be a read only memory, a magnetic disk or an optical disk or the like.
本发明实施例提供一种可扩展的跨网元业务配置方法及系统，可根据业务规则，支持现场定制的业务模板和规划表，迅速实现任意业务配置数据的批量生成与下发，从而支持多种业务配置；同时用户只需在Excel中对规划表进行规划填入就可实现多种定制业务配置，大大降低了用户批量配置的复杂性。
The embodiments of the present invention provide a scalable cross-network element service configuration method and system, which can support on-site customized service templates and planning tables according to business rules, and rapidly implement batch generation and delivery of arbitrary service configuration data, thereby supporting multiple Service configuration; at the same time, users only need to plan and fill in the planning table in Excel to realize a variety of customized service configurations, which greatly reduces the complexity of user batch configuration.
Claims (11)
- 一种可扩展的跨网元业务配置方法，包括：A scalable cross-network element service configuration method, including:解析出网元业务的子角色；Parsing the sub-role of the network element service;根据所述子角色，解析出所述子角色的业务配置，并对所述子角色建立子角色业务配置模板；And parsing the service configuration of the sub-role according to the sub-role, and establishing a sub-role service configuration template for the sub-role;对所述子角色业务配置模板建立携带有规划数据的规划表；Establishing a planning table carrying the planning data for the sub-role service configuration template;将规划表导入到由所述子角色业务配置模板组成的业务模板中，以生成业务配置数据；Importing a planning table into a service template consisting of the sub-role business configuration template to generate service configuration data;将所述业务配置数据批量下发到网元。The service configuration data is delivered to the network element in batches.
- 如权利要求1所述的可扩展的跨网元业务配置方法，其中，所述规划表包括子角色Sheet页和规划汇总表Sheet页；所述对所述子角色业务配置模板建立携带有规划数据的规划表的步骤包括：The scalable cross-network element service configuration method according to claim 1, wherein the planning table includes a sub-role Sheet page and a planning summary table, and the sub-role service configuration template is built with planning data. The steps of the planning table include:根据所述子角色业务配置模板，建立对应的子角色Sheet页，以及根据所述子角色业务配置模板解析出的变量，建立关联属性列；Establishing a corresponding sub-role Sheet page according to the sub-role service configuration template, and establishing an association attribute column according to the variable parsed by the sub-role service configuration template;根据所述子角色Sheet页和关联属性列建立规划汇总表Sheet页，以在所述子角色Sheet页属性之间共享所述规划数据；Establishing a plan summary table Sheet according to the child role Sheet page and the associated attribute column to share the plan data between the child role Sheet page attributes;设置Excel公式，使得所述子角色Sheet页从所述规划汇总表Sheet页中获取规划数据。The Excel formula is set such that the child role Sheet page obtains planning data from the planning summary sheet.
- 如权利要求1所述的可扩展的跨网元业务配置方法，其中，所述在所述业务配置数据下发到网元的步骤，包括：The scalable cross-network element service configuration method according to claim 1, wherein the step of transmitting the service configuration data to the network element comprises:将所述业务配置数据自动绑定到对应的网元，并且一次性批量下发所有业务配置数据到一个或多个所述网元。The service configuration data is automatically bound to the corresponding network element, and all service configuration data is delivered in batches to one or more of the network elements.
- 如权利要求1至3中任一项所述的可扩展的跨网元业务配置方法，其中，将规划表导入到由所述子角色业务配置模板组成的业务模板中，以生成业务配置数据的步骤，包括：批量生成所述业务配置数据。The scalable cross-network element service configuration method according to any one of claims 1 to 3, wherein the planning table is imported into a service template composed of the sub-role service configuration template to generate service configuration data. The step includes: generating the service configuration data in batches.
- 如权利要求1所述的可扩展的跨网元业务配置方法，其中，所述根据所述子角色，解析出所述子角色的业务配置，并对所述子角色建立子角色 业务配置模板；对所述子角色业务配置模板建立规划表的步骤，包括：打包导入导出所述子角色业务配置模板及所述规划表。The scalable cross-network element service configuration method according to claim 1, wherein the parsing a service configuration of the sub-role according to the sub-role and establishing a sub-role for the sub-role The service configuration template includes the following steps: the step of creating a planning table for the sub-role service configuration template, including: importing and exporting the sub-role service configuration template and the planning table.
- 一种可扩展的跨网元业务配置系统，包括：A scalable cross-network element service configuration system, including:解析模块，设置为：解析出网元业务的子角色；The parsing module is configured to: parse the sub-role of the network element service;业务模板模块，设置为：根据所述子角色，解析出所述子角色的业务配置，并对所述子角色建立子角色业务配置模板；The service template module is configured to: parse the service configuration of the sub-role according to the sub-role, and establish a sub-role service configuration template for the sub-role;规划表建立模块，设置为：对所述子角色业务配置模板建立携带有规划数据的规划表；A planning table establishing module is configured to: establish a planning table carrying planning data for the sub-role service configuration template;数据生成模块，设置为：将规划表导入到由所述子角色业务配置模板组成的业务模板中，以生成业务配置数据；a data generating module, configured to: import a planning table into a service template consisting of the sub-role service configuration template to generate service configuration data;网管业务下发模块，设置为：将所述业务配置数据批量下发到网元。The network management service delivery module is configured to deliver the service configuration data to the network element in batches.
- 如权利要求6所述的可扩展的跨网元业务配置系统，其中，所述规划表包括子角色Sheet页和规划汇总表Sheet页；所述规划表建立模块包括：The scalable cross-network element service configuration system of claim 6, wherein the planning table comprises a sub-role Sheet page and a planning summary table, and the planning table establishing module comprises:子角色Sheet页模块，设置为：根据所述子角色业务配置模板，建立对应的子角色Sheet页，以及根据所述子角色业务配置模板解析出的变量，建立关联属性列；The sub-role Sheet page module is configured to: establish a corresponding sub-role Sheet page according to the sub-role service configuration template, and establish an association attribute column according to the variable parsed by the sub-role service configuration template;规划汇总表Sheet页模块，设置为：根据所述子角色Sheet页和关联属性列建立规划汇总表Sheet页，以在所述子角色业务模板之间共享所述规划数据；a plan summary table, which is configured to: establish a plan summary table according to the child role sheet and the associated attribute column, to share the planning data between the sub-role service templates;公式设置模块，设置为：设置Excel公式，使得所述子角色Sheet页从所述规划汇总表Sheet页中获取规划数据。The formula setting module is configured to: set an Excel formula such that the child role Sheet page obtains planning data from the plan summary sheet.
- 如权利要求7所述的可扩展的跨网元业务配置系统，其中，The scalable cross-network element service configuration system according to claim 7, wherein所述网管业务下发模块是设置为：将所述业务配置数据自动绑定到对应的网元，并且一次性批量下发所有业务配置数据到一个或多个所述网元。The network management service delivery module is configured to: automatically bind the service configuration data to the corresponding network element, and deliver all service configuration data to one or more of the network elements in batches.
- 如权利要求6至8任一项所述的可扩展的跨网元业务配置系统，其中，数据生成模块是设置为：根据规划表和业务模板批量生成所述业务配置数据。 The scalable cross-network element service configuration system according to any one of claims 6 to 8, wherein the data generating module is configured to: generate the service configuration data in batch according to the planning table and the service template.
- 如权利要求6所述的可扩展的跨网元业务配置系统，其中，所述子角色业务配置模板由所述业务模板模块打包导入导出；所述规划表由所述规划表建立模块打包导入导出。The scalable cross-network element service configuration system according to claim 6, wherein the sub-role service configuration template is packaged and imported and exported by the service template module; and the planning table is packaged and imported by the planning table creation module. .
- 一种计算机可读存储介质，存储有计算机可执行指令，所述计算机可执行指令用于执行权利要求1-5任一项的方法。 A computer readable storage medium storing computer executable instructions for performing the method of any of claims 1-5.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101888655A (en) * | 2010-06-28 | 2010-11-17 | 中兴通讯股份有限公司 | Method and device for configuring network element data in template way in network management system |
| CN102843245A (en) * | 2011-06-20 | 2012-12-26 | 中兴通讯股份有限公司 | Method and device for interacting configuration data |
| CN102984737A (en) * | 2012-12-21 | 2013-03-20 | 大唐移动通信设备有限公司 | Unified parameter configuration method and device for wireless network |
| US20130083700A1 (en) * | 2011-10-04 | 2013-04-04 | Juniper Networks, Inc. | Methods and apparatus for centralized management of access and aggregation network infrastructure |
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| CN102843245A (en) * | 2011-06-20 | 2012-12-26 | 中兴通讯股份有限公司 | Method and device for interacting configuration data |
| US20130083700A1 (en) * | 2011-10-04 | 2013-04-04 | Juniper Networks, Inc. | Methods and apparatus for centralized management of access and aggregation network infrastructure |
| CN102984737A (en) * | 2012-12-21 | 2013-03-20 | 大唐移动通信设备有限公司 | Unified parameter configuration method and device for wireless network |
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