CN115473815A - Service migration system and method based on equipment change - Google Patents
Service migration system and method based on equipment change Download PDFInfo
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- 230000005012 migration Effects 0.000 title claims abstract description 404
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0893—Assignment of logical groups to network elements
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/06—Management of faults, events, alarms or notifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/085—Retrieval of network configuration; Tracking network configuration history
- H04L41/0859—Retrieval of network configuration; Tracking network configuration history by keeping history of different configuration generations or by rolling back to previous configuration versions
- H04L41/0863—Retrieval of network configuration; Tracking network configuration history by keeping history of different configuration generations or by rolling back to previous configuration versions by rolling back to previous configuration versions
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0876—Aspects of the degree of configuration automation
- H04L41/0886—Fully automatic configuration
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/50—Network service management, e.g. ensuring proper service fulfilment according to agreements
Abstract
The invention discloses a service migration system and method based on equipment change, belonging to the technical field of communication equipment and aiming at solving the technical problem of how to perform service migration on line when performing service migration based on equipment change, thereby improving migration efficiency and realizing resource synchronization. The system comprises a service migration management page, and a service stock management module and a migration task management module which are interacted with the service migration management page; the business stock management module interacts with a user through a business stock management interface and is used for providing business stock synchronization service, business stock management service, business design service and business migration service; the migration task management module interacts with a user through a migration task management interface and is used for providing a migration order management service, a migration task monitoring service, a migration order processing service and a migration flow execution service; the business migration management page is used for providing an entrance of a business stock management interface and a migration task management interface.
Description
Technical Field
The invention relates to the technical field of communication equipment, in particular to a service migration system and a service migration method based on equipment change.
Background
NFV and SDN are popular technologies in the information communication industry in recent years, and particularly, after the 5G era comes, the NFV and SDN appear more frequently. NFV, network Function Virtualization, the full name of English is Network Function Virtualization. The NFV is mainly applied to the field of cloud computing, and is used for migrating computing resources from local to a cloud end to realize cloud computing. SDN, software Defined Networking, i.e., a Software Defined network, which decouples the control plane and the data forwarding plane of a transport network using a standard protocol (e.g., openFlow), separates the control plane of a network device from the data plane, and is implemented in Software.
The advent of new technologies has prompted operators to upgrade communication networks, which has resulted in a large number of devices being replaced, requiring the migration of traffic in the old device network to the new device. In addition, there are two more common backgrounds for replacing new and old devices, one is that the life cycle of the old device is finished, i.e. the old device is about to be taken off the line, and the other is that the device is damaged, and service migration is also required in these two scenarios.
Due to the offline of the device and other reasons, the replacement of new and old devices in the operator network may be caused, and the service carried in the old device needs to be migrated to the new device. The migration of the current device service is mainly performed through the offline, the migration efficiency is low, and the resource system cannot be synchronized instantly to update the service bound resources.
When performing service migration based on device change, how to perform service migration on line is a technical problem to be solved, which improves migration efficiency and realizes resource synchronization.
Disclosure of Invention
The technical task of the invention is to provide a service migration system and method based on equipment change aiming at the above defects, so as to solve the technical problems of how to perform service migration on line when performing service migration based on equipment change, improve migration efficiency and realize resource synchronization.
In the first aspect, the invention relates to a service migration system based on equipment change, which comprises a service migration management page, and a service stock management module and a migration task management module which are interacted with the service migration management page;
the business stock management module interacts with a user through a business stock management interface and is used for providing business stock synchronization service, business stock management service, business design service and business migration service, the business stock management service is used for synchronizing business stock information and corresponding resource data from a resource management system, the business stock management service is used for managing the business stock information, the business design service is used for configuring resource information of migration target equipment, and the business migration service is used for triggering a business migration process and generating a business migration order;
the migration task management module interacts with a user through a migration task management interface and is used for providing a migration order management service, a migration task monitoring service, a migration order processing service and a migration flow execution service, wherein the migration order management service is used for displaying and inquiring migration order information, the migration task monitoring service is used for monitoring and displaying the progress of a migration task, the migration order processing service is used for processing an abnormal order, and the migration flow execution service is used for triggering a migration order to perform business processing based on a preconfigured business migration flow;
the business migration management page is used for providing an entrance of a business stock management interface and a migration task management interface.
Preferably, different services are different in corresponding devices, and each service is configured with a corresponding service inventory management interface and a corresponding migration task management interface;
for each service, the service migration management interface is configured with an inlet of a corresponding service stock management interface, and a service module corresponding to the service is triggered on the service migration management interface to enter the corresponding service stock management interface and the migration task management interface.
Preferably, the business stock management module includes:
the service stock synchronous function module is matched with the service stock management interface and is used for executing the following steps: clicking a synchronization button on a business stock management interface, popping up an equipment query window, querying and selecting equipment to be replaced through the equipment query window, and synchronizing business stock information related to the equipment and corresponding resource data from a resource management system;
the system comprises a service storage management function module, a service storage management interface and a client management interface, wherein the service storage management function module is matched with the service storage management interface and used for displaying, inquiring, modifying and deleting service storage information, the service storage information comprises client information, service resources and migration related information, a field of the service storage management interface comprises a client name, a service instance name, a name of equipment to be replaced, a service migration state, migration time, synchronization time, a source system and Detail page information, and the Detail page information comprises resource information of an old network and a new network corresponding to a service;
the business design function module is matched with the business stock management interface to execute: selecting a catalog needing to be subjected to service design, downloading a corresponding service design template through a trigger template downloading button, configuring all fields of a Detail page in the service design template, filling the downloaded service design template based on service resources of migration target equipment, uploading the filled service design template through a trigger template uploading button, and analyzing and filling the filled service design template into Detail information in a service stock management function module;
a service migration function module, the service migration function module being used in cooperation with the service inventory management interface to execute: selecting services individually or in batches for service migration, triggering a migration flow and generating a service migration order for each service, and distinguishing batches of the migration orders in a mode of adding a migration task name field when creating the migration orders.
Preferably, the migration task management module includes:
a migration order management function module, which is matched with the migration task management interface and is used for executing: entering each order, and checking basic information, circulation history, flow chart and interaction record of the order; taking the order number and the order name as query conditions, and performing condition query on the order;
the migration task monitoring function module is matched with the migration task management interface and is used for monitoring the overall progress of the migration task and displaying the overall progress through a report, information of the report comprises information of a total migration order, a completed order, a migration order and a failure order, and the report information supports timing refreshing and real-time refreshing;
the migration order processing functional module is matched with the migration task management interface and is used for performing operation processing on an abnormal order, and the operation processing comprises service rollback and retry operation;
and the migration flow execution functional module is matched with the migration task management interface and is used for executing each link based on a pre-configured service migration flow so as to realize service processing.
Preferably, the migration flow execution functional module is configured to execute the following steps:
and confirming the migration data, wherein the migration data confirmation scene is as follows: manually confirming the transferred data, confirming whether the service and the new and old resource information of each order are correct, if the data have problems, modifying, and executing the next step after the data are confirmed to be correct;
activating a new network service, wherein the new network service activation scene is as follows: a controller is called to issue an instruction, and the service is automatically activated;
the construction of the new network business engineering comprises the following construction scenes: calling a WFM system, arranging personnel to carry out the migration of a physical network by the WFM system, and verifying whether the migration of the service is successful or not;
and updating the resources, wherein the resource updating scene is as follows: synchronizing the update information of the service resources to a resource management system, and updating the resource data of the service into the data of a new network by the resource management system;
informing an NGOSS system, wherein the scene of informing the NGOSS system is as follows: calling an NGOSS system of the operation and maintenance system, synchronously informing the NGOSS system of service information including the strategy, and informing the NGOSS system to start monitoring the service on a new network;
service commissioning, wherein the service commissioning scene is as follows: after the service is successfully migrated, the operation is tried for a preset time, and after no problem exists, an operator can carry out approval, click a confirmation button and trigger the process to continue to flow downwards;
removing an old network service, wherein the old network service removing scene is as follows: removing the service on the old network;
the new network service demolition method comprises the following steps: and after the migration service fails in the construction link of the new network business engineering, the new network business engineering is transferred to the link to delete the service opened on the new network, and the new network business engineering continues to be transferred to the migration data confirmation link to modify resources and perform business migration again.
In a second aspect, a service migration method based on device change according to the present invention is implemented by a service migration system based on device change according to any of the first aspect, and the method includes the following steps:
entering a service stock management interface and a migration task management interface through a service migration management page;
after the migration target equipment is selected, the following operations are executed:
synchronizing service stock information and corresponding resource data from a resource management system;
managing business stock information;
configuring resource information of the migration target equipment;
triggering a service migration flow and generating a service migration order;
displaying and inquiring migration order information;
triggering a migration order to perform service processing based on a preconfigured service migration flow;
monitoring and displaying the progress of the migration task;
and processing the abnormal order.
Preferably, different services are different in corresponding devices, and each service is configured with a corresponding service inventory management interface and a corresponding migration task management interface;
for each service, selecting an inlet corresponding to the service stock management interface on the service migration management interface, and triggering a service module corresponding to the service on the service migration management interface to enter the corresponding service stock management interface and the migration task management interface.
Preferably, synchronizing the service stock information and the corresponding resource data from the resource management system includes the following operations: clicking a synchronization button on a business stock management interface, popping up an equipment query window, querying and selecting equipment to be replaced through the equipment query window, and synchronizing business stock information related to the equipment and corresponding resource data from a resource management system;
managing business stock information, comprising the operations of: displaying, inquiring, modifying and deleting service stock information, wherein the service stock information comprises client information, service resources and migration related information, a service stock management interface field comprises a client name, a service instance name, a to-be-replaced equipment name, a service migration state, migration time, synchronization time, a source system and Detail page information, and the Detail page information comprises resource information of an old network and a new network corresponding to a service;
configuring resource information of a migration target device, comprising the following operations: selecting a catalog needing to be subjected to service design, downloading a corresponding service design template through a trigger template downloading button, configuring all fields of a Detail page in the service design template, filling the downloaded service design template based on service resources of migration target equipment, uploading the filled service design template through a trigger template uploading button, and analyzing and filling the filled service design template into Detail information in a service stock management function module;
triggering a business migration process and generating a business migration order, comprising the following operations: selecting services individually or in batches for service migration, triggering a migration flow and generating a service migration order for each service, and distinguishing batches of the migration orders in a mode of adding a migration task name field when creating the migration orders.
Preferably, the displaying and querying migration order information comprises the following operations: entering each order, and checking basic information, circulation history, flow chart and interaction record of the order; taking the order number and the order name as query conditions, and performing condition query on the order;
triggering a migration order to perform service processing based on a preconfigured service migration flow, comprising the following operations: monitoring the overall progress of the migration task and displaying the overall progress through a report, wherein the information of the report comprises information of a total migration order, a completed order, a migration order and a failed order, and the report information supports regular refreshing and real-time refreshing;
monitoring and displaying the progress of the migration task, comprising the following operations: executing each link based on a preconfigured service migration flow to realize service processing;
processing the abnormal order, comprising the following operations: and performing operation processing on the abnormal order, wherein the operation processing comprises service rollback and retry operation.
Preferably, each link is executed based on the preconfigured service migration flow to realize service processing, and the method comprises the following steps:
and confirming the migration data, wherein the migration data confirmation scene is as follows: manually confirming the migrated data, confirming whether the service and the new and old resource information of each order are correct, if the data have problems, modifying, and executing the next step after the data are confirmed to be correct;
activating a new network service, wherein the new network service activation scene is as follows: a controller is called to issue an instruction, and the service is automatically activated;
the construction of the new network business engineering comprises the following construction scenes: calling a WFM system, arranging personnel to carry out physical network migration by the WFM system, and verifying whether service migration is successful or not;
and updating the resources, wherein the resource updating scene is as follows: synchronizing the update information of the service resources to a resource management system, and updating the resource data of the service into the data of a new network by the resource management system;
informing an NGOSS system, wherein the scene of informing the NGOSS system is as follows: calling an NGOSS system of the operation and maintenance system, synchronously informing the NGOSS system of service information including the strategy, and informing the NGOSS system to start monitoring the service on a new network;
the service commissioning, the service commissioning scenario is: after the service is successfully migrated, the operation is tried for a preset time, and after no problem exists, an operator can carry out approval, click a confirmation button and trigger the process to continue to flow downwards;
removing an old network service, wherein the old network service removing scene is as follows: removing the service on the old network;
the new network service demolition method comprises the following steps: and after the migration service of the new network business engineering construction link fails, the new network business engineering construction link is transferred to the link to delete the service opened on the new network, the new network business engineering construction link continues to transfer to a migration data confirmation link, the resources are modified, and the business is migrated again.
The service migration system and method based on equipment change of the invention have the following advantages:
1. the online establishment and tracking of the business migration order are supported, and an automatic process is adopted, so that the online operation is more convenient and quicker than the prior offline operation, and the influence time on the customer business is greatly reduced;
2. the system supports the butt joint with systems such as resource management, operation and maintenance and the like, can directly confirm resources before migration, avoids errors caused by resource abnormity, can also automatically inform other systems to change resource states after migration is completed, and effectively reduces the labor cost;
3. the migration history can be recorded, the problem tracing is facilitated, a service rollback function is provided to repair the migration abnormality when the migration abnormality occurs, and the processing capacity of the migration abnormality is greatly improved.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed for the embodiments or the prior art descriptions will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on the drawings without creative efforts.
The invention is further described below with reference to the accompanying drawings.
Fig. 1 is a block diagram of an architecture of a service migration system based on device change according to embodiment 1;
fig. 2 is a work flow diagram of a service migration system based on device change in embodiment 1;
fig. 3 is a block diagram illustrating a service migration process executed in a service migration system based on device change according to embodiment 1.
Detailed Description
The present invention is further described below with reference to the accompanying drawings and specific embodiments so that those skilled in the art can better understand the present invention and can implement the present invention, but the embodiments are not intended to limit the present invention, and the embodiments and technical features of the embodiments can be combined with each other without conflict.
The embodiment of the invention provides a service migration system and method based on equipment change, which are used for solving the technical problems of improving migration efficiency and realizing resource synchronization by performing online service migration when performing service migration based on equipment change.
Example 1:
the invention relates to a service migration system based on equipment change, which comprises a service migration management page, and a service stock management module and a migration task management module which are interacted with the service migration management page, as shown in figure 1.
The system comprises a business stock management module, a resource management system, a business design module and a business migration module, wherein the business stock management module interacts with a user through a business stock management interface and is used for providing business stock synchronization service, business stock management service, business design service and business migration service, the business stock management service is used for synchronizing business stock information and corresponding resource data from a resource management system, the business stock management service is used for managing the business stock information, the business design service is used for configuring resource information of migration target equipment, and the business migration service is used for triggering a business migration process and generating a business migration order.
The migration task management module interacts with a user through a migration task management interface and is used for providing a migration order management service, a migration task monitoring service, a migration order processing service and a migration flow execution service, wherein the migration order management service is used for displaying and inquiring migration order information, the migration task monitoring service is used for monitoring and displaying the progress of a migration task, the migration order processing service is used for processing an abnormal order, and the migration flow execution service is used for triggering a migration order to perform business processing based on a preconfigured business migration flow.
The business migration management page is used for providing an entrance of a business stock management interface and a migration task management interface.
As shown in fig. 2, the functional implementation steps of the system mainly include:
(1) Selecting equipment to be replaced, synchronizing the service borne on the equipment from the resource management system, and displaying the service to a service migration management page;
(2) In a service stock management interface, recording a resource allocation result predefined by each service into a system;
(3) Selecting a service triggering service migration flow in a service stock management interface to generate a service migration order;
(4) The migration order performs business migration according to a predefined flow, the state of the migration order can be monitored in a migration task management interface, and finally, the migration task is completed and filed.
In this embodiment, the service migration management page is mainly an entry of each service inventory management page. Different services correspond to different service stock management function inlets due to different corresponding devices. The service migration management page comprises a service module, and the business module can be clicked to enter the migration service stock management page of the corresponding service.
For each service, the service migration management interface is configured with an inlet of a corresponding service stock management interface, and a service module corresponding to the service is triggered on the service migration management interface to enter the corresponding service stock management interface and the migration task management interface.
The business stock management module is mainly used for managing the business to be migrated and comprises 4 functional modules of business stock synchronization, business stock management, business design and business migration.
The service storage synchronization function module is matched with the service stock management interface and is used for executing: and clicking a synchronization button on the service stock management interface, popping up an equipment query window, querying and selecting equipment to be replaced through the equipment query window, and synchronizing the service stock information related to the equipment and corresponding resource data from the resource management system.
The service stock management function module is matched with the service stock management interface and used for displaying, inquiring, modifying and deleting service stock information, the service stock information comprises customer information, service resources and migration related information, fields of the service stock management interface comprise customer names, service instance names, names of devices to be replaced, service migration states, migration time, synchronization time, source systems and Detail page information, the Detail page information comprises resource information of an old network and a new network corresponding to a service, and detailed data information can be checked by opening the Detail.
The business design function module is matched with the business stock management interface to execute the following steps: selecting a catalog needing service design, downloading a corresponding service design template through a trigger template downloading button, configuring all fields of a Detail page in the service design template, filling the downloaded service design template based on service resources of migration target equipment, uploading the filled service design template through a trigger template uploading button, and analyzing and filling the filled service design template into Detail information in a service stock management function module.
In this embodiment, the service design module mainly includes two function buttons, namely, downloading the service design template and uploading the service design template. The working process is as follows:
(1) Selecting a record needing to be subjected to service design, clicking a download button of a design template, downloading an excel file, wherein the list name of the excel file is all fields of a Detail page, and filling the existing data of an interface;
the operator can fill the service resources of the migration target equipment according to the planning of network migration;
(2) And uploading the changed excel template to a device system through a service design template uploading function, analyzing and filling the excel template into a Detail page of the service stock management function module.
A migration function button is configured in the service stock management interface, and the service migration function module is matched with the service stock management interface for executing: selecting services individually or in batches for service migration, triggering a migration flow and generating a service migration order for each service, and distinguishing batches of the migration orders in a mode of adding a migration task name field when creating the migration orders.
The migration task management module is mainly responsible for monitoring the migration orders generated by the business stock management function. The method mainly comprises 4 functional modules of migration order management, migration task monitoring, migration order processing and service migration flow.
The migration order management function module is matched with the migration task management interface and can display and inquire migration order information. The migration task management interface is used for displaying the generated order information, entering each order and checking data such as basic information, circulation history, flow charts, interaction records and the like of the orders. The module also supports the query of orders based on the order number, order name, etc.
The migration task monitoring function module is mainly responsible for monitoring the overall progress of the migration task, is matched with the migration task management interface and is used for monitoring the overall progress of the migration task and displaying the overall progress through a report, wherein information of the report comprises information of a total migration order, a completed order, a migration order and a failure order, and the report information supports timing refreshing and real-time refreshing.
And the migration order processing function module is matched with the migration task management interface and is used for performing operation processing on the abnormal orders, including service rollback and retry operation.
The migration flow execution function module is mainly responsible for enabling the migration order to perform business processing according to a preset flow. As shown in fig. 3, the method mainly includes the steps of migration data confirmation, new network service activation, new network service engineering construction, resource updating, NGOSS notification, service commissioning, old network service removal, and new network service removal.
The migration data confirmation link is mainly to confirm the migration data manually and confirm whether the service and the new and old resource information of each order are correct. If the data has problems, the data can be modified in the link, and after the data is confirmed to be correct, a confirmation button can be clicked to continue the service processing.
The new network service activation link mainly calls a controller to issue an instruction to automatically activate the service
The new network business engineering construction link is mainly responsible for calling the WFM system, and the WFM system arranges personnel to perform physical network migration and verifies whether service migration is successful.
The resource updating link is mainly responsible for synchronizing the updating information of the service resources to the resource management system, so that the resource management system updates the service resource data into the data of a new network.
The step of informing the NGOSS is mainly to call the NGOSS system (operation and maintenance system), synchronize service information such as policies to the NGOSS, and inform the NGOSS to start monitoring the service on a new network.
The service trial operation link is a manual link, the trial operation is carried out for a period of time after the service migration is successful, and after no problem exists, an operator can examine and approve, click a confirmation button and trigger the process to continue to flow downwards.
And the old network service removal link is mainly responsible for removing the service on the old network.
The new network service demolition link service scenario is that after the new network service engineering construction link fails to migrate services, the new network service engineering construction link can be transferred to the link to delete the services opened on the new network, and the new network service engineering construction link continues to be transferred to the migration data confirmation link to modify resources and perform service migration again.
The service migration scenario targeted by the system of this embodiment needs to satisfy the following conditions before actual migration is performed:
(1) The service migration is only the change of the bearing equipment, and the service itself is not changed;
(2) The physical connection of the target network equipment of the service migration is already configured;
(3) The resource information of the service migration in the new network has been planned in advance.
The system of this embodiment executes the service migration mainly by adopting a first-install and then-detach manner. Based on each customer service, firstly opening the service to be migrated in the service migration target equipment, then, the constructor goes to configure the equipment information on site, migrates the physical link bearing the customer service from the equipment to be offline to the target equipment, and finally, after a period of trial operation, removes the service on the equipment to be offline.
Example 2:
the invention relates to a service migration method based on equipment change, which realizes service migration through the system disclosed by embodiment 1 and comprises the following steps:
s100, entering a service stock management interface and a migration task management interface through a service migration management page;
s200, after the migration target equipment is selected, the following operations are executed:
s210, synchronizing service stock information and corresponding resource data from a resource management system;
s220, managing service stock information;
s230, configuring resource information of the migration target equipment;
s240, triggering a service migration flow and generating a service migration order;
s250, displaying and inquiring migration order information;
s260, triggering a migration order to perform service processing based on a preconfigured service migration flow;
s270, monitoring and displaying the progress of the migration task;
and S280, processing the abnormal order.
Different services are different in corresponding equipment, and each service is provided with a corresponding service stock management interface and a corresponding migration task management interface; for each service, selecting an inlet corresponding to the service stock management interface on the service migration management interface, and triggering a service module corresponding to the service on the service migration management interface to enter the corresponding service stock management interface and the migration task management interface.
Step S210 synchronizes the service stock information and the corresponding resource data from the resource management system, including the following operations: and clicking a synchronization button on the service stock management interface, popping up an equipment query window, querying and selecting equipment to be replaced through the equipment query window, and synchronizing the service stock information related to the equipment and corresponding resource data from the resource management system.
Step S220 manages the business stock information, including the following operations: the method comprises the steps of displaying, inquiring, modifying and deleting service stock information, wherein the service stock information comprises client information, service resources and migration related information, a service stock management interface field comprises a client name, a service instance name, a name of equipment to be replaced, a service migration state, migration time, synchronization time, a source system and Detail page information, and the Detail page information comprises resource information of an old network and a new network corresponding to a service;
step S230 configures resource information of the migration target device, including the following operations: selecting a catalog needing service design, downloading a corresponding service design template through a trigger template downloading button, configuring all fields of a Detail page in the service design template, filling the downloaded service design template based on service resources of migration target equipment, uploading the filled service design template through a trigger template uploading button, and analyzing and filling the filled service design template into Detail information in a service stock management function module. The specific execution flow is as follows:
(1) Selecting a record needing to be subjected to service design, clicking a download button of a design template, downloading an excel file, wherein the list name of the excel file is all fields of a Detail page, and filling the existing data of an interface;
the operator can fill the service resources of the migration target equipment according to the planning of network migration;
(2) And uploading the changed excel template to a device system through a service design template uploading function, analyzing and filling the excel template into a Detail page of the service stock management function module.
Step S240 triggers the service migration process and generates a service migration order, including the following operations: selecting services individually or in batches for service migration, triggering a migration flow and generating a service migration order for each service, and distinguishing batches of the migration orders in a mode of adding a migration task name field when creating the migration orders.
Step S250 displays and queries migration order information, including the following operations: entering each order, and checking basic information, circulation history, flow chart and interaction record of the order; taking the order number and the order name as query conditions, and carrying out condition query on the order.
Step S260 is to trigger the migration order to perform service processing based on the preconfigured service migration flow, including the following operations: monitoring the overall progress of the migration task and displaying the overall progress through a report, wherein the information of the report comprises the information of a total migration order, a completed order, a migration order and a failed order, and the report information supports regular refreshing and real-time refreshing;
step S270, monitoring and displaying the progress of the migration task, including the following operations: executing each link based on a preconfigured service migration flow to realize service processing;
step S280 processes the abnormal order, including the following operations: and performing operation processing on the abnormal order, wherein the operation processing comprises service rollback and retry operation.
When the business processing is carried out according to the preset flow, the business processing method mainly comprises the links of migration data confirmation, new network business activation, new network business engineering construction, resource updating, NGOSS notification, service commissioning, old network business dismantling and new network business dismantling.
The migration data confirmation link is mainly to confirm the migration data manually and confirm whether the service and the new and old resource information of each order are correct. If the data has problems, the data can be modified in the link, and after the data is confirmed to be correct, a confirmation button can be clicked to continue the service processing.
The new network service activation link mainly calls a controller to issue an instruction to automatically activate the service
The new network business engineering construction link is mainly responsible for calling a WFM system, and the WFM system arranges personnel to perform physical network migration and verifies whether service migration is successful.
The resource updating link is mainly responsible for synchronizing the updating information of the service resources to the resource management system, so that the resource management system updates the service resource data into the data of a new network.
The step of informing the NGOSS mainly calls an NGOSS system (operation and maintenance system), synchronizes service information such as a strategy and the like to the NGOSS, and informs the NGOSS of starting to monitor the service on a new network.
The service trial operation link is a manual link, the trial operation is carried out for a period of time after the service migration is successful, and after no problem exists, an operator can examine and approve, click a confirmation button and trigger the process to continue to flow downwards.
The old network service removal link is mainly responsible for removing the service on the old network.
The new network service demolition link service scenario is that after the new network service engineering construction link fails to migrate services, the new network service engineering construction link can be transferred to the link to delete the services opened on the new network, and the new network service engineering construction link continues to be transferred to the migration data confirmation link to modify resources and perform service migration again.
While the invention has been particularly shown and described with reference to the preferred embodiments and drawings, it will be understood by those skilled in the art that the present invention is not limited to the embodiments disclosed, but rather that various other embodiments may be devised in combination with the embodiments and examples set forth herein and within the scope of the invention.
Claims (10)
1. A service migration system based on equipment change is characterized by comprising a service migration management page, and a service stock management module and a migration task management module which are interacted with the service migration management page;
the business stock management module interacts with a user through a business stock management interface and is used for providing business stock synchronization service, business stock management service, business design service and business migration service, the business stock management service is used for synchronizing business stock information and corresponding resource data from a resource management system, the business stock management service is used for managing the business stock information, the business design service is used for configuring resource information of migration target equipment, and the business migration service is used for triggering a business migration process and generating a business migration order;
the migration task management module interacts with a user through a migration task management interface and is used for providing a migration order management service, a migration task monitoring service, a migration order processing service and a migration flow execution service, wherein the migration order management service is used for displaying and inquiring migration order information, the migration task monitoring service is used for monitoring and displaying the progress of a migration task, the migration order processing service is used for processing an abnormal order, and the migration flow execution service is used for triggering a migration order to perform business processing based on a preconfigured business migration flow;
the business migration management page is used for providing an entrance of a business stock management interface and a migration task management interface.
2. The service migration system based on the device change according to claim 1, wherein the devices corresponding to different services are different, and each service is configured with a corresponding service inventory management interface and a migration task management interface;
for each service, the service migration management interface is configured with an inlet of a corresponding service stock management interface, and a service module corresponding to the service is triggered on the service migration management interface to enter the corresponding service stock management interface and the migration task management interface.
3. The device change based service migration system according to claim 1, wherein the service inventory management module comprises:
the service stock synchronization function module is matched with the service stock management interface and is used for executing: clicking a synchronization button on a service stock management interface, popping up an equipment query window, querying and selecting equipment to be replaced through the equipment query window, and synchronizing service stock information related to the equipment and corresponding resource data from a resource management system;
the system comprises a service stock management function module, a service stock management interface and a data processing module, wherein the service stock management function module is matched with the service stock management interface and is used for displaying, inquiring, modifying and deleting service stock information, the service stock information comprises client information, service resources and migration related information, a field of the service stock management interface comprises a client name, a service instance name, a to-be-replaced equipment name, a service migration state, migration time, synchronization time, a source system and Detail page information, and the Detail page information comprises resource information of an old network and a new network corresponding to a service;
the business design function module is matched with the business stock management interface to execute: selecting a catalog needing to be subjected to service design, downloading a corresponding service design template through a trigger template downloading button, configuring all fields of a Detail page in the service design template, filling the downloaded service design template based on service resources of migration target equipment, uploading the filled service design template through a trigger template uploading button, and analyzing and filling the filled service design template into Detail information in a service stock management function module;
a service migration function module, the service migration function module is used for executing in cooperation with the service stock management interface: selecting services individually or in batches for service migration, triggering a migration flow and generating a service migration order for each service, and distinguishing batches of the migration orders in a mode of adding a migration task name field when creating the migration orders.
4. The system for service migration based on device change according to claim 1, wherein the migration task management module comprises:
a migration order management function module, which is matched with the migration task management interface and is used for executing: entering each order, and checking basic information, circulation history, flow chart and interaction record of the order; taking the order number and the order name as query conditions, and performing condition query on the order;
the migration task monitoring function module is matched with the migration task management interface and is used for monitoring the overall progress of the migration task and displaying the overall progress through a report, information of the report comprises information of a total migration order, a completed order, a migration order and a failure order, and the report information supports timing refreshing and real-time refreshing;
the migration order processing functional module is matched with the migration task management interface and is used for carrying out operation processing on an abnormal order, and the operation processing comprises service rollback and retry operation;
and the migration flow execution functional module is matched with the migration task management interface and is used for executing each link based on a pre-configured service migration flow so as to realize service processing.
5. The service migration system based on device change according to claim 4, wherein the migration flow execution functional module is configured to execute the following steps:
and confirming the migration data, wherein the migration data confirmation scene is as follows: manually confirming the transferred data, confirming whether the service and the new and old resource information of each order are correct, if the data have problems, modifying, and executing the next step after the data are confirmed to be correct;
activating a new network service, wherein the new network service activation scene is as follows: a controller is called to issue an instruction, and the service is automatically activated;
the construction of the new network business engineering comprises the following construction scenes: calling a WFM system, arranging personnel to carry out the migration of a physical network by the WFM system, and verifying whether the migration of the service is successful or not;
and updating the resources, wherein the resource updating scene is as follows: synchronizing the update information of the service resources to a resource management system, and updating the resource data of the service into the data of a new network by the resource management system;
informing an NGOSS system, wherein the scene of informing the NGOSS system is as follows: calling an NGOSS system of the operation and maintenance system, synchronously informing the NGOSS system of service information including the strategy, and informing the NGOSS system to start monitoring the service on a new network;
service commissioning, wherein the service commissioning scene is as follows: after the service is successfully migrated, the operation is tried for a preset time, and after no problem exists, an operator can carry out approval, click a confirmation button and trigger the process to continue to flow downwards;
removing an old network service, wherein the old network service removing scene is as follows: removing the service on the old network;
the new network service demolition method comprises the following steps: and after the migration service fails in the construction link of the new network business engineering, the new network business engineering is transferred to the link to delete the service opened on the new network, and the new network business engineering continues to be transferred to the migration data confirmation link to modify resources and perform business migration again.
6. A service migration method based on device change, characterized in that, the service migration is implemented by the service migration system based on device change according to any one of claims 1-5, the method includes the following steps:
entering a service stock management interface and a migration task management interface through a service migration management page;
after the migration target equipment is selected, the following operations are executed:
synchronizing service stock information and corresponding resource data from a resource management system;
managing business stock information;
configuring resource information of the migration target equipment;
triggering a service migration process and generating a service migration order;
displaying and inquiring migration order information;
triggering a migration order to perform service processing based on a preconfigured service migration flow;
monitoring and displaying the progress of the migration task;
and processing the abnormal order.
7. The method for migrating services based on device changes according to claim 6, wherein different services correspond to different devices, and each service is configured with a corresponding service inventory management interface and a migration task management interface;
for each service, selecting an inlet corresponding to the service stock management interface on the service migration management interface, and triggering a service module corresponding to the service on the service migration management interface to enter the corresponding service stock management interface and the migration task management interface.
8. The method for service migration based on device change according to claim 6,
synchronizing business stock information and corresponding resource data from a resource management system, comprising the operations of: clicking a synchronization button on a business stock management interface, popping up an equipment query window, querying and selecting equipment to be replaced through the equipment query window, and synchronizing business stock information related to the equipment and corresponding resource data from a resource management system;
managing business stock information, comprising the operations of: the method comprises the steps of displaying, inquiring, modifying and deleting service stock information, wherein the service stock information comprises client information, service resources and migration related information, a service stock management interface field comprises a client name, a service instance name, a name of equipment to be replaced, a service migration state, migration time, synchronization time, a source system and Detail page information, and the Detail page information comprises resource information of an old network and a new network corresponding to a service;
configuring resource information of a migration target device, comprising the following operations: selecting a catalog needing to be subjected to service design, downloading a corresponding service design template through a trigger template downloading button, configuring all fields of a Detail page in the service design template, filling the downloaded service design template based on service resources of migration target equipment, uploading the filled service design template through a trigger template uploading button, and analyzing and filling the filled service design template into Detail information in a service stock management function module;
triggering a business migration process and generating a business migration order, comprising the following operations: selecting services individually or in batches for service migration, triggering a migration flow and generating a service migration order for each service, and distinguishing batches of the migration orders in a mode of adding a migration task name field when creating the migration orders.
9. The method for service migration based on device change according to claim 6,
displaying and inquiring migration order information, comprising the following operations: entering each order, and checking basic information, circulation history, flow chart and interaction record of the order; taking the order number and the order name as query conditions, and carrying out condition query on the order;
triggering a migration order to perform service processing based on a preconfigured service migration flow, comprising the following operations: monitoring the overall progress of the migration task and displaying the overall progress through a report, wherein the information of the report comprises information of a total migration order, a completed order, a migration order and a failed order, and the report information supports regular refreshing and real-time refreshing;
monitoring and displaying the progress of the migration task, comprising the following operations: executing each link based on a preconfigured service migration flow to realize service processing;
processing the abnormal order, which comprises the following operations: and performing operation processing on the abnormal order, wherein the operation processing comprises service rollback and retry operation.
10. The service migration method based on device change according to claim 9, wherein each link is executed based on a preconfigured service migration procedure to implement service processing, and the method includes:
and confirming the migration data, wherein the migration data confirmation scene is as follows: manually confirming the transferred data, confirming whether the service and the new and old resource information of each order are correct, if the data have problems, modifying, and executing the next step after the data are confirmed to be correct;
activating a new network service, wherein the new network service activation scene is as follows: a controller is called to issue an instruction, and the service is automatically activated;
the construction of the new network business engineering comprises the following construction scenes: calling a WFM system, arranging personnel to carry out the migration of a physical network by the WFM system, and verifying whether the migration of the service is successful or not;
and updating the resources, wherein the resource updating scene is as follows: synchronizing the update information of the service resources to a resource management system, and updating the resource data of the service into the data of a new network by the resource management system;
and informing the NGOSS system, wherein the scene of the NGOSS system is as follows: calling an NGOSS system of the operation and maintenance system, synchronously informing the NGOSS system of service information including the strategy, and informing the NGOSS system to start monitoring the service on a new network;
service commissioning, wherein the service commissioning scene is as follows: after the service is successfully migrated, the operation is tried for a preset time, and after no problem exists, an operator can carry out approval, click a confirmation button and trigger the process to continue to flow downwards;
removing an old network service, wherein the old network service removing scene is as follows: removing the service on the old network;
the new network service demolition method comprises the following steps: and after the migration service of the new network business engineering construction link fails, the new network business engineering construction link is transferred to the link to delete the service opened on the new network, the new network business engineering construction link continues to transfer to a migration data confirmation link, the resources are modified, and the business is migrated again.
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