CN111181793A - Method, device, equipment and storage medium for controlling chain communication business process - Google Patents

Method, device, equipment and storage medium for controlling chain communication business process Download PDF

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Publication number
CN111181793A
CN111181793A CN201911421512.4A CN201911421512A CN111181793A CN 111181793 A CN111181793 A CN 111181793A CN 201911421512 A CN201911421512 A CN 201911421512A CN 111181793 A CN111181793 A CN 111181793A
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task
communication
chain
logic
communication task
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CN111181793B (en
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唐锦坤
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Comba Network Systems Co Ltd
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Comba Telecom Systems China Ltd
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Priority to PCT/CN2020/139536 priority patent/WO2021136102A1/en
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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
    • H04L41/02—Standardisation; Integration
    • H04L41/0213—Standardised network management protocols, e.g. simple network management protocol [SNMP]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/133—Protocols for remote procedure calls [RPC]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/50—Network services
    • H04L67/60—Scheduling or organising the servicing of application requests, e.g. requests for application data transmissions using the analysis and optimisation of the required network resources

Abstract

The invention relates to a method, a device, equipment and a storage medium for controlling a chain communication service process, wherein the method for controlling the chain communication task process comprises the following steps: according to a service request, acquiring a communication task chain corresponding to the service request, wherein the communication task chain comprises a plurality of communication tasks for realizing the service request and task logic corresponding to each communication task; executing the communication task chain, processing the task logic corresponding to the executed communication task according to the execution result of the executed communication task after the execution of one communication task in the communication task chain is finished, and determining to continue executing other communication tasks in the communication task chain or to interrupt the execution of the communication task chain or to trigger a new service request according to the processing result of the task logic. The invention can effectively control the communication service flow.

Description

Method, device, equipment and storage medium for controlling chain communication business process
Technical Field
The present invention relates to the technical field of communication task flow control, and more particularly, to a method, an apparatus, a device, and a storage medium for controlling a chain communication service flow.
Background
At present, SNMP, TR069 or custom protocol is mostly adopted for communication between the mobile communication equipment and the network management system, in these communication protocols, only a single command (e.g., Get, Set, Trap command in SNMP) or a remote operation method (e.g., RPC method such as GetParameterValues, SetParameterValues in TR 069) is defined, and the network management system itself needs to manage the requirements according to the operation of the user, a plurality of commands or RPC methods are connected in series to form a communication task flow to completely complete a certain operation request of a user, for example, to perform a firmware upgrade operation, the device version number needs to be queried first, and compared with the expected upgrade version number set by the user to determine whether the version number matches, and after the firmware upgrade is finished, whether the operation of activating the firmware is initiated or not needs to be set by a user, and the operations need to be finished in a communication task flow. These communication task flows are not defined in these communication protocol specifications.
Moreover, the network management system has complex service functions, and a user may initiate a plurality of communication task flows at the same time, and cannot simply define some flows, and needs to add and skip communication tasks according to service conditions, so that the control of the communication task flows becomes extremely complex.
In the traditional control method, logic judgment is added in the execution process of the communication task to determine which communication task is executed next, however, the control on the context of the communication task flow is lacked, the integrity is lacked, and the complete control on the operation request of a user cannot be achieved.
It can be seen that the current problem is mainly focused on how to effectively control the flow of communication tasks. To solve this problem, a method for controlling the flow of the communication task is introduced.
Disclosure of Invention
The present invention is directed to overcoming at least one of the above-mentioned disadvantages (i.e., drawbacks) of the prior art and providing a method, an apparatus, a device, and a storage medium for controlling a chain communication service flow, which can effectively control a communication service flow.
The technical scheme adopted by the invention is as follows:
a chain communication service flow control method is applied to a network management system and comprises the following steps:
according to a service request, acquiring a communication task chain corresponding to the service request, wherein the communication task chain comprises a plurality of communication tasks for realizing the service request and task logic corresponding to each communication task;
executing the communication task chain, processing the task logic corresponding to the executed communication task according to the execution result of the executed communication task after the execution of one communication task in the communication task chain is finished, and determining to continue executing other communication tasks in the communication task chain or to interrupt executing the communication task chain or to trigger a new service request according to the processing result of the task logic.
Aiming at different types of service requests, determining a communication task required to be executed for realizing each type of service request in advance according to a communication protocol, determining a task logic corresponding to each communication task required to be executed for realizing each type of service request, and combining the determined communication task and the task logic to form a communication task chain. And after a communication task chain is executed, the corresponding service request is completed.
And the network management system acquires a pre-formed communication task chain corresponding to the service request according to the service request, and executes the acquired communication task chain to complete the service request.
According to different service requests, a mode of acquiring a pre-formed communication task chain and executing the acquired communication task chain to complete the service request is adopted, and commands or operation methods specified by a communication protocol can be organically integrated, so that the control of a communication service flow is facilitated, and the response efficiency of a network management system to the service request is improved. And because the chain communication service flow control method provided by the invention does not tamper the communication protocol, and only organically integrates the communication task and the task logic according to the communication protocol, the chain communication service flow control method has certain compatibility, and is suitable for communication equipment of different manufacturers, different communication protocols and network management systems of different telecom operators.
Further, the method for controlling the chain communication service flow further comprises:
presetting logic parameters in the task logic;
processing the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task, and determining to continue to execute other communication tasks in the communication task chain or interrupt execution of the communication task chain or trigger a new service request according to the processing result of the task logic, including:
processing the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task and the logic parameter in the preset task logic, and determining to continue executing other communication tasks in the communication task chain or to interrupt executing the communication task chain or to trigger a new service request according to the processing result of the task logic.
Different logic parameters can be preset according to the actual requirements of different service requests. In a communication task chain acquired by a network management system, task logics corresponding to communication tasks have different communication task execution results and different preset logic parameters. When the task logic is processed, the task logic is processed according to different execution results and different preset logic parameters of the executed communication task, and the task logic can be conveniently and efficiently adapted to different communication task execution results and/or different communication service flow control.
Further, the method for controlling the chain communication service flow further includes:
when a new service request is determined to be triggered, a new communication task chain corresponding to the new service request is obtained according to the triggered new service request, and the obtained new communication task chain is inserted into the original communication task chain or added behind the original communication task chain.
When a new service request is triggered by the execution result of the communication task which is finished, a new communication task chain corresponding to the new service request needs to be acquired, and the new communication task chain can be inserted into the communication task chain which is being executed originally according to the relationship between the new service request and the original service request, or the new communication task chain is added behind the communication task chain which is being executed originally, so that the communication task chains can be mutually triggered and fused, and the mutual calling among different communication services is realized.
Further, the method for controlling the chain communication service flow further includes:
when the communication task chain is determined to be interrupted, recording the processing result of the task logic and/or the execution result of the communication task which is executed and ended and/or the execution state of the communication task in the communication task chain.
When the execution result of the executed communication task is abnormal or meets a certain interruption condition, the communication task chain is determined to be interrupted according to the processing result of the task logic, at the moment, the processing result of the task logic is recorded, and/or the execution result of the communication task is recorded, and/or the execution state of the communication task is recorded as executed or not executed or an error is executed, so that the network operation and maintenance personnel can know the abnormal execution condition of the communication task according to the recorded judgment result and find out the communication task with abnormal execution.
A chain communication service flow control device is applied to a network management system and comprises a task chain acquisition module and a task chain execution module;
the task chain acquisition module is used for acquiring a communication task chain corresponding to a service request according to the service request, wherein the communication task chain comprises a plurality of communication tasks for realizing the service request and task logic corresponding to each communication task;
and the task chain execution module is used for executing the communication task chain, processing the task logic corresponding to the executed communication task according to the execution result of the executed communication task after the execution of one communication task in the communication task chain is finished, and determining to continue to execute other communication tasks in the communication task chain or interrupt the execution of the communication task chain or trigger a new service request according to the processing result of the task logic.
Aiming at different types of service requests, determining a communication task required to be executed for realizing each type of service request in advance according to a communication protocol, determining a task logic corresponding to each communication task required to be executed for realizing each type of service request, and combining the determined communication task and the task logic to form a communication task chain. And after a communication task chain is executed, the corresponding service request is completed.
And the task chain acquisition module acquires a pre-formed communication task chain corresponding to the service request according to the service request, executes the acquired communication task chain, and the task chain execution module executes the acquired communication task chain to complete the service request.
According to different service requests, a pre-formed communication task chain is obtained through the task chain obtaining module, and the obtained communication task chain is executed through the task chain to complete the service request, so that commands or operation methods specified by a communication protocol can be organically integrated, the control of a communication service process is facilitated, and the response efficiency of a network management system to an operation request or an event request is improved. And because the chain communication service flow control method provided by the invention does not tamper the communication protocol, and only organically integrates the communication task and the task logic according to the communication protocol, the chain communication service flow control method has certain compatibility, and is suitable for communication equipment of different manufacturers, different communication protocols and network management systems of different telecom operators.
Furthermore, the chain communication service flow control device also comprises a logic parameter presetting module; the logic parameter presetting module is used for presetting logic parameters in the task logic;
the task chain execution module is configured to process the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task, and determine to continue to execute other communication tasks in the communication task chain or to interrupt execution of the communication task chain or to trigger a new service request according to the processing result of the task logic, including:
processing the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task and the logic parameter in the preset task logic, and determining to continue executing other communication tasks in the communication task chain or to interrupt executing the communication task chain or to trigger a new service request according to the processing result of the task logic.
Different logic parameters can be preset according to the actual requirements of different service requests. In the communication task chain acquired by the task chain acquisition module, task logics corresponding to the communication tasks have different communication task execution results and different preset logic parameters. When the task chain execution module processes the task logic, the task chain execution module can process the task logic according to different execution results and different preset logic parameters of the executed communication task, and then communication service flow control which is suitable for different communication task execution results and/or different user or administrator requirements can be conveniently and efficiently realized.
Furthermore, the chain communication service flow control device also comprises a new task chain processing module;
the task chain acquiring module is further configured to acquire a new communication task chain corresponding to a new service request when it is determined that the new service request is triggered;
and the new task chain processing module is used for inserting the acquired new communication task chain into the original communication task chain or adding the acquired new communication task chain after the original communication task chain.
When a new service request is triggered by an execution result of a communication task which is finished, a new communication task chain corresponding to the new service request needs to be acquired, a task chain acquisition module can acquire the new communication task chain according to the service request, and a new task chain processing module inserts the new communication task chain into the communication task chain which is being executed originally according to the relationship between the new service request and the original service request, or adds the new communication task chain behind the communication task chain which is being executed originally, so that the communication task chains can be mutually triggered and fused, and mutual calling among different communication services is realized.
Further, the chain communication service flow control device further comprises a recording module;
and the recording module is used for recording the processing result of the task logic and/or the execution result of the communication task after the execution and/or the execution state of each communication task in the communication task chain when the communication task chain is determined to be interrupted.
When the execution result of the executed communication task is abnormal or meets a certain interruption condition, the communication task chain is determined to be interrupted according to the processing result of the task logic, at this time, the recording module records the judgment result of the task logic, and/or records the execution result of the communication task, and/or records whether the execution state of the communication task is executed or not or is in error, so that the network operation and maintenance personnel can know the abnormal execution condition of the communication task according to the recorded judgment result and find out the communication task with abnormal execution.
A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of the method for chain traffic flow control as described above.
A computer device comprising a memory storing a computer program and a processor implementing the steps of the chain communication traffic flow control method as described above when executing the computer program.
Compared with the prior art, the invention has the beneficial effects that:
(1) the communication service flow control technology of the invention does not tamper the communication protocol, but organically integrates the command and RPC method specified by the communication protocol, and forms a communication task chain by integrating the communication task for realizing a service request and the task logic corresponding to each communication task, thereby realizing any communication flow control according to the actual communication service requirement and having strong expansibility;
(2) the invention is suitable for all equipment and manufacturers, is suitable for all communication protocols, and has strong compatibility;
(3) the invention can realize the effective and complete control of any communication service, and the logic of the whole communication service flow control process is clear and simple.
Drawings
Fig. 1 is a flowchart of a method for controlling a chain communication service flow according to an embodiment of the present invention.
Fig. 2 is a flowchart of a method for controlling a chain communication service flow according to another embodiment of the present invention.
Fig. 3 is a flowchart of a method for controlling a chain communication service flow according to another embodiment of the present invention.
Fig. 4 is a schematic view illustrating a chain communication service flow control in which a service request is reported by a base station registration according to an embodiment of the present invention.
Fig. 5 is a schematic view illustrating a chain communication service flow control in which a service request is to upgrade software of a base station device according to an embodiment of the present invention.
Fig. 6 is a block diagram of a chain communication service flow control device according to an embodiment of the present invention.
Fig. 7 is a block diagram of a chain communication service flow control device according to another embodiment of the present invention.
Detailed Description
The drawings are only for purposes of illustration and are not to be construed as limiting the invention. For a better understanding of the following embodiments, certain features of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.
Example 1
In one embodiment, a method for controlling a chain communication service flow is provided, which may be applied to a network management system, where the network management system is a system for adjusting and controlling a network state by combining software and hardware, so as to ensure that a communication network system can operate normally and efficiently, so that resources in the communication network system are better allocated and utilized, and a collection of various communication service management functions may be implemented on the basis of a communication network management platform. The network management system is in communication connection with the communication equipment and performs signaling data interaction with the communication equipment. The communication device may be a communication relay device, such as a macro base station, a micro base station, a radio remote device, a repeater, or a communication terminal, such as a mobile phone or a computer.
As shown in fig. 1, the method for controlling a chain communication service flow provided by this embodiment includes:
s1, determining a communication task chain corresponding to a service request according to the service request, wherein the communication task chain comprises a plurality of communication tasks for realizing the service request and task logics corresponding to each communication task;
and S2, executing the communication task chain, processing the task logic corresponding to the executed communication task according to the execution result of the executed communication task after the execution of one communication task in the communication task chain is finished, and determining to continue executing other communication tasks in the communication task chain or interrupt the execution of the communication task chain or trigger a new service request according to the processing result of the task logic.
The service request may be an operation request sent by the communication terminal, such as an operation of accessing another communication terminal, upgrading the communication relay device, or a control request sent by the network management system itself, such as a control of performing parameter adjustment on the communication device, performing network access switching on the communication device, or an event request sent by the communication relay device, such as an event that the communication relay device needs to register with the network management system, access, or the like.
The communication tasks required to be executed for realizing each service request are determined in advance according to the communication protocol for different kinds of service requests, the communication tasks required to be executed for realizing each service request may include one or more, usually, a plurality of communication tasks have a certain execution sequence and execution logic, and the execution result of the last communication task may directly or indirectly affect the execution sequence of other unexecuted communication tasks and/or directly or indirectly affect the execution result of the whole service request, so each communication task corresponds to a task logic for indicating whether other communication tasks are executed and/or indicating whether the whole service request continues to be executed and/or indicating whether a new service request is added to complete the original service request, etc. Based on this, after the communication task required to be executed by each service request is determined, the task logic corresponding to each communication task required to be executed by each service request is also determined, and the determined communication task and the task logic are combined to form a communication task chain. And after a communication task chain is executed, the corresponding service request is completed.
And the network management system acquires a pre-formed communication task chain corresponding to the service request according to the service request, and executes the acquired communication task chain to complete the service request.
In the process of executing the communication task chain, after one communication task in the communication task chain is executed, the task logic corresponding to the communication task is processed according to the execution result of the executed communication task, and the communication task in the communication task chain can be flexibly controlled in a flow manner. Specifically, the processing procedure of the task logic may be to determine a next communication task to be executed in the communication task chain according to the execution result of the executed and ended communication task, and continue to execute the determined next communication task, or may be to interrupt the continuous execution of the communication task chain when the execution result of the executed and ended communication task is abnormal, or may be to trigger a new service request in the execution result of the executed and ended communication task.
According to different service requests, a mode of acquiring a pre-formed communication task chain and executing the acquired communication task chain to complete the service request is adopted, and commands or operation methods specified by a communication protocol can be organically integrated, so that the control of a communication service flow is facilitated, and the response efficiency of a network management system to the service request is improved. Moreover, the method for controlling the chain communication service flow provided by this embodiment does not tamper with the communication protocol, and only organically integrates the communication task and the task logic according to the communication protocol, so that the method has certain compatibility, and is suitable for communication devices of different manufacturers, different communication protocols, and network management systems of different telecom operators.
As shown in fig. 2, in an embodiment, as shown in fig. 2, the method for controlling a chain communication service flow further includes:
s0. presetting logic parameters in task logic
In step S2, processing a task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task, and determining to continue to execute another communication task in the communication task chain or to interrupt execution of the communication task chain or to trigger a new service request according to the processing result of the task logic, includes:
and processing the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task and the preset logic parameter in the task logic, and determining to continue executing other communication tasks in the communication task chain or interrupt the execution of the communication task chain or trigger a new service request according to the processing result of the task logic.
Specifically, different logic parameters may be preset according to the actual requirements of the service request. In the communication task chain, task logics corresponding to communication tasks have different communication task execution results and branch logics corresponding to different preset logic parameters. When a communication task in the communication task chain is executed and the task logic is processed, the corresponding branch logic can be selected for processing according to different execution results and different preset logic parameters of the executed communication task, and the method can conveniently and efficiently realize the purpose of adapting to the execution results of different communication tasks and/or adapting to the flow control of different communication services.
For example, one communication task in a communication task chain corresponding to one service request is to query a current signal-to-noise ratio, a query time may be preset according to a communication quality requirement, and a processing process performed on task logic corresponding to the communication task may be: and when the execution result of the communication task before the communication task of which the current signal-to-noise ratio is inquired is successful, judging whether the inquiry time is preset or not, if the inquiry time is preset, selecting the branch logic corresponding to the preset inquiry time, processing the selected branch logic, and executing the communication task of which the current signal-to-noise ratio is inquired when the inquiry time is up.
For another example, one communication task in a communication task chain corresponding to one service request is to query a current signal-to-noise ratio, and a task logic processing process corresponding to the communication task may be: if the execution result of the former communication task of the communication task of inquiring the current signal-to-noise ratio is unsuccessful, selecting the branch logic corresponding to the unsuccessful execution, processing the selected branch logic, and executing the communication task of inquiring the current signal-to-noise ratio; if the execution result of the previous communication task of the communication task of inquiring the current signal-to-noise ratio is successful, selecting the branch logic corresponding to the successful execution,
for another example, a communication task in a communication task chain corresponding to a service request is to query a current signal-to-noise ratio, a signal-to-noise ratio parameter may be preset according to a communication quality requirement, and a processing procedure of a task logic corresponding to the communication task may be: comparing the inquired current signal-to-noise ratio with a preset signal-to-noise ratio parameter, if the current signal-to-noise ratio exceeds the preset signal-to-noise ratio parameter, selecting branch logic corresponding to the parameter exceeding the preset signal-to-noise ratio, and interrupting execution of a communication task chain; and if the current signal-to-noise ratio does not exceed the preset signal-to-noise ratio parameter, selecting branch logic corresponding to the signal-to-noise ratio parameter not exceeding the preset signal-to-noise ratio parameter, and continuing to perform the next communication task in the communication task chain.
As shown in fig. 3, in an embodiment, the method for controlling a chain communication service flow further includes:
and S3, when the triggering of the new service request is determined, acquiring a new communication task chain corresponding to the new service request according to the triggered new service request, and inserting the acquired new communication task chain into the original communication task chain or adding the acquired new communication task chain behind the original communication task chain.
When a new service request is triggered by the execution result of the communication task which is finished, a new communication task chain corresponding to the new service request needs to be acquired, and the new communication task chain can be inserted into the communication task chain which is being executed originally according to the relationship between the new service request and the original service request, or the new communication task chain is added behind the communication task chain which is being executed originally, so that the communication task chains can be mutually triggered and fused, and the mutual calling among different communication services is realized.
In one embodiment, the method for controlling the chain communication service flow further includes:
and S4, when the communication task chain is determined to be interrupted, recording the processing result of the task logic and/or the execution result of the executed and finished communication task and/or the execution state of the communication task in the communication task chain.
When the execution result of the executed communication task is abnormal or meets a certain interruption condition, the communication task chain is determined to be interrupted according to the processing result of the task logic, at the moment, the processing result of the task logic is recorded, and/or the execution result of the communication task is recorded, and/or the execution state of the communication task is recorded as executed or not executed or an error is executed, so that the network operation and maintenance personnel can know the abnormal execution condition of the communication task according to the recorded judgment result and find out the communication task with abnormal execution.
When a plurality of service requests exist, the network management system can simultaneously acquire a plurality of corresponding communication task chains, each communication task chain can be identified in the process of executing the communication task chains, and the network management system can execute the plurality of communication task chains in parallel according to the identification.
Taking the example of reporting the service request by the base station registration, the triggering precondition of the service request is that the control terminal or other control equipment has imported the wireless parameter information of the base station into the network management system, and the wireless parameter information may include the base station PLMNID, CellId, frequency point, PCI, TAC, neighbor list, and the like. And determining a communication task corresponding to the service request according to the service request reported by the base station registration in advance, determining a task logic corresponding to each communication task of the service request, and combining the determined communication task and the determined task logic to form a communication task chain.
The communication task determined according to the service request reported by the base station registration specifically includes: a. inquiring a parameter list of the base station equipment;
b. inquiring the value of the parameter necessary for establishing the network element;
c. setting parameters such as PLMNID, CellID, frequency points, PCI, TAC and the like;
d. inquiring a neighbor list;
e. parameters such as PLMNID, CellID, frequency points, PCI, TAC, adjacent cell information and the like are inquired;
f. and opening the service.
Wherein:
the execution result of the task a includes: (1) obtaining a parameter list of base station equipment; (2) the failure to obtain the parameter list of the base station apparatus is unsuccessful.
The execution result of task b includes: (1) obtaining values of parameters necessary for establishing a network element; (2) the values of the parameters necessary for establishing the network element are not obtained.
The execution result of task c includes: (1) the parameter setting is successful; (2) the setting of the parameters was unsuccessful.
The execution result of task d includes: (1) obtaining a neighbor list; (2) no neighbor list is obtained.
The execution result of task e includes: (1) obtaining parameters; (2) no parameters were obtained;
the execution result of task f includes: (1) the base station is successfully started; (2) the base station was not successfully turned on.
The task logic corresponding to each communication task determined by the service request reported by the base station registration specifically includes:
task logic A corresponding to task a: the execution result (1) of the task a corresponds to a branch logic 1, the execution result (2) of the task a corresponds to a branch logic 2, the branch logic 1 is used for continuously executing the task b, and the branch logic 2 is used for interrupting the execution of the communication task chain.
Task logic B corresponding to task B: the execution result (1) of the task b corresponds to a branch logic 1, the execution result (2) of the task b corresponds to a branch logic 2, the branch logic 1 is used for continuously executing the task c, and the branch logic 2 is used for interrupting the execution of the communication task chain.
Task logic C corresponding to task C: the execution result (1) of the task c corresponds to a branch logic 1, the execution result (2) of the task c corresponds to a branch logic 2, the branch logic 1 is to continue to execute the task d, and the branch logic 2 is to interrupt the execution of the communication task chain.
Task logic D corresponding to task D: comparing the adjacent area list obtained in the execution result (1) of the task d with a preset adjacent area list, if the list is not updated, the comparison result is corresponding to a branch logic 1, if the list is lacked, the comparison result is corresponding to a branch logic 2, if the list is redundant, the comparison result is corresponding to a branch logic 3, if the list is consistent, the comparison result is corresponding to a branch logic 4, if the list is consistent, the execution result (2) of the task d is corresponding to a branch logic 5, if the branch logic 1 is a service request for triggering updating of adjacent area information, if the branch logic 2 is a service request for triggering newly adding of adjacent area information, if the branch logic 3 is a service request for triggering deletion of adjacent area information, if the branch logic 4 is continuing to execute the task e, if the branch logic 5 is interrupting to, and when the new service request triggered by the branch logic 1, the branch logic 2 and/or the branch logic 3 is completed, continuing to execute the task e.
Task logic E corresponding to task E: the execution result (1) of the task e corresponds to a branch logic 1, the execution result (2) of the task e corresponds to a branch logic 2, the branch logic 1 is used for continuously executing the task f, and the branch logic 2 is used for interrupting the execution of the communication task chain.
Task logic F corresponding to task F: the execution result (1) of the task f corresponds to a branch logic 1, the execution result (2) of the task f corresponds to a branch logic 2, the branch logic 1 records the execution result of each communication task and ends the execution of the communication task chain, and the branch logic 2 interrupts the execution of the communication task chain.
As shown in fig. 4, the specific process of implementing the service request for registration and reporting by the base station by using the method for controlling the flow of the chain communication service according to the embodiment includes: acquiring a communication task chain corresponding to the service request which is registered and reported by the base station, and executing the acquired communication task chain, wherein the execution process of the communication task chain comprises the following steps:
t1, the network management system executes task a and issues a query parameter list command to the base station equipment;
t2, after receiving the command of the query parameter list, the base station equipment responds to the command of the query parameter list, and successfully returns the parameter list of the base station equipment to the network management system, namely an execution result (1) corresponding to the task a, the network management system processes the branch logic 1 in the task logic A, continues to execute the task b, issues the command of the query parameter value to the base station equipment, and queries the value of the parameter necessary for establishing the network element; if the base station equipment parameter list is not successfully returned to the network management system, namely the execution result (2) of the corresponding task a, the network management system processes the branch logic 2 in the task logic A and interrupts the execution of the communication task chain;
t3, after receiving the command of the query parameter value, the base station device responds to the command of the query parameter value, the value of the parameter is successfully returned to the network management system, namely the execution result (1) corresponding to the task B is obtained, the network management system processes the branch logic 1 in the task logic B, continues to execute the task c, and issues commands for setting parameters such as PLMNID, CellID, frequency point, PCI, TAC and the like to the base station device; if the value of the parameter is not successfully returned to the network management system, namely the execution result (2) of the corresponding task B, the network management system processes the branch logic 2 in the task logic B and interrupts the execution of the communication task chain;
t4, after receiving the parameters such as PLMNID, CellID, frequency point, PCI, TAC and the like, the base station equipment stores the parameters, returns a result of successful parameter setting, namely an execution result (1) corresponding to the task C, processes the branch logic 1 in the task logic C by the network management system, continues to execute the task d, and sends a command for inquiring the neighbor cell list to the base station equipment; if the result that the parameter setting is unsuccessful, namely the execution result (2) of the corresponding task C is returned, the network management system processes the branch logic 2 in the task logic C;
t5, after receiving the command for inquiring the neighbor list, the base station device responds to the command for inquiring the neighbor list, and returns the neighbor list information stored in the base station device to the network management system, namely, the execution result (1) corresponding to the task D, the network management system processes the task logic D, compares the neighbor list information returned by the base station device with the preset neighbor list information, and if the comparison result is that the neighbor list information is not updated and/or lacks and/or is redundant, processes the branch logic 1 and/or the branch logic 2 and/or the branch logic 3 in the task logic D, and triggers a service request for updating the neighbor information and/or a service request for adding the neighbor information and/or a service request for deleting the neighbor information; if the comparison result is completely consistent, the network management system processes the branch logic 4 in the task logic D and directly continues to execute the task e; if the base station device does not return the neighbor list information stored by the base station device to the network management system, namely the execution result (2) of the corresponding task D, the network management system processes the branch logic 5 in the task logic D and interrupts the execution of the communication task chain;
t6, respectively acquiring a communication task chain corresponding to the service request for updating the neighbor information and/or a communication task chain corresponding to the service request for newly adding the neighbor information and/or a communication task chain corresponding to the service request for deleting the neighbor information according to the triggered service request for updating the neighbor information and/or the triggered service request for deleting the neighbor information, inserting the acquired communication task chain into an original communication task chain, executing the inserted communication task chain according to the insertion sequence, continuously executing the original communication task chain after the execution of the inserted communication task chain is finished, continuously executing a task e, and issuing a command for inquiring parameters such as PLMNID, CellID, frequency point, PCI, TAC, neighbor information and the like to the base station equipment;
t7, after receiving the command for inquiring parameters such as PLMNID, CellID, frequency point, PCI, TAC, adjacent cell information and the like, the base station device responds to the inquiry command and successfully returns the value of the parameter, namely the execution result (1) corresponding to the task E, the network management system processes the branch logic 1 in the corresponding task logic E, continues to execute the task f and sends a service starting command to the base station device; if the value of the parameter is not returned successfully, namely the execution result (2) of the corresponding task E, the network management system processes the branch logic 2 in the task logic E and interrupts the execution of the communication task chain;
t8., after receiving the command of opening the service, the base station device opens the service, establishes a cell, opens the radio frequency switch, responds to the successful opening of the service and informs the network management system, that is, the execution result (1) of the corresponding task F, the network management system processes the task logic F, records the execution result of each communication task, and ends the execution of the communication task chain; if the base station device does not respond to the successful service opening command to the network management system, namely the execution result (2) of the corresponding task F, the network management system processes the branch logic 2 in the task logic F and interrupts the execution of the communication task chain;
t9. when the execution of the communication task chain is finished or interrupted, the execution result of each communication task in the communication task chain and/or the execution state of each communication task and/or the processing result of each task logic are recorded.
Taking the service request of upgrading the software of the base station equipment as an example, the triggering premise of the service request is that the control terminal or other control equipment has uploaded the software upgrading package of the base station equipment to the network management system, and configures the applicable software version of the software upgrading package in advance, whether to immediately activate the newly downloaded software, activation time, software version number of the software upgrading package and other logic parameters. The method comprises the steps of determining a communication task corresponding to a service request according to the service request of upgrading equipment software in advance, determining task logic corresponding to each communication task of the service request, and combining the determined communication task and the determined task logic to form a communication task chain.
The communication task determined according to the service request of upgrading the device software specifically includes:
a', inquiring the software version number of base station equipment;
downloading upgrading software;
activating software;
and d', inquiring the software version number of the base station equipment.
Wherein:
the execution result of the task a' includes: (1) acquiring a software version number of base station equipment; (2) the base station device software version number is not obtained.
The execution result of the task b' includes: (1) downloading the upgrading software successfully; (2) the download of the upgrade software is unsuccessful.
The execution result of the task c' includes: (1) the activation is successful; (2) the activation was unsuccessful.
The execution result of task d' includes: (1) acquiring a software version number of base station equipment; (2) the base station device software version number is not obtained.
The task logic corresponding to each communication task determined according to the service request for upgrading the base station device software specifically includes:
task logic a 'corresponding to task a': and comparing the software version number of the base station equipment obtained in the task a ' execution result (1) with a software version number applicable to a preset upgrade package, wherein the comparison result corresponds to a branch logic 1 if the comparison result is consistent, the comparison result corresponds to a branch logic 2 if the comparison result is inconsistent, the task a ' execution result (2) also corresponds to a branch logic 2, the branch logic 1 is a continuous execution task b ', and the branch logic 2 is an interrupted execution communication task chain.
Task logic B 'corresponding to task B': if the task b 'is the execution result (1), judging whether a parameter of' activating the newly downloaded software immediately 'is preset or not and' activation time 'is preset or not, if the' activating the newly downloaded software immediately 'is preset, corresponding to a branch logic 1, if the' activation time 'is preset, corresponding to a branch logic 2, if the' activating time 'is not preset, corresponding to a branch logic 3, if the task b' is the execution result (2), corresponding to a branch logic 3, wherein the branch logic 1 is to continue to execute the task c 'immediately, the branch logic 2 is to execute the task c' at regular time according to the activation time, and the branch logic 3 is to interrupt the execution of the communication task chain.
Task logic C 'corresponding to task C': the execution result (1) of the task c ' corresponds to a branch logic 1, the execution result (2) of the task c ' corresponds to a branch logic 2, the branch logic 1 is to continue to execute the task d ', and the branch logic 2 is to interrupt the execution of the communication task chain.
Task logic D 'corresponding to task D': the execution result (1) of the task d 'corresponds to a branch logic 1, the execution result (2) of the task d' corresponds to a branch logic 2, the branch logic 1 compares the software version number returned by the base station equipment with the software version number of the software upgrading packet, if the software version number is consistent with the software version number of the software upgrading packet, the upgrading is successful, the execution flow of the communication task chain is ended, and if the software version number is inconsistent with the software version number of the software upgrading packet, the upgrading is failed, and the execution flow of the communication task chain is ended; branch logic 2 performs a chain of communication tasks for the interrupt.
As shown in fig. 5, the specific process of implementing the service request for upgrading the base station device software by using the method for controlling the chain communication service flow according to the embodiment includes: acquiring a communication task chain corresponding to a service request for upgrading base station equipment software, and executing the acquired communication task chain, wherein the execution process of the communication task chain comprises the following steps:
r1, the network management system executes a task a' and issues a command for inquiring the software version number of the base station equipment to the base station equipment;
r2, after receiving the command of inquiring the software version number of the base station equipment, the base station equipment responds to the command of inquiring the software version number, and successfully returns the software version number currently used by the base station equipment to the network management system, namely the execution result (1) corresponding to the task a ', the network management system processes the branch logic 1 in the task logic A ', continues to execute the task b ', and issues a command of downloading and upgrading software to the base station equipment; and if the software version number used by the base station equipment at present is not returned successfully, namely the execution result (2) of the corresponding task a ', the network management system processes the branch logic 2 in the task logic A' and interrupts the execution of the communication task chain.
R3, after receiving the software upgrading downloading command, the base station device responds to the software upgrading command, a software upgrading package is downloaded from the file server in an http \ ftp mode, after the base station device finishes downloading, the successful downloading result is reported to the network management system, namely the execution result (1) corresponding to the task B ', the network management system processes the task logic B ', judges whether the parameter of ' activating the newly downloaded software immediately ' is preset or not, whether the ' activation time ' is preset or not, processes the branch logic 1 if ' activating the newly downloaded software immediately ' is preset, and immediately continues to execute the task c ' to issue the software activating command; if the ' activation time ' is preset, processing a branch logic 2, executing a task c ' according to the activation time at regular time, and issuing an activation software command according to the activation time at regular time; if the 'software downloaded immediately is not activated' or the 'activation time' is not preset, processing a branch logic 3, and ending the communication task chain; if the result of successful downloading is not reported to the network management system, namely the execution result (2) of the corresponding task B ', the network management system processes the branch logic 3 of the task logic B' and interrupts the execution of the communication task chain;
r4, if the base station equipment receives a software activating command, activating the newly downloaded software, responding to the software activating command, reporting a software successful activation notification to the network management system, namely, corresponding to the execution result (1) of the task C ', processing a branch logic 1 in the task logic C ' by the network management system, continuing to execute the task d ', and issuing a command for inquiring the software version number of the base station equipment; and if the base station equipment does not report the successful activation of the software to inform the network management system, namely the execution result (2) of the corresponding task C ', the network management system processes the branch logic 2 in the task logic C' and interrupts the execution of the communication task chain.
R5. after receiving the command of inquiring the software version number of the device, the base station device responds to the command of inquiring the software version number, and returns the software version number currently used by the base station device to the network management system, i.e. the execution result (1) corresponding to the task D ', the network management system processes the branch logic 1 of the task logic D', compares the software version number returned by the base station device with the software version number of the software upgrade package, if the result is consistent, the upgrade is considered to be successful, and the execution of the communication task chain is ended; if not, the upgrading is considered to be failed, and the execution of the communication task chain is ended; if the base station equipment does not respond to return the currently used software version number to the network management system, namely the execution result (2) of the corresponding task D ', the network management system processes the branch logic 2 of the task logic D' and interrupts the execution of the communication task chain;
r6. when the network management system task upgrade fails, recording the execution result of each communication task in the communication task chain and/or the execution state of each communication task and/or the processing result of each task logic.
Example 2
As shown in fig. 6, in this embodiment, a chain communication service flow control device is provided, which is applied to a network management system, and includes:
a task chain obtaining module 10, configured to obtain, according to the service request, a communication task chain corresponding to the service request, where the communication task chain includes a plurality of communication tasks for implementing the service request and task logic corresponding to each communication task;
and the task chain execution module 20 is configured to execute the communication task chain, and after execution of one communication task in the communication task chain is finished, process a task logic corresponding to the communication task of the executed technology according to an execution result of the executed communication task, and determine to continue to execute other communication tasks in the communication task chain or interrupt execution of the communication task chain or trigger a new service request according to a processing result of the task logic.
The service request may be an operation request sent by the communication terminal, such as an operation of accessing another communication terminal, upgrading the communication relay device, or a control request sent by the network management system itself, such as a control of performing parameter adjustment on the communication device, performing network access switching on the communication device, or an event request sent by the communication relay device, such as an event that the communication relay device needs to register with the network management system, access, or the like.
The communication tasks required to be executed for realizing each service request are determined in advance according to the communication protocol for different kinds of service requests, the communication tasks required to be executed for realizing each service request may include one or more, usually, a plurality of communication tasks have a certain execution sequence and execution logic, and the execution result of the last communication task may directly or indirectly affect the execution sequence of other unexecuted communication tasks and/or directly or indirectly affect the execution result of the whole service request, so each communication task corresponds to a task logic for indicating whether other communication tasks are executed and/or indicating whether the whole service request continues to be executed and/or indicating whether a new service request is added to complete the original service request, etc. Based on this, after the communication task required to be executed by each service request is determined, the task logic corresponding to each communication task required to be executed by each service request is also determined, and the determined communication task and the task logic are combined to form a communication task chain. And after a communication task chain is executed, the corresponding service request is completed.
The task chain obtaining module 10 obtains a pre-formed communication task chain corresponding to the service request according to the service request, executes the obtained communication task chain, and the task chain executing module 20 executes the obtained communication task chain, thereby completing the service request.
In the process of executing the communication task chain, when one communication task in the communication task chain is executed, the task chain execution module 20 processes the task logic corresponding to the executed communication task according to the execution result of the executed communication task, and can flexibly perform flow control on the communication task in the communication task chain. Specifically, the task chain execution module 20 may process the task logic by determining a next communication task to be executed in the communication task chain according to the execution result of the executed communication task, and continuing to execute the determined next communication task; the communication task chain may be interrupted and continued to be executed when the execution result of the communication task that has been executed and ended is abnormal, or a new service request may be triggered when the execution result of the communication task that has been executed and ended is abnormal.
According to different service requests, a pre-formed communication task chain is acquired through the task chain acquisition module 10, and the acquired communication task chain is executed through the task chain execution module 20 to complete the service request, so that commands or operation methods specified by a communication protocol can be organically integrated, the control of a communication task flow is facilitated, and the response efficiency of a network management system to an operation request or an event request is improved. Moreover, the chain communication service flow control device provided by this embodiment does not tamper with the communication protocol, and only organically integrates the communication task and the task logic according to the communication protocol, so that the chain communication service flow control device has certain compatibility, and is suitable for communication devices of different manufacturers, different communication protocols, and network management systems of different telecom operators.
As shown in fig. 7, in an embodiment, the chain communication service flow control device further includes a logic parameter presetting module 30;
the logic parameter presetting module 30 is configured to preset a logic parameter in task logic;
the task chain execution module 20 is configured to process a task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task, and determine to continue to execute other communication tasks in the communication task chain or to interrupt execution of the communication task chain or to trigger a new service request according to the processing result of the task logic, and includes:
and processing the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task and the preset logic parameter in the task logic, and determining to continue executing other communication tasks in the communication task chain or interrupt the execution of the communication task chain or trigger a new service request according to the processing result of the task logic.
Specifically, different logic parameters may be preset by the logic parameter presetting module 30 according to actual requirements of different service requests. In the communication task chain acquired by the task chain acquiring module 10, task logics corresponding to communication tasks have different communication task execution results and branch logics corresponding to different user preset logic parameters. When the task chain execution module 20 processes the task logic, it may select the corresponding branch logic to process according to different execution results and different preset logic parameters of the executed communication task, so as to conveniently and efficiently implement adaptation to different communication task execution results and/or adaptation to different communication service flow control.
In one embodiment, the chain communication business process control device further comprises a new task chain processing module 40:
the task chain obtaining module 10 is further configured to obtain a new communication task chain corresponding to the new service request when it is determined that the new service request is triggered;
and the new task chain processing module 40 is configured to insert the acquired new communication task chain into the original communication task chain or add the acquired new communication task chain after the original communication task chain.
When a new service request is triggered as a result of executing a completed communication task, a new communication task chain corresponding to the new service request needs to be acquired, the task chain acquisition module 10 may acquire the new communication task chain according to the new service request, and the new task chain processing module 40 inserts the new communication task chain into the communication task chain that is being executed originally according to a relationship between the new service request and the original service request, or adds the new communication task chain behind the communication task chain that is being executed originally, so that the communication task chains may be triggered and fused with each other, thereby implementing mutual invocation between different communication services.
In one embodiment, the chain communication business process control device further comprises a recording module 50;
the recording module 50 is configured to record a processing result of the task logic and/or an execution result of the communication task that has been executed and/or an execution state of the communication task in the communication task chain when the execution of the communication task chain is interrupted.
When the execution result of the executed communication task is abnormal or meets a certain interruption condition, the communication task chain is determined to be interrupted according to the processing result of the task logic, and at this time, the recording module 50 records the processing result of the task logic, and/or records the execution result of the communication task, and/or records whether the execution state of the communication task is executed or not or is in error, so that the network operation and maintenance personnel can know the abnormal execution condition of the communication task according to the recorded judgment result and find out the communication task with abnormal execution.
In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored, which, when executed by a processor, implements the steps of the method for controlling uplink communication traffic flow.
In one embodiment, a computer apparatus is provided, which includes a memory and a processor, the memory stores a computer program, and the processor implements the steps of the uplink communication service flow control method when executing the computer program.
It should be understood that the above-mentioned embodiments of the present invention are only examples for clearly illustrating the technical solutions of the present invention, and are not intended to limit the specific embodiments of the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention claims should be included in the protection scope of the present invention claims.

Claims (10)

1. A method for controlling a chain communication service flow is applied to a network management system and is characterized by comprising the following steps:
according to a service request, acquiring a communication task chain corresponding to the service request, wherein the communication task chain comprises a plurality of communication tasks for realizing the service request and task logic corresponding to each communication task;
executing the communication task chain, processing the task logic corresponding to the executed communication task according to the execution result of the executed communication task after the execution of one communication task in the communication task chain is finished, and determining to continue executing other communication tasks in the communication task chain or to interrupt executing the communication task chain or to trigger a new service request according to the processing result of the task logic.
2. The method for controlling a flow of a chained communication service according to claim 1, further comprising:
presetting logic parameters in the task logic;
processing the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task, and determining to continue to execute other communication tasks in the communication task chain or interrupt execution of the communication task chain or trigger a new service request according to the processing result of the task logic, including:
processing the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task and the logic parameter in the preset task logic, and determining to continue executing other communication tasks in the communication task chain or to interrupt executing the communication task chain or to trigger a new service request according to the processing result of the task logic.
3. The method for controlling task flow of chain communication according to claim 1, further comprising:
when a new service request is determined to be triggered, a new communication task chain corresponding to the new service request is obtained according to the triggered new service request, and the obtained new communication task chain is inserted into the original communication task chain or added behind the original communication task chain.
4. The method for controlling a flow of a chained communication service according to claim 1, further comprising:
when the communication task chain is determined to be interrupted, recording the processing result of the task logic and/or the execution result of the communication task which is executed and ended and/or the execution state of the communication task in the communication task chain.
5. A chain communication service flow control device is applied to a network management system and is characterized by comprising a task chain acquisition module and a task chain execution module;
the task chain acquisition module is used for acquiring a communication task chain corresponding to a service request according to the service request, wherein the communication task chain comprises a plurality of communication tasks for realizing the service request and task logic corresponding to each communication task;
and the task chain execution module is used for executing the communication task chain, processing the task logic corresponding to the executed communication task according to the execution result of the executed communication task after the execution of one communication task in the communication task chain is finished, and determining to continue to execute other communication tasks in the communication task chain or interrupt the execution of the communication task chain or trigger a new service request according to the processing result of the task logic.
6. The device for controlling the flow of chain communication services according to claim 5, further comprising a logic parameter presetting module;
the logic parameter presetting module is used for presetting logic parameters in the task logic;
the task chain execution module is configured to process the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task, and determine to continue to execute other communication tasks in the communication task chain or to interrupt execution of the communication task chain or to trigger a new service request according to the processing result of the task logic, including:
processing the task logic corresponding to the executed and finished communication task according to the execution result of the executed and finished communication task and the logic parameter in the preset task logic, and determining to continue executing other communication tasks in the communication task chain or to interrupt executing the communication task chain or to trigger a new service request according to the processing result of the task logic.
7. The device for controlling the flow of chain communication business process according to claim 5, further comprising a new task chain processing module;
the task chain acquiring module is further configured to acquire a new communication task chain corresponding to a new service request when the new service request is determined to be triggered;
and the new task chain processing module is used for inserting the acquired new communication task chain into the original communication task chain or adding the acquired new communication task chain after the original communication task chain.
8. The chain communication service flow control device according to claim 5, further comprising a recording module;
the recording module is configured to record, when it is determined that the execution of the communication task chain is interrupted, a processing result of the task logic and/or an execution result of the communication task that is executed and/or an execution state of each communication task in the communication task chain.
9. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, carries out the steps of the chain communication traffic flow control method according to any one of claims 1 to 4.
10. Computer arrangement comprising a memory and a processor, said memory storing a computer program, characterized in that said processor when executing said computer program realizes the steps of the chain communication traffic flow control method according to any of the claims 1 to 4.
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