TWI503035B - Number of multi - role attributes Portable management procedures Process management methods and systems - Google Patents

Description

Multi-role number portable work handler process management method and system

The present invention relates to a method and system for managing the number portability processing procedure flow, in particular, when the telecommunications operator assumes different roles or multiple roles, the message exchange process corresponding to the message and the multiple roles of the telecommunication business process can be quickly identified. The number of the portable job handler process management method and system.

Due to the implementation of number portability, each carrier must implement a message exchange system to carry out number portability processing procedures with the number portability management center and other carriers, and also for the virtual mobile network operators to which they belong. The number portability service, so the system needs to interface with a large number of systems and interface with the telecommunications equipment system within the carrier to carry out related number portability business operations.

In the case of the number portability service, the telecommunication provider must exchange information according to the message flow specified in the number portability handling procedure, and achieve data consistency between the carrier and the number portability management center, and perform corresponding information content. The business logic, which in turn drives the processing of various telecommunication services. In addition, the message flow in the number portability operation process specifies the number portability management center and the roles of different players (for example, the code carrier removal agent, the carrier code shifter or The message and order that needs to be transmitted between the original number of suppliers, etc., so when the telecom operators are in different roles or even multiple roles, they will need to transmit or receive different messages, even if the same message content will be served. Different roles need to be handled differently, plus virtual pass The combination of the beneficiary and other first-class telecom operators will generate a variety of message processing sequences. Because the telecommunication services required for each message are different, if the message sequence is wrong, the related telecommunication services will be processed in the wrong order. It may cause the door number user data to be abnormal or the telecommunication equipment to be installed abnormally.

The main object of the present invention is to provide a method and system for managing a number portability job processing program that is uniquely identified by each message, as a setting and management of message recognition.

A secondary object of the present invention is to provide a multi-role character that can be automatically transmitted as a high-priority message by sending and receiving or time-sensitive messages as needed to ensure that high-priority messages can be processed within a standardized time limit. The number portability operation processing procedure management method and system.

A further object of the present invention is to provide a method and system for managing a number portability job handler program that does not have a multi-role nature because of an abnormality in the order of messages.

In order to achieve the above object, the method and system for managing the number portability operation processing procedure of the multi-role nature of the present invention mainly performs message scheduling processing, and then obtains a unique identification code of the message, and finally performs message sequence legality. deal with.

The message scheduling process identifies the priority of the message, allows the high priority message to be processed first, and temporarily stores the non-high priority message for batch processing, mainly by querying the current message through the message recognition module. Unique identification code, and based on the obtained message identification code, message content and industry information, etc., compare with the high priority message list to judge the current Whether the message belongs to a high priority message, if it is a high priority message, it is immediately sent to the message process management and business dispatch module processing, while the non-high priority message is temporarily stored in the message data temporary storage area, waiting for the timing trigger message batch After the processing, the message in the message data temporary storage area is sent to the message flow management and business dispatch module for processing.

The identification code uniquely obtained by the message is mainly based on the characteristics of the message, the content of the message and the information of the operator of the door number, and the stage of the number portability operation processing program and the combination of the operators is calculated, and then loaded. The complete message flow order information of the stage, and the unique identification code represented by the current message is known from the complete message flow sequence of the stage.

The message order legality processing is judged by the message identification code and the complete message flow sequence of the stage, and the message sequence identification of the message content and the complete message flow sequence of the stage of the message are judged by the message sequence. The first order message directly processes the message. If it is not the first order message, it checks whether the order of the current process history of the door number is the previous order of the message. If the order of the current process history of the door number is not before the message In the first order, the message is first stored in the message processing waiting area. If the order of the current processing history of the door number is the previous order of the message, the business process management and dispatch processing is immediately performed, and when the message processing ends, the information is judged again. Whether the message is the last-order message of the stage. If the message is not the last-order message of the stage, the message processing waiting area is checked whether there is a next-order message. If the message is the last-order message of the stage, the message process of the stage is When it is finished, the processing history record of the door number is marked as the end of the process.

100‧‧‧Number Portability Management Center and other carrier system groups

200‧‧‧number portable message receiving module

300‧‧‧Systems with multi-role number portability operation process management methods

310‧‧‧Message Diversion and Flow Control Module

311‧‧‧ Identify the direction of message transmission

312‧‧‧ Diverted to the corresponding message queue

313‧‧‧ Flow Control

314‧‧‧Trigger scheduling component execution

320‧‧‧Message Scheduling Module

321‧‧‧Query message unique identifier

322‧‧‧Message priority identification and delivery

323‧‧‧Information data temporary storage area

324‧‧‧Timed trigger components

325‧‧‧Message batch processing

330‧‧‧ Schedule Processing Management Module

340‧‧‧Message Identification Module

341‧‧‧Number portable program and type judgment

342‧‧‧Load phase message sequence

343‧‧‧Get the message ID

350‧‧‧Message Identification Setting Management Module

360‧‧‧Message Process Management and Business Distribution Module

361‧‧‧Interventional information process judgment

362‧‧‧Message order legality judgment

363‧‧‧Information Process Management

364‧‧‧Business Process Management and Business Distribution

365‧‧‧Message Processing Waiting Area

366‧‧‧Error restart component

370‧‧‧Process Management and Business Distribution Setting Management Module

400‧‧‧Telecom operators' internal business acceptance and network equipment opening information system group

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601‧‧‧ Identification message characteristics

602‧‧‧Ready to enter the interventional message process

603‧‧‧ Record the current processing order of the original process

604‧‧‧ Suspend the original message process and business conduct

605‧‧‧New message processing

606‧‧‧End of the interventional message process

607‧‧‧Judge whether to return to the original message process

608‧‧‧Respond to the original message process

609‧‧‧The original message processing ends

701‧‧‧Judgement by message identifier and the sequence of complete message processes at the stage

702‧‧‧ Is it the first order message?

703‧‧‧Check the door number processing history

704‧‧‧Is the order of the messages in line with the current processing history?

705‧‧‧ messages are saved to the message processing waiting area

706‧‧‧Message processing

707‧‧‧ Is it the final order message?

708‧‧‧Check the next order message

709‧‧‧The end of the process

Figure 1 is a system architecture diagram of the present invention; 2 is a flow chart of the present invention; FIG. 3 is a flow chart of a message shunting and flow control method according to the present invention; FIG. 4 is a flow chart of a message scheduling processing method according to the present invention; FIG. 6 is a flowchart of a message flow management and service dispatching method according to the present invention; FIG. 7 is a flowchart of a method for processing an interventional message flow according to the present invention; and FIG. 8 is a flowchart of a method for processing message sequence legality of the present invention.

Referring to FIG. 1 , the system of the present invention mainly includes a message distribution and flow control module 310 , a message scheduling processing module 320 , a scheduling processing management module 330 , a message recognition module 340 , and a message . The identification setting management module 350, a message flow management and business dispatching module 360, and a process management and business dispatch setting management module 370, the message splitting and flow control module 310, is a number portability management center and other telecommunications After the operator system group 100 sends the number portability message to the self-carrier, the number portability message receiving module 200 is responsible for receiving the message, and then the message is handed over to the message distribution and flow control module 310 for message shunting and flow control. The processing is then dispatched to the message scheduling processing module 320 for scheduling processing. The message scheduling processing module 320 is triggered by the message distribution and flow control module 310 to perform message processing, and the message recognition module 340 queries the message. The unique identification code, according to the message priority setting defined by the scheduling processing management module 330, quickly delivers high priority messages to the process management and industry. The dispatching module 360 performs processing. If the non-high priority message is not temporarily stored, the batch processing is waited for, so that the high priority message can obtain processing resources faster and more frequently. The scheduling processing setting management module 330 Responsible for defining, storing, and managing settings for high priority messages, such as messages that need to be processed within a certain time limit The message recognition module 320 receives the current message, determines the message, and sets the management mode according to the message identification. The various numbers of the number of portable messages set by the group 350 are used to obtain the unique identification code of the message. The identification code and the message stage are important basis for the subsequent message process and service assignment processing. The message recognition setting management module 350 is responsible for defining And storing and managing various message flow stages and message sequence codes formed by various number portability programs and operator role combinations. The message process management and service dispatch module 360 receives high priority messages sent by the message scheduling processing module 320. Or batch processing the message, and according to the process management and the business dispatch setting management module 370, each message processing setting is used to perform the process or business distribution, and the message or the internal business action to be triggered is transmitted to the internal business acceptance of the carrier. The network device opens the information system group 400, and the process management and business assignment settings Management module 370 is responsible for defining, set the desired special handling storage and management of various process stages, the setting of each individual message, and setting the dynamic connection to other systems or devices.

The scheduling processing setting management module 330 includes: (1) storing and managing high priority message information and batch processing quantity setting values by using a parameter setting file; and (2) defining a message list requiring high priority processing, When the message is processed by the message scheduling processing module 320, the message will be sent to the process management and service dispatch module 360 for processing; (3) when the message scheduling processing module 320 is configured for batch processing, The maximum number of temporary messages processed by a single thread; (4) the interface function to reload settings and refresh parameters, when high priority messages are different You can directly change the list of high priority messages in the file during the move, or when the number of batch processes needs to be adjusted, you can dynamically adjust the high priority message list settings and reload the settings file to take effect, no need to redeploy The management module.

The message identification setting management module 350 includes: (1) defining a plurality of message flow stage information formed by the number portability program and various operator role combinations, and an identification code of each message sequence in each stage; (2) defining various types Information process stage information, including: a. Number portability operation procedures, such as query, negotiation, leaseback, cancellation, update, etc., each program has its own specific message exchange process; b. various industry role combinations : First define the set of operators, the 2G services of our telecom operators (the first type of telecom operators) (hereafter denoted by A), the 3G services of our telecommunications operators (hereafter indicated by B), and the virtual mobile networks of our own operators. The 2G service of the operator (hereinafter referred to as a), the 3G service of the virtual mobile network operator to which our industry belongs (hereinafter referred to as b), and the collection of other first-class carriers, including the virtual mobile network operators to which they belong, The first type of telecom operators will handle the number portability service (hereafter denoted by C), and the applicable combination table 1; (3) define the message identification code in each stage, which is composed of the aforementioned various combinations of operators. Corresponding to the business-meaning number portability operation handler is a unique phase (ex.A & B negotiation phase, A & b negotiation phase, C & C execution phase, etc.), also in the negotiation phase. Under the role of the operator to deal with different information exchange content, we give each stage a clear sequence of information and identification code; (4) provide re-loading settings and refresh the interface interface function, the operator combination or identification code has When a change is required, the configuration file can be directly changed and reloaded, and the management module does not need to be re-deployed.

The process management and business dispatch setting management module 370 includes: (1) storing and managing various message flow information, business dispatch information, and connection information settings by using a parameter profile; and (2) defining message flow information, including: a. Interventional message processing settings, such as the cancellation of the message process to enter the need to suspend the ongoing negotiation process phase; b. specific message process processing, such as some messages are not the final order of the stage, but if the message is carried Specific field values may represent the end of the process; (3) define business distribution information, including: a. Each message corresponds to the processed business component; b. The individualized processing of the part of the business component due to different roles; c. The connection of other systems or devices, such as the business acceptance system or data queue Java naming and directory interface, etc.; (4) Provide interface function for reloading settings and refreshing parameters. When the message processing or service assignment needs to be changed, and the connection to other systems and devices needs to be replaced immediately, you can directly Reloading after modifying the settings file will take effect and there is no need to redeploy the management module.

Referring to FIG. 2, the present invention mainly processes the number portability message sent by the number portability management center and other carrier system groups, and the process includes the following steps: Step 1: Message shunting and flow control module receiving After the number is portable, the traffic and traffic control are performed according to the message source. Step 2: The message distribution and traffic control module controls the number of traffic distribution according to the traffic control limit. If the traffic exceeds the traffic control limit, the system resources are released after the system resources are released. Third, if the message traffic does not exceed the flow control limit, go directly to step 3; Step 3, the message scheduling module sequentially takes the message after the split by the message splitting and flow control module, and according to the content of the message to the message recognition module Query the unique identification code of this message; Step 4: The message scheduling processing module delivers the high priority message to the message flow management and service dispatch module according to the priority set in the message content, and proceeds to step 6 The non-high priority message is moved to the message data temporary storage area and proceeds to step 5; Step 5: The number stored in the temporary storage area of the message data triggers the batch processing through the trigger component, delivers the message process management and the service distribution module, and proceeds to step 6; step 6: the message flow management and the business dispatch module through the process The management and business distribution setting management module obtains the intervention information flow setting to determine whether the current information belongs to the interventional information flow, if the interventional information flow proceeds to step seven, if the non-intrusive information flow proceeds to step eight; step seven, conducts an interventional message. Process processing, and after the processing is completed, proceeds to step eight; step eight, the message flow management and the business dispatch module determine the legality of the message sequence of the message, if the legal order enters step ten, if it is not legal order, the process proceeds to step IX; Step 9: storing the non-legal message in the message waiting processing area, waiting for the message to be resent, and proceeding to step 10; step 10, the message flow management and the service dispatching module according to the information of the legal message order or the internal business behavior to be triggered, Conducting telecom business processing and internal information system data And proceed to step XI; Step XI, the message flow management and the business dispatch module, if the telecommunications service processing and the internal information system data change succeeds, go to step 12, if it fails, go to the message processing waiting area to check whether there is the next time. The sequence message, if any, triggers the message resend processing, if not, proceeds to step 12; step 12, ends the process.

Referring to FIG. 3, the message distribution and flow control module processing program is: (1) receiving the message sent by the number portability receiving module 200, the number portability receiving module is responsible for receiving the number portability The number of portable messages sent by the management center and other carrier system groups (including virtual mobile network operators); (2) the identification message transmission direction 311, which is shunted according to the sender of the message to avoid abrupt transmission of a large number of directions in a certain direction. The message causes the message in other directions to be unable to obtain the processing resource; (3) offload to the corresponding message queue 312, and stores the message object in the corresponding queue according to the corresponding message queue configured by different branches; (4) Traffic Control 313, according to the number of message queues Q , the number of scheduling component threads T used in each message queue, the upper limit of which is Ti , that is, 1 ≦ T ≦ Ti , and the number of thread upper limit S that the system can use. The message queue triggers multiple scheduling components to perform message processing in a multi-threaded manner. The thread usage mathematical expression is Through this module, each message queue can be managed to maintain the minimum number of scheduled component threads to ensure that resources are not occupied by a single queue, and that all message queues trigger the scheduling component threads. The executor upper limit that can be used by the system is exceeded, and the flow control is achieved; (5) the trigger scheduling component execution 314 is triggered, and the message scheduling processing mode is triggered when the upper limit of the number of scheduling component threads available in the message queue is not reached. Group 320 elements are handed over to the message scheduling processing module 320 for processing.

Referring to FIG. 4, the message scheduling module processing program is: (1) querying the message unique identification code 321, and the module splits the message and flow control module 310. The delivered message queries the message identification module 340 for the unique identifier of the current message; (2) the message priority identification and delivery 322, based on the obtained message identifier, and then configured by the scheduling process management module 330. The high priority message list is compared to determine whether the current message belongs to the high priority message, and if it is the high priority message, it is immediately sent to the message process management and the service dispatch module 360 for subsequent processing, if not the high priority message is stored first. The message data temporary storage area 323; (3) the message data temporary storage area 323 stores the complete content of the non-high priority message, waiting for subsequent batch processing; (4) the timing triggering component 324, triggering the message according to the set timing Batch processing, adjusting the trigger frequency to adjust the trigger frequency to speed up the digesting of the temporary message; (5) message batch processing 325, triggered by the timing trigger component 324, setting the batch set in the management module 330 according to the scheduling process The number of times of processing is set, and the content of the unprocessed message is taken out to the message data temporary storage area 323, and then the message is sent one by one to the message flow management and the business dispatch mode. 360 for processing.

Referring to FIG. 5, the message identification module processing program is: (1) number portability program and category judgment 341, and the management mode is set according to the characteristics of each message, the content of the message, the information of the door number, and the message identification. The setting in the group 350 can be calculated to know the number portability operation processing program and the combination of the operator combination; (2) the loading phase message sequence 342, according to the determined phase (ex. A & B negotiation phase) Loading the complete message flow sequence information of the stage from the message recognition setting management module 350; (3) Obtaining the message identification code 343, and obtaining the unique identification code represented by the current message from the complete message flow sequence of the stage.

Referring to FIG. 6, the message flow management and service dispatch module processing program is: (1) an interventional message flow judgment 361, according to the message and the identification code sent from the message scheduling processing module 320, through the process. The management and business dispatch setting management module 370 obtains an interventional message flow setting, determines whether the current message belongs to the interventional message flow, and initiates an interventional message flow processing method when the interventional information flow event occurs; (2) the message sequence is legal. Sexual judgment 362, because the message may be due to different message transmission direction or network delay relationship, so that the later message in the process will be processed by the system earlier, according to whether the door number is currently in the processing stage of the stage to determine whether it can be The processing of the current message is performed; (3) the message flow management 363 determines 362 according to the order of the message order, and the message that does not conform to the current order is first stored in the message processing waiting area 365, waiting for the previous order of the message to be processed. Processing and judging whether the current door number processing history belongs to the stage of entering the interventional information process, and will intervene in the information The message that does not need to be processed in the process of the information process is stored in the message processing waiting area 365. If the message that does not need to be processed in the order legality or non-intrusive message process phase is met, the message is processed and distributed, and when the message service processing fails, The message is placed in the message processing waiting area 365, and then redo processing. In addition, the program also sets the management module setting 370 according to the process management and business distribution to check whether special process processing is required; (4) business process management and business Dispatched 364, because the previous handler is already for the message The correctness of the order is controlled. The program can directly process the business behavior corresponding to the message, and load the business distribution information and connection information through the process management and business distribution setting management module 370 to open the internal business acceptance and network equipment of the carrier. The information system group 400 triggers subsequent business actions or data changes. When the business process fails, the message is also sent to the message processing waiting area 365 via the message flow management 363, and then redo processing; (5) the message processing waiting area 365, the message The unordered message, the message that the intrusive message process does not need to process, and the message that the service fails to be processed are stored therein; (6) The error restart component 366, by the timing setting or the human trigger, the message processing waiting area 365 The message inside is taken out and then processed again through the message flow management 363.

Referring to FIG. 7, the interventional message processing method is: (1) identifying the message feature 601, and when the message enters the message flow management and service dispatch module 360, first identifying whether it is the start message or result of the interventional message process. (2) ready to enter the interventional message process 602, if it is the start message of the interventional message process, the message process management and business dispatch module 360 marks the door number process history data as entering the interventional message process; (3) Recording the current processing order 603 of the original process, when the door number processing history enters the interventional message process, the message flow management and business dispatching module 360 records the original in-process door number history order as a basis for returning to the original process; 4) Suspending the original message process and business action 604, the original door number processing flow and the code-based service related business will be forcibly suspended; (5) New message flow processing 605, the message flow management and business dispatch module 360 starts receiving Processing the interventional message process message, if the message still receiving the original message process intercepts the message and stores it in the message processing waiting area 365; (6) the intervention message process ends 606, when the message identification feature 601 interprets the message as an intervention The result message of the sexual process represents the end of the interventional message process; (7) determine whether to return to the original message process 607, according to the result message content of the interventional message process, determine whether to return to the original message process and continue the process; (8) Returning to the original message process 608, according to the step of judging whether to reply to the original message process, if the original message process needs to be returned, the previous processing sequence of the original message process is retrieved, the process history of the door number is marked as the original message flow, and the message processing is performed. The waiting area 365 searches for the next order message for processing; (9) the original message flow processing ends 609, according to the step of determining whether to return to the original message process, if the original message process does not need to be returned, the door number processing history is marked as the end of the process, and The message processing in the message processing waiting area 365 is removed from the original message flow.

Referring to FIG. 8, the message sequence legality processing method is: (1) judging 701 by the message identifier and the complete message flow sequence of the stage, when the message is delivered by the message scheduling processing module 320 to the message flow management and When the service dispatch module 360 is assigned, the message identification code carried by the message content and the complete message flow sequence of the stage are referred to the message order legality judgment 362; (2) whether it is the first order message 702, the message order The legality judgment 362 first determines whether the current message is the first order message of the stage, and if the first order message is the message processing 706, if it is not the first order message, the door number processing history 703 is checked again; (3) Checking the gate number processing history 703. If the message is not the first order message, the message flow management and service dispatch module 360 will obtain the current processing history of the gate number; (4) whether the message order conforms to the current processing history 704, Checking whether the order of the current processing history of the gate number is the previous order of the message; (5) the message is stored in the message processing waiting area 705, and if the order of the current processing history of the gate number is not the previous order of the message, the message is The process management 363 stores the message to the message processing waiting area 365; (6) performs the message processing 706, if the current processing history of the door number is legal, the business process management and business dispatch 364 is immediately performed; (7) The last order message 707, after the message is processed and the business dispatch 364 ends, will determine whether the message is the last-order message of the stage; (8) check the next-order message 708 if the message is not the end of the stage The sequence message is then checked from the message processing waiting area 365 whether there is a next order message and processed; (9) the processing end is 709, if the message is the most in the stage Order message, on behalf of the stages of the process has ended message, message management process 363 will handle the door number of recorded history marked the end of the process.

As described above, the number portability operation processing program flow management method and system of the present invention have the following characteristics and functions compared with the conventional techniques and methods:

1. The present invention learns the message flow stage to which the current message belongs through the operation of the message feature and the operator information, and then obtains the unique order identification of each message in the message exchange process to which it belongs, by using the defined identification code, and can be used as a message. Identification settings and management.

2. The present invention defines a message that is sent and received at a specific time period and a specific time interval, or a time-sensitive message triggered by the message, and is defined as a high priority message to ensure high priority information. After the processing is completed within the time limit of the specification, the message flow will not be terminated, or the telecommunication device does not immediately complete the transaction and the user's call is abnormal.

3. The present invention manages the sequence of message flows according to the message identification code and the process number of the door number to ensure that when the telecommunication service triggered by the message is performed, the telecommunication device does not handle the error due to the abnormality of the message sequence or the user is in the telecommunication. The use of the service is affected.

4. The present invention temporarily suspends the original message flow, enters the process of the interventional message process, and refers to the interventional message process at the end of the interventional message process when the interventional special message process existing in the number portability process occurs. The result is to decide whether to terminate the original message process or restore the original message process and continue.

In summary, this case is not only innovative in terms of space type, but also can enhance the above-mentioned multiple functions compared with the customary items. It should fully meet the statutory invention patent requirements of novelty and progressiveness, and apply for it according to law. This invention patent application, in order to encourage creation, to the sense of virtue.

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Claims (13)

A method for managing a number portability operation processing procedure with multiple roles is mainly to receive a number portability message sent by the number portability management center and other carrier system groups, and the process flow includes: Step 1: After the message shunting and flow control module receives the number portability message, it performs shunting and flow control according to the message source; step 2, the message shunting and flow control module controls the number of shunt processing according to the flow control limit, and if the message traffic exceeds the flow control limit, Wait for the system resources to be released and then go to step 3. If the message traffic does not exceed the flow control limit, go directly to step 3. Step 3: The message scheduling module sequentially takes the message after the split by the message splitting and flow control module. The content of the message queries the message identification module for the unique identifier of the message; in step 4, the message scheduling module delivers the high priority message to the message process management and service dispatch mode according to the priority set in the message content. Group, and go to step six, will be non-high priority messages Go to the message data staging area and go to step 5; Step 5: The number stored in the message data temporary storage area triggers the batch processing through the trigger component, delivers the message process management and service dispatch module, and proceeds to step 6; 6. The message process management and business dispatch module obtains the intervention message process setting through the process management and business dispatch setting management module, and determines whether the current message belongs to the interventional message process. If the interventional message process proceeds to step 7, if the non-intrusive message The process proceeds to step eight; step seven, the interventional message process is processed, and after the process is completed, the process proceeds to step eight; step eight, the message process management and the service dispatch module judge the legality of the message order of the message, if the legal order is entered Step 10, if it is not legal order, enter step IX; Step 9: storing the non-legal message in the message waiting processing area, waiting for the message to be resent, and proceeding to step 10; step 10, the message flow management and the service dispatching module according to the information of the legal message order or the internal business behavior to be triggered, Conduct telecom service processing and internal information system data changes, and proceed to step 11; Step 11. If the message process management and service dispatch module successfully handles the telecommunication service processing and internal information system data, proceed to step 12, if it fails Go to the message processing waiting area to check whether there is a next order message, if there is, trigger the message resend processing, if not, go to step 12; Step 12, end the process. The number portability operation handler process management method according to claim 1, wherein the number portability information source is a number portability management center, another carrier, a virtual carrier, or an internal telecommunication service acceptance system. The method for managing a number portability operation processing procedure according to claim 1, wherein the priority level message scheduling processing module sets the management mode according to the obtained message identification code and then through scheduling processing. The list of high priority messages set in the group is compared to determine whether the message belongs to a high priority message. The number portability job handler flow management method according to claim 1, wherein the timing trigger component triggers batch processing according to a set timing or according to the number of messages. The multi-role-numbered portable job handler process management method as claimed in claim 1, wherein the determining whether the current message belongs to the interventional message process is based on the message sent from the message scheduling processing module and Identification code, through process management and business assignment management The management module obtains an interventional message flow setting to determine whether the current message is an interventional message process. The number portability operation processing procedure management method according to claim 1, wherein the interventional message processing includes the following steps: Step 1: Identifying message characteristics: when the message enters the message flow management and service Distribute the module, first identify whether it is the start message or result message of the interventional message process; Step 2, prepare to enter the interventional message process: if it is the start message of the interventional message process, the message process management and the business dispatch module Mark the process number of the door number as the process of entering the interventional message; Step 3: Record the current processing order of the original process: When the process of the door number enters the process of interventional information, the message process management and the business dispatch module will carry out the original process of the door number process. The order is recorded as the basis for returning to the original process; Step 4: Suspending the original message process and business behavior: the original door number processing process and the code-based service related business will be forcibly suspended; Step 5: New message process processing: message flow Management and business dispatch module starts receiving and processing interventional information flow If the message still receives the original message flow during this period, the message will be intercepted and stored in the message processing waiting area; Step 6: The intervention message process ends: When the message identification message is the result message of the intervention process, it represents The interventional information process ends; Step 7: Determine whether to reply to the original message process: according to the result message content of the interventional message process, determine whether to reply to the original message process and continue the process; Step 8. Revert to the original message process: According to whether to reply Original message process steps, if needed Responding to the original message flow, the previous processing sequence of the original message flow is retrieved, the processing history of the gate number is marked as the original message flow, and the next order message is processed in the message processing waiting area for processing; step IX, the original message flow processing End: According to the step of judging whether to reply to the original message process, if it is not necessary to reply to the original message process, the process of marking the door number is marked as the end of the process, and the message data of the original message process belonging to the message processing waiting area is removed. The multi-role-like number portability job handler process management method as claimed in claim 1, wherein the legitimacy judgment of the message sequence is performed by using a unique identifier of the message content and a complete message flow sequence of the stage. Judge. The number portability job handler flow management method according to claim 1, wherein the legality judgment of the message sequence directly performs message processing if it is determined to be the first order message. The number portability job handler process management method according to claim 1, wherein the legitimacy judgment of the message sequence is determined to be a non-first order message, and the message flow management and service dispatch module Get the current processing history of the gate number and check if the order of the current processing history is the previous order of the message. A multi-role number portability operation program flow management system mainly uses a number portable message receiving module to receive number portability information of a number portability management center and other carrier system groups, and then carries the number portability The operation processing program flow management mainly includes: a message distribution and flow control module, and the message distribution and flow control module receives the message forwarded by the number portability message receiving module, and performs message shunting and flow control processing; a message recognition module, the message recognition module obtains a unique identification code of the message according to the message flow stage and the message sequence; a message scheduling processing module, the message scheduling processing module receives the message distribution and flow control mode Component flow and flow control message, and query the unique identification code of the message through the message identification module, and then determine whether the message is a high priority message or a batch processing message according to the defined message priority setting; a message flow management And the business dispatch module, the message flow management and the business dispatch module receive the high priority message or the batch processing message judged by the message scheduling processing module, and perform process or service distribution according to the message processing setting, and the message or need to be triggered The internal business activities are transmitted to the telecommunications industry's internal business acceptance and network equipment opening information system group. The multi-role-numbered portable job handler process management system as claimed in claim 10, wherein the message scheduling processing module defines, stores, and manages message priority settings through a scheduling process management module. The multi-role number portable job handler process management system as claimed in claim 10, wherein the message recognition module defines, stores, and manages the number portability program and the operator role combination by a message recognition setting management module. A variety of message process stages and message sequences. The multi-role-numbered portable job handler process management system, as described in claim 10, wherein the message flow management and service dispatch module is defined, stored, and managed by a message management and service dispatch management module. Special processing settings required for the process phase, individualized settings for each message, and dynamic connection settings for external systems or devices.