CN110351306A - A kind of reasonable management method using TL1 connection - Google Patents
A kind of reasonable management method using TL1 connection Download PDFInfo
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- CN110351306A CN110351306A CN201910747836.0A CN201910747836A CN110351306A CN 110351306 A CN110351306 A CN 110351306A CN 201910747836 A CN201910747836 A CN 201910747836A CN 110351306 A CN110351306 A CN 110351306A
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- 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
- H04L67/14—Session management
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- 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
- H04L67/14—Session management
- H04L67/143—Termination or inactivation of sessions, e.g. event-controlled end of session
- H04L67/145—Termination or inactivation of sessions, e.g. event-controlled end of session avoiding end of session, e.g. keep-alive, heartbeats, resumption message or wake-up for inactive or interrupted session
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/26—Special purpose or proprietary protocols or architectures
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Abstract
A kind of reasonable management method using TL1 connection, TL1 interface is managed collectively by building connection pool, and using the two kinds of methods of salary distribution connected according to instruction management connection with according to session management, to be uniformly distributed TL1 call connected, to realize the reasonable utilization of TL1 connection.
Description
Technical field
The present invention relates to communication resource management or control technology, especially a kind of management method for rationally utilizing TL1 connection,
TL1 interface is managed collectively by building connection pool, and using two connected according to instruction management connection with according to session management
The kind method of salary distribution, to be uniformly distributed TL1 call connected, to realize the reasonable utilization of TL1 connection.TL1(Transaction
It Language-1) is one of telecommunication administration consensus standard human-computer interaction agreement.
Background technique
TL1 connection: being defined by Telcordia (previous Bellcore), and full name Transaction Language-1 is
A kind of man-machine (man-machine) interaction protocol of ASCII type and a kind of telecommunication administration agreement of standard, OMC network management with
Connection type between OSS layer service system, OSS network management are connected to OMC by telnet mode, and by logging on after logging in
The execution of the enterprising industry business of OMC network management.OMC: management PON network equipment network management, generally as producer, Huawei be U2000, in it is emerging
Network management is U31, and flames of war network management is ANM2000 etc..Fault diagnosis: it is fixed according to the end-to-end fault diagnosis of broadband account progress to provide
Such method is linked into system by the method for position, part of the manufacturer, checks account after inputting broadband account in the process applied to complaint
Number relevant Network Management Equipment, and fault point.Activation: operator carries out a set of OSS platform of business write-in on OLT, is responsible for
The installation stage, the automated production type platform of business was written by platform from trend OLT.Telnet connection: Telnet agreement is TCP/
A member in IP agreement race is the standard agreement and major way of Internet telnet service.It is provided for user
The ability of distance host work is completed on local computer.Telnet program is used on the computer of terminal user, is connected with it
It is connected to server.Terminal user can input order in telnet program, these orders can be run on the server, just as
It is inputted directly on the console of server the same.It locally can just can control server.Start a telnet session,
Username and password must be inputted and carry out login service device.Telnet is the method for common long-range control Web server.South orientation:
One system is referred to as south orientation to the interface of equipment side.North orientation: a system is referred to as north orientation to except equipment side interface.OSS:
OSS be a comprehensive service operation and management platform, while be also really merged Traditional IP data service with it is mobile value-added
The comprehensive management platform of business.OSS is the support system of the integration of telecom operators, information resources share, it is mainly by net
The part such as network management, system administration, charging, business, account and customer service forms, and has between system by unified bus
Machine combines.It can not only be assisted in while helping operator to work out and meet the Operation Support System of own characteristic
The developing direction of system, moreover it is possible to help the integration standard of user's brakstaff, improve the service level of user.
Along with a large amount of development of home network, the multiple business such as national home broadband online successively, IPTV, IMS voice,
Family's broad network increases obviously, and in this context, each operator is incremented by centralized OLT regulatory requirement, these demands are embodied in dress
The machine stage issues activation business to OLT device by OMC network management, realizes diagnosis inquiry, the diagnosis of Trouble call by OMC network management
Fault restoration and PON collection of resources afterwards.But OMC network management opening TL1 connection resource it is limited, if cannot rationally using and
Management, the problem inadequate it is easy to appear connection number, leads to inquiry/sending down service failure in peak situations.
Currently, each operator utilizes TL1 northbound interface, the TL1 connection method main method that OMC producer provides are as follows: 1, short
Link: i.e. when needing using TL1 interface, telnet connection temporarily is initiated to TL1 interface, and carry out on TL1 interface
LOGIN is logged in, and the inquiries/sending down service generic operations such as fault diagnosis/activation are carried out after logging in.2, it long connection: is built with TL1 network management
Vertical long connection, the handshake mechanism provided by OMC producer keep not turning off for telnet connection, when there is inquiry/sending down service to refer to
When order needs to be implemented, inquiry/sending down service class instruction is directly issued by long connection.
OMC network management is most of to do following limitation and regulation: 1, connection number to TL1 connection: i.e. while telnet to OMC network management
Host number be limited within 15 links because a large amount of connection number will affect OMC performance, i.e., connected simultaneously mostly at present
Host number to OMC is no more than 15 links.2, number of concurrent: the same TL1 connection of OMC network management limits the instruction number being performed simultaneously
No more than three.
Currently, activation of service system, diagnostic system, collection of resources system are multifarious in each operator, it is most of by more
A producer's production, TL1 connection type management method differ widely, and there is presently no have recognized the need to rationally to utilize TL1 for operator
Constraint and limitation to TL1 interface of connection and producer causes in the market without reasonable distribution TL1 connection, once TL1 connection
Contention, will have a direct impact on activation system, diagnostic system, in collection of resources system can not normal use failure, with portfolio
With uprushing for type, this problem is more and more obvious.That is, there are following under no reasonable management TL1 connection
Defect and problem: 1, in the case of business demand is uprushed, business is unable to get guarantee: each to be without effective management method
System using TL1 connection can with demand increase, such as: activation system can be between 8 points to 23 points of daytime, and acquisition system can be
At night between 24 points to 8 points, failure system can be because with complaining indefinite time point, such as to the need of TL1 when wide-area failures
Asking can uprush.Peak value can quickly reach the limitation of TL1 connection number when utilizing, system is caused to be unable to normal use.2, business can not area
Divide priority: when business demand is concurrently higher, indistinguishable service priority can not preferentially be ensured Major Systems, example
In actual production, activation system service priority is higher, fault diagnosis system is taken second place, acquisition system priority is lower, but
It is all often that analysis failure solution can be just gone after operation system failure that the peak traffic phase, which is all often that connection number expired, in practical application
Certainly failure.
Summary of the invention
The present invention is in view of the deficiencies in the prior art or insufficient, provides a kind of manager for rationally utilizing TL1 connection
Method is managed collectively TL1 interface by building connection pool, and connected using foundation instruction management connection with according to session management
Two kinds of methods of salary distribution, to be uniformly distributed TL1 call connected, to realize the reasonable utilization of TL1 connection.TL1(Transaction
It Language-1) is one of telecommunication administration consensus standard human-computer interaction agreement.
Technical solution of the present invention is as follows:
A kind of reasonable management method using TL1 connection, which is characterized in that including by constructing connection pool to TL1 interface
Unified management, and using the two kinds of methods of salary distribution connected according to instruction management connection with according to session management.
Described two methods of salary distribution pass through software realization.
It is described to include the following contents according to instruction management connection: to establish unified interface and receive external command demand, outside system
It is unified to be called by the interface when system needs to be implemented instruction；Storehouse channel instructions to be performed is established, the instruction of interface is held
Row demand is unified to be put into sequence in storehouse instructions to be performed, the calculating of go forward side by side row major grade and Queue sequence；It establishes to holding
The stack management instructed in row；Establish long connection holding mechanism.
The external command demand includes multi-platform instruction demand.
The storehouse instructions to be performed includes three sub- storehouses, and three sub- storehouses are respectively urgent sub- storehouse, general
The priority of sub- storehouse and non-emergent sub- storehouse, the urgent sub- storehouse, general sub- storehouse and non-emergent sub- storehouse is successively successively decreased,
The highest priority of urgent sub- storehouse described in i.e. described three sub- storehouses, the urgent sub- storehouse include activation class instruction, institute
Stating general sub- storehouse includes diagnostics classes instruction, and the non-emergent sub- storehouse includes acquisition class instruction.
The calculating of the priority and Queue sequence determines its corresponding sub- storehouse according to instruction type including first, then in institute
It states in sub- storehouse and is lined up according to command reception sequence, that is, it is higher to be lined up forward priority.
The connection pool according to idle long interface channel quantity from storehouse instructions to be performed according to priority from up to
The instruction of low reading instruction storehouse and executive chairman's connection into execution, middle low priority instructions to be performed is being more than after a certain period of time
If be not performed yet, automatic lifting priority to a upper rank, to ensure that each instruction can be performed.
It is described to include the following contents according to session management connection: session being created as minimum particle size working method using work order and is connected
It connects, when connection pool receives session application, establishes the binding relationship of session application module and interface channel, and be the session Shen
Please module assignment session id, the session id is unique in entire connection pool；The session application module by the session id and
Interface channel carries out work order operation, and sends after completing trouble ticket dispatch and nullify conversation message to the connection pool, the connection
The interface channel is set to idle state according to the session bound in the session id release connection nullified in conversation message by pond.
The session application module periodically sends heartbeat message, the heartbeat to the connection pool in carrying out work order operation
Information includes the work order being carrying out in current service scene, after the connection pool receives heartbeat message, with session in connection pool
It is compared with connection incidence relation table, discharges and do not include but connect in connection pool the session bound in heartbeat, it will be extra
Occupancy connection be set to the free time.
Technical effect of the invention is as follows: a kind of management method for rationally utilizing TL1 connection of the present invention can pass through management
The TL1 connection utilization rate of OMC network management is uniformly distributed TL1 call connected according to upper layer network management timeliness demand, reduces multi-platform
TL1 is called unevenly caused by calling, and is provided for TL1 connection and is reasonably called implementation.The present invention can construct connection pool
System, south orientation and TL1 interface keep long connection, and north orientation opening session management interface, connection pool establishes session and TL1 long connects
Road is connected, the service order that OSS network management needs to be implemented is integrated and carries out effective stack management in connection pool.The present invention is capable of providing
Connection pool provides the unified management of TL1 interface, and connection pool provides respectively according to instruction distribution and distributes two ways according to session
Connection management is provided.
It is connected according to instruction management connection with according to session management, respectively there is advantage and disadvantage.For example, managed according to instruction, as long as
The pending storehouse of distribution is sufficiently large, theoretically can infinitely receive upper layer network management calling, and the wind of connection failure is not present
Danger；But disadvantage is also obvious, and instruction is executed in pending storehouse and can not be ensured in time and implementing result feedback time.According to meeting
Words management connection, can report connectionless available after connection takes, and there are the risks of instruction execution failure, but advantage is according to work
When single execution, instruction can be performed at once, and upper layer network management calls timeliness stronger.The present invention will according to instruction management connection and
Two kinds of methods of salary distribution according to session management connection are integrated into a connection pool, are conducive to learn from other's strong points to offset one's weaknesses, or maximize favourable factors and minimize unfavourable ones,
To preferably optimize connection management.
Detailed description of the invention
Fig. 1 is the signal implemented in a kind of management method for rationally utilizing TL1 connection of the present invention according to instruction management connection
Figure.The big frame in the middle and upper part Fig. 1 includes instruction request-movement-connection pool-connection (TL1)-EMS (transmission device producer network management system),
And movement and the explanation that connect；Middle part strip frame connection pool；The middle and lower part Fig. 1 includes the (instruction 1 to finger of interface operation part
8 are enabled to arrange from top to bottom, unified interface module), storehouse instructions to be performed distinguishes precedence portion, and (instruction puts in order as 1-5-
2-6-3-7-4-8), stack portion is instructed (to read instruction 1, instruction 5 and instruction 2 from storehouse instructions to be performed and hold in execution
Row)；Instruct sub- connection pool part (1 occupancy of instruction movement, the 1 long connection 1 of holding, 5 occupancy of instruction movement, 2 holding interacted with TL1
3) long connection 2,2 occupancy of instruction movement 3 keep long connection；(long connection 1-3 release movement 1-3, holds for TL1 interface connecting side part
Row completes instruction 1, instruction 5 and instruction 2, and completion notice is fed back in execution and instructs storehouse)；The right side of TL1 interface connecting side
While being TL1 interface, the right upper lateral of TL1 interface is the instruction 1 arranged from top to bottom, instruction 5 and instruction 2.
Fig. 2 is the signal implemented in a kind of management method for rationally utilizing TL1 connection of the present invention according to session management connection
Figure.What Fig. 2 was indicated is that connection pool is the logic that external application system distributes session, including the following contents: work order is minimum particle size
Working method (conversation establishing principle), session application module activation process and connection pool carry out information exchange.Activation process side packet
Include work order activation application；Activation instruction is issued, while periodically hair heartbeat, the mark of heartbeat and activation instruction is all connection pool passback
Session identification；Activation is completed, and is sent and is destroyed conversation message.Connection pool side includes that idle connection in connection pool is seen according to work order,
Occupy connection；Judge whether available free connection；Judge whether current connection number is equal to maximum number of connections；Increase new TL1 connection；
Work order is executed using identical TL1 connection, while listening for heartbeat, not sending out heartbeat/long-time does not send out activation instruction for a long time, disconnects
Session；Releasing session.When available free connection, session is established, returns session identification.When reaching maximum number of connections, tell foreground without
Idle session tries to carry out work order activation application again after waiting N duration later again.When increasing new TL1 connection, establish simultaneously
Session returns session identification.In the activation for returning session identification, connection pool can be according to " when not sending out heartbeat/long for a long time
Between do not send out activation instruction " and disconnect session.
Specific embodiment
With reference to the accompanying drawing (Fig. 1-Fig. 2) the present invention will be described.
Fig. 1 is the signal implemented in a kind of management method for rationally utilizing TL1 connection of the present invention according to instruction management connection
Figure.
Fig. 2 is the signal implemented in a kind of management method for rationally utilizing TL1 connection of the present invention according to session management connection
Figure.Referring to figs. 1 to Fig. 2, a kind of reasonable management method using TL1 connection, including it is unified to TL1 interface by building connection pool
Management, and using the two kinds of methods of salary distribution connected according to instruction management connection with according to session management.Described two methods of salary distribution
Pass through software realization.It is described to include the following contents according to instruction management connection: to establish unified interface and receive external command demand, outside
It is unified to be called by the interface when portion's system needs to be implemented instruction；Establish storehouse channel instructions to be performed, the finger of interface
Enable execution demand is unified to be put into storehouse instructions to be performed in sequence, the calculating of go forward side by side row major grade and Queue sequence；It establishes
To the stack management instructed in execution；Establish long connection holding mechanism.The external command demand includes that multi-platform instruction needs
It asks.The storehouse instructions to be performed includes three sub- storehouses, and three sub- storehouses are respectively urgent sub- storehouse, general sub- storehouse
Successively successively decrease with the priority of non-emergent sub- storehouse, the urgent sub- storehouse, general sub- storehouse and non-emergent sub- storehouse, i.e., it is described
The highest priority of urgent sub- storehouse described in three sub- storehouses, the urgent sub- storehouse includes activation class instruction, described general
Sub- storehouse includes diagnostics classes instruction, and the non-emergent sub- storehouse includes acquisition class instruction.The meter of the priority and Queue sequence
Calculate includes first determining its corresponding sub- storehouse according to instruction type, then arranged in the sub- storehouse according to command reception sequence
It is higher to be lined up forward priority for team.The connection pool is according to idle long interface channel quantity from storehouse instructions to be performed
In instruct into execution storehouse and executive chairman to connect from high to low reading according to priority, the finger of middle low priority instructions to be performed
Enabling is being more than after a certain period of time if be not performed yet, and automatic lifting priority is to a upper rank, to ensure each instruction
It can be performed.
It is described to include the following contents according to session management connection: session being created as minimum particle size working method using work order and is connected
It connects, when connection pool receives session application, establishes the binding relationship of session application module and interface channel, and be the session Shen
Please module assignment session id, the session id is unique in entire connection pool；The session application module by the session id and
Interface channel carries out work order operation, and sends after completing trouble ticket dispatch and nullify conversation message to the connection pool, the connection
The interface channel is set to idle state according to the session bound in the session id release connection nullified in conversation message by pond.
The session application module periodically sends heartbeat message to the connection pool in carrying out work order operation, and the heartbeat message includes
The work order being carrying out in current service scene, after the connection pool receives heartbeat message, with session in connection pool with connect pass
Connection relation table is compared, and discharges and does not include but connect in connection pool the session bound in heartbeat, and extra occupancy is connected
It connects and is set to the free time.
It include: that 1, offer unified interface receives external command demand, external command according to instruction management connection with reference to Fig. 1
It can be multi-platform instruction demand, it is unified to be called by the interface when external system needs to be implemented instruction.2, pending finger is provided
The storehouse channel of order, the instruction execution demand of interface is unified to be put into sequence in storehouse instructions to be performed, and is carried out excellent
The calculating of first grade and Queue sequence.A) instruction queue's mechanism: instruction execution priority is preferentially arranged according to instruction priority
Team is lined up according still further to command reception sequence.I. more storehouses distinguish priority: pending storehouse is divided into three sub- storehouses,
Urgent storehouse, general storehouse, non-emergent storehouse.Three kinds of storehouses can be distinguished according to external command executive mode, such as will
The instruction of activation class is put into general storehouse as urgent storehouse, diagnostics classes instruction, non-emergent storehouse is put into acquisition class instruction.
Ii. sequential organization is instructed in storehouse: being used as stacking order according to the command reception time in each storehouse.Iii. connection pool is from pressing
According to priority from read in different storehouses the instruction to be executed be put into execute in the storehouse that instructs, reading manner for preferentially from
It is urgent to read, when needed to be implemented in urgent without instruction, then read other storehouses.Instruction is read from sub- storehouse according to entering storehouse
Sequence is successively read instruction and is put into storehouse in execution.Iv. the instruction of middle low priority instructions to be performed after more than N seconds if
It is still not carried out, it will automatic lifting priority to a upper rank ensures that each instruction can be performed.3, it provides and executes middle finger
The stack management of order: storehouse is responsible for execution and the record of instruction in a) executing.B) instruction storehouse in execution when connection pool to
It reads instruction in execution stack to be written in execution after storehouse, as instruction distributes long interface channel, issues TL1 to OMC network management
Instruction, storehouse records implementing result in execution after OMC execution returns, and the long connection that feedback link pond is available free, connects
Pond is not carried out in storehouse to read to instruct to be put into execution again and be executed.C) instruction storehouse records son connection in real time in executing
In pond now whether available free connection, if there is notice connection pool is read from storehouse instructions to be performed instruct be put into execution
It is executed in storehouse.4, long connection is kept: storehouse connects TL1 connection pool in a) executing, and sub- connection pool passes through long connection
Mode and TL1 interface maintain N item is long to connect.B) storehouse needs to be implemented the connection called in sub- connection pool when TL1 instruction in executing
It is issued.C) the long connection support mechanism of sub- connection pool and TL1 refer to OMC network management TL1 interface specification.
It include: to be compared with the working method according to instruction management connection according to session management connection with reference to Fig. 2, it is contemplated that
External system can have the case where same process needs to be implemented a plurality of instruction, such as activation system, need concurrently to execute a plurality of finger
It enables, and issue according to judgement is returned the result as a result, in this case will can not ensure the timeliness of work order according to instruction execution, i.e.,
It can be inserted into N instruction execution between a plurality of instruction in possible identical work order, upper platform analysis may be will affect in this way and sentenced
The disconnected time, so proposing according to session management connection type.
When using work order as minimum particle size, connection pool and TL1 interface keep long connection by sending handshake information, work as reception
To when session application, the binding relationship of session and connection is established.It and is application module assignment session id.Session id is entirely connecting
It is unique in pond.
After external demand system (session application module) successfully applies for session id, starts the operation for carrying out work order, that is, pass through
Connection pool service class interface is called to execute activation instruction, in the session id for calling transmitting connection pool distribution in successful, connection pool
After receiving activation instruction, according to session id, by searching corresponding connection in session in connection pool and connection incidence relation table, and
TL1 instruction is sent to EMS network management by the link.
After external demand system (session application module) completes trouble ticket dispatch, conversation message is nullified to connection by sending
Connection is set to idle state according to the session bound in the session id release connection nullified in conversation message by pond, connection pool.
External demand system (session application module) needs timing to send heartbeat message to connection pool, includes to work as in heartbeat message
The work order being carrying out in preceding service scenarios (session application module), after connection pool receives heartbeat message, with session in connection pool
It is compared with connection incidence relation table, and is discharged in heartbeat and do not included according to (scene title+EMSID+ session id), but even
The session for connecting and having bound in pond is connect, extra occupancy connection is set to the free time.
It is hereby stated that described above facilitate those skilled in the art understand that the invention, but not limit the present invention
The protection scope of creation.Any equivalent replacement described above, modification are improved without disengaging the invention substantive content
And/or delete numerous conform to the principle of simplicity and the implementation that carries out, each fall within the protection scope of the invention.
Claims (9)
1. a kind of management method for rationally utilizing TL1 connection, which is characterized in that including being united by building connection pool to TL1 interface
One management, and using the two kinds of methods of salary distribution connected according to instruction management connection with according to session management.
2. the reasonable management method using TL1 connection according to claim 1, which is characterized in that described two distribution sides
Formula passes through software realization.
3. the reasonable management method using TL1 connection according to claim 1, which is characterized in that described according to instruction pipe
Reason connection includes the following contents: it establishes unified interface and receives external command demand, it is unified logical when external system needs to be implemented instruction
Cross interface calling；Storehouse channel instructions to be performed is established, the instruction execution demand of interface is unified to be put into sequence
In storehouse instructions to be performed, the calculating of go forward side by side row major grade and Queue sequence；It establishes to the stack management instructed in execution；It establishes
Long connection holding mechanism.
4. the reasonable management method using TL1 connection according to claim 3, which is characterized in that the external command needs
It asks including multi-platform instruction demand.
5. the reasonable management method using TL1 connection according to claim 3, which is characterized in that described instructions to be performed
Storehouse includes three sub- storehouses, and three sub- storehouses are respectively urgent sub- storehouse, general sub- storehouse and non-emergent sub- storehouse, institute
The priority for stating urgent sub- storehouse, general sub- storehouse and non-emergent sub- storehouse is successively successively decreased, i.e., described in described three sub- storehouses
The highest priority of urgent sub- storehouse, the urgent sub- storehouse include activation class instruction, and the general sub- storehouse includes diagnostics classes
Instruction, the non-emergent sub- storehouse include acquisition class instruction.
6. the reasonable management method using TL1 connection according to claim 5, which is characterized in that the priority and row
The calculating of team's sequence determines its corresponding sub- storehouse according to instruction type including first, then according to command reception in the sub- storehouse
Sequence is lined up, that is, it is higher to be lined up forward priority.
7. the reasonable management method using TL1 connection according to claim 6, which is characterized in that the connection pool according to
Idle long interface channel quantity instructs the storehouse into execution from high to low reading according to priority from storehouse instructions to be performed
And executive chairman connects, the instruction of middle low priority instructions to be performed is being more than after a certain period of time if be not performed yet, automatically
Priority is promoted to a upper rank, to ensure that each instruction can be performed.
8. the reasonable management method using TL1 connection according to claim 1, which is characterized in that described according to session pipe
Reason connection includes the following contents: session connection is created by minimum particle size working method of work order, when connection pool receives session Shen
Please when, establish the binding relationship of session application module and interface channel, and be the session application module assignment session id, the meeting
It is unique in entire connection pool to talk about ID；The session application module carries out work order operation by the session id and interface channel, and
It is sent after completing trouble ticket dispatch and nullifies conversation message to the connection pool, the connection pool is according to the meeting nullified in conversation message
The session bound in words ID release connection, is set to idle state for the interface channel.
9. the reasonable management method using TL1 connection according to claim 8, which is characterized in that the session application mould
To connection pool transmission heartbeat message, the heartbeat message includes in current service scene to block for timing in carrying out work order operation
The work order being carrying out is compared after the connection pool receives heartbeat message with session in connection pool with incidence relation table is connect
It is right, it discharges and does not include but connect in connection pool the session bound in heartbeat, extra occupancy connection is set to the free time.
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| CN101340494A (en) * | 2008-07-29 | 2009-01-07 | 华为技术有限公司 | Prompt method and system of calling center |
| CN102571459A (en) * | 2012-03-09 | 2012-07-11 | 浪潮通信信息系统有限公司 | Method for remote login, network element operation or enhanced message service (EMS) in network management system |
| US20160277580A1 (en) * | 2014-03-25 | 2016-09-22 | Joseph Charlson | System and Method for Call Distribution |
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Application publication date: 20191018 |