CN103840975B - The management method and device of a kind of fibre system - Google Patents
The management method and device of a kind of fibre system Download PDFInfo
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- CN103840975B CN103840975B CN201410070188.7A CN201410070188A CN103840975B CN 103840975 B CN103840975 B CN 103840975B CN 201410070188 A CN201410070188 A CN 201410070188A CN 103840975 B CN103840975 B CN 103840975B
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Abstract
The present invention proposes a kind of management method of fibre system, comprises the following steps：TCP/IP binary system messages are reported application server by Collector Manager；The application server is parsed to obtain ODF information and ODF status information of terminal to the TCP/IP binary systems message, and sends it to Web server；The Web server carries out respective handling to the ODF information and ODF status information of terminal, and relevant information is pushed into Flex interfaces, and is showed the relevant information in a manner of left tree right figure by the Flex interfaces;It is corresponding to carry out ODF terminals, and monitors ODF case terminal states.The invention further relates to a kind of device for realizing the above method.Implement the management method and device of the fibre system of the present invention, have the advantages that：System can be diagnosed automatically, business reorganization is easy to operate, business recovery is quick.
Description
Technical field
The present invention relates to fiber optic communication field, the management method and device of more particularly to a kind of fibre system.
Background technology
With the popularization and further development of the communication technology, the requirement more and more higher to communication network real-time monitoring system.
Therefore on the basis of conventional communication networks monitoring system is studied, key component is optimized, to meet current express network ring
Network monitoring task under border.Network monitoring understands the actual work of monitored system by sending and receiving network control command
Make situation, the working environment of maintenance system, it is ensured that system is operated in optimum state, realizes system monitoring intellectuality.
In traditional fiber management system, fibre distribution frame（Optical Distribution Frame, are abbreviated as ODF)
In fibre core joint exist loosen or damage when, system can not be diagnosed automatically, cause the malfunction elimination ten of communication line
Divide difficulty.Very huge additionally, there are the fibre core quantity in practical communication environment and carrying class of business is various, is entering
Operating difficulties and mistake is easily caused during row business reorganization, get up also very cumbersome and consume once recovery occurs for mistake
When, often lead to the generation of communication line failure and larger loss is caused to run unit.
The content of the invention
The technical problem to be solved in the present invention is, for prior art said system can not be diagnosed automatically, industry
The defects of business adjustment operating difficulties, business recovery take, there is provided a kind of system can be diagnosed automatically, business reorganization operation side
Just, the management method and device of the quick fibre system of business recovery.
The technical solution adopted for the present invention to solve the technical problems is：A kind of management method of fibre system is constructed, is wrapped
Include following steps：
A) TCP/IP binary system messages are reported application server by Collector Manager；
B) application server is parsed to obtain ODF information and ODF terminal shapes to the TCP/IP binary systems message
State information, and send it to Web server；
C) Web server carries out respective handling to the ODF information and ODF status information of terminal, and correlation is believed
Breath is pushed to Flex interfaces, and is showed the relevant information in a manner of left tree right figure by the Flex interfaces;
D it is corresponding that ODF terminals) are carried out, and monitor ODF case terminal states.
In the management method of fibre system of the present invention, the step B）Further comprise：
B1) application server TCP/IP binary systems message is parsed to obtain website-computer room-ODF framves-
The hierarchical relationship nodal information of ODF case-ODF disk-ODF terminals and the status information of each node；
B2) the hierarchical relationship nodal information and each node status information are submitted to database by the application server
Server is simultaneously sent to the Web server；
B3) judge whether the node status information is abnormal, in this way, perform step B4）；Otherwise, step C is performed）；
B4) generate node warning information and notify the Web server and perform step C）.
In the management method of fibre system of the present invention, the step C）Further comprise：
C1) Web server creates father and son's data model to the hierarchical relationship nodal information；
C2) assign father and son's data model to Tree control, and shown in the left side at the Flex interfaces with Tree structure
Show the hierarchical relationship nodal information；
C3) father and son's data model is assigned to topological control, and on the right side at the Flex interfaces with topological graph side
Formula shows the hierarchical relationship nodal information；
Also include：
C4) hierarchy node status information is pushed to Flex site monitorings interface and show without refreshing by the Web server
Show；
Also include：
C5) judge whether the node warning information is new warning information, in this way, perform step C6）；Otherwise, by described in
Node warning information is pushed to Flex alarm prompts interface and performs step C7）；
C6）The node warning information is filtered successively, compressed, forward and storage processing after and be pushed to
Flex alarm prompts interface, perform step C7）；
C7）The Flex alarm prompts interface is without refreshing display layer level node warning information.
In the management method of fibre system of the present invention, the topological graph on the tree-like and right side on the left of Flex interfaces
It is coordination and response, the top layer layout at the Flex interfaces is System menu, and bottom layout is for showing currently logged on user
The status bar of information, the upper right corner are provided with the node alarm prompt button for carrying out flash for prompting when alerting and occurring.
In the management method of fibre system of the present invention, the step D）Further comprise：
D1) Flex interfaces increase T joints nodal points newly, and combine website node generation optical cable segment information；
D2 certain optical cable segment) is chosen, program calculates optical cable segment and the quantity of ODF casees, Yi Jiren in same optical cable automatically
The connection route of two ODF casees of meaning, while choose its to associate optical cable segment automatically；
D3 the ODF casees terminal chosen) is carried out into terminal one by one with the fibre core for associating optical cable segment respectively to correspond to；
D4 some ODF case terminal associated services) is selected, and calculates corresponding ODF casees automatically according to terminal corresponding informance
Connection route, while showed the fibre core information for originating ODF case terminal information and connection route using Tree structure；
Whether the ODF casees terminal for D5) detecting the associated services is pulled out, and in this way, performs step D6）；Otherwise, continue into
The detection of this step of row；
D6）Produce service alarm and notify user in time.
In the management method of fibre system of the present invention, the end points of optical cable is ODF casees, and an optical cable includes multiple
Optical cable segment, the end points of the optical cable segment are ODF casees or T nodes, fibre core quantity and the ODF casees close to the optical cable segment of ODF casees
Number of terminals it is consistent.
The invention further relates to a kind of device for the management method for realizing above-mentioned fibre system, including：
Reporting unit：For making Collector Manager that TCP/IP binary system messages are reported into application server；
Resolution unit：For making the application server be parsed to obtain ODF letters to the TCP/IP binary systems message
Breath and ODF status information of terminal, and send it to Web server；
Handle display unit：For making the Web server carry out phase to the ODF information and ODF status information of terminal
Should handle, and relevant information is pushed to Flex interfaces, and by the Flex interfaces in a manner of left tree right figure by the correlation
Information shows;
Terminal corresponding unit：It is corresponding for carrying out ODF terminals, and monitor ODF case terminal states.
In the device of the management method of the present invention for realizing above-mentioned fibre system, the resolution unit is further wrapped
Include：Node and status information obtain module：For making the application server parse the TCP/IP binary systems message
Obtain website-hierarchical relationship nodal information of computer room-ODF frame-ODF case-ODF disk-ODF terminals and the status information of each node；
Information submits module：For making the application server by the hierarchical relationship nodal information and each node state
Information submits to database server and is sent to the Web server；
Condition judgment module：For judging whether the node status information is abnormal；
Warning information generation module：For generating node warning information and notifying the Web server.
In the device of the management method of the present invention for realizing above-mentioned fibre system, the processing display unit enters one
Step includes：
Data model creation module：For making the Web server create father and son's number to the hierarchical relationship nodal information
According to model；
Left tree display module：For assigning father and son's data model to Tree control, and on the left side at the Flex interfaces
Side shows the hierarchical relationship nodal information with Tree structure；
Right figure display module：For assigning father and son's data model to topological control, and on the right side at the Flex interfaces
Side shows the hierarchical relationship nodal information in a manner of topological graph；
Also include：
Status information pushing module：For making the Web server that hierarchy node status information is pushed into Flex websites
Monitoring interface shown without refreshing；
Also include：
Warning information judge module：For judging whether the node warning information is new warning information, and it be not new
The node warning information is pushed to Flex alarm prompts interface during warning information；
Warning information processing module：For being filtered, being compressed, at forward and storage successively to the node warning information
After reason and it is pushed to Flex alarm prompts interface；
Warning information display module：For making the Flex alarm prompts interface believe without the alarm of display layer level node is refreshed
Breath.
In the device of the management method of the present invention for realizing above-mentioned fibre system, the terminal corresponding unit enters one
Step includes：
Optical cable segment information generating module：For making Flex interfaces increase T joints nodal points newly, and combine website node generation optical cable
Segment information；Choose module：For choosing certain optical cable segment, program calculates the number of optical cable segment and ODF casees in same optical cable automatically
The connection route of amount and any two ODF casees, while choose it to associate optical cable segment automatically；
Respective modules：Corresponded to for the ODF casees terminal chosen to be carried out into terminal one by one with the fibre core for associating optical cable segment respectively；
Associated services chosen module：For selecting some ODF case terminal associated services, and it is automatic according to terminal corresponding informance
The connection route of corresponding ODF casees is calculated, while the fibre of ODF case terminal information and connection route will be originated using Tree structure
Core information shows；
ODF case terminal test modules：Whether the ODF casees terminal for detecting the associated services is pulled out, and is not pulling out
Continue to detect when going out；
Service alarm generation module：For producing service alarm and notifying user in time.
Implement the management method and device of the fibre system of the present invention, have the advantages that:By ODF information and ODF
Status information of terminal can be automatic to diagnose the trouble point in fiber optic communication quick and precisely to position failure by software automatic identification；Its
Relevant information is showed by Flex interfaces in the way of left tree right figure, its succinct fiber management operation interface directly perceived, side
Just the fibre core management of substantial amounts and corresponding business accurately adjust and provide one-touch business fast quick-recovery；So it is
System can be diagnosed automatically, business reorganization is easy to operate, business recovery is quick.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other accompanying drawings according to these accompanying drawings.
Fig. 1 be fibre system of the present invention management method and device one embodiment in fibre system structural representation；
Fig. 2 is the data transfer schematic diagram between Collector Manager and application server in the embodiment；
Fig. 3 is the flow chart of the management method of fibre system in the embodiment；
Fig. 4 is left tree right figure bandwagon effect schematic diagram in the embodiment；
Fig. 5 is the structural representation of left tree in the embodiment；
Fig. 6 is substation topology pictorial diagram in the embodiment；
Fig. 7 is the particular flow sheet parsed in the embodiment to TCP/IP binary system messages；
Fig. 8 be ODF information and ODF status information of terminal are carried out in the embodiment respective handling and by Flex interfaces without
Refresh the particular flow sheet presented；
Fig. 9 is to carry out ODF terminals in the embodiment to correspond to and monitor the particular flow sheet of ODF case terminal states；
Figure 10 is that optical cable relation chooses schematic diagram in the embodiment；
Figure 11 is that ODF terminals correspond to interface schematic diagram in the embodiment；
Figure 12 is the structural representation of device in the embodiment.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other under the premise of creative work is not made
Embodiment, belong to the scope of protection of the invention.
In the management method and device embodiment of fibre system of the present invention, structural representation such as Fig. 1 of its fibre system
Shown, the fibre system includes Collector Manager, application server, Web server and database server.Fig. 2 is this implementation
Example between Collector Manager and application server data transfer schematic diagram.
In the present embodiment, the flow chart of the management method of fibre system is as shown in Figure 3.In Fig. 3, the management of the fibre system
Method includes：
TCP/IP binary system messages are reported application server by step S01 Collector Manager：In this step, acquisition management
TCP/IP binary system messages are reported application server by device.
TCP/IP binary system messages are parsed to obtain ODF information step S02 application servers and ODF terminals state is believed
Breath, and send it to Web server：In this step, application server is parsed to obtain ODF to TCP/IP binary system messages
Information and ODF status information of terminal, and send it to Web server.
Step S03Web servers carry out respective handling to ODF information and ODF status information of terminal, and relevant information is pushed away
Flex interfaces are given, and are showed relevant information in a manner of left tree right figure by Flex interfaces：In this step, Web service
Device carries out respective handling to ODF information and ODF status information of terminal, and relevant information is pushed into Flex interfaces, and by Flex
Interface is showed relevant information in a manner of left tree right figure.
Specifically, in the present embodiment, the starting point of whole message is Collector Manager, and Collector Manager is responsible for standing
The hierarchical informations such as point-computer room-ODF frame-ODF case-ODF disk-ODF terminals are actively sent to application service by TCP/IP modes
Device, application server extract related ODF information and are sent to Web server, finally by Web server actively by relevant information
Be pushed to Flex interfaces, and intuitively presented according to left tree right figure mode, so facilitate substantial amounts fibre core management and
Corresponding business accurately adjusts and provides one-touch business fast quick-recovery.In the present embodiment, the signal of left tree right figure bandwagon effect
Figure is that the left side at Flex interfaces shows ODF nodal informations with Tree structure, and the right is with topological graph side as shown in figure 4, in Fig. 4
Formula shows ODF nodal informations, and the topological graph on the tree-like and right side in left side is coordination and response, and the top layer layout at Flex interfaces is
System menu, bottom layout status bar, for showing currently logged on user's information, the upper right corner be provided with node alarm prompt by
Button, for carrying out flash for prompting when alerting and occurring, user, which clicks on this node alarm prompt button, can check newest alarm
Information.
In the present embodiment, the structural representation of left tree is as shown in figure 5, substation topology pictorial diagram is as shown in Figure 6.
It is noted that in optical fibre management system running, the status information of ODF relevant informations and caused
Warning information is also to be handled using above-mentioned flow, and above-mentioned flow ensure that the normal operation of whole system.
In the present embodiment, after above-mentioned steps S03, the management method of fibre system still further comprises following step
Suddenly：Step S04 carries out ODF terminals and corresponded to, and monitors ODF case terminal states：In this step, carry out ODF terminals and correspond to, and monitor
ODF case terminal states.So, under the mode of operation being combined in specific operation process corresponding to terminal by tree table, operation
It is synchronous with verification to carry out, it will not both cause maloperation, and it is directly perceived easy-to-use.
For the present embodiment, above-mentioned steps S02 can also be refined further, its refine after flow chart as shown in fig. 7,
In Fig. 7, step S02 further comprises：
Step S21 application servers TCP/IP binary system messages are parsed to obtain website-computer room-ODF frame-ODF casees-
The hierarchical relationship nodal information of ODF disk-ODF terminals and the status information of each node：In this step, application server is to TCP/IP
Binary system message parsed to obtain the hierarchical relationship nodal information of website-computer room-ODF screen-ODF case-ODF disk-ODF terminals and
The status information of each node.
Hierarchical relationship nodal information and each node status information are submitted to database service by step S22 application servers
Device is simultaneously sent to Web server：In this step, application server believes the hierarchical relationship nodal information and each node state
Breath submits to database server and is sent to Web server.
Whether step S23 decision nodes status information is abnormal：In the present embodiment, node status information include website-computer room-
The status information of the hierarchical relationship node connection of ODF frame-ODF case-ODF disk-ODF terminals, ODF case terminals（ODF terminals）Shape
State information, wherein, when the hierarchical relationship node connection of website-computer room-ODF frame-ODF case-ODF disk-ODF terminals is normal, then
The hierarchical relationship node status information of website-computer room-ODF frame-ODF case-ODF disk-ODF terminals is normal, as website-computer room-ODF
Frame-ODF case-ODF disk-ODF terminals hierarchical relationship node connection disconnect when, then website-computer room-ODF frame-ODF case-ODF disks-
The hierarchical relationship node status information of ODF terminals is abnormal；When ODF casees terminal inserts, then the status information of ODF casees terminal is being just
Often, when ODF case terminals are extracted in vain, then the status information of ODF casees terminal is abnormal.So pass through automatic identification ODF case terminals
State to monitor and fault location in real time.In this step, whether decision node status information abnormal, if it is determined that result be
It is to perform step S24；If it is determined that result be no, then perform step S03.
Step S24 generates node warning information and notifies Web server：If above-mentioned steps S23 judged result is yes,
Then perform this step.In this step, generate node warning information and notify Web server.It is noted that step is performed
Suddenly, step S03 is performed.
For the present embodiment, above-mentioned steps S03 can also be refined further, and the flow chart after it is refined is as shown in Figure 8.
In Fig. 8, step S03 further comprises：
Step S31Web servers create father and son's data model to hierarchical relationship nodal information：In this step, Web server
Father and son's data model is created to hierarchical relationship nodal information.
Step S32 assigns father and son's data model to Tree control, and in the left side at Flex interfaces with Tree structure display layer
Level relation nodal information：In this step, father and son's data model is assigned to Tree control, and in the left side at Flex interfaces with tree-like side
Formula shows hierarchical relationship nodal information.
Step S33 assigns father and son's data model to topological control, and is shown on the right side at Flex interfaces in a manner of topological graph
Show hierarchical relationship nodal information：In this step, father and son's data model is assigned to topological control, and on the right side at Flex interfaces to open up
Flutter graphics mode and show hierarchical relationship nodal information.So ODF nodal informations can be made intuitively to be presented in a manner of left tree right figure.
Above-mentioned steps S03 also includes：
Hierarchy node status information is pushed to Flex site monitorings interface and show without refreshing by step S34Web servers
Show：
Above-mentioned steps S03 also includes：
Whether step S35 decision nodes warning information is new warning information：In this step, whether decision node warning information
New warning information, if it is determined that result be yes, then perform step S36；If it is determined that result be no, then perform step
S37。
Step S36 is filtered, compressed successively to node warning information, forward and storage processing after and be pushed to
Flex alarm prompts interface：If above-mentioned steps S35 judged result is yes, this step is performed.In this step, node alarm
Information is filtered, compressed successively, after forward and storage processing and is pushed to Flex alarm prompts interface.It is worth mentioning
It is to have performed this step, performs step S38.
Node warning information is pushed to Flex alarm prompts interface by step S37：If above-mentioned steps S33 judged result
It is no, then performs this step.In this step, node warning information is pushed to Flex alarm prompts interface.It is noted that
This step has been performed, has performed step S38.
Step S38Flex alarm prompts interface is without refreshing display layer level node warning information：In this step, Flex alarms carry
Show interface without refreshing display layer level node warning information.
It is noted that above-mentioned steps S32 and step S33 are performed parallel, it can both first carry out step S32 and hold again
Row step S33, step S33 can also be first carried out and perform step S32 again, can also be step S32 and step S33 while perform；
Step S31-S33, S34 and S35 execution sequence can be carried out simultaneously, can be performed according to different time sequencings.
For the present embodiment, above-mentioned steps S04 can also be refined further, and the flow chart after it is refined is as shown in Figure 9.
In Fig. 9, step S04 further comprises：
Step S41Flex interfaces increase T joints nodal points newly, and combine website node generation optical cable segment information：In this step,
Flex interfaces increase T joints nodal points newly, and combine website node generation optical cable segment information.
Step S42 chooses certain optical cable segment, program calculate automatically optical cable segment and the quantity of ODF casees in same optical cable, with
And the connection route of any two ODF casees, while choose it to associate optical cable segment automatically：In this step, certain optical cable segment, journey are chosen
Sequence calculates the connection route of the quantity and any two ODF casees of optical cable segment and ODF casees in same optical cable automatically, while certainly
It is dynamic to choose it to associate optical cable segment.And in the prior art by manually being calculated, take time and effort, operating efficiency than relatively low,
The present invention is calculated automatically by program, without manually being calculated, so it saves the time, improves operating efficiency.This reality
Applying optical cable relation in example chooses schematic diagram as shown in Figure 10.
The ODF casees terminal chosen is carried out terminal correspondingly by step S43 one by one with optical cable segment fibre core is associated respectively：This step
In, the ODF casees terminal chosen is subjected to terminal correspondingly one by one with optical cable segment fibre core is associated respectively.In specific terminal corresponding process
In, after user chooses source case and associates case, the insertion cable section of two ODF casees processes of program automatic addressing and in sequence group
Knit.Source case is added with Tree structure respectively with the fibre core information for treating corresponding terminal information and insertion cable section for associating case
With intuitive layout, corresponding ODF terminals and optical cable segment fibre core are removed from Tree control automatically, and corresponding relation is added
Into terminal mapping form, avoid confusion and repeat and be corresponding., whereas if certain terminal corresponding relation in Delete Table, phase
The ODF terminals and optical cable segment fibre core resource answered are automatically added in corresponding Tree control, to correspond to again.Finally own
After each ODF terminals of ODF casees all correspond to, whole terminal respective operations are completed.In concrete operations corresponding to terminal
The mode of operation being combined in journey by tree table, it is operated and the synchronous progress of verification, will not both cause maloperation, and intuitively easily
With.It is as shown in figure 11 to correspond to interface schematic diagram for ODF terminals in the present embodiment.
It is noted that the end points of optical cable（Including starting point and ending point）For ODF casees, i.e. an optical cable includes multiple
Optical cable segment, the end points of optical cable segment is ODF casees or T nodes, close to the fibre core quantity and the number of terminals of ODF casees of the optical cable segment of ODF casees
Amount is consistent.In other words, that is, optical cable must begin at ODF casees and end at other ODF casees, and include some optical cables
Section；Either the end points of optical cable segment is ODF casees, or be T joints, and close to ODF casees optical cable segment fibre core quantity must and ODF
Case number of terminals is consistent.In any optical cable segment in choosing optical cable, system calculates and chooses all optical cable segments in optical cable automatically,
It is corresponding to be supplied to user to carry out terminal.
Step S44 selectes some ODF case terminal associated services, and calculates corresponding ODF automatically according to terminal corresponding informance
The connection route of case, while showed the fibre core information for originating ODF case terminal information and connection route using Tree structure
Come：In this step, some ODF case terminal associated services is selected, and calculates corresponding ODF casees automatically according to terminal corresponding informance
Connection route, while showed the fibre core information for originating ODF case terminal information and connection route using Tree structure.Tool
For body, two ODF casees of any connection in optical cable are chosen, program calculates the connection route of corresponding ODF casees automatically（Middle light
Cable section）, connection route is possible to by several T joints；ODF case terminal information and company finally will be originated using Tree structure
The fibre core information for connecing route is showed for user side's convenient to operate, the benefit of this mode be both facilitated user's single operation or
Facilitate batch operation.Operation corresponding to terminal is that the optical cable segment fibre core of the terminal between ODF casees and middle process is man-to-man
Associate, the terminal and fibre core in same optical cable could complete this feature operation after the completion of must all corresponding to.
Whether the ODF casees terminal of step S45 detection associated services is pulled out：In this step, ODF case terminal condition monitoring journeys
Whether the ODF casees terminal of sequence detection (diagnosis) associated services is pulled out, if the result of detection is yes, performs step S46；Such as
The result of fruit detection is no, then continues the detection of this step.
Step S46 produces service alarm and notifies user in time：If above-mentioned steps S45 testing result is yes, hold
This step of row.In this step, produce service alarm and notify user in time.
The present embodiment further relates to a kind of device for the management method for realizing above-mentioned fibre system, its structural representation such as Figure 12
It is shown.In Figure 12, the device includes reporting unit 1, resolution unit 2 and processing display unit 3；Wherein, reporting unit 1 is used to make
TCP/IP binary system messages are reported application server by Collector Manager；Resolution unit 2 is used to make application server to TCP/
IP binary system messages are parsed to obtain ODF information and ODF status information of terminal, and send it to Web server；Processing is aobvious
Show that unit 3 is used to make Web server carry out respective handling to ODF information and ODF status information of terminal, and relevant information is pushed
Flex interfaces are given, and are showed relevant information in a manner of left tree right figure by Flex interfaces.In the present embodiment, Flex interfaces
The topological graph on the tree-like and right side in left side is coordination and response, and the top layer layout at Flex interfaces is System menu, and bottom is laid out
For the status bar for showing currently logged on user's information, the upper right corner is provided with for carrying out flash for prompting when alerting and occurring
Node alarm prompt button.In the present embodiment, the device still further comprises terminal corresponding unit 4, and terminal corresponding unit 4 is used for
It is corresponding to carry out ODF terminals, and monitors ODF case terminal states.
In the present embodiment, resolution unit 2 further comprises node and status information obtains module 21, information submits module
22nd, condition judgment module 23 and warning information generation module 24；Wherein, node and status information obtain module 21 and are used to make application
Server is parsed to obtain website-computer room-ODF frame-ODF case-ODF disk-ODF terminals to the TCP/IP binary systems message
The status information of hierarchical relationship nodal information and each node；Information submits module 22 to be used to make application server close the level
It is nodal information and each node status information submits to database server and is sent to Web server；Condition judgment module
Whether 23 is abnormal for decision node status information；Warning information generation module 24 is used to generate node warning information and notify
Web server.
In the present embodiment, processing display unit 3 further comprises data model creation module 31, the and of left tree display module 32
Right figure display module 33；Wherein, data model creation module 31 is used to make Web server create father to hierarchical relationship nodal information
Subdata model；Left tree display module 32 be used for by father and son's data model assign Tree control, and the left side at Flex interfaces with
Tree structure shows hierarchical relationship nodal information；Right figure display module 33 is used to assign father and son's data model to topological control, and
Hierarchical relationship nodal information is shown in a manner of topological graph on the right side at Flex interfaces；Handling display unit 3 also includes state letter
Pushing module 34 is ceased, status information pushing module 34 is used to make Web server that hierarchy node status information is pushed into Flex stations
Point monitoring interface shown without refreshing；Handling display unit 3 also includes warning information judge module 35, warning information processing mould
Block 36 and warning information display module 37；Wherein, warning information judge module 35 is used for whether decision node warning information to be new
Warning information, and node warning information is pushed to Flex alarm prompts interface when not being new warning information；At warning information
Reason module 36 is used to filtering node warning information successively, compress, after the processing of forward and storage and is pushed to Flex
Alarm prompt interface；Warning information display module 37 is used to make Flex alarm prompts interface without the alarm of display layer level node is refreshed believe
Breath.
In the present embodiment, terminal corresponding unit 4 further comprises optical cable segment information generating module 41, chooses module 42, be right
Answer module 43, associated services chosen module 44, ODF case terminal tests module 45 and service alarm generation module 46；Wherein, optical cable
Segment information generation module 41 is used to make Flex interfaces increase T joints nodal points newly, and combines website node generation optical cable segment information；Choose
Module 42 is used to choose certain optical cable segment, and program calculates in same optical cable the quantity of optical cable segment and ODF casees and any automatically
The connection route of two ODF casees, while choose it to associate optical cable segment automatically；Respective modules 43 are used for the ODF casees that will be chosen respectively
Terminal carries out terminal correspondingly one by one with optical cable segment fibre core is associated；Associated services chosen module 44 is used to select some ODF case terminal
Associated services, and business route is calculated automatically according to terminal corresponding informance, while ODF case terminals will be originated using Tree structure
Information and the fibre core information of connection route show；ODF case terminal tests module 45 is used for the ODF casees for detecting associated services
Whether terminal is pulled out, and continues to detect when not extracting；Service alarm generation module 46 is used to produce service alarm simultaneously
Notify user in time.It is noted that the end points of optical cable is ODF casees, an optical cable includes multiple optical cable segments, the end of optical cable segment
Point is ODF casees or T nodes, and the fibre core quantity close to the optical cable segment of ODF casees is consistent with the number of terminals of ODF casees.
In a word, in the present embodiment, website-computer room-ODF frame-ODF case-ODF disk-ODF terminals and optic fibre connector state
Can be by software systems automatic identification；Displaying interface based on Web can be shown by software systems automatic identification automatically without refreshing
Website-computer room-ODF frame-ODF case-ODF disk-ODF terminals；Flex graph topologies technology intuitively shows website-computer room-ODF
The hierarchical relationship of frame-ODF case-ODF disk-ODF terminals is simultaneously fused in the look ＆ feel of left tree right figure；Succinct look ＆ feel,
Easily operated administration interface, when being especially embodied in optical cable and ODF terminals and carrying out mapping and match, ODF each terminal is passed through
Every section of optical cable fibre core relation and presented with the ODF terminal relations interface of opposite end simple and clear, program is automatically performed complexity
Relationship match and verification, user, which only needs simple mouse to click on, can complete to operate.
It is of the invention can automatic identification ODF terminals state to monitor in real time and fault location；Carry out system administration and
Facilitate succinct operation interface user-friendly during service management, instruct Field Force to enter in conjunction with real-time monitoring capacity
Row operates and corrects the operation of Field Force's mistake in time, avoids the generation of artificial maloperation.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
God any modification, equivalent substitution and improvements made etc., should be included in the scope of the protection with principle.
Claims (6)
1. a kind of management method of fibre system, it is characterised in that comprise the following steps：
A) TCP/IP binary system messages are reported application server by Collector Manager；
B) application server is parsed to obtain ODF information to the TCP/IP binary systems message and ODF terminals state is believed
Breath, and send it to Web server；
C) Web server carries out respective handling to the ODF information and ODF status information of terminal, and relevant information is pushed away
Flex interfaces are given, and are showed the relevant information in a manner of left tree right figure by the Flex interfaces；Whole message
Starting point be Collector Manager, Collector Manager is responsible for website-computer room-ODF frame-ODF case-ODF disk-ODF terminal levels
Information is actively sent to application server by TCP/IP modes, and application server extracts related ODF information and is sent to Web clothes
Business device, relevant information is actively finally pushed to Flex interfaces by Web server, and be subject to intuitively according to left tree right figure mode
Present；
D it is corresponding that ODF terminals) are carried out, and monitor ODF case terminal states；
The step B) further comprise：
B1) application server TCP/IP binary systems message is parsed to obtain website-computer room-ODF frame-ODF casees-
The hierarchical relationship nodal information of ODF disk-ODF terminals and the status information of each node；
B2) the hierarchical relationship nodal information and each node status information are submitted to database service by the application server
Device is simultaneously sent to the Web server；
B3) judge whether the node status information is abnormal, in this way, perform step B4)；Otherwise, step C is performed)；Node state
Information includes status information, the ODF casees that the hierarchical relationship node of website-computer room-ODF frame-ODF case-ODF disk-ODF terminals connects
The status information of terminal, wherein, when the hierarchical relationship node of website-computer room-ODF frame-ODF case-ODF disk-ODF terminals connects just
Chang Shi, then the hierarchical relationship node status information of website-computer room-ODF frame-ODF case-ODF disk-ODF terminals is normal, when website-
When the hierarchical relationship node connection of computer room-ODF frame-ODF case-ODF disk-ODF terminals disconnects, then website-computer room-ODF framves-ODF
The hierarchical relationship node status information of case-ODF disk-ODF terminals is abnormal；When ODF casees terminal inserts, then the shape of ODF casees terminal
State information is normal, and when ODF casees terminal is extracted, then the status information of ODF casees terminal is abnormal；
B4) generate node warning information and notify the Web server and perform step C)；
The step D) further comprise：
D1) Flex interfaces increase T joints nodal points newly, and combine website node generation optical cable segment information；
D2 certain optical cable segment) is chosen, program calculates optical cable segment and the quantity of ODF casees and any two in same optical cable automatically
The connection route of individual ODF casees, while choose it to associate optical cable segment automatically；
D3 the ODF casees terminal chosen) is carried out into terminal one by one with the fibre core for associating optical cable segment respectively to correspond to；User chooses source case
After case is associated, the insertion cable section of two ODF casees processes of program automatic addressing is simultaneously organized in sequence；Source case and pass
The fibre core information for treating corresponding terminal information and insertion cable section of header is subject to intuitive layout with Tree structure respectively, right
The ODF terminals and optical cable segment fibre core answered are removed from Tree control automatically, and corresponding relation is added in terminal mapping form；
If certain terminal corresponding relation in Delete Table, corresponding ODF terminals and optical cable segment fibre core resource are automatically added to correspondingly
Tree control in；The mode of operation being combined in specific operation process corresponding to terminal by tree table, it is operated and verification
It is synchronous to carry out；In any optical cable segment in choosing optical cable, system calculates and chooses all optical cable segments in optical cable automatically, there is provided gives
It is corresponding that user carries out terminal；
D4 some ODF case terminal associated services) is selected, and calculates the connection of corresponding ODF casees automatically according to terminal corresponding informance
Route, while showed the fibre core information for originating ODF case terminal information and connection route using Tree structure；
Whether the ODF casees terminal for D5) detecting the associated services is pulled out, and in this way, performs step D6)；Otherwise, this is continued
The detection of step；
D6) produce service alarm and notify user in time.
2. the management method of fibre system according to claim 1, it is characterised in that the step C) further comprise：
C1) Web server creates father and son's data model to the hierarchical relationship nodal information；
C2) assign father and son's data model to Tree control, and institute is shown with Tree structure in the left side at the Flex interfaces
State hierarchical relationship nodal information；
C3) assign father and son's data model to topological control, and shown on the right side at the Flex interfaces in a manner of topological graph
Show the hierarchical relationship nodal information；
Also include：
C4) hierarchy node status information is pushed to Flex site monitorings interface and shown without refreshing by the Web server；
Also include：
C5) judge whether the node warning information is new warning information, in this way, perform step C6)；Otherwise, by the node
Warning information is pushed to Flex alarm prompts interface and performs step C7)；
C6) the node warning information is filtered successively, compressed, forward and storage processing after and be pushed to Flex announcement
Alert prompting interface, performs step C7)；
C7) the Flex alarm prompts interface is without refreshing display layer level node warning information.
3. the management method of fibre system according to claim 2, it is characterised in that on the left of Flex interfaces it is tree-like with it is right
The topological graph of side is coordination and response, and the top layer layout at the Flex interfaces is System menu, and bottom layout is for showing
The status bar of currently logged on user's information, the node alarm that the upper right corner is provided with for carrying out flash for prompting when alerting and occurring carry
Show button.
4. the management method of fibre system according to claim 3, it is characterised in that the end points of optical cable is ODF casees, one
Optical cable includes multiple optical cable segments, and the end points of the optical cable segment is ODF casees or T nodes, close to the fibre core quantity of the optical cable segment of ODF casees
It is consistent with the number of terminals of the ODF casees.
A kind of 5. device for the management method for realizing fibre system as claimed in claim 1, it is characterised in that including：
Reporting unit：For making Collector Manager that TCP/IP binary system messages are reported into application server；
Resolution unit：For make the application server TCP/IP binary systems message is parsed to obtain ODF information and
ODF status information of terminal, and send it to Web server；
Handle display unit：For making the Web server carry out corresponding position to the ODF information and ODF status information of terminal
Reason, and relevant information is pushed to Flex interfaces, and by the Flex interfaces in a manner of left tree right figure by the relevant information
Show；The starting point of whole message is Collector Manager, Collector Manager be responsible for by website-computer room-ODF frame-ODF casees-
ODF disks-ODF terminals hierarchical information is actively sent to application server by TCP/IP modes, and application server extracts related ODF
Information is simultaneously sent to Web server, and relevant information actively finally is pushed into Flex interfaces by Web server, and according to a left side
Tree right figure mode is intuitively presented；
Terminal corresponding unit：It is corresponding for carrying out ODF terminals, and monitor ODF case terminal states；
The resolution unit further comprises：
Node and status information obtain module：For making the application server parse the TCP/IP binary systems message
Obtain website-hierarchical relationship nodal information of computer room-ODF frame-ODF case-ODF disk-ODF terminals and the status information of each node；
Information submits module：For making the application server by the hierarchical relationship nodal information and each node status information
Submit to database server and be sent to the Web server；
Condition judgment module：For judging whether the node status information is abnormal；Node status information include website-computer room-
Status information, the status information of ODF case terminals of the hierarchical relationship node connection of ODF frame-ODF case-ODF disk-ODF terminals, its
In, when website-computer room-ODF frame-ODF case-ODF disk-ODF terminals hierarchical relationship node connection it is normal when, then website-computer room-
The hierarchical relationship node status information of ODF frame-ODF case-ODF disk-ODF terminals is normal, when website-computer room-ODF frame-ODF casees-
When the hierarchical relationship node connection of ODF disk-ODF terminals disconnects, then website-computer room-ODF frame-ODF case-ODF disk-ODF terminals
Hierarchical relationship node status information is abnormal；When ODF casees terminal inserts, then the status information of ODF casees terminal is normal, when ODF casees
When terminal is extracted, then the status information of ODF casees terminal is abnormal；
Warning information generation module：For generating node warning information and notifying the Web server；
The terminal corresponding unit further comprises：
Optical cable segment information generating module：For making Flex interfaces increase T joints nodal points newly, and combine website node generation optical cable segment letter
Breath；
Choose module：For choosing certain optical cable segment, program calculate automatically optical cable segment and the quantity of ODF casees in same optical cable,
And the connection route of any two ODF casees, while choose it to associate optical cable segment automatically；
Respective modules：Corresponded to for the ODF casees terminal chosen to be carried out into terminal one by one with the fibre core for associating optical cable segment respectively；User
After choosing source case and associating case, the insertion cable section of two ODF casees processes of program automatic addressing is simultaneously organized in sequence；
Source case is subject to intuitively with Tree structure respectively with the fibre core information for treating corresponding terminal information and insertion cable section for associating case
Layout, corresponding ODF terminals and optical cable segment fibre core are removed from Tree control automatically, and corresponding relation is added into terminal
In mapping form；If certain terminal corresponding relation in Delete Table, corresponding ODF terminals and optical cable segment fibre core resource are automatic
In Tree control corresponding to being added to；The mode of operation being combined in specific operation process corresponding to terminal by tree table, its
Operation and the synchronous progress of verification；In any optical cable segment in choosing optical cable, system calculates and chooses all optical cables in optical cable automatically
Section, there is provided it is corresponding to carry out terminal to user；
Associated services chosen module：For selecting some ODF case terminal associated services, and calculated automatically according to terminal corresponding informance
Go out the connection route of corresponding ODF casees, while believed the fibre core for originating ODF case terminal information and connection route using Tree structure
Breath shows；
ODF case terminal test modules：Whether the ODF casees terminal for detecting the associated services is pulled out, and when not extracting
Continue to detect；
Service alarm generation module：For producing service alarm and notifying user in time.
6. the device of the management method according to claim 5 for realizing above-mentioned fibre system, it is characterised in that the processing
Display unit further comprises：
Data model creation module：For making the Web server create father and son's data mould to the hierarchical relationship nodal information
Type；
Left tree display module：For by father and son's data model assign Tree control, and the left side at the Flex interfaces with
Tree structure shows the hierarchical relationship nodal information；
Right figure display module：For assigning father and son's data model to topological control, and the right side at the Flex interfaces with
Topological graph mode shows the hierarchical relationship nodal information；
Also include：
Status information pushing module：For making the Web server that hierarchy node status information is pushed into Flex site monitorings
Interface shown without refreshing；
Also include：
Warning information judge module：For judging whether the node warning information is new warning information, and it be not newly to alert
The node warning information is pushed to Flex alarm prompts interface during information；
Warning information processing module：For being filtered, being compressed, after the processing of forward and storage successively to the node warning information
And it is pushed to Flex alarm prompts interface；
Warning information display module：For making the Flex alarm prompts interface without refreshing display layer level node warning information.
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| GB2548254A (en) * | 2014-12-09 | 2017-09-13 | Shenzhen Dazzne Technical Ltd | Interface display control system, electronic device, and interface display control method |
| CN104750927B (en) * | 2015-03-30 | 2018-03-27 | 浪潮天元通信信息系统有限公司 | A kind of patterned optic fiber distribution relation methods of exhibiting |
| CN105306267A (en) * | 2015-10-15 | 2016-02-03 | 广东电网有限责任公司电力调度控制中心 | Optical cable network management system |
| CN106850316B (en) * | 2017-03-16 | 2020-08-25 | 柳州达迪通信技术股份有限公司 | Optical fiber terminating graphical management method and system |
| CN108551361A (en) * | 2018-02-13 | 2018-09-18 | 北京天元创新科技有限公司 | A kind of data verification method of transmission light path |
| CN110033189B (en) * | 2019-04-12 | 2021-07-13 | 华信咨询设计研究院有限公司 | Method, device and equipment for automatically generating fiber core segment |
| CN111082856B (en) * | 2019-11-25 | 2021-07-30 | 上海欣诺通信技术股份有限公司 | ODF frame control method, cloud terminal, ODF frame and system |
| CN111397848A (en) * | 2020-03-26 | 2020-07-10 | 吉林大学第一医院 | Medical optical fiber detection method for disinfection supply center |
| CN112202492B (en) * | 2020-09-01 | 2021-10-01 | 中国移动通信集团广东有限公司 | Optical cable fault positioning method and device and electronic equipment |
| CN113872681B (en) * | 2021-12-06 | 2022-03-25 | 高勘(广州)技术有限公司 | Optical cable supervision method and system of mobile terminal, mobile terminal and storage medium |
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