CN103840975A - Management method and device of optical fiber system - Google Patents
Management method and device of optical fiber system Download PDFInfo
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- CN103840975A CN103840975A CN201410070188.7A CN201410070188A CN103840975A CN 103840975 A CN103840975 A CN 103840975A CN 201410070188 A CN201410070188 A CN 201410070188A CN 103840975 A CN103840975 A CN 103840975A
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Abstract
The invention provides a management method of an optical fiber system. The management method comprises the following steps that a collection manager reports a TCP/IP binary message to an application server; the application server analyzes the TCP/IP binary message to obtain ODF information and ODF terminal status information, and sends the ODF information and the ODF terminal status information to a Web server; The Web server carries out corresponding processing on the ODF information and the ODF terminal status information, and pushes related information to an Flex interface, and the Flex interface presents the related information in the mode that a tree is arranged on the left, and a figure is arranged on the right; ODF terminal correspondence is carried out, and the ODF box terminal status is monitored. The invention further relates to a device for implementing the management method. The management method and device of the optical fiber system have the advantages that the optical fiber system can carry out automatic diagnosis, operation of service adjustment is convenient, and service recovery is rapid.
Description
Technical field
The present invention relates to fiber optic communication field, particularly a kind of management method of fibre system and device.
Background technology
Along with the universal of the communication technology with further develop, more and more higher to the requirement of communication network real-time monitoring system.Therefore on the basis of research tradition communication network monitoring system, key component is optimized, to meet the network monitoring task under current high speed network environment.The real work situation of monitored system is understood in network monitoring by sending and receiving network control order, the operational environment of maintenance system guarantees that system works is at optimum state, realizes system monitoring intellectuality.
In conventional optical fibers management system, when the fibre core joint in fibre distribution frame (Optical Distribution Frame, is abbreviated as ODF) exists loosening or damage, system can not be diagnosed automatically, causes the malfunction elimination of communication line very difficult.In addition, be present in fibre core quantity in practical communication environment class of business very huge and carrying various, operating difficulties and easily cause mistake in the time carrying out business reorganization, occur once wrong to recover also very loaded down with trivial details and consuming time, often cause the generation of communication line fault and cause larger loss to run unit.
Summary of the invention
The technical problem to be solved in the present invention is, said system for prior art can not be diagnosed automatically, business reorganization operating difficulties, business recovery defect consuming time, provides a kind of system automatically to diagnose, business reorganization is easy to operate, business recovery management method and the device of fibre system fast.
The technical solution adopted for the present invention to solve the technical problems is: construct a kind of management method of fibre system, comprise the steps:
A) TCP/IP binary system message is reported application server by Collector Manager;
B) described application server is resolved and is obtained ODF information and ODF status information of terminal described TCP/IP binary system message, and sends it to Web server;
C) described Web server carries out respective handling to described ODF information and ODF status information of terminal, and relevant information is pushed to Flex interface, and described relevant information is presented in the mode of the right figure of left tree by described Flex interface;
D) carry out ODF terminal correspondence, and monitor ODF case terminal state.
In the management method of fibre system of the present invention, described step B) further comprise:
B1) described application server is resolved and is obtained the hierarchical relationship nodal information of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal and the state information of each node described TCP/IP binary system message;
B2) described application server is submitted to described hierarchical relationship nodal information and each node status information database server and is sent to described Web server;
B3) judge that whether described node status information is abnormal, in this way, execution step B4); Otherwise, execution step C);
B4) generate node warning information and notify described Web server and perform step C).
In the management method of fibre system of the present invention, described step C) further comprise:
C1) described Web server creates father and son's data model to described hierarchical relationship nodal information;
C2) give Tree control by described father and son's data model, and show described hierarchical relationship nodal information in the left side at described Flex interface with Tree structure;
C3) give topological control by described father and son's data model, and show described hierarchical relationship nodal information on the right side at described Flex interface in topological graph mode;
Also comprise:
C4) described Web server is pushed to Flex site monitoring interface by level node status information and carries out nothing and refresh demonstration;
Also comprise:
C5) judge whether described node warning information is new warning information, in this way, execution step C6); Otherwise, described node warning information is pushed to Flex alarm prompt interface and performs step C7);
C6) to described node warning information filter successively, compression, forward and warehouse-in process after and be pushed to Flex alarm prompt interface, execution step C7);
C7) described Flex alarm prompt interface is without refreshing display layer level node warning information.
In the management method of fibre system of the present invention, tree-like and topological graph right side in left side, Flex interface is coordination and response, the top layer layout at described Flex interface is System menu, bottom layout is the status bar for showing current login user information, and the upper right corner is provided with the node alarm prompt button for carry out flash for prompting in the time that alarm occurs.
In the management method of fibre system of the present invention, described step D) further comprise:
D1) the newly-increased T joint node in Flex interface, and generate optical cable segment information in conjunction with website node;
D2) choose certain optical cable segment, program calculates optical cable segment and the quantity of ODF case and the connection route of any two ODF casees in same optical cable automatically, automatically chooses its associated optical cable segment simultaneously;
D3) respectively the fibre core of the ODF case terminal of choosing and associated optical cable segment is carried out to terminal correspondence one by one;
D4) select certain ODF case terminal associated services, and automatically calculate the connection route of corresponding ODF case according to terminal corresponding informance, adopt Tree structure that the fibre core information of initial ODF case terminal information and connection route is presented simultaneously;
Whether the ODF case terminal that D5) detects described associated services is pulled out, in this way, and execution step D6); Otherwise, proceed the detection of this step;
D6) produce service alarm and notify in time user.
In the management method of fibre system of the present invention, the end points of optical cable is ODF case, article one, optical cable comprises multiple optical cable segment, and the end points of described optical cable segment is ODF case or T node, and the fibre core quantity of the optical cable segment of close ODF case is consistent with the number of terminals of described ODF case.
The device that the invention still further relates to a kind of management method that realizes above-mentioned fibre system, comprising:
Report unit: for making Collector Manager that TCP/IP binary system message is reported to application server;
Resolution unit: for making described application server resolve and obtain ODF information and ODF status information of terminal described TCP/IP binary system message, and send it to Web server;
Processes and displays unit: for making described Web server carry out respective handling to described ODF information and ODF status information of terminal, and relevant information is pushed to Flex interface, and described relevant information is presented in the mode of the right figure of left tree by described Flex interface;
Terminal corresponding unit: for carrying out ODF terminal correspondence, and monitor ODF case terminal state.
In the device of the management method that realizes above-mentioned fibre system of the present invention, described resolution unit further comprises: node and state information obtain module: for making described application server resolve and obtain the hierarchical relationship nodal information of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal and the state information of each node described TCP/IP binary system message;
Information is submitted module to: for making described application server that described hierarchical relationship nodal information and each node status information are submitted to database server and sent to described Web server;
Condition judgment module: for judging that whether described node status information is abnormal;
Warning information generation module: for generating node warning information and notifying described Web server.
In the device of the management method that realizes above-mentioned fibre system of the present invention, described processes and displays unit further comprises:
Data model creation module: for making described Web server create father and son's data model to described hierarchical relationship nodal information;
Left tree display module: for giving Tree control by described father and son's data model, and show described hierarchical relationship nodal information in the left side at described Flex interface with Tree structure;
Right figure display module: for giving topological control by described father and son's data model, and show described hierarchical relationship nodal information on the right side at described Flex interface in topological graph mode;
Also comprise:
State information pushing module: carry out nothing and refresh demonstration for making described Web server that level node status information is pushed to Flex site monitoring interface;
Also comprise:
Warning information judge module: for judging whether described node warning information is new warning information, and in the time being not new warning information, described node warning information is pushed to Flex alarm prompt interface;
Warning information processing module: for described node warning information is filtered successively, compression, forward and warehouse-in process after and be pushed to Flex alarm prompt interface;
Warning information display module: for making described Flex alarm prompt interface without refreshing display layer level node warning information.
In the device of the management method that realizes above-mentioned fibre system of the present invention, described terminal corresponding unit further comprises:
Optical cable segment information generating module: for making Flex interface increase T joint node newly, and generate optical cable segment information in conjunction with website node; Choose module: for choosing certain optical cable segment, program calculates optical cable segment and the quantity of ODF case and the connection route of any two ODF casees in same optical cable automatically, automatically choose its associated optical cable segment simultaneously;
Respective modules: for respectively the fibre core of the ODF case terminal of choosing and associated optical cable segment being carried out to terminal correspondence one by one;
Associated services chosen module: for selected certain ODF case terminal associated services, and automatically calculate the connection route of corresponding ODF case according to terminal corresponding informance, adopt Tree structure that the fibre core information of initial ODF case terminal information and connection route is presented simultaneously;
ODF case terminal test module: whether the ODF case terminal for detection of described associated services is pulled out, and in the time not extracting, proceed to detect;
Service alarm generation module: also notify in time user for generation of service alarm.
Management method and the device of implementing fibre system of the present invention, have following beneficial effect: can automatically be identified by software by ODF information and ODF status information of terminal, the fault point in automatic diagnosis optical fiber communication is quick and precisely to locate fault; Its relevant information is presented according to the mode of the right figure of left tree by Flex interface, and its succinct fiber management operation interface directly perceived facilitates the huge fibre core management of quantity and corresponding business accurately to adjust and provide the one-touch fast quick-recovery of business; So its system can be diagnosed automatically, business reorganization is easy to operate, business recovery is quick.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the management method of fibre system of the present invention and installs the structural representation of fibre system in an embodiment;
Fig. 2 is the transfer of data schematic diagram between Collector Manager and application server in described embodiment;
Fig. 3 is the flow chart of the management method of fibre system in described embodiment;
Fig. 4 is the right figure bandwagon effect of left tree schematic diagram in described embodiment;
Fig. 5 is the structural representation of left tree in described embodiment;
Fig. 6 is transformer station's topological graph schematic diagram in described embodiment;
Fig. 7 is the particular flow sheet of in described embodiment, TCP/IP binary system message being resolved;
Fig. 8 be in described embodiment to ODF information and ODF status information of terminal carries out respective handling and by Flex interface without refreshing the particular flow sheet presenting;
Fig. 9 is the particular flow sheet that carries out ODF terminal correspondence in described embodiment and monitor ODF case terminal state;
Figure 10 is that in described embodiment, optical cable relation is chosen schematic diagram;
Figure 11 is the corresponding interface of ODF terminal schematic diagram in described embodiment;
Figure 12 is the structural representation installing in described 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 clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
In the management method and device embodiment of fibre system of the present invention, as shown in Figure 1, this fibre system comprises Collector Manager, application server, Web server and database server to the structural representation of its fibre system.Fig. 2 is the schematic diagram of transfer of data between Collector Manager and application server in the present embodiment.
In the present embodiment, the flow chart of the management method of fibre system as shown in Figure 3.In Fig. 3, the management method of this fibre system comprises:
TCP/IP binary system message is reported application server by step S01 Collector Manager: in this step, TCP/IP binary system message is reported application server by Collector Manager.
Step S02 application server is resolved and is obtained ODF information and ODF status information of terminal TCP/IP binary system message, and send it to Web server: in this step, application server is resolved and is obtained ODF information and ODF status information of terminal TCP/IP binary system message, and sends it to Web server.
Step S03Web server carries out respective handling to ODF information and ODF status information of terminal, and relevant information is pushed to Flex interface, and relevant information is presented in the mode of the right figure of left tree by Flex interface: in this step, Web server carries out respective handling to ODF information and ODF status information of terminal, and relevant information is pushed to Flex interface, and relevant information is presented in the mode of the right figure of left tree by Flex interface.
Specifically, in the present embodiment, the starting point of whole message is Collector Manager, Collector Manager is responsible for the hierarchical information such as website-machine room-ODF frame-ODF case-ODF dish-ODF terminal initiatively to send to application server by TCP/IP mode, application server extracts relevant ODF information and sends to Web server, initiatively relevant information is pushed to Flex interface finally by crossing Web server, and intuitively presented according to the right figure mode of left tree, facilitate so the huge fibre core management of quantity and corresponding business accurately to adjust and provide the one-touch fast quick-recovery of business.In the present embodiment, the right figure bandwagon effect of left tree schematic diagram is for as shown in Figure 4, in Fig. 4, the left side at Flex interface shows ODF nodal information with Tree structure, the right shows ODF nodal information in topological graph mode, tree-like and topological graph right side in left side is coordination and response, the top layer layout at Flex interface is System menu, bottom layout status bar, be used for showing current login user information, the upper right corner is provided with node alarm prompt button, for carry out flash for prompting in the time that alarm occurs, user clicks this node alarm prompt button can check up-to-date warning information.
In the present embodiment, as shown in Figure 5, transformer station's topological graph schematic diagram as shown in Figure 6 for the structural representation of left tree.
It is worth mentioning that, in optical fibre management system running, the state information of ODF relevant information and the warning information of generation are also to adopt above-mentioned flow process to process, and above-mentioned flow process has ensured the normal operation of whole system.
In the present embodiment, after above-mentioned steps S03, the management method of fibre system also further comprises the steps: that step S04 carries out ODF terminal correspondence, and monitors ODF case terminal state: in this step, carry out ODF terminal correspondence, and monitor ODF case terminal state.Like this, under the mode of operation combining by tree table in specific operation process corresponding to terminal, operation and verification are synchronously carried out, and neither can cause misoperation, intuitively easy-to-use again.
For the present embodiment, above-mentioned steps S02 is further refinement also, and as shown in Figure 7, in Fig. 7, step S02 further comprises the flow chart after its refinement:
Step S21 application server is resolved and is obtained the hierarchical relationship nodal information of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal and the state information of each node TCP/IP binary system message: in this step, application server is resolved and obtained the hierarchical relationship nodal information of website-machine room-ODF screen-ODF case-ODF dish-ODF terminal and the state information of each node TCP/IP binary system message.
Step S22 application server is submitted to hierarchical relationship nodal information and each node status information database server and is sent to Web server: in this step, application server is submitted to described hierarchical relationship nodal information and each node status information database server and sent to Web server.
Whether step S23 decision node state information is abnormal: in the present embodiment, node status information comprises the state information that the hierarchical relationship node of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal connects, the state information of ODF case terminal (ODF terminal), wherein, when the hierarchical relationship node of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal connects when normal, the hierarchical relationship node status information of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal is normal, in the time that the hierarchical relationship node of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal connects disconnection, the hierarchical relationship node status information of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal is abnormal, in the time that ODF case terminal inserts, the state information of ODF case terminal is normal, and in the time that ODF case terminal is extracted in vain, the state information of ODF case terminal is abnormal.Like this by automatically identifying the state of ODF case terminal to monitor in real time and fault location.In this step, whether decision node state information is abnormal, if the result judging is yes, and execution step S24; If the result judging is no, perform step S03.
Step S24 generates node warning information and notifies Web server: if the judged result of above-mentioned steps S23 is yes, carry out this step.In this step, generate node warning information and notify Web server.It is worth mentioning that execution of step, execution step S03.
For the present embodiment, above-mentioned steps S03 is further refinement also, and the flow chart after its refinement as shown in Figure 8.In Fig. 8, step S03 further comprises:
Step S31Web server creates father and son's data model to hierarchical relationship nodal information: in this step, Web server creates father and son's data model to hierarchical relationship nodal information.
Father and son's data model is given Tree control by step S32, and show hierarchical relationship nodal information in the left side at Flex interface with Tree structure: in this step, give Tree control by father and son's data model, and show hierarchical relationship nodal information in the left side at Flex interface with Tree structure.
Father and son's data model is given topological control by step S33, and show hierarchical relationship nodal information on the right side at Flex interface in topological graph mode: in this step, give topological control by father and son's data model, and show hierarchical relationship nodal information on the right side at Flex interface in topological graph mode.Can make like this ODF nodal information intuitively present in the mode of the right figure of left tree.
Above-mentioned steps S03 also comprises:
Level node status information is pushed to Flex site monitoring interface by step S34Web server carries out nothing and refreshes demonstration:
Above-mentioned steps S03 also comprises:
Whether step S35 decision node warning information is new warning information: in this step, whether decision node warning information is new warning information, if the result judging is yes, performs step S36; If the result judging is no, perform step S37.
Step S36 to node warning information filter successively, compression, forward and warehouse-in process after and be pushed to Flex alarm prompt interface: if the judged result of above-mentioned steps S35 is yes, carry out this step.In this step, node warning information filters successively, compression, forward and warehouse-in process after and be pushed to Flex alarm prompt interface.It is worth mentioning that, execute this step, execution step S38.
Node warning information is pushed to Flex alarm prompt interface by step S37: if the judged result of above-mentioned steps S33 is no, carry out this step.In this step, node warning information is pushed to Flex alarm prompt interface.It is worth mentioning that, execute this step, execution step S38.
Step S38Flex alarm prompt interface is without refreshing display layer level node warning information: in this step, Flex alarm prompt interface is without refreshing display layer level node warning information.
It is worth mentioning that, above-mentioned steps S32 and step S33 are executed in parallel, both can first perform step S32 and perform step S33 again, also can first perform step S33 and perform step S32 again, can also be that step S32 and step S33 carry out simultaneously; The execution sequence of step S31-S33, S34 and S35 can be to carry out simultaneously, can carry out according to different time sequencings.
For the present embodiment, above-mentioned steps S04 is further refinement also, and the flow chart after its refinement as shown in Figure 9.In Fig. 9, step S04 further comprises:
Step S41Flex interface increases T joint node newly, and generates optical cable segment information in conjunction with website node: in this step, Flex interface increases T joint node newly, and generates optical cable segment information in conjunction with website node.
Step S42 chooses certain optical cable segment, program calculates optical cable segment and the quantity of ODF case and the connection route of any two ODF casees in same optical cable automatically, automatically choose its associated optical cable segment: in this step simultaneously, choose certain optical cable segment, program calculates optical cable segment and the quantity of ODF case and the connection route of any two ODF casees in same optical cable automatically, automatically chooses its associated optical cable segment simultaneously.And in prior art by manually calculating, take time and effort, operating efficiency is lower, the present invention calculates automatically by program, and does not need manually to calculate, so it is saved time, increases work efficiency.In the present embodiment, optical cable relation chooses schematic diagram as shown in figure 10.
Step S43 carries out terminal correspondence by the ODF case terminal of choosing with associated optical cable segment fibre core respectively one by one: in this step, respectively the ODF case terminal of choosing is carried out to terminal correspondence one by one with associated optical cable segment fibre core.In concrete terminal corresponding process, user chooses source case and closes after header, and the insertion cable section of two ODF case processes of program automatic addressing is also organized in order.Source case and close the corresponding terminal information for the treatment of of header and the fibre core information of insertion cable section respectively with in addition intuitive layout of Tree structure, corresponding ODF terminal and optical cable segment fibre core removed automatically from Tree control, and corresponding relation is added in terminal mapping form, avoid confusion and repeat correspondence.Otherwise if certain terminal corresponding relation in Delete Table, corresponding ODF terminal and optical cable segment fibre core resource automatic powder adding are added in corresponding Tree control, so that again corresponding.Finally, after the whole correspondences of each ODF terminal of all ODF casees, whole terminal respective operations completes.The mode of operation combining by tree table in specific operation process corresponding to terminal, its operation and verification are synchronously carried out, and neither can cause misoperation, intuitively easy-to-use again.In the present embodiment, the corresponding interface of ODF terminal schematic diagram as shown in figure 11.
It is worth mentioning that, the end points (comprising starting point and ending point) of optical cable is ODF case, and an optical cable comprises multiple optical cable segment, and the end points of optical cable segment is ODF case or T node, and the fibre core quantity of the optical cable segment of close ODF case is consistent with the number of terminals of ODF case.In other words, namely optical cable must originate in ODF case and end at other ODF case, and comprises some optical cable segment; The end points of optical cable segment or be ODF case, or be T joint, and must be consistent with ODF case number of terminals near the optical cable segment fibre core quantity of ODF case.In the time choosing in optical cable arbitrary optical cable segment, system is automatically calculated and chooses all optical cable segment in optical cable, carries out terminal correspondence to offer user.
Step S44 selectes certain ODF case terminal associated services, and automatically calculate the connection route of corresponding ODF case according to terminal corresponding informance, adopt Tree structure that the fibre core information of initial ODF case terminal information and connection route is presented: in this step simultaneously, selected certain ODF case terminal associated services, and automatically calculate the connection route of corresponding ODF case according to terminal corresponding informance, adopt Tree structure that the fibre core information of initial ODF case terminal information and connection route is presented simultaneously.Specifically, choose two ODF casees of arbitrary connection in optical cable, program calculates the connection route (insertion cable section) of corresponding ODF case automatically, and connection route likely passes through several T joints; Finally adopt Tree structure that the fibre core information of initial ODF case terminal information and connection route is presented to the handled easily for user, the benefit of this mode is both to have facilitated user's single operation also to facilitate batch operation.The operation that terminal is corresponding is by man-to-man the associating of optical cable segment fibre core of the terminal between ODF case and middle process, and the terminal in same optical cable and fibre core all correspondence just can complete this feature operation after completing.
Whether the ODF case terminal that step S45 detects associated services is pulled out: in this step, whether the ODF case terminal that ODF case terminal condition monitoring program detects (diagnosis) associated services is pulled out, if the result detecting is yes, performs step S46; If the result detecting is no, proceed the detection of this step.
Step S46 produces service alarm and notifies in time user: if the testing result of above-mentioned steps S45 is yes, carry out this step.In this step, produce service alarm and notify in time user.
The present embodiment also relates to a kind of device of the management method that realizes above-mentioned fibre system, and its structural representation as shown in figure 12.In Figure 12, this device comprises and reports unit 1, resolution unit 2 and processes and displays unit 3; Wherein, report unit 1 for making Collector Manager that TCP/IP binary system message is reported to application server; Resolution unit 2 is for making application server resolve and obtain ODF information and ODF status information of terminal TCP/IP binary system message, and sends it to Web server; Processes and displays unit 3 is for making Web server carry out respective handling to ODF information and ODF status information of terminal, and relevant information is pushed to Flex interface, and relevant information presented in the mode of the right figure of left tree by Flex interface.In the present embodiment, tree-like and topological graph right side in left side, Flex interface is coordination and response, the top layer layout at Flex interface is System menu, bottom layout is the status bar for showing current login user information, and the upper right corner is provided with the node alarm prompt button for carry out flash for prompting in the time that alarm occurs.In the present embodiment, this device also further comprises terminal corresponding unit 4, and terminal corresponding unit 4 is for carrying out ODF terminal correspondence, and monitors ODF case terminal state.
In the present embodiment, resolution unit 2 further comprises that node and state information obtain module 21, information is submitted module 22, condition judgment module 23 and warning information generation module 24 to; Wherein, node and state information obtain module 21 for making application server resolve and obtain the hierarchical relationship nodal information of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal and the state information of each node described TCP/IP binary system message; Information submits to module 22 for making application server that described hierarchical relationship nodal information and each node status information are submitted to database server and sent to Web server; Whether condition judgment module 23 is abnormal for decision node state information; Warning information generation module 24 is for generating node warning information and notifying Web server.
In the present embodiment, processes and displays unit 3 further comprises data model creation module 31, left tree display module 32 and right figure display module 33; Wherein, data model creation module 31 is for making Web server create father and son's data model to hierarchical relationship nodal information; Left tree display module 32 is for giving Tree control by father and son's data model, and shows hierarchical relationship nodal information in the left side at Flex interface with Tree structure; Right figure display module 33 is for giving topological control by father and son's data model, and shows hierarchical relationship nodal information on the right side at Flex interface in topological graph mode; Processes and displays unit 3 also comprises state information pushing module 34, and state information pushing module 34 carries out nothing and refreshes demonstration for making Web server that level node status information is pushed to Flex site monitoring interface; Processes and displays unit 3 also comprises warning information judge module 35, warning information processing module 36 and warning information display module 37; Wherein, whether warning information judge module 35 is new warning information for decision node warning information, and node warning information is pushed to Flex alarm prompt interface in the time being not new warning information; Warning information processing module 36 for node warning information is filtered successively, compression, forward and warehouse-in process after and be pushed to Flex alarm prompt interface; Warning information display module 37 is for making Flex alarm prompt interface without refreshing display layer level node warning information.
In the present embodiment, terminal corresponding unit 4 further comprises optical cable segment information generating module 41, chooses module 42, respective modules 43, associated services chosen module 44, ODF case terminal test module 45 and service alarm generation module 46; Wherein, optical cable segment information generating module 41 is for making Flex interface increase T joint node newly, and generates optical cable segment information in conjunction with website node; Choose module 42 for choosing certain optical cable segment, program calculates optical cable segment and the quantity of ODF case and the connection route of any two ODF casees in same optical cable automatically, automatically chooses its associated optical cable segment simultaneously; Respective modules 43 is for carrying out one by one terminal correspondence by the ODF case terminal of choosing with associated optical cable segment fibre core respectively; Associated services chosen module 44 is for selected certain ODF case terminal associated services, and automatically calculates business route according to terminal corresponding informance, adopts Tree structure that the fibre core information of initial ODF case terminal information and connection route is presented simultaneously; Whether ODF case terminal test module 45 is pulled out for detection of the ODF case terminal of associated services, and in the time not extracting, proceeds to detect; Service alarm generation module 46 is for generation of service alarm and notify in time user.It is worth mentioning that, the end points of optical cable is ODF case, and an optical cable comprises multiple optical cable segment, and the end points of optical cable segment is ODF case or T node, and the fibre core quantity of the optical cable segment of close ODF case is consistent with the number of terminals of ODF case.
In a word, in the present embodiment, website-machine room-ODF frame-ODF case-ODF dish-ODF terminal and optic fibre connector state can be identified automatically by software systems; Displaying interface based on Web can be without refreshing automatic demonstration by software systems website-machine room-ODF frame-ODF case-ODF dish-ODF terminal of identification automatically; Flex graph topology technology is shown intuitively the hierarchical relationship of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal and is fused in the look & feel of the right figure of left tree; Succinct look & feel, the administration interface of easy operating, especially being embodied in optical cable and ODF terminal shines upon while coupling, each terminal of ODF process every section of optical cable fibre core relation and present simple and clear with the ODF terminal relation interface of opposite end, program completes complicated relationship match and verification automatically, and user only needs simple mouse to click and gets final product complete operation.
The present invention can identify the state of ODF terminal automatically to monitor in real time and fault location; Carrying out facilitating succinct operation interface user-friendly in system management and service management process, then operate and correct in time the operation of Field Force's mistake in conjunction with monitoring capacity guide field personnel in real time, avoided the generation that people is misoperation.
The foregoing is only preferred embodiment of the present invention, in order to limit the present invention, within the spirit and principles in the present invention not all, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a management method for fibre system, is characterized in that, comprises the steps:
A) TCP/IP binary system message is reported application server by Collector Manager;
B) described application server is resolved and is obtained ODF information and ODF status information of terminal described TCP/IP binary system message, and sends it to Web server;
C) described Web server carries out respective handling to described ODF information and ODF status information of terminal, and relevant information is pushed to Flex interface, and described relevant information is presented in the mode of the right figure of left tree by described Flex interface;
D) carry out ODF terminal correspondence, and monitor ODF case terminal state.
2. the management method of fibre system according to claim 1, is characterized in that, described step B) further comprise:
B1) described application server is resolved and is obtained the hierarchical relationship nodal information of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal and the state information of each node described TCP/IP binary system message;
B2) described application server is submitted to described hierarchical relationship nodal information and each node status information database server and is sent to described Web server;
B3) judge that whether described node status information is abnormal, in this way, execution step B4); Otherwise, execution step C);
B4) generate node warning information and notify described Web server and perform step C).
3. the management method of fibre system according to claim 2, is characterized in that, described step C) further comprise:
C1) described Web server creates father and son's data model to described hierarchical relationship nodal information;
C2) give Tree control by described father and son's data model, and show described hierarchical relationship nodal information in the left side at described Flex interface with Tree structure;
C3) give topological control by described father and son's data model, and show described hierarchical relationship nodal information on the right side at described Flex interface in topological graph mode;
Also comprise:
C4) described Web server is pushed to Flex site monitoring interface by level node status information and carries out nothing and refresh demonstration;
Also comprise:
C5) judge whether described node warning information is new warning information, in this way, execution step C6); Otherwise, described node warning information is pushed to Flex alarm prompt interface and performs step C7);
C6) to described node warning information filter successively, compression, forward and warehouse-in process after and be pushed to Flex alarm prompt interface, execution step C7);
C7) described Flex alarm prompt interface is without refreshing display layer level node warning information.
4. the management method of fibre system according to claim 3, it is characterized in that, tree-like and topological graph right side in left side, Flex interface is coordination and response, the top layer layout at described Flex interface is System menu, bottom layout is the status bar for showing current login user information, and the upper right corner is provided with the node alarm prompt button for carry out flash for prompting in the time that alarm occurs.
5. the management method of fibre system according to claim 1, is characterized in that, described step D) further comprise:
D1) the newly-increased T joint node in Flex interface, and generate optical cable segment information in conjunction with website node;
D2) choose certain optical cable segment, program calculates optical cable segment and the quantity of ODF case and the connection route of any two ODF casees in same optical cable automatically, automatically chooses its associated optical cable segment simultaneously;
D3) respectively the fibre core of the ODF case terminal of choosing and associated optical cable segment is carried out to terminal correspondence one by one;
D4) select certain ODF case terminal associated services, and automatically calculate the connection route of corresponding ODF case according to terminal corresponding informance, adopt Tree structure that the fibre core information of initial ODF case terminal information and connection route is presented simultaneously;
Whether the ODF case terminal that D5) detects described associated services is pulled out, in this way, and execution step D6); Otherwise, proceed the detection of this step;
D6) produce service alarm and notify in time user.
6. the management method of fibre system according to claim 5, it is characterized in that, the end points of optical cable is ODF case, and an optical cable comprises multiple optical cable segment, the end points of described optical cable segment is ODF case or T node, and the fibre core quantity of the optical cable segment of close ODF case is consistent with the number of terminals of described ODF case.
7. a device of realizing the management method of fibre system as claimed in claim 1, is characterized in that, comprising:
Report unit: for making Collector Manager that TCP/IP binary system message is reported to application server;
Resolution unit: for making described application server resolve and obtain ODF information and ODF status information of terminal described TCP/IP binary system message, and send it to Web server;
Processes and displays unit: for making described Web server carry out respective handling to described ODF information and ODF status information of terminal, and relevant information is pushed to Flex interface, and described relevant information is presented in the mode of the right figure of left tree by described Flex interface;
Terminal corresponding unit: for carrying out ODF terminal correspondence, and monitor ODF case terminal state.
8. the device of the management method that realizes above-mentioned fibre system according to claim 7, is characterized in that, described resolution unit further comprises:
Node and state information obtain module: for making described application server resolve and obtain the hierarchical relationship nodal information of website-machine room-ODF frame-ODF case-ODF dish-ODF terminal and the state information of each node described TCP/IP binary system message;
Information is submitted module to: for making described application server that described hierarchical relationship nodal information and each node status information are submitted to database server and sent to described Web server;
Condition judgment module: for judging that whether described node status information is abnormal;
Warning information generation module: for generating node warning information and notifying described Web server.
9. the device of the management method that realizes above-mentioned fibre system according to claim 8, is characterized in that, described processes and displays unit further comprises:
Data model creation module: for making described Web server create father and son's data model to described hierarchical relationship nodal information;
Left tree display module: for giving Tree control by described father and son's data model, and show described hierarchical relationship nodal information in the left side at described Flex interface with Tree structure;
Right figure display module: for giving topological control by described father and son's data model, and show described hierarchical relationship nodal information on the right side at described Flex interface in topological graph mode;
Also comprise:
State information pushing module: carry out nothing and refresh demonstration for making described Web server that level node status information is pushed to Flex site monitoring interface;
Also comprise:
Warning information judge module: for judging whether described node warning information is new warning information, and in the time being not new warning information, described node warning information is pushed to Flex alarm prompt interface;
Warning information processing module: for described node warning information is filtered successively, compression, forward and warehouse-in process after and be pushed to Flex alarm prompt interface;
Warning information display module: for making described Flex alarm prompt interface without refreshing display layer level node warning information.
10. the device of the management method that realizes above-mentioned fibre system according to claim 7, is characterized in that, described terminal corresponding unit further comprises:
Optical cable segment information generating module: for making Flex interface increase T joint node newly, and generate optical cable segment information in conjunction with website node; Choose module: for choosing certain optical cable segment, program calculates optical cable segment and the quantity of ODF case and the connection route of any two ODF casees in same optical cable automatically, automatically choose its associated optical cable segment simultaneously;
Respective modules: for respectively the fibre core of the ODF case terminal of choosing and associated optical cable segment being carried out to terminal correspondence one by one;
Associated services chosen module: for selected certain ODF case terminal associated services, and automatically calculate the connection route of corresponding ODF case according to terminal corresponding informance, adopt Tree structure that the fibre core information of initial ODF case terminal information and connection route is presented simultaneously;
ODF case terminal test module: whether the ODF case terminal for detection of described associated services is pulled out, and in the time not extracting, proceed to detect;
Service alarm generation module: also notify in time user for generation of service alarm.
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