CN104113429A

CN104113429A - Processing method and device for cross equipment middle port connection relations

Info

Publication number: CN104113429A
Application number: CN201310137206.4A
Authority: CN
Inventors: 唐华; 刘彦
Original assignee: Huawei Technologies Co Ltd
Current assignee: NANTONG HANGDA ELECTRONIC TECHNOLOGY Co.,Ltd.
Priority date: 2013-04-19
Filing date: 2013-04-19
Publication date: 2014-10-22
Anticipated expiration: 2033-04-19
Also published as: CN104113429B

Abstract

The invention relates to a processing method and a device for cross equipment middle port connection relations. The method comprises steps that: physical path information of cross equipment middle ports is acquired; connection information of the cross equipment middle ports is acquired; the connection relations among the cross equipment middle ports can be determined according to the physical information and the connection information; a graph combination mode corresponding to the connection relations can be determined according to the connection relations among the cross equipment middle ports; a graph type port connection relation graph is generated by utilizing the determined graph combination mode corresponding to the connection relations, and the graph type port connection relation graph is used for displaying the connection relations of the cross equipment middle ports.

Description

Processing method and the device of intersection equipment middle port annexation

Technical field

The present invention relates to communication technique field, relate in particular to a kind of processing method and device that intersects equipment middle port annexation.

Background technology

Current, each in communication network communication equipment is set up link by other communication equipments in a plurality of inputs, output port and network, wherein, the subport or the time slot that in input, output port, comprise port inside, a plurality of inputs, output port are carried on the intersection equipment in communication equipment.

When local communication device receives the signal of communication of another communication equipment transmission, signal of communication intersects after the some input ports input of equipment from local communication device, local communication device, by calling the annexation corresponding with this input port of self storing, determines that certain output port from crossover equipment is exported signal of communication.Wherein, input port and the annexation between output port of intersection equipment are an interconnection.

Along with the universal and development of communication network, the port density of existing intersection equipment increases, and the bandwidth of port is constantly dilatation also, and subport or the time slot divided are also constantly being increased, and the interconnection quantity that has caused port to set up is very many.User wishes can be directly perceived, the interconnection relation of visual management port, and the overall situation is controlled the service condition of port.

In prior art, the scheme of end for process oral sex fork annexation is by input port and output port, to divide left and right, lower 3 regions that are listed in operation interface, as Fig. 1.The interconnection relation that represents port by the connecting line between input port and output port, a connecting line represents an interconnection, two end points of connecting line represent respectively input port and output port.But, when port interconnection quantity is too much, the connection status of connecting line is mixed and disorderly, and user also cannot clearly identify input port and the output port of connecting line end points representative, especially makes user to select easy, rapidly wherein a certain connecting line to operate.

Summary of the invention

The embodiment of the present invention provides a kind of processing method and device that intersects equipment middle port annexation, can show the annexation between intersection equipment inner port, make operating personnel easy, check or create the annexation between port rapidly.

In first aspect, the embodiment of the present invention provides a kind of processing method of intersecting equipment middle port annexation, and described method comprises:

Obtain the physical pathway information of intersection equipment middle port;

Obtain the link information of described intersection equipment middle port;

According to described physical pathway information and described link information, determine the annexation between described intersection equipment middle port;

According to the annexation between described intersection equipment middle port, determine the pattern compound mode corresponding with described annexation;

Utilize the pattern compound mode corresponding with described annexation of determining, generate figure pattern port annexation figure, described figure pattern port annexation figure is for showing the annexation of described intersection equipment middle port.

In the possible implementation of the first, the described figure pattern port annexation figure of generation specifically comprises: source port region, source terminal passage area, directional ring region, egress port area and egress subchannel region;

Wherein, described source port region is for representing that arbitrary port annexation is as the source port of starting point; Described source terminal passage area is logical for representing whole sons of source port; Described egress port area is for representing that arbitrary port annexation is as the port of terminal; Described egress subchannel region is for representing whole subchannels of egress mouth; Described directional ring region is for representing the closure of described intersection equipment middle port.

In conjunction with the possible implementation of the first of first aspect or first aspect, in the possible implementation of the second, the described figure pattern port annexation figure of generation specifically comprises: source region and egress region;

Wherein, described source region, for representing the residing region of arbitrary port annexation source port; Described egress region, for representing the residing region of arbitrary port annexation egress mouth.

In conjunction with the possible implementation of the second of first aspect or first aspect, in the third possible implementation, the described figure pattern port annexation figure of generation specifically comprises:

By described source region and described egress region, be arranged in the center of described figure pattern port annexation figure;

In described source region and the described directional ring region of arranging, the outside in described egress region, described directional ring is comprised of multistage arc;

In described directional ring outside, arrange described source port region and described egress port area, whole source ports in first direction in the regioselective described directional ring of source described in described source port region representation, described egress port area represents the whole egress mouths in the second direction with the corresponding connection of described first direction;

In the described source port region exterior described source terminal passage area of arranging, described source terminal passage area represents whole subchannels that the regioselective source port of described source port comprises;

The described egress subchannel region of arranging in described egress port area outside, whole subchannels that described egress subchannel region representation comprises with the egress mouth of the corresponding connection of described source port of selection.

In conjunction with the third possible implementation of first aspect or first aspect, in the 4th kind of possible implementation, the described figure pattern port annexation figure of generation specifically comprises:

Source port the pointer icon, is used to indicate the described source port of selection;

Source terminal channel pointer icon, is used to indicate the described source terminal passage in the described source port of selection;

Egress mouth the pointer icon, is used to indicate the described egress mouth of connection corresponding to the described source port of selecting;

Egress subchannel the pointer icon, is used to indicate the described egress subchannel in the described egress mouth of connection corresponding to the described source port of selecting.

In conjunction with the possible implementation of the first, the second of first aspect or first aspect, in the 5th kind of possible implementation, described method also comprises:

Receive the information of checking that user inputs by client, described in the information of checking comprise described source area information or described source port information or described source terminal channel information;

According to the described information of checking, search described egress area information or described place port information or described egress sub-channel information with described source area information or described source port information or the corresponding connection of described source terminal channel information;

When finding out the corresponding described egress area information connecting or described place port information or described egress sub-channel information, to described client, send described egress area information or described place port information or described egress sub-channel information, so that described client shows.

In conjunction with the 5th kind of possible implementation of first aspect or first aspect, in the 6th kind of possible implementation, the pattern compound mode corresponding with described annexation that described utilization is determined, also comprises after generation figure pattern port annexation figure:

Receive the first establishment information that user inputs by described client;

According to described the first establishment information, create the connection between described intersection equipment middle port.

In conjunction with the 6th kind of possible implementation of first aspect or first aspect, in the 7th kind of possible implementation, described the first establishment information comprises described source area information, described source port information, described source terminal channel information;

Described according to described the first establishment information, the connection creating between described intersection equipment middle port specifically comprises:

When definite described source terminal passage corresponding to described source terminal channel information is the free time, generate the first information;

To described client, send described the first information, so that described client shows the first information;

According to described the first information, receive the second establishment information that user inputs by described client, described the second establishment information comprises described egress area information, described place port information, described egress sub-channel information;

When definite described egress subchannel corresponding to described egress sub-channel information is while being idle, create being connected between described source terminal passage and the interior described egress subchannel of described egress mouth in described source port.

In conjunction with the first of first aspect or first aspect, the second, the third, the 4th kind, the 5th kind, the 6th kind, the 7th kind possible implementation, in the 8th kind of possible implementation, described method also comprises: the described source terminal passage having established a connection in described figure pattern port annexation figure and described egress subchannel projection are shown.

In second aspect, the embodiment of the present invention provides a kind of processing unit that intersects equipment middle port annexation, and described device comprises:

The first acquiring unit, for obtaining the physical pathway information of intersection equipment middle port;

Second acquisition unit, for obtaining the link information of described intersection equipment middle port;

The first determining unit, for according to described physical pathway information and described link information, determines the annexation between described intersection equipment middle port;

The second determining unit, for according to the annexation between described intersection equipment middle port, determines the pattern compound mode corresponding with described annexation;

Generation unit, for utilizing definite pattern compound mode corresponding with described annexation, generates figure pattern port annexation figure, and described figure pattern port annexation figure is for showing the annexation of described intersection equipment middle port.

In the possible implementation of the first, the described figure pattern port annexation figure that described generation unit generates specifically comprises: source port region, source terminal passage area, directional ring region, egress port area and egress subchannel region;

In conjunction with the possible implementation of the first of second aspect or second aspect, in the possible implementation of the second, the described figure pattern port annexation figure that described generation unit generates specifically comprises: source region and egress region;

In conjunction with the possible implementation of the second of second aspect or second aspect, in the third possible implementation, the described figure pattern port annexation figure that generation unit generates specifically comprises:

In conjunction with the third possible implementation of second aspect or second aspect, in the 4th kind of possible implementation, the described figure pattern port annexation figure that described generation unit generates also comprises:

In conjunction with the possible implementation of the first, the second of second aspect or second aspect, in the 5th kind of possible implementation, described device also comprises:

Receiving element, the information of checking of inputting by client for receiving user, described in the information of checking comprise described source area information or described source port information or described source terminal channel information;

Search unit, described in receiving according to described receiving element, check information, search described egress area information or described place port information or described egress sub-channel information with described source area information or described source port information or the corresponding connection of described source terminal channel information, and to described transmitting element transmission lookup result;

Described device also comprises: transmitting element, for receiving the lookup result of searching unit transmission, when finding out the corresponding described egress area information connecting or described place port information or described egress sub-channel information, to described client, send described egress area information or described place port information or described egress sub-channel information, so that described client shows.

In conjunction with the 5th kind of possible implementation of second aspect or second aspect, in the 6th kind of possible implementation, described receiving element also for, receive the first establishment information that user inputs by described client;

Described device also comprises: creating unit, described the first establishment information for receiving according to described receiving element, creates the connection between described intersection equipment middle port.

The 6th kind of possible implementation in conjunction with second aspect or second aspect, in the 7th kind of possible implementation, described the first establishment information that described receiving element receives comprises described source area information, described source port information, described source terminal channel information;

Described creating unit specifically for, when definite described source terminal passage corresponding to described source terminal channel information is while being idle, generate the first information;

Described transmitting element also for, to described client, send described the first information, so that described client shows the first information;

Described receiving element also for, according to described the first information, receive the second establishment information that user inputs by described client, described the second establishment information comprises described egress area information, described place port information, described egress sub-channel information;

Described creating unit also for, when definite described egress subchannel corresponding to described egress sub-channel information is while being idle, create being connected between described source terminal passage and the interior described egress subchannel of described egress mouth in described source port.

In conjunction with the first of second aspect or second aspect, the second, the third, the 4th kind, the 5th kind, the 6th kind, the 7th kind possible implementation, in the 8th kind of possible implementation, the source terminal passage having established a connection in the described figure pattern port annexation figure that described generation unit generates and described egress subchannel projection show.

Therefore, processing method and the device of intersection equipment middle port annexation are provided by the application embodiment of the present invention, according to physical pathway information and the link information of the first intersection equipment middle port obtaining, device management server generates corresponding figure pattern port annexation figure, and figure pattern port annexation figure is presented in user interface by client, user can be checked by tapping figure pattern port annexation figure, create the connection intersecting between device port, and then it is mixed and disorderly to have solved between prior art middle port interconnection line states, user cannot clearly identify the input port of connecting line end points representative and the problem of output port, simultaneously, also improved the efficiency of checking port cross-connect cable.

Accompanying drawing explanation

Fig. 1 processes interconnection relational approach schematic diagram between port in prior art;

The process flow figure of the intersection equipment middle port annexation that Fig. 2 provides for the embodiment of the present invention;

The intersection equipment connecting relation figure that Fig. 3 provides for the embodiment of the present invention;

The intersection device structure schematic diagram that Fig. 4 provides for the embodiment of the present invention;

The port subchannel schematic diagram that Fig. 5 provides for the embodiment of the present invention;

A kind of figure pattern port annexation figure that Fig. 6 provides for the embodiment of the present invention;

The another kind of figure pattern port annexation figure that Fig. 7 provides for the embodiment of the present invention;

Fig. 8 checks annexation method flow diagram between port for what the embodiment of the present invention provided;

Fig. 9 a kind ofly checks annexation result schematic diagram between port for what the embodiment of the present invention provided;

The another kind that Figure 10 provides for the embodiment of the present invention is checked annexation result schematic diagram between port;

Figure 11 provide for the embodiment of the present invention another check annexation result schematic diagram between port;

Annexation method flow diagram between the establishment port that Figure 12 provides for the embodiment of the present invention;

A kind of processing unit structure chart that intersects equipment middle port annexation that Figure 13 provides for the embodiment of the present invention;

The another kind that Figure 14 provides for the embodiment of the present invention intersects the processing unit hardware structure diagram of equipment middle port annexation.

Embodiment

For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, the specific embodiment of the invention is described in further detail.

The processing method of the intersection equipment middle port annexation that the Fig. 2 of take below provides as the example explanation embodiment of the present invention, the process flow figure of the intersection equipment middle port annexation that Fig. 2 provides for the embodiment of the present invention, subject of implementation is device management server in embodiments of the present invention.As shown in Figure 2, this embodiment comprises the following steps:

Step 210, obtain the physical pathway information of intersection equipment middle port.

Particularly, device management server obtains the physical pathway information of intersection equipment middle port from database, and described physical pathway information specifically comprises intersection device name information, groove position information, port information, closure information, port bandwidth information and port attribute information etc.

Wherein, obtain the physical pathway information of intersection equipment middle port at device management server before, intersection equipment, according to the design of network system, is set up physical pathway between intersection equipment middle port and is connected.Following to take the first intersection equipment be example, is specifically described.

Be understandable that, the intersection equipment in the embodiment of the present invention is present in the communication equipment in communications network system, and communication equipment connects by other communication equipments in intersection equipment and communications network system.

After physical pathway connection has been set up, the device management server physical pathway annexation that read port has been set up from the first intersection equipment, physical pathway annexation is converted to physical pathway information, and physical pathway information is stored in database, make device management server can from database, obtain at any time the physical pathway information of the first intersection equipment middle port.

Be understandable that, described database can be the database of device management server self, certainly, also can be the database in other servers in communication system.In database, stored the physical pathway information of a plurality of intersection equipment, for example, the physical pathway information of the second intersection equipment middle port, physical pathway information of the 3rd intersection equipment middle port etc., the embodiment of the present invention be take the first physical pathway information of intersecting equipment middle port of obtaining and is described as example, as shown in table 1, table 1 is physical pathway information.

Table 1 physical pathway information

Device name	Slot number	Port	Closure	Bandwidth	Other attributes
						NE001	5	1	NE002	40G	XXXXX
NE001	5	2	NE003	40G	XXXXX
						NE001	6	1	NE003	40G	XXXXX
......	......	......	......	......	......

Further, the embodiment of the present invention, the closure information in physical pathway information is specially intersect from first that equipment middle port connects different and intersects the number of equipment.Intersection equipment connecting relation figure as shown in Figure 3, in Fig. 3,1 circle represents 1 intersection equipment, and the first intersection equipment that the middle great circle of take represents is example explanation, the first intersection equipment intersects equipment and is connected by 5 paths from different 5, and every 1 paths just represents 1 closure.

On intersection equipment in the embodiment of the present invention, be inserted with a plurality of veneers with port, intersection device structure schematic diagram as shown in Figure 4, in Fig. 4, in intersection equipment, be inserted with 10 veneers, on each veneer, be provided with slot number, to distinguish each veneer, on each veneer, there are a plurality of ports, according to the physical pathway annexation on intersection equipment, the closure that on each veneer, certain several port is corresponding is first direction, and the closure that certain several port is corresponding is second direction etc.

Certainly, each port has certain bandwidth, and the bandwidth of port can be 10G, 40G etc., further, also the bandwidth of port can be further subdivided into subchannel, as shown in Figure 5, and the port subchannel schematic diagram that Fig. 5 provides for the embodiment of the present invention.In Fig. 5, each grid represents 1 subchannel, and when the bandwidth of port is 40G, the bandwidth of a subchannel is 1.25G, and the port that bandwidth is 40G can be divided into 32 port subchannels.

In embodiments of the present invention, administrative staff are divided into 3 grades of layer structures of closure-port-time slot by the resource on intersection equipment, so that device management server obtains the physical pathway information of intersection equipment middle port.

Step 220, obtain the link information of described intersection equipment middle port.

Particularly, device management server obtains the link information of intersection equipment middle port from database, and described link information specifically comprises port type information, source, place port information, source, egress openning channel information etc.

Wherein, obtain the physical pathway information of the first intersection equipment middle port at device management server before, in one implementation, subscription client is issued to the link information of the first intersection equipment upper port in the first intersection equipment.Device management server reads the link information issuing from the first intersection equipment, and link information is stored in database, makes device management server can from database, obtain at any time the link information of the first intersection equipment middle port.

In another kind of implementation, device management server also can directly obtain the link information of the first intersection equipment middle port from client.

Further, as shown in table 2, table 2 is the link information of the first intersection equipment middle port.

Table 2 link information

In embodiments of the present invention, source port specifically refers in arbitrary port annexation the port as starting point, source port subchannel specifically refers to the arbitrary subchannel in source port, egress mouth specifically refers in arbitrary port annexation that, as the port of terminal, egress subchannel specifically refers to the arbitrary subchannel in egress mouth.

As above shown in table 2, the source port subchannel 1 in source port 5 and the corresponding connection of egress openning passage 5 in egress mouth 8, that is to say that the source port subchannel 1 in source port 5 exists annexation with the egress openning passage 5 in egress mouth 8.

Be understandable that, also preserved the link information of a plurality of intersection equipment middle ports in database, for example, second intersects the link information of equipment middle port, link information of the 3rd intersection equipment middle port etc.

Step 230, according to described physical pathway information and described link information, determine the annexation between intersection equipment middle port.

Particularly, physical pathway information and the link information according to step 210 and step 220, obtained, device management server is determined the annexation between intersection equipment middle port.

For example, take NE001 intersection equipment as example explanation, the closure that is positioned at No. 1 port of the 5th groove position in this intersection equipment is NE002 intersection equipment, No. 1 port of the 5th groove position is as source port, its inside is that No. 5 egress openning passages in No. 1 port of source port subchannel and the 8th groove position of No. 1 are connected, and No. 1 port of the 8th groove position is as egress mouth.

Step 240, according to the annexation of port between in described intersection equipment, determine the pattern compound mode corresponding with described annexation.

Particularly, according to the description of step 230, device management server is determined after the annexation between intersection equipment middle port, determine the pattern compound mode corresponding with annexation, this pattern compound mode that is to say the source port in the annexation of port, source terminal passage, closure, egress mouth, egress subchannel are shown in the mode of pattern respectively, and each image is combined.

The pattern compound mode corresponding with described annexation that step 250, utilization are determined, generates figure pattern port annexation figure, the annexation of described figure pattern port annexation figure for showing described intersection equipment middle port.

Particularly, the pattern compound mode corresponding with annexation that device management server utilization is determined, generates figure pattern port annexation figure, and described figure pattern port annexation figure is for showing the annexation between the first intersection equipment middle port.As shown in Figure 6, the figure pattern port annexation figure that Fig. 6 provides for the embodiment of the present invention.

Further, the figure pattern port annexation figure of generation specifically comprises: source port region, source terminal passage area, directional ring region, egress port area and egress subchannel region;

Wherein, source port region is for representing that arbitrary port annexation is as the source port of starting point; Source terminal passage area is for representing whole subchannels of source port; Egress port area is for representing that arbitrary port annexation is as the port of terminal; Egress subchannel region is for representing whole subchannels of egress mouth; Directional ring region is for representing the closure of described intersection equipment middle port.

Further, the figure pattern port annexation figure of generation specifically comprises: source region and egress region;

Wherein, source region, for representing the residing region of arbitrary port annexation source port; Egress region, for representing the residing region of arbitrary port annexation egress mouth.

In Fig. 6, the described figure pattern port annexation figure of generation specifically comprises:

By source region and egress region, be arranged in the center of figure pattern port annexation figure.

In source region and the outside arragement direction ring region in egress region, directional ring is comprised of multistage arc; Further, the length of arc depends on the port number making progress the party.

In directional ring outside, arrange source port region and egress port area, the whole source ports in the regioselective directional ring of source port region representation source in first direction, egress port area represents the whole egress mouths in the second direction of connection corresponding to first direction; Further, source port region, egress port area are centered by source radian axis, and the maximum radian in region is no more than 120 degree.If port number is too many, in the one end in region, increase the arrow icon, click the arrow icon, on region, show remaining port.

In the source port region exterior source terminal passage area of arranging, source terminal passage area represents whole subchannels that the regioselective source port of source port comprises; Further, according to the bandwidth meter of each port, calculate the subchannel quantity that each port comprises, source terminal passage area is centered by source radian axis, and the maximum radian in region is no more than 120 degree.If subchannel quantity is too many, in the one end in region, increase the arrow icon, click the arrow icon, on region, show remaining subchannel.

The egress subchannel region of arranging in egress port area outside, whole subchannels that egress subchannel region representation comprises with the egress mouth of the corresponding connection of source port of selection.Further, according to the bandwidth meter of each port, calculate the subchannel quantity that each port comprises, egress subchannel region is centered by source radian axis, and the maximum radian in region is no more than 120 degree.If subchannel quantity is too many, in the one end in region, increase the arrow icon, click the arrow icon, on region, show remaining subchannel.

Further, in figure pattern port annexation figure, also specifically comprise: source port the pointer icon, is used to indicate the source port of selection;

Source terminal channel pointer icon, is used to indicate the source terminal passage in the described source port of selection;

Egress mouth the pointer icon, is used to indicate the egress mouth with the corresponding connection of described source port of selecting;

Egress subchannel the pointer icon, is used to indicate the egress subchannel in the egress mouth with the corresponding connection of described source port of selecting.

It should be noted that, source port region, source terminal passage area, directional ring region, egress port area, egress subchannel region, source region and egress region in figure pattern port annexation figure can represent by the form of sector.

In an example, as shown in Figure 6, in the figure pattern port annexation figure showing in Fig. 6, in the first intersection equipment, the source region of a port connection is corresponding with the first direction in directional ring, what source port pointer was indicated is the source port 5 in first direction, and what source terminal channel pointer was indicated is the 8th subchannel in source port 5.Accordingly, the egress region that this port connects is positioned at the center of figure pattern port annexation figure, egress region is corresponding with the fourth direction in directional ring, because this directional ring forms by representing to intersect the multistage arc of equipment middle port closure, therefore, first direction in source region and directional ring is at once, device management server is according to physical pathway information and the link information of the first intersection equipment, determine with the corresponding connection of the 8th subchannel in source port 5 in first direction be the 7th subchannel in egress mouth 5, and the closure of egress mouth 5 is fourth direction, device management server is according to above-mentioned definite information, egress region is corresponding with fourth direction, egress mouth 5 by the indication of place port pointer with the corresponding connection of source port 5, by the 7th subchannel in egress subchannel pointer indication egress mouth 5.

Figure pattern port annexation figure in the embodiment of the present invention shown in Fig. 6 is specially the port annexation figure of compass, in actual applications, be not restricted to the port annexation figure of compass, also can there is the port annexation figure of other figure patterns, for example, as shown in Figure 7, the port annexation figure of circle type, at this, only with the form of formal specification figure pattern port annexation figure for example, wherein, directional ring region, source, egress port area, source, the definition of egress openning passage area is identical with previous embodiment, the form of expression that is only image is different, previous embodiment represents by the form of sector, in Fig. 7, adopt circle to replace.Click the small circle on bearing circle region, can launch all of the port that the party makes progress; Small circle in click source, egress port area, can launch the subchannel of this port.

Device management server is according to the description of abovementioned steps, generate figure pattern port annexation figure, also figure pattern port annexation figure can be sent to subscription client, so that client is presented at figure pattern port annexation figure in user interface, make user can check easily and quickly, create the connection between port by figure pattern port annexation figure.

Therefore, the processing method of the intersection equipment middle port annexation providing by the application embodiment of the present invention, according to physical pathway information and the link information of the first intersection equipment middle port obtaining, device management server generates corresponding figure pattern port annexation figure, and figure pattern port annexation figure is presented in user interface by client, user can be checked by tapping figure pattern port annexation figure, create the connection intersecting between device port, and then it is mixed and disorderly to have solved between prior art middle port interconnection line states, user cannot clearly identify the input port of connecting line end points representative and the problem of output port, simultaneously, also improved the efficiency of checking port cross-connect cable.

Alternatively, in order to make user can more clearly check, create the annexation between port, in the figure pattern port annexation figure generating, except utilizing pointer information to represent port or the subchannel selected, also the source terminal passage having established a connection can be shown with the egress subchannel projection being connected corresponding to source terminal passage, to distinguish with the idle subchannel not establishing a connection, so that during the annexation of user between the new port of follow-up establishment, by projection, show the clear and definite subchannel having established a connection.

Wherein, as example, and non-limiting, protruding demonstration is specifically as follows the subchannel projection having established a connection, and the subchannel that projection shows can be used color burn, the subchannel differentiation that makes it and do not establish a connection.

Alternatively, after step 210 is complete to step 250, device management server also can receive the information of checking, according to the information of checking, the annexation between corresponding port is presented in figure pattern cross connection pattern, user friendly checking, as shown in Figure 8, Fig. 8 checks annexation method flow diagram between port for what the embodiment of the present invention provided.Specifically comprise the following steps:

Step 810, receive the information of checking that user inputs by client, described in the information of checking comprise described source area information or described source port information or described source terminal channel information.

Particularly, device management server receives the information of checking that user inputs by client, described in the information of checking comprise source area information or described source port information or described source terminal channel information.

Further, client has face phase user's touch display screen, on touch display screen, show figure pattern port annexation figure, when user wishes to check the annexation of certain port in the first intersection equipment, tap the figure pattern port annexation figure in touch display screen, and slide source region or source port the pointer icon or source terminal channel pointer icon, client is converted to by user's corresponding slip the information of checking, to device management server, sends the information of checking.

It should be noted that, touch display screen shows the initial condition of figure pattern port annexation figure at first, and described initial condition refers to the mode of operation of user before this is checked, as shown in Figure 6.

Described in step 820, basis, check information, search described egress area information or described place port information or described egress sub-channel information with described source area information or described source port information or the corresponding connection of described source terminal channel information.

Particularly, device management server is after receiving the information of checking, the content that the information of checking comprises is resolved and extracted to the information of checking, according to the information of checking, search egress area information or described place port information or described egress sub-channel information with source area information or described source port information or the corresponding connection of described source terminal channel information.

Further, physical pathway information and the link information of the first intersection equipment that device management server is stored from database, search egress area information or described place port information or described egress sub-channel information with source area information or described source port information or the corresponding connection of described source terminal channel information.

Step 830, when finding out the corresponding described egress area information connecting or described place port information or described egress sub-channel information, to described subscription client, send described egress area information or described place port information or described egress sub-channel information, so that described subscription client shows.

Particularly, if device management server finds out the corresponding egress area information connecting from database, or place port information, or egress sub-channel information, to subscription client, send egress area information, or place port information, or egress sub-channel information, so that client is crossed rotation egress region by the above-mentioned information exchange finding, or by egress mouth the pointer icon indication place port information, or be presented in figure pattern port annexation figure by egress subchannel the pointer icon indication egress sub-channel information, make user can check intuitively the annexation between the first intersection equipment middle port.

In one implementation, device management server is according to checking egress area information and described place port information and the described egress sub-channel information that information searching goes out, as shown in Figure 9, in Fig. 9, corresponding with the information of checking egress area information does not change, and only place port information, egress sub-channel information correspondingly change.

In another kind of implementation, device management server is according to checking egress area information and described place port information and the described egress sub-channel information that information searching goes out, as shown in figure 10, in Figure 10, the egress area information corresponding with the information of searching changes, the position in egress region is rotated, place port information, egress sub-channel information also correspondingly change, but because the position in source region in the information of searching does not rotate, therefore, place port information, egress sub-channel information are still corresponding centered by source radian axis.

In another kind of implementation, when the source regional location that the information of checking of user's input comprises rotates, device management server is according to checking egress area information and described place port information and the described egress sub-channel information that information searching goes out, as shown in figure 11, in Figure 11, because source regional location rotates, the position in egress region is rotated, place port information, egress sub-channel information also correspondingly change, but place port information, egress sub-channel information are still corresponding centered by source radian axis.

It should be noted that, if check and do not explicitly point out source port information or source terminal channel information in information, while only comprising source area information, subscription client default user is selected is the first source port information or the first source terminal channel information in the direction corresponding with source region.

Further, in actual conditions, if device management server does not find out corresponding egress area information or described place port information or the described egress sub-channel information connecting from database, device management server generates corresponding lookup result information, to subscription client, send lookup result information, subscription client is presented at lookup result information in user interface, to point out the annexation link between the port that user checks to check unsuccessfully.

Alternatively, after step 210 is complete to step 250, device management server also can receive establishment information, according to the annexation creating between information creating the first intersection equipment middle port, and the annexation between the port after creating is presented in figure pattern port annexation figure, facilitate follow-up the checking of user, as shown in figure 12, annexation method flow diagram between the establishment port that Figure 12 provides for the embodiment of the present invention.Specifically comprise the following steps.

The first establishment information that step 1210, reception user input by described client.

Particularly, device management server receives the first establishment information that user inputs by client, and described the first establishment information comprises described source area information, described source port information, described source terminal channel information.

Further, client has face phase user's touch display screen, on touch display screen, show figure pattern port annexation figure, when user wishes to create in the first intersection equipment the annexation between certain port, tap the figure pattern port annexation figure in touch display screen, and slide source region and source port the pointer icon and source terminal channel pointer icon, client is converted to the first establishment information by user's corresponding slip, to device management server, sends the first establishment information.

Step 1220, according to described the first establishment information, create the connection between described intersection equipment middle port.

Particularly, first, device management server, according to the first establishment information, determines whether the source terminal passage that source terminal channel information is corresponding is idle, when definite source terminal passage corresponding to source terminal channel information is the free time, device management server generates the first information.

Then, device management server sends the first information to client, so that client shows the first information, wherein, as example and non-limiting, it is idle subchannel that described the first information is specifically as follows the indicated source terminal passage of clear and definite source terminal channel pointer, can carry out follow-up foundation step; Be understandable that, when definite source terminal passage corresponding to source terminal channel information is busy (taking), device management server still generates the first information, but the first information is busy subchannel in order to the indicated source terminal passage of clear and definite source terminal channel pointer, can not carry out follow-up foundation step, constructive process stops.

Client is presented at the first information on touch display screen, user taps the figure pattern port annexation figure in touch display screen again according to the first information, and slide egress region and egress mouth the pointer icon and egress subchannel the pointer icon, client is converted to the second establishment information by user's corresponding slip, to device management server, sends the second establishment information.

Device management server receives the second establishment information that user inputs by client, and described the second establishment information comprises described egress area information, described place port information, described egress sub-channel information.

Finally, device management server is according to the second establishment information, determine whether the source terminal passage that egress sub-channel information is corresponding is idle, when definite source terminal passage corresponding to source terminal channel information is the free time, device management server creates being connected between the endogenous terminal channel of source port and the interior egress subchannel of egress mouth, and generation creates successful information, to client, send and create successful information, client is presented at establishment successful information in user interface, to point out the successful connection between the port that user creates; Be understandable that, when definite egress subchannel corresponding to egress sub-channel information is busy (taking), device management server generates and creates failure information, to client, send and create failure information, client is presented at establishment failure information in user interface, to point out the connection failure between the port that user creates.

Correspondingly, the embodiment of the present invention also provides a kind of processing unit that intersects equipment middle port annexation, in order to realize the processing method of the intersection equipment middle port annexation in previous embodiment, as shown in figure 13, described device comprises: the first acquiring unit 1310, second acquisition unit 1320, the first determining unit 1330, the second determining unit 1340 and generation unit 1350.

Described the first acquiring unit 1310, for obtaining the physical pathway information of intersection equipment middle port;

Second acquisition unit 1320, for obtaining the interconnection information of described intersection equipment middle port;

The first determining unit 1330, for according to described physical pathway information and described link information, determines the annexation between described intersection equipment middle port;

The second determining unit 1340, for according to the annexation between described intersection equipment middle port, determines the pattern compound mode corresponding with described annexation;

Generation unit 1350, for utilizing definite pattern compound mode corresponding with described annexation, generates figure pattern port annexation figure, and described figure pattern port annexation figure is for showing the annexation of described intersection equipment middle port.

The described figure pattern port annexation figure that described generation unit 1350 generates specifically comprises: source port region, source terminal passage area, directional ring region, egress port area and egress subchannel region;

The described figure pattern port annexation figure that described generation unit 1350 generates specifically comprises: source region and egress region;

The described figure pattern port annexation figure that described generation unit 1350 generates specifically comprises: by described source region and described egress region, be arranged in the center of described figure pattern port annexation figure;

The described figure pattern port annexation figure that described generation unit 1350 generates also comprises:

Described device also comprises: receiving element 1360, the information of checking of inputting by client for receiving user, described in the information of checking comprise described source area information or described source port information or described source terminal channel information;

Search unit 1370, described in receiving according to described receiving element, check information, search described egress area information or described place port information or described egress sub-channel information with described source area information or described source port information or the corresponding connection of described source terminal channel information, and to described transmitting element transmission lookup result;

Described device also comprises: transmitting element 1380, for receiving the lookup result of searching unit transmission, when finding out the corresponding described egress area information connecting or described place port information or described egress sub-channel information, to described client, send described egress area information or described place port information or described egress sub-channel information, so that described client shows.

Described receiving element 1360 also for, receive the first establishment information that user inputs by described client;

Described device also comprises: creating unit 1390, described the first establishment information for receiving according to described receiving element, creates the connection between described intersection equipment middle port.

Described the first establishment information that described receiving element 1360 receives comprises described source area information, described source port information, described source terminal channel information;

Described creating unit 1390 specifically for, when definite described source terminal passage corresponding to described source terminal channel information is while being idle, generate the first information;

Described transmitting element 1380 also for, to described client, send described the first information, so that described client shows the first information;

Described receiving element 1360 also for, according to described the first information, receive the second establishment information that user inputs by described client, described the second establishment information comprises described egress area information, described place port information, described egress sub-channel information;

Described creating unit 1390 also for, when definite described egress subchannel corresponding to described egress sub-channel information is while being idle, create being connected between described source terminal passage and the interior described egress subchannel of described egress mouth in described source port.

The source terminal passage and the described egress subchannel projection that in the described figure pattern port annexation figure that described generation unit 1350 generates, have established a connection show.

Therefore, the processing unit of the intersection equipment middle port annexation providing by the application embodiment of the present invention, according to physical pathway information and the link information of the first intersection equipment middle port obtaining, device management server generates corresponding figure pattern port annexation figure, and figure pattern port annexation figure is presented in user interface by client, user can be checked by tapping figure pattern port annexation figure, create the connection intersecting between device port, and then it is mixed and disorderly to have solved between prior art middle port interconnection line states, user cannot clearly identify the input port of connecting line end points representative and the problem of output port, simultaneously, also improved the efficiency of checking port cross-connect cable.

In addition, the processing unit of the intersection equipment middle port annexation that the embodiment of the present invention provides also available following mode is realized, and as shown in figure 14, described device comprises: network interface 1410, processor 1420 and memory 1430.

Network interface 1410 for intersect equipment, client and carry out interactive communication.

Memory 1430 can be permanent memory, and for example hard disk drive and flash memory, have software module and device driver in memory 1430.Software module can be carried out the various functional modules of said method of the present invention; Device driver can be network and interface drive program.

When starting, these component softwares are loaded in memory 1430, then by processor 1420, are accessed and carry out as given an order:

Obtain the physical pathway information of intersection equipment middle port;

Obtain the link information of described intersection equipment middle port;

Further, after the component software of described processor access memory 1430, the described figure pattern port annexation figure of generation specifically comprises: source port region, source terminal passage area, directional ring region, egress port area and egress subchannel region;

Wherein, described source port region is for representing that arbitrary port annexation is as the source port of starting point; Described source terminal passage area is for representing whole subchannels of source port; Described egress port area is for representing that arbitrary port annexation is as the port of terminal; Described egress subchannel region is for representing whole subchannels of egress mouth; Described directional ring region is for representing the closure of described intersection equipment middle port.

Further, after the component software of described processor access memory 1430, the described figure pattern port annexation figure of generation specifically comprises: source region and egress region;

Further, after the component software of described processor access memory 1430, the described figure pattern port annexation figure of generation specifically comprises:

Further, after the component software of described processor access memory 1430, carry out the instruction of following process:

Further, described the first establishment information comprises described source area information, described source port information, described source terminal channel information;

Further, after the component software of described processor access memory 1430, carry out describedly according to described the first establishment information, the instruction that creates the connection procedure between described intersection equipment middle port is:

Further, after the component software of described processor access memory 1430, carry out the instruction of following process: the described source terminal passage having established a connection in described figure pattern port annexation figure and described egress subchannel projection are shown.

Professional should further recognize, unit and the algorithm steps of each example of describing in conjunction with embodiment disclosed herein, can realize with electronic hardware, computer software or the combination of the two, for the interchangeability of hardware and software is clearly described, composition and the step of each example described according to function in the above description in general manner.These functions are carried out with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.Professional and technical personnel can specifically should be used for realizing described function with distinct methods to each, but this realization should not thought and exceeds scope of the present invention.

The software module that the method for describing in conjunction with embodiment disclosed herein or the step of algorithm can use hardware, processor to carry out, or the combination of the two is implemented.Software module can be placed in the storage medium of any other form known in random asccess memory (RAM), internal memory, read-only memory (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field.

Above-described embodiment; object of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the foregoing is only the specific embodiment of the present invention; the protection range being not intended to limit the present invention; within the spirit and principles in the present invention all, any modification of making, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.

Claims

1. intersect the processing method of equipment middle port annexation, it is characterized in that, described method comprises:

Obtain the physical pathway information of intersection equipment middle port;

Obtain the link information of described intersection equipment middle port;

Utilize the pattern compound mode corresponding with described annexation of determining, generate figure pattern port annexation figure, described figure pattern port annexation figure is for showing the annexation between described intersection equipment middle port.

2. processing method according to claim 1, is characterized in that, the described figure pattern port annexation figure of generation specifically comprises: source port region, source terminal passage area, directional ring region, egress port area and egress subchannel region;

3. processing method according to claim 2, is characterized in that, the described figure pattern port annexation figure of generation specifically comprises: source region and egress region;

4. processing method according to claim 3, is characterized in that, the described figure pattern port annexation figure of generation specifically comprises:

5. processing method according to claim 4, is characterized in that, the described figure pattern port annexation figure of generation specifically comprises:

6. according to the processing method described in claim 2 or 3 any one, it is characterized in that the pattern compound mode corresponding with described annexation that described utilization is determined also comprises after generation figure pattern port annexation figure:

7. processing method according to claim 6, is characterized in that, the pattern compound mode corresponding with described annexation that described utilization is determined also comprises after generation figure pattern port annexation figure:

8. processing method according to claim 7, is characterized in that, described the first establishment information comprises described source area information, described source port information, described source terminal channel information;

9. according to the processing method described in claim 1 to 8 any one, it is characterized in that, described method also comprises: the described source terminal passage having established a connection in described figure pattern port annexation figure and described egress subchannel projection are shown.

10. intersect the processing unit of equipment middle port annexation, it is characterized in that, described device comprises:

11. processing unit according to claim 10, it is characterized in that, the described figure pattern port annexation figure that described generation unit generates specifically comprises: source port region, source terminal passage area, directional ring region, egress port area and egress subchannel region;

12. processing unit according to claim 11, is characterized in that, the described figure pattern port annexation figure that described generation unit generates specifically comprises: source region and egress region;

13. processing unit according to claim 12, is characterized in that, the described figure pattern port annexation figure that described generation unit generates specifically comprises:

14. processing unit according to claim 13, is characterized in that, the described figure pattern port annexation figure that described generation unit generates also comprises:

15. according to the processing unit described in claim 11 or 12 any one, it is characterized in that, described device also comprises:

16. processing unit according to claim 15, is characterized in that, described receiving element also for, receive the first establishment information that user inputs by described client;

17. processing unit according to claim 16, is characterized in that, described the first establishment information that described receiving element receives comprises described source area information, described source port information, described source terminal channel information;

18. according to claim 10 to the processing unit described in 17 any one, it is characterized in that, the source terminal passage having established a connection in the described figure pattern port annexation figure that described generation unit generates and described egress subchannel projection show.