CN104580551B - A kind of networking data center systems and method - Google Patents

A kind of networking data center systems and method Download PDF

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CN104580551B
CN104580551B CN201510034070.3A CN201510034070A CN104580551B CN 104580551 B CN104580551 B CN 104580551B CN 201510034070 A CN201510034070 A CN 201510034070A CN 104580551 B CN104580551 B CN 104580551B
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data center
node
networking
higher level
subordinate
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CN104580551A (en
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曾仲林
陈永强
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
    • H04L12/44—Star or tree networks

Abstract

The present invention discloses a kind of networking data center systems and method.Include higher level data center node, data center of subordinate node in networking, node visit higher level data center of data center of subordinate node, and data interaction is carried out, higher level data center node can authorize data center of subordinate node visit application message by Authority Verification.Higher level data center node is respectively arranged with again higher level data center node, data center of subordinate node is respectively arranged with again data center of subordinate node, the access that cannot bypass the immediate leadership is accessed between data center's nodes wherein at different levels, access authority verification is encoded using unique identification information, that is, user's registration in the whole network.The present invention realizes the whole network real-time unified operation of the higher level data center node to data center of subordinate node, keep the whole network management orderly, real-time, simple and conveniently, make higher level data center node can be with data center of real-time awareness subordinate nodal information through the invention, to realize, the real-time update of the real-time, interactive of information and information is safeguarded in networking, substantially increases the information exchange efficiency and information update maintenance efficiency of each data center's node in networking.

Description

A kind of networking data center systems and method
Technical field
The present invention relates to the communication technology more particularly to a kind of networking data center systems and method.
Background technology
With the development of internet, the application services such as many office automation, network activities at present are all in the internet Implement.When especially needing classification, top data center's node builds up one with its subordinate's rank data Centroid and leads to Communication network, and meet the needs of every profession and trade flexible networking provides business function.
In the prior art, after fixed networking determines, the information of each network node is also finished with regard to configuration, for each network section Whether for point, whether other nodes are online, can be used and can not know.The processing of the fixed lower message routing of networking configuration is general It is：First there is request message to network A, then network A determines target network B according to request message, and is sent out to corresponding DNS equipment Route messages inquiry request is sent, the address information of target network is inquired by network designation, and then obtains the address letter of network B Breath, thereby realizes the communication of network A and network B.
The characteristics of according to communication network itself, communication need to follow following group net principle in networking:Each data center's net Network should keep the independence of respective relative business, and top data center's node by different domain names in subordinate's rank data Heart node is distinguish and identifies.
Using existing network-building method, after networking, when thering are other nodes to have access request, it is necessary to relevant each The nodal information for manually increasing the new access network in a main DNS equipment in website, when there is node to leave network, it is necessary to The nodal information that the new access network is manually deleted in the relevant main DNS equipment in each website, is requiring to access network in real time Special applications scene when, process is cumbersome, be easy unnecessary influence is caused on network.
Invention content
In view of this, a kind of networking data center systems of present invention offer and method, make in level data through the invention Heart node can be with data center of real-time awareness subordinate nodal information, to realize the real-time, interactive of information and information in networking Real-time update safeguards that the information exchange efficiency and information update for substantially increasing each data center's node in networking safeguard effect Rate.
In order to solve the above technical problems, the first technical solution of the invention is a kind of networking data center systems, including：
Higher level data center node is sentenced for receiving data center of subordinate node in the solicited message that networking transmission is added It is disconnected to allow to ask or refuse request, and real-time update mesh information table, described in each data center of subordinate node transmission Mesh information；Wherein, the mesh information table includes being under the jurisdiction of the identification information of higher level data center node and right in networking Answer address information etc..
Data center of subordinate node, for when networking is added or leaves networking, being sent out to affiliated higher level data center node Solicited message is sent, and receives the mesh information table that affiliated higher level data center node is sent.
Preferably, in the system, further include：
Data center of subordinate again node under affiliated data center of subordinate node；
The data center of subordinate node is additionally operable to, its subordinate's networking generated is sent to higher level data center node Information table, table includes being under the jurisdiction of each of the data center of subordinate node in networking to descend series again in subordinate's mesh information According to the identification information of Centroid and corresponding address information etc..
Preferably, in the system, further include：
The data center of the higher level again node of affiliated higher level data center node；
Higher level data center node is additionally operable to, and when being added or leaving networking, is saved to the affiliated data center of higher level again Point sends request message, and the mesh information table of higher level again that higher level data center node is sent again belonging to reception, the higher level again Mesh information table includes the identification information for belonging to a Ge Zai higher level data center node in networking with higher level data center node With corresponding address information etc..
Preferably, it when data center's node is added or leaves networking, is realized by way of sending information broadcast；Its In, described information broadcast carries identification information and corresponding address information of the node etc..
Preferably, the identification information of mesh information Biao Zhong data centers node is compiled by the postal service of the node location (industrial sectors of national economy is classified (GB/T for CPU codings and national trade classification code in a computer for code, telecom coding, node institute Unified coding 4754-2011) is carried out, there is uniqueness in networking.
The second technical solution of the present invention is a kind of networking data center method, and the networking data center is related to series According to Centroid and data center of subordinate node, node visit higher level data center of data center of subordinate node, and carry out data Interaction, which is characterized in that the described method comprises the following steps：
S1, data center of subordinate node superior data center node send interaction request, in the upper level data Heart node judges that its request is effective, and the data center of subordinate node will need the information of interaction to upload to higher level data center section Point downloads the information for needing interaction from higher level data center node；
S2, higher level data center node receive the interactive information from the data center of subordinate node and handle or Interactive information is handled and is sent to data center of the subordinate node by person.
Preferably, higher level data center node visit again higher level data center node use user identity information side Formula, local user access other users information need to be registered local data center's node by user and enter network.
Preferably, data interaction in the networking is directly uploaded instant data by network per level data Centroid On the server to node institute of purpose data center, purpose data center node automatically will be with the relevant number of data center's node According to being stored in its application server, and it is supplied to purpose user；Wherein, the application server of data center's nodes at different levels Service Privileges equity, registration user use data service permission equity.
Preferably, data center's node at different levels has a corresponding application server, and application message can in networking To exchange visits.Described level data Centroid registration user can pass through data center's node serve this level data of authentication-access center The application message of node；Described level data Centroid registration user can be verified by data center's node serve to be visited to be visited Ask the application message of data center's node to be visited；Wherein, the user that registers of data center's node at different levels registers as the whole network User.
Preferably, the outer nonregistered user of the networking may have access to data center's node, non-registered use outside the networking Family carries out sign-on access by temporary login server, the interim ID of generation, and casual user accesses record and can relate.
Higher level data center node is in tree-shaped tandem type with the data center of subordinate node, each in upper level data Heart node can YouNGe Zai higher level data center node, M data center of subordinate node；Data center of each subordinate can have N Data center of Ge Zai subordinates node, wherein M, N are natural number, and data center's node of highest level is top data center's section Point.
Compared with prior art, for the present invention by classification (layering) formula management of data, data center's nodes at different levels can not It is accessed with bypassing the immediate leadership, realizes the whole network real-time unified operation of the higher level data center node to data center of subordinate node, make the whole network It manages orderly, real-time, simple and conveniently, realizes the real-time update of the real-time, interactive of information and information in networking and safeguard, significantly Improve the information exchange efficiency and information update maintenance efficiency of each data center's node in networking.
Description of the drawings
Fig. 1 is one the whole network framework topology diagram of the embodiment of the present invention；
Fig. 2 is two the whole network framework topology diagram of the embodiment of the present invention；
Fig. 3 is the top data center's node composition figure of the embodiment of the present invention；
Fig. 4 is level one data Centroid of embodiment of the present invention composition figure；
Fig. 5 is that the embodiment of the present invention registers user information access block diagram；
Fig. 6 is that new registration user data upload of the embodiment of the present invention realizes block diagram；
Fig. 7 is that new registration user data of the embodiment of the present invention downloads realization block diagram；
Fig. 8 is that block diagram is realized in application message transmission in net of the embodiment of the present invention；
Fig. 9 is that block diagram is realized in application message reference in net of the embodiment of the present invention；
Figure 10 is that the outer user of net of the embodiment of the present invention accesses realization block diagram.
Specific implementation mode
It is below in conjunction with the accompanying drawings and specific real in order to make those skilled in the art more fully understand technical scheme of the present invention Applying example, the present invention is described in further detail.
The embodiment of the present invention provides a kind of networking data center systems comprising higher level data center node, lower level data Centroid further includes under the data center's node of higher level again and data center of subordinate node belonging to higher level data center node Data center of subordinate node again.Referring to Fig. 1, in the present embodiment, the whole network group is divided into level Four, i.e. one, two, three data center's node And top data center's node.
It is understood that data center's node at different levels in the networking is mapped with domestic administrative division, such as Fig. 2 It is shown, level one data Centroid, that is, provincial center, secondary data Centroid, that is, city (local city, state) grade center, three series According to Centroid, that is, area (county) grade center.
Described the whole network further includes having, instant data exchange server, data retrieval server, encoder server etc..Wherein,
Top data center's node：Unique one of the whole network, is mainly responsible for the data exchange with level one data center；Mainly relate to And information has：The whole network registers user information, country's mark Huaihe River trade classification code (industrial sectors of national economy classification (GB/T4754- 2011)), telecom taxonomy code, postcode, administrative division code, offer whole network data standard, specification whole network data type, such as Fig. 3 It is shown.
Level one data Centroid：Be mainly responsible for this level data, the data exchange of secondary data Centroid and with it is top The data exchange of data center's node；Relating generally to information has：Encoding service (postcode, telecom coding, national trade classification Code (industrial sectors of national economy classify (GB/T 4754-2011)), administrative division), the whole network registration user data, instant data exchange Service, data retrieval composition.Instant data exchange service is responsible for from top data center's downloading data and uploads this series simultaneously According to the newly-increased data of Centroid to top data service center.The main lookup that related data is provided of data retrieval service, such as Shown in Fig. 4.
Secondary data Centroid：Be mainly responsible for this level data, the data exchange of subordinate's three-level data center node and with The data exchange of level one data Centroid；Information is related generally to level one data Centroid.
Three-level data center node：It is mainly responsible for the exchange of this level data and the data exchange with secondary data Centroid； Relate generally to the same series Centroid of information.
Instant data exchange server：It is responsible for top data switching center's node, level one data Centroid, two series It is uploaded or is downloaded in real time according to the newly-increased data of Centroid, three-level data center node.
Data retrieval server：The number of level one data Centroid, secondary data Centroid, three-level data center node According to progress keyword search, precise search, trade classification search etc..
Encoder server：Store telecom coding, postcode, trade classification coding, IP address possession code etc..
Networking model is made the following instructions below：The present embodiment networking is by four stage layered permissions：
Top data center's node has super-ordinate right, and the standard and level one data Centroid for being responsible for the whole network information carry out Data exchange.Secondary data Centroid cannot bypass the immediate leadership with three-level data center node carries out data with top data center's node Exchange, top data center's node is highest level switching centre, only with the level one data center that has level one data center permission Node carries out data exchange.
Level one data Centroid subordinate has secondary data Centroid, is responsible for the affiliated data in notebook data center being uploaded to Top data center's node, and download from top data center's node the data at non-notebook data center.This level data Centroid Can only carry out data exchange with top data center's node and subordinate's secondary data Centroid, cannot in other level one datas Heart node and three-level data center node carry out data exchange.
Secondary data Centroid subordinate has three-level data center node, is responsible for the affiliated data in notebook data center being uploaded to Level one data Centroid, and download from level one data Centroid the data at non-notebook data center.This level data Centroid Can only carry out data exchange with oneself affiliated level one data Centroid and subordinate's three-level data center node, cannot with other one Level data Centroid, other secondary data Centroids and other three-level data center nodes carry out data exchange.
Three-level data center subordinate has registration user, is responsible for the affiliated data in notebook data center being uploaded to oneself affiliated two level Data center's node, and download the data of non-notebook data Centroid from category secondary data node certainly.This level data Centroid Can only carry out data exchange with oneself affiliated secondary data Centroid, cannot with other level one data Centroids, other two Level data Centroid and other three-level data center nodes carry out data exchange.
In the present embodiment, unique mark, that is, user's registration mark of data center's node, user identifier letter are accessed in the whole network Breath accesses, local user access other users information, needs to register local data center by user and enters network, and leads to System verification is crossed, can just check other registration user informations, and can be communicated, check other registration user's public informations Deng as shown in Figure 5.The meter that wherein registration user identifier is used according to the postcode of user location, telecom coding, user The sequence number sequential encoding of the user of three-level registration center in CPU codings and Home Network in calculation machine hardware.The mark is registration User in Home Network all inquiry, propagation unique identifying number, and have uniqueness in this network-building method.It is as follows, with letter User identifier is explained instead of number：
User identifier corresponds to explanation：
Coding Number Explanation
Postcode A Postcode is represented in combination illustrates
Telecom coding B Telecom coding is represented in combination illustrates
CPU identifiers C CPU identifiers are represented in combination illustrates
Trade classification code D Trade classification code is represented in combination illustrates
The unlimited digit of user's registration sequence number E The unlimited digit of user's registration sequence number is represented in combination illustrates
User identifier permutation and combination pattern is as follows：
Compositional model Coding number Coding number Coding number Coding number Coding number
1 A B C D E
2 A B C E D
3 A B D C E
4 A B D E C
5 A B E C D
6 A B E D C
7 A C B D E
8 A C B E D
9 A C D B E
10 A C D E B
11 A C E B D
12 A C E D B
13 A D B C E
14 A D B E C
15 A D C B E
16 A D C E B
17 A D E B C
18 A D E C B
19 A E B C D
20 A E B D C
21 A E C B D
22 A E C D B
23 A E D B C
24 A E D C B
25 B A C D E
26 B A C E D
27 B A D C E
28 B A D E C
29 B A E C D
30 B A E D C
31 B C A D E
32 B C A E D
33 B C D A E
34 B C D E A
35 B C E A D
36 B C E D A
37 B D A C E
38 B D A E C
39 B D C A E
40 B D C E A
41 B D E A C
42 B D E C A
43 B E A C D
44 B E A D C
45 B E C A D
46 B E C D A
47 B E D A C
48 B E D C A
49 C A B D E
50 C A B E D
51 C A D B E
52 C A D E B
53 C A E B D
54 C A E D B
55 C B A D E
56 C B A E D
57 C B D A E
58 C B D E A
59 C B E A D
60 C B E D A
61 C D A B E
62 C D A E B
63 C D B A E
64 C D B E A
65 C D E A B
66 C D E B A
67 C E A B D
68 C E A D B
69 C E B A D
70 C E B D A
71 C E D A B
72 C E D B A
73 D A B C E
74 D A B E C
75 D A C B E
76 D A C E B
77 D A E B C
78 D A E C B
79 D B A C E
80 D B A E C
81 D B C A E
82 D B C E A
83 D B E A C
84 D B E C A
85 D C A B E
86 D C A E B
87 D C B A E
88 D C B E A
89 D C E A B
90 D C E B A
91 D E A B C
92 D E A C B
93 D E B A C
94 D E B C A
95 D E C A B
96 D E C B A
97 E A B C D
98 E A B D C
99 E A C B D
100 E A C D B
101 E A D B C
102 E A D C B
103 E B A C D
104 E B A D C
105 E B C A D
106 E B C D A
107 E B D A C
108 E B D C A
109 E C A B D
110 E C A D B
111 E C B A D
112 E C B D A
113 E C D A B
114 E C D B A
115 E D A B C
116 E D A C B
117 E D B A C
118 E D B C A
119 E D C A B
120 E D C B A
According to above table user identifier, such as：
User identifier：
Corresponding virtual illustration
610052 028 11542615 7020 0000001
In addition user's registration information can also be expanded, as follows：
User extends message identification composition
IP address Login time Last login time Log in broadband Entry address
User's login banner example：
If there is networking is added in new user, the mode of user's registration identification information broadcast may be used, as shown in figure 5, newly Register user data upload：New user identifier is exchanged for real-time broadcast, when the subscriber registration center of current level newly increases one When a registration user, then the user information is " newly-increased ", " is increased newly " when information, then automatically when information exchange service discovery this grade has This is sent to upper level service " increase " information newly.Upload flow：Three-level data center node->Secondary data Centroid-> Level one data Centroid->Top data center's node, as shown in Figure 6.
As shown in fig. 7, new registration user data is downloaded：New user identifier is exchanged for real-time Transmission, when in level one data When heart node is with top data center's node switching data, if there is " newly-increased " the registration user information at other level one data centers When, then the user information is descended into local user registry center, local data exchange server can be automatically by the user immediately Information descends into next stage data center node, under spread journey：Top data center's node->Level one data Centroid->Two Level data Centroid->Three-level data center node.
The present embodiment, data center's node realize the transmission of application message in net：Instant messages pass through data Centroid directly reaches node institute of purpose data center that user to be transmitted in the server, does not pass through higher level data center Node-node transmission.Purpose data center node, data center's node meeting are all transmitted directly to by network per level data Centroid Automatically it is stored in purpose application service, and is supplied in purpose user with the relevant data, as shown in Figure 8.
The application service permission equity of data centers at different levels, user use data service permission equity herein.
The present embodiment, data center's node realize the access of application message in net：This level data Centroid The application message at this level data of registered users access center, is directly verified by data center's node serve.If this level data Centroid user accesses the application service of other data center's nodes, then this level data Centroid user need to pass through access This level data Centroid is verified, and the level data Centroid application service could be accessed.Due to every level data Centroid It registers user service and registers user as the whole network, it is possible to the level data Centroid application service is accessed by being verified, As shown in Figure 9.
The present embodiment, data center's node are realized for netting the access of outer user's (nonregistered user)：The outer non-note of net Volume user generates interim ID number and is logged in and (do not need password) access, as shown in Figure 10 by temporary login service.
It the above is only the preferred embodiment of the present invention, it is noted that above-mentioned preferred embodiment is not construed as pair The limitation of the present invention, protection scope of the present invention should be subject to claim limited range.For the art For those of ordinary skill, without departing from the spirit and scope of the present invention, several improvements and modifications can also be made, these change Protection scope of the present invention is also should be regarded as into retouching.

Claims (10)

1. a kind of networking data center systems, which is characterized in that including：
Higher level data center node judges to permit for receiving data center of subordinate node in the solicited message that networking transmission is added Perhaps it asks or refuses request, and update mesh information table, the mesh information is sent to each data center of subordinate node；Its In, the mesh information table includes the identification information and corresponding address information for being under the jurisdiction of higher level data center node in networking Deng；
Data center of subordinate node, for when networking is added or leaves networking, being asked to the node transmission of affiliated higher level data center Information is sought, and receives the mesh information table that affiliated higher level data center node is sent；
Wherein, higher level data center node carries out real-time with data center of the subordinate node for belonging to the higher level data center Data exchange.
2. a kind of networking data center systems according to claim 1, which is characterized in that further include in the system：Institute Data center of subordinate again node under subordinate's level data Centroid；
The data center of subordinate node is additionally operable to, its subordinate's mesh information generated is sent to higher level data center node Table, subordinate's mesh information table include each the descending again in level data for being under the jurisdiction of the data center of subordinate node in networking The identification information of heart node and corresponding address information etc..
3. a kind of networking data center systems according to claim 1, which is characterized in that further include in the system：Institute Belong to the data center of the higher level again node of higher level data center node；
Higher level data center node is additionally operable to, and when being added or leaving networking, is sent out to the affiliated data center of higher level again node Send request message, and the mesh information table of higher level again that higher level data center node is sent again belonging to reception, higher level's networking again Information table includes belonging to the identification information of a Ge Zai higher level data center node and right in networking with higher level data center node Answer address information etc..
4. a kind of networking data center systems according to claim 1, which is characterized in that data center's node is added Or when leaving networking, realized by way of sending information broadcast；Wherein, including described information broadcasts the mark for carrying the node Information and corresponding address information etc..
5. a kind of networking data center systems according to claim 1, which is characterized in that data in the mesh information table By the postcode of the node location, telecom coding, node institute, CPU is encoded the identification information of Centroid in a computer And national trade classification code carries out Unified coding, has uniqueness in networking.
6. a kind of networking data center method is applied to networking data center systems, the networking data center systems include upper Level data Centroid and data center of subordinate node, node visit higher level data center of data center of subordinate node, and carry out Data interaction, which is characterized in that the described method comprises the following steps：
Data center of subordinate node superior data center node sends interaction request, and higher level data center node is sentenced Its request of breaking is effective, and the data center of subordinate node will need interactive information to upload to higher level data center node or from higher level Data center's node download needs interactive information；
Higher level data center node receives the interactive information from the data center of subordinate node and handles or will hand over Mutual information handles and is sent to data center of the subordinate node；
Wherein, higher level data center node receives the data center of subordinate node in the request letter that networking transmission is added Breath, judgement allows to ask or refuses request, and updates mesh information table, and the networking is sent to each data center of subordinate node Information；Wherein, the mesh information table includes being under the jurisdiction of the identification information of higher level data center node and right in networking Answer address information；
Data center of higher level subordinate node is sent when networking is added or leaves networking to affiliated higher level data center node Solicited message, and receive the mesh information table sent from affiliated higher level data center node.
7. a kind of networking data center method according to claim 6, which is characterized in that the data center of subordinate node Higher level data center node is accessed by the way of user identity information, local user access other users information need to be by this Affiliated local data center's node that user is registered enters network.
8. a kind of networking data center method according to claim 6, which is characterized in that data interaction in the networking, Node institute of purpose data center will directly be upload the data on the server by network immediately per level data Centroid, mesh Data center's node will be stored in its application server with the relevant data of data center's node automatically, and be supplied to mesh User；Wherein, the application server Service Privileges equity of data center's nodes at different levels, user use data service permission Equity.
9. a kind of networking data center method according to claim 6, data center's nodes at different levels have corresponding Application server, application message can exchange visits in networking, which is characterized in that this level data Centroid registration user can pass through it The application message of affiliated its affiliated data center's node of this grade of data center's node serve authentication-access；Described level data center Node registry user can pass through the application message of data center's node serve authentication-access to be visited data center's node to be visited； Wherein, the registration user of data center's node at different levels is the whole network registration user.
10. a kind of networking data center method according to claim 6, the outer user of networking accesses data center's section Point, which is characterized in that for the outer nonregistered user of the networking by temporary login server, the interim ID of generation carries out login visit It asks.
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