CN105656964B - The implementation method and device of data-pushing - Google Patents
The implementation method and device of data-pushing Download PDFInfo
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- CN105656964B CN105656964B CN201410645072.1A CN201410645072A CN105656964B CN 105656964 B CN105656964 B CN 105656964B CN 201410645072 A CN201410645072 A CN 201410645072A CN 105656964 B CN105656964 B CN 105656964B
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Abstract
The present invention provides a kind of implementation method of data-pushing and devices, mobile terminal management system applied to multiple push nodes, the implementation method includes: to obtain push task, push task includes target terminal information and to propelling data information, and target terminal information includes the location of target terminal；Obtain the status information of push node；According to the status information and target terminal information of push node, establish the corresponding relationship of push node and target terminal, wherein for a target terminal, preferentially by the target terminal and the target terminal location and the push node that is in idle condition it is corresponding；According to corresponding relationship, the corresponding target terminal of push node is determined, and give the push mission dispatching of the target terminal to the push node.By the way that the central access for managing platform is distributed to multiple push nodes, the load of management platform is effectively reduced, target terminal access push node can be obtained data, Long-range Data Transmission time delay is effectively reduced.
Description
Technical field
The present invention relates to data service and security fields more particularly to the implementation methods and device of a kind of data-pushing.
Background technique
Mobile terminal management system is also known as mobile device management, for managing the mobile intelligent terminal equipment of enterprise concentratedly.
With the continuous development of mobile terminal administration technology, mobile terminal administration generally further includes mobile application management and mobile content pipe
Reason.Mobile terminal management system is generally made of two parts of management platform and mobile terminal client terminal.Wherein manage platform
Framework can be divided into several parts such as application module, pushing module, data memory module, be responsible for management equipment and send instructions under, visitor
It is responsible for receiving instruction and executes in family end.
Available data pushes process: data-pushing task is passed to pushing module, data-pushing task point by application module
Be two kinds: one is message push, message data is directly pushed to mobile terminal by pushing module；Another kind is file or application
Push, pushing module first push to the URL address for storing data in the form that message pushes mobile whole
End is connected to management platform by mobile terminal later and obtains data.
For the demand of mass termination push, current solution is that centralization is disposed more application servers, pushed away
Server and database server are sent, the data of message push and terminal are shared in the technology of front end deployment load-balancing device
Request, but equally can also have the following problems:
To management platform request data in whole termination sets, it be easy to cause excessively high (including the server of the load of management platform
Hardware resource and outlet bandwidth), influence system performance；In the case where the dispersion of geographical location locating for terminal (for example need to complete
User's propelling data of multiple provinces within the scope of state), data need long distance transmission (such as from Beijing access In Guangdong Province service
Device), cause network transmission delay higher, the practical push performance decline of data；In the case where server centered deployment, if flat
Platform is obtained with communication of mobile terminal data by attacker, the distributed denial of service attack easy to form for management platform, from
And whole system is caused to be unable to operate normally.
Summary of the invention
In order to overcome terminal central access to manage management caused by platform caused by platform load is excessively high, terminal is excessively dispersed
Network transfer delay it is excessive and easily by distributed denial of service attack the problem of, the present invention provides a kind of realities of data-pushing
Existing method and device.
In order to solve the above-mentioned technical problem, the present invention adopts the following technical scheme:
According to one aspect of the present invention, a kind of implementation method of data-pushing is provided, multiple push nodes are applied to
Mobile terminal management system, the implementation method include: obtain push task, the push task includes target terminal information
With to propelling data information, the target terminal information includes the location of target terminal；The status information of push node is obtained,
The status information includes working condition and base state, and the working condition includes: idle state, abnormality and busy shape
State, the base state include the location of the push node；According to the status information of the push node and the mesh
End message is marked, establishes the corresponding relationship of push node and target terminal, wherein for a target terminal, preferentially by the target
Terminal and the target terminal location and the push node being in idle condition is corresponding；According to the corresponding relationship, determination is pushed away
It send node corresponding target terminal, and gives the push mission dispatching of the target terminal to the push node.
Optionally, the status information for obtaining push node includes: to send status request to the push node；It receives
The status information that the push node returns.
Optionally, the push node and the corresponding relationship of target terminal established includes: the acquired each push of traversal
Node；If the push node working condition currently traversed is idle state, the push node currently traversed and its are established
Corresponding relationship between the target terminal in location.
Optionally, the corresponding relationship for establishing push node and target terminal further include: if the push currently traversed
Node working condition is abnormality, and preferential establish closes on the push node currently traversed and the push being in idle condition
Corresponding relationship between node and the target terminal in the push node location currently traversed.
Optionally, the corresponding relationship for establishing push node and target terminal further include: if the push currently traversed
Node working condition is busy condition, and preferential establish closes on the push node currently traversed and the push being in idle condition
Corresponding relationship between node and the target terminal in the push node location currently traversed.
According to another aspect of the invention, the realization device for providing a kind of data-pushing is applied to multiple push nodes
Mobile terminal management system, the realization device includes: acquisition module, for obtaining push task, the push task packet
It includes target terminal information and to propelling data information, the target terminal information includes the location of target terminal；Acquisition module,
For obtaining the status information of push node, the status information includes working condition and base state, the working condition packet
Include: idle state, abnormality and busy condition, the base state include the location of the push node；Processing module,
For the status information and the target terminal information according to the push node, pair of push node and target terminal is established
It should be related to, wherein for a target terminal, preferentially by the target terminal and the target terminal location and be in idle condition
It is corresponding to push node；Mission dispatching module, for determining the corresponding target terminal of push node according to the corresponding relationship,
And give the push mission dispatching of the target terminal to the push node.
Optionally, the acquisition module further comprises: request unit, asks for sending state to the push node
It asks；Receiving unit, the status information returned for receiving the push node.
Optionally, the processing module further comprises: Traversal Unit, for traversing acquired each push node；
First processing units establish what this was currently traversed if the push node working condition for currently traversing is idle state
Push the corresponding relationship between node and the target terminal in its location.
Optionally, the processing module further comprises: the second processing unit, if the push node for currently traversing
Working condition is abnormality, and preferential establish closes on the push node currently traversed and the push node being in idle condition
Corresponding relationship between the target terminal in the push node location currently traversed with this.
Optionally, the processing module further comprises: third processing unit, if the push node for currently traversing
Working condition is busy condition, and preferential establish closes on the push node currently traversed and the push node being in idle condition
Corresponding relationship between the target terminal in the push node location currently traversed with this.
The beneficial effects of the present invention are: effectively being dropped by the way that the central access for managing platform is distributed to multiple push nodes
The load of low management platform, even if some push node failure or by attack, task tune can will still be pushed by managing platform
Other push nodes are spent, the push mode of cloud is formed, effectively improves the robustness of system；Target terminal only needs to access
Push node in this province (or the province distributed by management platform) can obtain data, effectively reduce Long-range Data Transmission
Delay.
Detailed description of the invention
Fig. 1 shows the flow charts of the implementation method of data-pushing of the embodiment of the present invention；
Fig. 2 indicates that the embodiment of the present invention obtains the flow chart of the status information of push node；
Fig. 3 indicates that the embodiment of the present invention establishes push one of node and the flow chart of corresponding relationship of target terminal；
Fig. 4 indicates that the embodiment of the present invention establishes the two of the flow chart of the corresponding relationship of push node and target terminal；
Fig. 5 indicates the push node processing flow chart that the embodiment of the present invention is in idle condition；
Fig. 6 indicates that the embodiment of the present invention is in the push node processing flow chart of abnormality；
Fig. 7 indicates that the embodiment of the present invention is in the push node processing flow chart of busy condition；
Fig. 8 shows the schematic diagrames of the realization device of data-pushing of the embodiment of the present invention；
Fig. 9 indicates the schematic diagram of the realization device acquisition module of data-pushing of the embodiment of the present invention；
Figure 10 indicates the schematic diagram of the realization device processing module of data-pushing of the embodiment of the present invention.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, right below in conjunction with the accompanying drawings and the specific embodiments
The present invention is described in detail.
As shown in Figure 1, the flow chart of the implementation method of data-pushing of the embodiment of the present invention, method includes the following steps:
Step S100, push task is obtained, push task includes target terminal information and to propelling data information, and target is whole
Client information includes the location of target terminal；
It should be noted that each target terminal correspond to it is respective to propelling data information, can be with to propelling data information
It is message data, is also possible to data URL address.
Step S200, the status information of push node is obtained, status information includes working condition and base state, and work shape
State includes: idle state, abnormality and busy condition, and base state includes the location for pushing node；
It should be noted that push node can be set up in the computer room of internet data center of national each province, it is flat by managing
Platform unified management；Base state include thes case where the central processing unit, memory, storage, the network that currently push node, and push is appointed
Business quene state, (terminal total amount, propelling data size are completed push terminal quantity, currently push task push mission bit stream
Time started), abnormal cause, the status information feedback time.
Step S300, it according to the status information and target terminal information of push node, establishes push node and target is whole
The corresponding relationship at end, wherein for a target terminal, preferentially by the target terminal and the target terminal location and in the free time
The push node of state is corresponding；
Step S400, according to corresponding relationship, the corresponding target terminal of push node is determined, and by the push of the target terminal
The push node is given in mission dispatching.
It should be noted that effectively reducing pipe by the way that the central access for managing platform is distributed to multiple push nodes
The load of platform, even if some pushes node failure or by attack, managing platform still can arrive it for push task schedule
He pushes node, forms the push mode of cloud, effectively improves the robustness of system；Target terminal only needs to access this province
Push node in (or the province distributed by management platform) can obtain data, effectively reduce Long-range Data Transmission and prolong
When；Encrypted tunnel can be used in management platform and the data transmission for pushing node, so that safer in data transmission procedure.
Fig. 2 is the flow chart of step S200 in Fig. 1, step S200 the following steps are included:
Step S500, status request is sent to push node；
Step S600, the status information that push node returns is received.
It should be noted that sending status request to each push node according to configured push node listing, receive
The feedback of node is pushed, to obtain the status information of push node.
Fig. 3 is the corresponding relationship specific steps that push node and target terminal is established in Fig. 1 step S300, comprising:
Step S700, each push node acquired in traversal；
If push node working condition step S800, currently traversed is idle state, establish what this was currently traversed
Push the corresponding relationship between node and the target terminal in its location；
If push node working condition step S900, currently traversed is abnormality, preferential establish closes on this currently
The target of the push node traversed and the push node being in idle condition and the push node location currently traversed
Corresponding relationship between terminal；
If push node working condition step S1000, currently traversed is busy condition, preferential establish closes on this currently
The target of the push node traversed and the push node being in idle condition and the push node location currently traversed
Corresponding relationship between terminal.
It should be noted that without fixed traversal order, i.e. step S800, step when each push node acquired in traversal
Rapid S900, step S1000 are without fixed sequencing, preferably, as shown in figure 4, the embodiment of the present invention establishes push node and mesh
The two of the flow chart of the corresponding relationship of terminal are marked, when traversing acquired each push node, are believed according to the state of push node
Breath successively traverses the promotion node, the working node of abnormality, busy shape of idle state by the working condition for pushing node
The push node of state, and different processing is carried out to the push node of different working condition.
As shown in figure 5, the push node processing flow chart that the embodiment of the present invention is in idle condition, if currently traverse
Push node working condition is idle state；In order to avoid target terminal excessively causes the push node in the target terminal location
Load is excessive, expected push duration is arranged, the location of the push node currently traversed according to this is currently traversed with this
The location of the corresponding target terminal of node is pushed, push task duration is calculated；If push task duration is less than expected push
The target terminal of the push node and its location that currently traverse is added push task, and currently traversed to this by duration
Push node be marked, that is, establish corresponding between push node that this currently traverses and the target terminal in its location
Relationship；If pushing task duration is more than expected push duration, the corresponding target terminal of push node currently traversed is divided into
Two parts, a portion target terminal and the push node that currently traverses be added push task, and to currently traversing
Push node is marked, and another part target terminal enters terminal list to be pushed；
As shown in fig. 6, the embodiment of the present invention is in the push node processing flow chart of abnormality, if currently traverse
Node working condition is pushed as abnormality and the push node processing of idle state has completed the push node of i.e. idle state
It is all traversed, then traverses all push nodes and find push node that is vacant and being in idle condition, preferably, from neighbouring
The push node of the push node currently traversed is begun stepping through, and be can be the neighbouring data that are also possible to of geographic distance and is transmitted
It is neighbouring on route, if not traversing push node that is vacant and being in idle condition, will continue to traverse all push nodes,
If traversing push node that is vacant and being in idle condition, traverse by the push node of the idle state and before different
Push task is added in the target terminal in the push node location of normal state, and marks to the push node of the idle state
Note.
As shown in fig. 7, the embodiment of the present invention is in the push node processing flow chart of busy condition, if currently traverse
Push node working condition be busy condition, and the push node processing of idle state and busy condition complete be idle state and
The push node of busy condition is all traversed, calculates the target terminal of the push node and its location that will currently traverse
The push task duration of push task is added, if the push task duration is less than expected push duration, will currently traverse
Push node and the target terminal in its location push plan is added, and the push node that this is currently traversed is marked
Note；If the push task duration is more than expected push duration, traverses all push nodes and find vacant and be in idle shape
The push node of state can be geographically preferably, beginning stepping through from the push node of the neighbouring push node currently traversed
Distance it is neighbouring be also possible to it is neighbouring on data transmission route line, if traversing push section that is vacant and being in idle condition
The target terminal of point, the push node location of the busy condition traversed by the push node of the idle state and before is added
Push task, and the push node of the idle state is marked；If not traversing, vacant and what is be in idle condition is pushed away
Node is sent, push task is added in the target terminal of the push node of the busy condition traversed before and its location, and right
The push node of the busy condition traversed before is marked；The push node of different working condition is handled and can also be adopted
Manually selection mode, administrator's manual priority is by target terminal and the target terminal location and the push that is in idle condition
Node is corresponding.
As shown in figure 4, terminal list process flow diagram to be pushed of the embodiment of the present invention, if idle state, abnormality and
The push node that the push node processing of busy condition completes i.e. idle state, abnormality and busy condition is all traversed,
Traverse the push node wait push target terminal location in terminal list closes on push node；If traversing vacant and locating
It, will be wait push target terminal and the push node addition push currently traversed in terminal list in the push node of idle state
Task, and the push node that this is currently traversed is marked；If not traversing push that is vacant and being in idle condition
Push task will be added wait push target terminal and the push node in its location in terminal list in node.
As shown in figure 8, the schematic diagram of the realization device of data-pushing of the embodiment of the present invention, which includes: to obtain
Module 10, acquisition module 20, processing module 30, mission dispatching module 40；Module 10 is obtained, it is described for obtaining push task
Push task includes target terminal information and to propelling data information, and the target terminal information includes the place of target terminal
Ground；Acquisition module 20, for obtaining the status information of push node, the status information includes working condition and base state,
The working condition includes: idle state, abnormality and busy condition, and the base state includes the institute of the push node
On ground；Processing module 30 establishes push section for the status information and the target terminal information according to the push node
The corresponding relationship of point and target terminal, wherein for a target terminal, preferentially by the target terminal and the target terminal location
And the push node being in idle condition is corresponding；Mission dispatching module 40, for determining push section according to the corresponding relationship
The corresponding target terminal of point, and give the push mission dispatching of the target terminal to the push node.
As shown in figure 9, the schematic diagram of the realization device acquisition module 20 of data-pushing of the embodiment of the present invention, acquisition module 20
Including request unit 21 and receiving unit 22；Request unit 21, for sending status request to the push node；Receiving unit
22, the status information returned for receiving the push node.
As shown in Figure 10, the schematic diagram of the realization device processing module 30 of data-pushing of the embodiment of the present invention, processing module
30 include Traversal Unit 31, first processing units 32, the second processing unit 33, third processing unit 34；Traversal Unit 31, is used for
The acquired each push node of traversal；First processing units 32, if the push node working condition for currently traversing is
Idle state establishes the corresponding relationship between the push node currently traversed and the target terminal in its location；At second
Unit 33 is managed, if the push node working condition for currently traversing is abnormality, preferential establish closes on the current traversal
To push node and the push node that is in idle condition and the push node location currently traversed target terminal
Between corresponding relationship；Third processing unit 34, it is excellent if the push node working condition for currently traversing is busy condition
It first establishes and closes on the push node currently traversed and the push node that is in idle condition and the push currently traversed
Corresponding relationship between the target terminal in node location.
It should be noted that effectively reducing pipe by the way that the central access for managing platform is distributed to multiple push nodes
The load of platform, even if some pushes node failure or by attack, managing platform still can arrive it for push task schedule
He pushes node, forms the push mode of cloud, effectively improves the robustness of system；Target terminal only needs to access this province
Push node in (or the province distributed by management platform) can obtain data, effectively reduce Long-range Data Transmission and prolong
When.
Above is the preferred embodiment of the present invention, it should be pointed out that for the ordinary person of the art,
Not departing from can also make several improvements and retouch under the premise of the principle of the present invention, these improvements and modifications are also in guarantor of the invention
It protects in range.
Claims (6)
1. a kind of implementation method of data-pushing, the mobile terminal management system applied to multiple push nodes, which is characterized in that
The implementation method includes:
Obtain push task, the push task includes target terminal information and to propelling data information, the target terminal letter
Breath includes the location of target terminal；
The status information of push node is obtained, the status information includes working condition and base state, the working condition packet
Include: idle state, abnormality and busy condition, the base state include the location of the push node；
According to the status information and the target terminal information of the push node, pair of push node and target terminal is established
It should be related to, wherein for a target terminal, preferentially by the target terminal and the target terminal location and be in idle condition
It is corresponding to push node；
According to the corresponding relationship, the corresponding target terminal of push node is determined, and by the push mission dispatching of the target terminal
Give the push node；
It is described obtain push node status information include:
Status request is sent to the push node；
Receive the status information that the push node returns；
The foundation pushes node and the corresponding relationship of target terminal includes:
The acquired each push node of traversal；
If the push node working condition currently traversed is idle state, according to the place of the push node currently traversed
The location of ground target terminal corresponding with the push node that this is currently traversed, calculates push task duration；If the task of push
Duration is less than expected push duration, establishes pair between the push node currently traversed and the target terminal in its location
It should be related to；If pushing task duration is more than expected push duration, by the corresponding target terminal point of the push node currently traversed
For two parts, push task is added with the push node currently traversed for a portion target terminal, and another part target is whole
End enters terminal list to be pushed.
2. implementation method as described in claim 1, which is characterized in that the foundation push node is corresponding with target terminal to close
System further include:
If the push node working condition currently traversed is abnormality, preferential establish closes on the push section currently traversed
It is corresponding between point and the push node being in idle condition and the target terminal in the push node location that this is currently traversed
Relationship.
3. implementation method as described in claim 1, which is characterized in that the foundation push node is corresponding with target terminal to close
System further include:
If the push node working condition currently traversed is busy condition, preferential establish closes on the push section currently traversed
It is corresponding between point and the push node being in idle condition and the target terminal in the push node location that this is currently traversed
Relationship.
4. a kind of realization device of data-pushing, the mobile terminal management system applied to multiple push nodes, which is characterized in that
The realization device includes:
Module is obtained, for obtaining push task, the push task includes target terminal information and to propelling data information, institute
State the location that target terminal information includes target terminal；
Acquisition module, for obtaining the status information of push node, the status information includes working condition and base state, institute
Stating working condition includes: idle state, abnormality and busy condition, and the base state includes the place of the push node
Ground；
Processing module establishes push node for the status information and the target terminal information according to the push node
With the corresponding relationship of target terminal, wherein for a target terminal, preferentially by the target terminal and the target terminal location and
The push node being in idle condition is corresponding；
Mission dispatching module, for determining the corresponding target terminal of push node according to the corresponding relationship, and the target is whole
The push node is given in the push mission dispatching at end；
The acquisition module further comprises:
Request unit, for sending status request to the push node；
Receiving unit, the status information returned for receiving the push node；
The processing module further comprises:
Traversal Unit, for traversing acquired each push node；
First processing units, if the push node working condition for currently traversing is idle state, according to the current traversal
To push node location and the location of the corresponding target terminal of push node currently traversed, calculate push and appoint
Business duration；If push task duration is less than expected push duration, the push node currently traversed and its location are established
Target terminal between corresponding relationship；If pushing task duration is more than expected push duration, the push section that will currently traverse
The corresponding target terminal of point is divided into two parts, and a portion target terminal is added push with the push node currently traversed and appoints
Business, another part target terminal enter terminal list to be pushed.
5. realization device as claimed in claim 4, which is characterized in that the processing module further comprises:
The second processing unit, if the push node working condition for currently traversing is abnormality, preferential establish closes on this
The push node location that the push node currently traversed and the push node being in idle condition currently are traversed with this
Corresponding relationship between target terminal.
6. realization device as claimed in claim 4, which is characterized in that the processing module further comprises:
Third processing unit, if the push node working condition for currently traversing is busy condition, preferential establish closes on this
The push node location that the push node currently traversed and the push node being in idle condition currently are traversed with this
Corresponding relationship between target terminal.
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| CN108428144B (en) * | 2017-02-15 | 2022-04-26 | 腾讯科技（北京）有限公司 | Flow distribution method, service distribution method and device for push information order |
| CN107743138A (en) * | 2017-07-24 | 2018-02-27 | 上海壹账通金融科技有限公司 | Push server distribution method, device, computer equipment and storage medium |
| CN107977275B (en) * | 2017-12-05 | 2022-10-21 | 腾讯科技（深圳）有限公司 | Task processing method based on message queue and related equipment |
| CN109978575B (en) * | 2017-12-27 | 2021-06-04 | ***通信集团广东有限公司 | Method and device for mining user flow operation scene |
| CN109189571A (en) * | 2018-07-30 | 2019-01-11 | 南京邮电大学 | Calculating task dispatching method and system, fringe node, storage medium and terminal |
| CN109067690B (en) * | 2018-08-07 | 2021-03-26 | 腾讯科技（深圳）有限公司 | Method and device for pushing offline calculation result data |
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