CN104615702A - Information pushing method and device - Google Patents
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- CN104615702A CN104615702A CN201510046830.2A CN201510046830A CN104615702A CN 104615702 A CN104615702 A CN 104615702A CN 201510046830 A CN201510046830 A CN 201510046830A CN 104615702 A CN104615702 A CN 104615702A
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- propelling movement
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/55—Push-based network services
Abstract
The invention discloses an information pushing method and device. The method comprises the steps that a pushing task is acquired, analyzed and then issued to a message bus; the analyzed pushing task is acquired through the message bus, and a pushing message is constructed according to the analyzed pushing task; the constructed pushing message is pushed through a pushing channel. The analyzed pushing task is issued to the message bus in the manner of firstly issuing the pushing task and secondly constructing the pushing message; in the construction process, the pushing task can be acquired through the message bus so that the pushing message can be constructed, and the constructed pushing message is directly pushed through the pushing channel; in this way, the process of issuing the pushing message through a proxy is omitted, and the problems that in the prior art, a pushing system construction cron runs in a single-point mode, a pushing message is firstly constructed and then is issued in the processing procedure, therefore, the issuing efficiency of the message is low, and single-point on-hook risks exist are solved.
Description
Technical field
The present invention relates to communication field, particularly relate to a kind of information-pushing method and device.
Background technology
The information that wireless app client is browsed initiatively pulls from server, or by service end active push message in client.The message object of this active push wakes app client up, and improve an important channel of app active index.Along with app client terminal quantity increases, how to guarantee that information pushing is become more and more difficult to client by service end accurately and efficiently at short notice.
Existing supplying system provide one efficiently, Push Service accurately, and transparent for whole propelling movement progress is shown to backstage.There is provided clearly while data to product operation, the more effective active index that improve app client.
As shown in Figure 1, for existing supplying system, operator utilizes backstage (pushing web) by propelling movement task write propelling data storehouse, pushing structure cron (plan target) utilizes data-interface to read the propelling movement task stored in propelling data storehouse, data-interface is utilized to read the information of the relevant propelling movement target stored in information database according to propelling movement task, and build pushed information, by messaging bus, pushed information is pushed to propelling movement agency, push agency and obtain the details pushing target according to the information of the propelling movement target comprised in propelling movement from database, push agency and transfer push channel, dispatch messages, realize the propelling movement of information.
But supplying system of the prior art exists a lot of problem, such as, build the operation of cron single-point owing to pushing, therefore PUSH message structure efficiency is low; Existing pattern is distribute after PUSH message first builds again, and therefore message distribution efficiency is low; Unit builds exists single-point on-hook risk; Structure progress cannot be monitored, and cannot know, and lacks monitoring to propelling movement structure cron and propelling movement agency, without reporting an error mechanism.
Summary of the invention
The invention provides a kind of information-pushing method and device, in order to solve in prior art, it is that single-point runs that supplying system builds cron, and its processing procedure is distributed after first building again, and therefore message distribution efficiency is low, and there is the problem of single-point on-hook risk.
For solving the problems of the technologies described above, on the one hand, the invention provides a kind of information-pushing method, comprising: obtain propelling movement task, described propelling movement task is resolved, and the propelling movement task after distribution parsing is to messaging bus; Obtain the propelling movement task after described parsing by described messaging bus, and build PUSH message according to the propelling movement task after described parsing; The PUSH message built is pushed by push channel.
Further, obtain propelling movement task, described propelling movement task is resolved, and the propelling movement task after distribution parsing comprises to messaging bus: obtain described propelling movement task, wherein, described propelling movement task includes but not limited to the part or all of of following content: type of service, task execution time, tasks carrying mode, task scheduling push quantity; Described propelling movement task is resolved, and the propelling movement task after resolving is split as multiple messages according to propelling movement target, wherein, in described message, carry propelling movement target information; Distribute described multiple messages to described messaging bus.
Further, distribution resolve after propelling movement task to after messaging bus, also comprise: the distribution progress of the propelling movement task after the parsing progress of described propelling movement task and/or described parsing is added up, and statistics is reported.
Further, described method also comprises: monitor and whether be greater than the first Preset Time to the scheduling time of described propelling movement task, and wherein, described scheduling time is the acquisition time of described propelling movement task and the difference of resolving the start time; When described scheduling time is greater than described first Preset Time, carry out alarm.
Further, obtain the propelling movement task after described parsing by described messaging bus, and comprise according to the propelling movement task structure PUSH message after described parsing: monitor described messaging bus, obtain described message from described messaging bus; Obtain the described propelling movement target information in described message, and build described PUSH message according to described propelling movement target information.
Further, described method also comprises: monitor and whether be greater than the second Preset Time to the processing time of described message, and wherein, the described processing time is the acquisition time of described message and the difference of time listening to described message; When the described processing time is greater than described second Preset Time, carry out alarm.
Further, after building described PUSH message according to described propelling movement target information, also comprise: the structure progress of described PUSH message is added up, and statistics is reported.
On the other hand, the present invention also provides a kind of information push-delivery apparatus, comprising: pushing distribution module, for obtaining propelling movement task, resolving described propelling movement task, and the propelling movement task after distribution parsing is to messaging bus; Pushing and build module, for obtaining the propelling movement task after described parsing by described messaging bus, and building PUSH message according to the propelling movement task after described parsing; PUSH message module, for pushing the PUSH message built by push channel.
Further, described propelling movement distribution module comprises: plan target unit, for obtaining described propelling movement task, wherein, described propelling movement task includes but not limited to the part or all of of following content: type of service, task execution time, tasks carrying mode, task scheduling push quantity; Working cell, for resolving described propelling movement task, and being split as multiple messages by the propelling movement task after resolving according to propelling movement target, wherein, carrying propelling movement target information in described message; Dispatching Unit, for distributing described multiple messages to described messaging bus.
Further, described propelling movement structure module comprises: monitoring unit, for monitoring described messaging bus, obtains described message from described messaging bus; Construction unit, for obtaining the described propelling movement target information in described message, and builds described PUSH message according to described propelling movement target information.
Further, also comprise: statistical report module, for adding up the distribution progress of the propelling movement task after the parsing progress of described propelling movement task and/or described parsing, and/or, the structure progress of described PUSH message is added up, and statistics is reported.
Further, also comprising: monitoring modular, whether being greater than the first Preset Time for monitoring to the scheduling time of described propelling movement task, wherein, described scheduling time is the acquisition time of described propelling movement task and the difference of resolving the start time; And/or monitor and whether be greater than the second Preset Time to the processing time of described message, wherein, the described processing time is the acquisition time of described message and the difference of time listening to described message; Alarm module, for when described scheduling time is greater than described first Preset Time, or, when the described processing time is greater than described second Preset Time, carry out alarm.
Further, also comprising: report center module, for storing described statistics, and data processing being carried out to described statistics, to be sent to backstage.
The present invention adopts and first distributes the pattern built afterwards, propelling movement task after resolving is distributed to messaging bus, in building process, propelling movement task can be obtained by messaging bus, to build PUSH message, and the PUSH message after building directly is pushed by push channel, eliminate the process by agency's distribution PUSH message, solve in prior art, it is that single-point runs that supplying system builds cron, its processing procedure is distributed after first building again, and therefore message distribution efficiency is low, and there is the problem of single-point on-hook risk.
Accompanying drawing explanation
Fig. 1 is the configuration diagram of supplying system in prior art;
Fig. 2 is the process flow diagram of information-pushing method in the embodiment of the present invention;
Fig. 3 is the structural representation of information push-delivery apparatus in the embodiment of the present invention;
Fig. 4 is the structural representation that in the embodiment of the present invention, information push-delivery apparatus pushes distribution module;
Fig. 5 is that in the embodiment of the present invention, information push-delivery apparatus pushes the structural representation building module;
Fig. 6 is the preferred structure schematic diagram of information push-delivery apparatus in the embodiment of the present invention;
Fig. 7 is the system architecture schematic diagram of the supplying system comprising information push-delivery apparatus in the preferred embodiment of the present invention;
Fig. 8 is the operating process schematic diagram pushing distribution module in the preferred embodiment of the present invention;
Fig. 9 pushes the operating process schematic diagram building module in the preferred embodiment of the present invention;
Figure 10 monitors schematic flow sheet in the preferred embodiment of the present invention;
Figure 11 is supplying system reciprocal process schematic diagram in the preferred embodiment of the present invention.
Embodiment
In order to solve in prior art, it is that single-point runs that supplying system builds cron, its processing procedure is distributed after first building again, therefore message distribution efficiency is low, and there is the problem of single-point on-hook risk, the invention provides a kind of information-pushing method and device, below in conjunction with accompanying drawing and embodiment, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, do not limit the present invention.
Embodiments provide a kind of information-pushing method, its flow process as shown in Figure 2, comprises step S202 to S206:
S202, obtains propelling movement task, resolves propelling movement task, and the propelling movement task after distribution parsing is to messaging bus.When realizing, propelling movement task can obtain from propelling data storehouse, can be through pushing the propelling movement task received.
S204, obtains the propelling movement task after resolving by messaging bus, and builds PUSH message according to the propelling movement task after resolving;
S206, is pushed the PUSH message built by push channel.For PUSH message, it can be pushed directly to client, or is pushed to each platform, predetermined server etc.
The embodiment of the present invention adopts first distributes the pattern built afterwards, propelling movement task after resolving is distributed to messaging bus, in building process, propelling movement task can be obtained by messaging bus, to build PUSH message, and the PUSH message after building directly is pushed by push channel, eliminate the process by agency's distribution PUSH message, solve in prior art, it is that single-point runs that supplying system builds cron, its processing procedure is distributed after first building again, and therefore message distribution efficiency is low, and there is the problem of single-point on-hook risk.
Wherein, the implementation procedure of step S202 is as follows, comprising: obtain propelling movement task, wherein, propelling movement task includes but not limited to the part or all of of following content: type of service, task execution time, tasks carrying mode, task scheduling push quantity; Propelling movement task is resolved, and the propelling movement task after resolving is split as multiple messages according to propelling movement target, wherein, in message, carry propelling movement target information; Distribute multiple messages again to messaging bus.After multiple messages is distributed to messaging bus, the distribution progress of the parsing progress of the task of propelling movement and/or the propelling movement task after resolving is added up, and statistics is reported.
Above-mentioned statistics can report and report center in one embodiment.Report center can add up the progress situation of each event, to be supplied to backstage carrying out data analysis, such as, analyze the time etc. delivering to messaging bus after propelling movement task is resolved.In this embodiment, data analysis is performed by backstage, but it will be understood by a person skilled in the art that and report center also can have data processing function, namely reports center can to data analysis, process.
Whether go wrong to ensure that said process can be discovered in time when realizing, therefore, the embodiment of the present invention additionally provides a kind of monitoring mechanism, such as monitor and whether a Preset Time is greater than to the scheduling time of the task of propelling movement, such as the first Preset Time, wherein, scheduling time is the acquisition time of propelling movement task and the difference (certainly, the first Preset Time can be set to other time type according to the demand of those skilled in the art) of resolving the start time; When scheduling time is greater than the first Preset Time, determine that scheduling time has problems, namely scheduling process occurs abnormal, therefore, can carry out sound alarm and/or information alert, point out said process to go wrong, and needs to carry out the operations such as maintenance.After alarm, abnormal conditions can also be write daily record.Certainly, in system operation, may be there are some postpone on some time point, therefore, when can reach preset times at the number of times that scheduling time is greater than the first Preset Time, then take alarm measure.
The implementation procedure of step S204 is as follows, comprise: monitoring information bus, message is obtained from messaging bus, wherein, same message may repeatedly send, such as, because this message is not acquired in the given time, Effect-based operation sends rule and repeatedly sends this message, then many same message all in bus, in this scenario, may only need acquisition this message from messaging bus; Obtain the propelling movement target information in message, and build PUSH message according to propelling movement target information.When said process realizes, after getting propelling movement target information, target device information can be obtained from SOA correspondence database, also can obtain from other databases, but based on SOA own characteristic, obtain the speed of target device information for general data storehouse by SOA, the speed of acquisition is faster.
After building PUSH message according to propelling movement target information, also can add up the structure progress of PUSH message, and statistics is reported.Above-mentioned statistics can report to and report center by the present embodiment.Like this, report center can statistical treatment situation, to be supplied to backstage carrying out data analysis.
Whether go wrong to ensure that said process can be discovered in time when realizing, therefore, the embodiment of the present invention additionally provides a kind of monitoring mechanism, such as monitor and whether a Preset Time is greater than to the processing time of message, such as the second Preset Time, wherein, the processing time is the acquisition time of message and the difference (certainly, the second Preset Time can be set to other time type according to the demand of those skilled in the art) of the time listened to; When the processing time is greater than the second Preset Time, determine that the processing time has problems, namely processing procedure occurs abnormal, therefore, can carry out alarm, such as, carry out sound alarm and/or information alert, point out said process to go wrong.Certainly, in system operation, may be there are some postpone on some time point, therefore, when can reach preset times at the number of times that the processing time is greater than the second Preset Time, take alarm measure.
The embodiment of the present invention additionally provides a kind of information push-delivery apparatus, and the structural representation of this device as shown in Figure 3, comprising: pushing distribution module 10, for obtaining propelling movement task, resolving propelling movement task, and the propelling movement task after distribution parsing is to messaging bus; Pushing and build module 20, be coupled with propelling movement distribution module 10, for obtaining the propelling movement task after resolving by messaging bus, and building PUSH message according to the propelling movement task after resolving; PUSH message module 30, is built module 20 with propelling movement and is coupled, for the PUSH message built being pushed by push channel.In the present embodiment, propelling movement is built module 20 and is provided separately with PUSH message module 30, when specific implementation, above-mentioned two module installation can be become a module.
Wherein, push the structural representation of distribution module 10 as shown in Figure 4, comprise: plan target unit 101, for obtaining propelling movement task, wherein, propelling movement task includes but not limited to the part or all of of following content: type of service, task execution time, tasks carrying mode, task scheduling push quantity; Working cell 102, is coupled with plan target unit 101, for resolving propelling movement task, and the propelling movement task after resolving being split as multiple messages according to propelling movement target, wherein, carrying propelling movement target information in message; Dispatching Unit 103, is coupled with working cell 102, for distributing multiple messages to messaging bus.
The structural representation pushing structure module 20 as shown in Figure 5, comprising: monitoring unit 201, for monitoring information bus, obtains message from described messaging bus; Construction unit 202, is coupled with monitoring unit 201, for obtaining the propelling movement target information in message, and builds PUSH message according to propelling movement target information.When realizing, if above-mentioned propelling movement is built module 20 to be arranged in order to a functional module with PUSH message module 30, so, then PUSH message module 30 can be set to push the subelement building module 20, its type is identical with construction unit 202 with monitoring unit 201, those skilled in the art know according to above-mentioned record and how to realize, and do not repeat herein.
In order to make the function of above-mentioned information push-delivery apparatus more complete, then said apparatus can also be as shown in Figure 6, also comprise: statistical report module 40, with propelling movement distribution module 10 with push and build module 20 and be coupled, for adding up the distribution progress of the parsing progress of the task of propelling movement and/or the propelling movement task after resolving, and/or, the structure progress of PUSH message is added up, and statistics is reported; Monitoring modular 50, is coupled with statistical report module 40, whether is greater than the first Preset Time for monitoring to the scheduling time of the task of propelling movement, and wherein, scheduling time is the acquisition time of propelling movement task and the difference of resolving the start time; And/or monitor and whether be greater than the second Preset Time to the processing time of message, wherein, the processing time is the acquisition time of message and the difference of time listening to this message; Alarm module 60, is coupled with monitoring modular 50, for when scheduling time is greater than the first Preset Time, or, when the processing time is greater than the second Preset Time, carry out alarm.
In a preferred embodiment, said apparatus can also comprise and reports center module, for storing the above-mentioned statistics reported, and carries out data processing to described statistics, to be sent to backstage.
That statistical report module 40, monitoring modular 50 and alarm module 60 are all set to independently module in figure shown in Fig. 6, certainly, above-mentioned three modules also can be arranged respectively to the form into subelement by those skilled in the art according to demand, be integrated in push distribution module 10 and push and build module 20 inside, such as, push in distribution module 10 and also comprise the first statistical report unit, the first monitoring means and the first Alarm Unit, push in structure module 20 and also comprise the second statistical report unit, the second monitoring means and the second Alarm Unit.
Preferred embodiment
Embodiments provide a kind of system with above-mentioned information push-delivery apparatus, the framework signal of this system as shown in Figure 7, it is made up of 7 subsystems, respectively: backstage, propelling data storehouse, SOA Back ground Information service module (optional), propelling movement distribution module, propelling movement build module, report center, push channel.Wherein, the device in the embodiment of the present invention is presented as within the system to push distribution module and push and builds module, in the present embodiment, monitoring function and statistical report function has been integrated in all respectively in two modules, has been described below to this system.
Backstage (pushing web), connects propelling data storehouse, reports center, for creating propelling movement task, reading the data reporting center, knows propelling movement progress.
Propelling data storehouse, for storing the mission bit stream that backstage creates.
SOA Back ground Information service module, for storing client device information, and provides 30000/s inquiry service
Push distribution module, with propelling data storehouse, report center to be connected, timing, by data-interface access propelling data storehouse, obtains and treats propelling movement task, resolve the task of meeting pushing condition, and message distribution parsing obtained is to messaging bus.Meanwhile, distribution progress is sent to and reports center, and Mission Monitor function is provided.If task time-out does not start, reported to the police, such as, triggered SMS alarm program.Message adopts first distribution mechanisms, simplifies push protocol simultaneously, and message is routed directly to the service of target structure.Comprising Cron unit, monitoring unit, worker unit, statistical report unit and Dispatching Unit.
Cron unit (being equivalent to plan target unit), accessing database obtains task, such as comprise in task: type of service, task execution time, tasks carrying mode, task scheduling push quantity etc., task is pushed to worker unit, such as according to the execution time of defined in task, report monitoring unit simultaneously.
Worker unit (being equivalent to working cell), resolves task, and task is split as multiple messages according to propelling movement target, and message such as comprises: push the numbering of target and involved mission number.Worker unit is uploaded to messaging bus by resolving the message obtained, and builds module obtain for propelling movement.Meanwhile, by statistical report unit, parsing progress is added up.
Statistical report unit A, for the progress of adding up, and is sent to progresses such as distributions the center that reports, such as, count the message parsed, report and report center, knows parsing progress for backstage.Such as can judge that whether task is parsed, and determines to be parsed the time further, and resolve the time etc. of cost.Such as be uploaded to messaging bus for counting criteria with message, counted by the Counter (counter) of supplying system outside.
Monitoring unit A and Alarm Unit A, for providing Mission Monitor function; According to the scheduling time of Cron unit to task, monitoring unit judges whether push distribution module normally works in, such as, if monitoring unit judges that Cron unit does not have operation dispatching after a period of time during the execution time of defined, then the operations such as warning can be carried out.
Dispatching Unit, for distributing the multiple messages after worker unit resolves.
Said process as shown in Figure 8, comprises following process: (1) Cron sends the request obtaining propelling movement task to database; (2) propelling movement task is obtained from database; (3) acquisition progress is added up; (4) Surveillance center is reported; (5) parsing carried out propelling movement task by Counter and distribution are counted; (6) message is uploaded to messaging bus.
Pushing and build module, with SOA Back ground Information service module, report center to be connected, monitoring information bus, obtain user base information, to dress up final PUSH message by monitoring the message groups obtained, being issued by push channel; Can also be placed in the message box of user side by the message built, to facilitate user to check, meanwhile, added up the progress building message by progress counter, idiographic flow as shown in Figure 9.After progress counters count progress, progress to be reported to by monitor portion and report center, Figure 10 shows concrete interaction flow when realizing.
In building process, push structure module call SOA Back ground Information service module (optional), obtain the target device information of message, structure progress is sent to simultaneously and reports center, and be sent to push channel respectively by the platform of message.Respectively wherein each unit is described below.
Listen unit (being equivalent to monitoring unit), for monitoring information bus, obtains message, and message is pushed to one by one builder unit (being equivalent to construction unit), report monitoring unit simultaneously.
Monitoring unit B and Alarm Unit B, for realizing monitor function, in judging whether push structure module normally works according to the processing time of Listen unit to message, such as, if monitoring unit judge Listen unit during the execution time of defined after a period of time not by message push to builder unit, then can carry out the operations such as warning.
Builder unit, for according to propelling movement target information (such as pushing the numbering of target) involved in message, module-external (such as SOA Back ground Information service module is built from propelling movement, or the database used in prior art is like this), obtain the specifying information (such as pushing target device information etc.) pushing target, to build PUSH message.Meanwhile, by statistical report unit, structure progress is added up.
Statistical report unit B, for adding up structure progress, such as, counts the PUSH message constructed, reports and report center, know structure progress for backstage; Such as can judge whether task has built further, determine to build the deadline, and build the time etc. of cost; Such as receive PUSH message for counting criteria with push channel, counted by the Counter of outside.In addition, also message can be saved in message box.
Report center, build module for monitoring to push distribution module and push, and receive its progress data reported, stored, be supplied to backstage.
Push channel, is connected with server (such as apple apns service system, millet Push Service system etc.), by message push to target (such as on the app of destination client).
Said system is in implementation process, and two monitoring units integratedly can be set to a monitoring module, is namely responsible for the implementation progress of monitor task and the early warning of task abnormity execution.For backstage, can limit the quantity of involved propelling movement target when pushing task creation, such as, if be provided with the propelling movement upper limit during task creation, the propelling movement target of specified quantity can be selected when creation task, such as Stochastic choice; For builder, can filter propelling movement object implementatio8, builder checks that when building and pushing judgement task is the need of filtration, such as judge task institute for equipment whether received propelling movement, if received, skipped this equipment, otherwise structure propelling movement; Can also white list/blacklist be stored in worker, judge whether when worker distributes to need to filter black and white lists.
Above-mentioned distribution and be configured to two independently processes, its in the entire system with the interactive relation of modules as shown in figure 11, multiple worker and builder is one to one set in propelling movement distribution and pushing builds, realizes service access.Mass data can be pushed to app client by native system at short notice, on average per secondly can process and send 30000 message, peak value can reach 80000 per second, adopt native system to carry out message push, can in the very first time by message push to app client, improve app liveness; This system has good extendability, access business can be supported push filtering function, sending the upper limit, black and white lists and other third party's business; Performance can meet increasing app client terminal quantity.
Although be example object, disclose the preferred embodiments of the present invention, it is also possible for those skilled in the art will recognize various improvement, increase and replacement, and therefore, scope of the present invention should be not limited to above-described embodiment.
Claims (13)
1. an information-pushing method, is characterized in that, comprising:
Obtain propelling movement task, described propelling movement task is resolved, and the propelling movement task after distribution parsing is to messaging bus;
Obtain the propelling movement task after described parsing by described messaging bus, and build PUSH message according to the propelling movement task after described parsing;
The PUSH message built is pushed by push channel.
2. the method for claim 1, is characterized in that, obtains propelling movement task, resolves described propelling movement task, and the propelling movement task after distribution parsing comprises to messaging bus:
Obtain described propelling movement task;
Described propelling movement task is resolved, and the propelling movement task after resolving is split as multiple messages according to propelling movement target, wherein, in described message, carry propelling movement target information;
Distribute described multiple messages to described messaging bus.
3. the method for claim 1, is characterized in that, after the propelling movement task after distribution parsing to messaging bus, also comprises:
The distribution progress of the propelling movement task after the parsing progress of described propelling movement task and/or described parsing is added up, and statistics is reported.
4. method as claimed any one in claims 1 to 3, it is characterized in that, described method also comprises:
Whether monitoring is greater than the first Preset Time to the scheduling time of described propelling movement task, and wherein, described scheduling time is the acquisition time of described propelling movement task and the difference of resolving the start time;
When described scheduling time is greater than described first Preset Time, carry out alarm.
5. method as claimed in claim 2, is characterized in that, obtain the propelling movement task after described parsing by described messaging bus, and comprises according to the propelling movement task structure PUSH message after described parsing:
Monitor described messaging bus, obtain described message from described messaging bus;
Obtain the described propelling movement target information in described message, and build described PUSH message according to described propelling movement target information.
6. method as claimed in claim 5, it is characterized in that, described method also comprises:
Whether monitoring is greater than the second Preset Time to the processing time of described message, and wherein, the described processing time is the acquisition time of described message and the difference of time listening to described message;
When the described processing time is greater than described second Preset Time, carry out alarm.
7. the method as described in claim 1 or 5 or 6, is characterized in that, after building described PUSH message, also comprises according to described propelling movement target information:
The structure progress of described PUSH message is added up, and statistics is reported.
8. an information push-delivery apparatus, is characterized in that, comprising:
Pushing distribution module, for obtaining propelling movement task, described propelling movement task being resolved, and the propelling movement task after distribution parsing is to messaging bus;
Pushing and build module, for obtaining the propelling movement task after described parsing by described messaging bus, and building PUSH message according to the propelling movement task after described parsing;
PUSH message module, for pushing the PUSH message built by push channel.
9. device as claimed in claim 8, it is characterized in that, described propelling movement distribution module comprises:
Plan target unit, for obtaining described propelling movement task;
Working cell, for resolving described propelling movement task, and being split as multiple messages by the propelling movement task after resolving according to propelling movement target, wherein, carrying propelling movement target information in described message;
Dispatching Unit, for distributing described multiple messages to described messaging bus.
10. device as claimed in claim 8, is characterized in that, described propelling movement builds module and comprises:
Monitoring unit, for monitoring described messaging bus, obtains described message from described messaging bus;
Construction unit, for obtaining the described propelling movement target information in described message, and builds described PUSH message according to described propelling movement target information.
11. devices as claimed in claim 8, is characterized in that, also comprise:
Statistical report module, for adding up the distribution progress of the propelling movement task after the parsing progress of described propelling movement task and/or described parsing, and/or, the structure progress of described PUSH message is added up, and statistics is reported.
12. devices according to any one of claim 8 to 11, is characterized in that, also comprise:
Whether monitoring modular, be greater than the first Preset Time for monitoring to the scheduling time of described propelling movement task, and wherein, described scheduling time is the acquisition time of described propelling movement task and the difference of resolving the start time; And/or monitor and whether be greater than the second Preset Time to the processing time of described message, wherein, the described processing time is the acquisition time of described message and the difference of time listening to described message;
Alarm module, for when described scheduling time is greater than described first Preset Time, or, when the described processing time is greater than described second Preset Time, carry out alarm.
13. devices as claimed in claim 12, is characterized in that, also comprise:
Reporting center module, for storing described statistics, and data processing being carried out to described statistics, to be sent to backstage.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108460115A (en) * | 2018-02-10 | 2018-08-28 | 深圳壹账通智能科技有限公司 | Information push method, device, computer equipment and storage medium |
| CN108600094A (en) * | 2018-05-11 | 2018-09-28 | 深圳壹账通智能科技有限公司 | Message pushes monitor method, device, computer equipment and the storage medium of process |
| CN112966185A (en) * | 2021-03-23 | 2021-06-15 | 云账户技术(天津)有限公司 | Information pushing method and device and electronic equipment |
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| CN108460115B (en) * | 2018-02-10 | 2020-06-23 | 深圳壹账通智能科技有限公司 | Message pushing method and device, computer equipment and storage medium |
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| CN104615702B (en) | 2020-05-15 |
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