CN104243271A - Method and system for realizing off-line message pushing through XMPP - Google Patents
Method and system for realizing off-line message pushing through XMPP Download PDFInfo
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- CN104243271A CN104243271A CN201310230953.2A CN201310230953A CN104243271A CN 104243271 A CN104243271 A CN 104243271A CN 201310230953 A CN201310230953 A CN 201310230953A CN 104243271 A CN104243271 A CN 104243271A
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Abstract
The invention discloses a method for realizing off-line message pushing through an XMPP. An IOS message module is arranged between an XMPP server and an APNS server; the IOS message module receives an off-line message sent by the XMPP server, an equipment token of IOS equipment corresponding to the off-line message is obtained from the APNS server, and an off-line message prompt comprising the equipment token or the off-line message is sent to the APNS server. The invention further discloses a system for realizing off-line message pushing through the XMPP. By means of the scheme, it is guaranteed that a user can check the off-line message in real time, and the defects of a large workload, independent development, a high cost, complex middle links, poor stability and the like caused by building of a message repeater or a message server are avoided.
Description
Technical field
The present invention relates to deferred information transmission technology in mobile communication, particularly relate to a kind of method and system being realized deferred information propelling movement by scalable message process Presence Protocol (XMPP, Extensible Messaging and Presence Protocol).
Background technology
Mobile communication refers to the communication that movement one side in communication wirelessly carries out under mobile status, this communication mode can by means of wire net, realized with any country in the world by communication network that anyone communicates Anywhere, therefore, to some degree, mobile communication is the combination of radio communication and wire communication.At present, mobile communication has developed into the digital mobile communication stage from analog communication, the target of future mobile communications is, can at any time and any place, the communication service of fast and reliable is provided to anyone, therefore, the propelling movement how realizing instant messaging and deferred information receives increasing concern, and this causes XMPP to become more important in the status in the propelling movement field of instant messaging and deferred information.
XMPP is agreement flexible, the most most popular in current main flow four kinds of instant message protocols, be widely used in instant message and online in-situ measurement aspect, a lot of instant message instrument adopts XMPP to realize the sending function of deferred information, as Google GTalk, also have based on a lot of tissues of Jabberd, XMPP has in fact become the primary standard agreement that IM instrument adopts.
Apple sending out notice service (APNS, Apple Push Notification Service), that the application server of the APNS server receipt message transmit leg that Apple utilizes oneself special needs pushed information, and by this message push to the ios device of specifying.
Be the message server of core because APNS server is different from XMPP in process and framework, current XMPP server does not also realize and the docking of APNS servers off-line message, and namely both deferred informations are isolated.In prior art, the framework based on XMPP realizes Android (Android) and IOS two kinds of equipment room deferred informations propelling movements have two kinds of solutions:
The first solution is, is realized the communication of deferred information by message forwarder.As shown in Figure 1, message forwarder connects the message server of XMPP service by Android platform, connects APNS server by ios platform; Further, message server connects Android device, and as the mobile phone terminal of android system, APNS server connects ios device, as i Phone terminal; Accordingly, the method realizing deferred information propelling movement comprises:
Steps A 1, deferred information, as the mobile phone terminal of android system, is sent to message forwarder by Android device;
Steps A 2, deferred information is forwarded to APNS server by ios platform by message forwarder;
Steps A 3, APNS server receives deferred information, and the deferred information received is pushed to ios device as i Phone terminal.
But the defect that this implementation exists is: on the one hand, the workload of message forwarder exploitation is large, and stability, reliability are all still to be tested; On the other hand, larger impact can be produced for direct-connected XMPP as the application architecture of message server.
The second solution is, builds the message server of communicating pair oneself, realizes message communicating, as shown in Figure 2 in application (APP) aspect.The method that specific implementation deferred information pushes comprises:
Step B1, Android device as the mobile phone terminal of android system, by the message server that deferred information synchronized transmission is built to communicating pair;
Step B2, message server receives deferred information, and the deferred information received is carried out format conversion, changes into the code that ios device can identify, afterwards the deferred information after format conversion is synchronously transmitted to ios device as i Phone terminal;
Step B3, i Phone terminal processes message after receiving deferred information, sends and confirms that (ACK) message is to described message server;
Step B4, message server receives ACK message, and forwards ACK message to Android device, and so far message sends successfully.
But the defect that this implementation exists is: on the one hand, message server workload is large, complete independent development, and cost is very high; On the other hand, message server is difficult to and primary flow message server-compatible, makes Third party system cannot use its messenger service.
Obviously, suitable solution is not also had to push for the deferred information realized between different agreement terminal equipment in prior art.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of and realizes by XMPP the method and system that deferred information pushes, and can greatly reduce development amount, and stability and reliability can be avoided to ensure and the problem of expansion and poor compatibility.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention provides a kind of method realizing deferred information propelling movement by XMPP, IOS message module is set between XMPP server and APNS server; The method also comprises:
Described IOS message module receives the deferred information that XMPP server is sent, and obtains the device token of ios device corresponding to described deferred information from APNS server, and the deferred information prompting or deferred information that comprise device token are sent to APNS server.
In such scheme, the method comprises further: APNS server is reminded by the deferred information comprising device token or deferred information pushes to ios device.
In such scheme, the device token of the ios device that described acquisition deferred information is corresponding comprises:
IOS message module sends the request obtaining device token to APNS server, carry the device identification of ios device corresponding to deferred information in described request; APNS server returns the device token of ios device corresponding to described deferred information to IOS message module; IOS message module receives the device token that APNS server returns.
In such scheme, the method also comprises: arrange message push threshold value;
Described IOS message module is reminded by the deferred information comprising device token or deferred information sends to APNS server to comprise: the size of IOS message module to the deferred information that XMPP server is sent judges, if the size of described deferred information is greater than message push threshold value, then IOS message module generates deferred information prompting corresponding to described deferred information, is reminded by the deferred information comprising device token and sending to APNS server; If the size of described deferred information is less than or equal to message push threshold value, then IOS message module does not process described deferred information, directly the deferred information comprising device token is pushed to APNS server.
In such scheme, the method comprises further: for ios device off-line arranges time resource prioritization.
Present invention also offers a kind of system being realized deferred information propelling movement by XMPP, this system comprises: XMPP server, IOS message module and APNS server; Wherein,
XMPP server, for when ios device off-line, is forwarded to IOS message module by the deferred information received;
IOS message module, for receiving the deferred information that XMPP server is sent, and obtains the device token of ios device corresponding to described deferred information from APNS server; The deferred information prompting or deferred information that comprise device token are sent to APNS server;
APNS server, for receiving the acquisition device token request that IOS message module sends, and sends the device token of ios device corresponding to described deferred information to IOS message module; Also remind or deferred information for receiving the deferred information comprising device token that IOS message module sends, and the described deferred information comprising device token to be reminded or deferred information pushes to ios device.
In such scheme, this system also comprises terminal equipment, for the message mailing to ios device is sent to XMPP server.
In such scheme, this system also comprises ios device, reminds or deferred information for the deferred information comprising device token receiving APNS server push.
In such scheme, the device token that described IOS message module obtains ios device corresponding to described deferred information from APNS server comprises:
IOS message module sends to APNS server and obtains device token request, carries the device identification of ios device corresponding to deferred information in described request; APNS server returns the device token of ios device corresponding to described deferred information to IOS message module; IOS message module receives the device token that APNS server returns.
In such scheme, described IOS message module, size also for the deferred information sent XMPP server judges, if the size of described deferred information is greater than message push threshold value, then IOS message module generates deferred information prompting corresponding to described deferred information, is reminded by the deferred information comprising device token and sending to APNS server; If the size of described deferred information is less than or equal to message push threshold value, then IOS message module does not process described deferred information, directly the deferred information comprising device token is pushed to APNS server.
The method and system being realized deferred information propelling movement by XMPP provided by the present invention, IOS message module is set between XMPP server and APNS server, for receiving the deferred information that XMPP server is sent, and remind by APNS server to ios device transmission deferred information or directly push deferred information; Deferred information push-mechanism of the present invention, whether have deferred information to be received, be concurrently sent from line prompting message or directly push deferred information to the terminal equipment of user if user can be made immediately to learn, thus can ensure that user can check deferred information immediately; Further, the application it also avoid and builds that the workload that message forwarder or message server bring is large, independent development, cost is high, intermediate link is complicated and the drawback such as poor stability.
IOS message module set in the present invention follows XMPP, and based on the second priority level work of XMPP server, that is, for XMPP server, the online priority of ios device is the highest, and off-line priority is taken second place; So, the resource prioritization function of XMPP server can be made full use of.
In addition, functional module-IOS the message module that the present invention is arranged separately, be the client of XMPP server in essence, it is again the message source of APNS server, when the bottleneck of Message Processing is positioned at IOS message module, if current IOS message module performance is in time improving or in the same time, numerous deferred information arrives IOS message module, then namely the quantity that only need increase IOS message module server can solve this Message Processing bottleneck, and therefore the present invention very easily realizes subsequent expansion; When the XMPP server having performance better, only need replace original XMPP server by the XMPP server that this performance is better, can realize the improvement of handling property of the present invention, not need to do any change to IOS message module, therefore the present invention is that follow-up compatibility provides guarantee; In addition, as long as Third party system message realizes based on XMPP, then the cost that IOS message module is integrated is with it just very little, and stability can be ensured and integrated after performance.Therefore IOS message module can make subsequent expansion, compatibility and integrated very secure with the message of Third party system, make system realize smooth upgrade, and cost is small.
Accompanying drawing explanation
Fig. 1 be prior art different system equipment room deferred information push scheme one realize principle schematic;
Fig. 2 be prior art different system equipment room deferred information push scheme two realize principle schematic;
Fig. 3 is that the present invention realizes the method handling process schematic diagram of deferred information propelling movement by XMPP;
Fig. 4 is that the present invention realizes the system composition structural representation of deferred information propelling movement by XMPP.
Embodiment
Basic thought of the present invention is: between XMPP server and APNS server, arrange IOS message module, for receiving the deferred information that XMPP server is sent, and is reminded by APNS server to ios device transmission deferred information or directly pushes deferred information.
Here, described IOS message module can be arranged in message server, as a functional module; Also can be separately set in outside message server, as an independently equipment.
For described deferred information, can pre-set a message push threshold value for message size, if the size of deferred information exceedes message push threshold value, then IOS message module sends deferred information prompting by means of only APNS server to ios device; Otherwise IOS message module directly can push deferred information by APNS server to ios device.
Below in conjunction with drawings and the specific embodiments, the present invention is further described in more detail.
Fig. 3 is that the present invention realizes the method handling process schematic diagram of deferred information propelling movement by XMPP, and as shown in Figure 3, the method that the present invention realizes deferred information propelling movement by XMPP comprises the following steps:
Step 101:IOS message module receives the deferred information that XMPP server is sent;
In the present invention, arrange IOS message module between XMPP server and APNS server, described IOS message module receives the deferred information that XMPP server is sent when ios device is in off-line state;
Concrete, when mailing to the message arrival XMPP server of ios device, if ios device off-line, namely described message become deferred information, then start IOS message module and receive described deferred information;
In the present invention, described XMPP server is provided with priority to own resource, and the online priority of ios device is the highest, and ios device off-line priority is taken second place; Accordingly, IOS message module is by time resource prioritization scheduling startup work.
Step 102:IOS message module obtains the device token of ios device corresponding to described deferred information from APNS server;
Here, store the facility information of each ios device in described APNS server, comprise device token.
Concrete, the device token of the ios device that described acquisition deferred information is corresponding comprises:
IOS message module sends the request obtaining device token to APNS server, carry the device identification of ios device corresponding to deferred information in described request; APNS server returns the device token of ios device corresponding to described deferred information to IOS message module; IOS message module receives the device token that APNS server returns, and for follow-up APNS server calls.
Step 103:IOS message module is reminded by the deferred information comprising device token or deferred information sends to APNS server;
Here, IOS message module can pre-set a message push threshold value, for determining that sending deferred information prompting to APNS server still directly sends deferred information;
Concrete, in this step, the size of IOS message module to the deferred information that XMPP server is sent judges, if the size of described deferred information is greater than message push threshold value, then IOS message module generates deferred information prompting corresponding to described deferred information, is reminded by the deferred information comprising device token and sending to APNS server; If the size of described deferred information is less than or equal to message push threshold value, then IOS message module does not process described deferred information, directly the deferred information comprising device token is pushed to APNS server.
Here, described message push threshold value refers to the size of the maximum message that IOS message module can push.
Step 104:APNS server is reminded by the described deferred information comprising device token or deferred information pushes to ios device.
Here, described propelling movement can determine when to push according to the connection status of ios device, if the application off-line run on ios device and ios device is still networked, then APNS server can realize immediately being reminded by deferred information or deferred information is pushed to ios device; If ios device failed cluster, then after needing IOS to network, APNS server realizes pushing again.
Fig. 4 is that the present invention realizes the system composition structural representation of deferred information propelling movement by XMPP, and as shown in Figure 4, this system comprises: XMPP server 42, IOS message module 43 and APNS server 44; Wherein,
XMPP server 42, for when ios device off-line, is forwarded to IOS message module 43 by the deferred information received;
IOS message module 43, for receiving the deferred information that XMPP server 42 is sent, and obtains the device token of ios device corresponding to described deferred information from APNS server 44; Afterwards, the deferred information prompting or deferred information that comprise device token are sent to APNS server 44;
Concrete, the device token that described IOS message module 43 obtains ios device corresponding to described deferred information from APNS server 44 comprises:
IOS message module 43 sends to APNS server 44 and obtains device token request, carries the device identification of ios device corresponding to deferred information in described request; APNS server 44 returns the device token of ios device corresponding to described deferred information to IOS message module 43; IOS message module 43 receives the device token that APNS server 44 returns, and for follow-up APNS server calls.
Further, IOS message module 43 can pre-set a message push threshold value; Accordingly, IOS message module 43 also for, the size of the deferred information that XMPP server 42 is sent is judged, if the size of described deferred information is greater than message push threshold value, then IOS message module 43 generates deferred information prompting corresponding to described deferred information, is reminded by the deferred information comprising device token and sending to APNS server 44; If the size of described deferred information is less than or equal to message push threshold value, then IOS message module 43 does not process described deferred information, directly the deferred information comprising device token is pushed to APNS server 44.
APNS server 44, for receiving the acquisition device token request that IOS message module 43 sends, and sends the device token of ios device corresponding to described deferred information to IOS message module 43; Also remind or deferred information for receiving the deferred information comprising device token that IOS message module 43 sends, and the described deferred information comprising device token to be reminded or deferred information pushes to ios device.
This system comprises terminal equipment 41 further, for the message mailing to ios device is sent to XMPP server 42;
Here, if ios device off-line, then namely described message become deferred information.
This system also comprises ios device 45, and the deferred information comprising device token pushed for receiving APNS server 44 is reminded or deferred information.
In system shown in Figure 4, described XMPP server 42 pairs of own resources are provided with priority, and the online priority of ios device is the highest, and ios device off-line priority is taken second place; Accordingly, IOS message module 43 is by time resource prioritization scheduling startup work.
Because XMPP is a standard, do not comprise concrete implementation procedure, realize process can under each platform complete independently, namely application program based on XMPP can be run under different platforms, such as server, personal computer, handheld device, even run on information gathering, sensing apparatus, the terminal equipment easily extensible therefore in the application is to multiple different platform.
The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.
Claims (10)
1. realized a method for deferred information propelling movement by XMPP, it is characterized in that, IOS message module is set between XMPP server and APNS server; The method also comprises:
Described IOS message module receives the deferred information that XMPP server is sent, and obtains the device token of ios device corresponding to described deferred information from APNS server, and the deferred information prompting or deferred information that comprise device token are sent to APNS server.
2. method according to claim 1, is characterized in that, the method comprises further: APNS server is reminded by the deferred information comprising device token or deferred information pushes to ios device.
3. method according to claim 1 and 2, is characterized in that, the device token of the ios device that described acquisition deferred information is corresponding comprises:
IOS message module sends the request obtaining device token to APNS server, carry the device identification of ios device corresponding to deferred information in described request; APNS server returns the device token of ios device corresponding to described deferred information to IOS message module; IOS message module receives the device token that APNS server returns.
4. method according to claim 1 and 2, is characterized in that, the method also comprises: arrange message push threshold value;
Described IOS message module is reminded by the deferred information comprising device token or deferred information sends to APNS server to comprise: the size of IOS message module to the deferred information that XMPP server is sent judges, if the size of described deferred information is greater than message push threshold value, then IOS message module generates deferred information prompting corresponding to described deferred information, is reminded by the deferred information comprising device token and sending to APNS server; If the size of described deferred information is less than or equal to message push threshold value, then IOS message module does not process described deferred information, directly the deferred information comprising device token is pushed to APNS server.
5. method according to claim 1 and 2, is characterized in that, the method comprises further: for ios device off-line arranges time resource prioritization.
6. realized a system for deferred information propelling movement by XMPP, it is characterized in that, this system comprises: XMPP server, IOS message module and APNS server; Wherein,
XMPP server, for when ios device off-line, is forwarded to IOS message module by the deferred information received;
IOS message module, for receiving the deferred information that XMPP server is sent, and obtains the device token of ios device corresponding to described deferred information from APNS server; The deferred information prompting or deferred information that comprise device token are sent to APNS server;
APNS server, for receiving the acquisition device token request that IOS message module sends, and sends the device token of ios device corresponding to described deferred information to IOS message module; Also remind or deferred information for receiving the deferred information comprising device token that IOS message module sends, and the described deferred information comprising device token to be reminded or deferred information pushes to ios device.
7. system according to claim 6, is characterized in that, this system also comprises terminal equipment, for the message mailing to ios device is sent to XMPP server.
8. the system according to claim 6 or 7, is characterized in that, this system also comprises ios device, reminds or deferred information for the deferred information comprising device token receiving APNS server push.
9. the system according to claim 6 or 7, is characterized in that, the device token that described IOS message module obtains ios device corresponding to described deferred information from APNS server comprises:
IOS message module sends to APNS server and obtains device token request, carries the device identification of ios device corresponding to deferred information in described request; APNS server returns the device token of ios device corresponding to described deferred information to IOS message module; IOS message module receives the device token that APNS server returns.
10. the system according to claim 6 or 7, it is characterized in that, described IOS message module, size also for the deferred information sent XMPP server judges, if the size of described deferred information is greater than message push threshold value, then IOS message module generates deferred information prompting corresponding to described deferred information, is reminded by the deferred information comprising device token and sending to APNS server; If the size of described deferred information is less than or equal to message push threshold value, then IOS message module does not process described deferred information, directly the deferred information comprising device token is pushed to APNS server.
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| CN104243271B (en) | 2018-04-03 |
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