CN103888619B - A kind of message treatment method and system thereof - Google Patents

Abstract

The present invention proposes a message processing method and system thereof, the method comprising: step A, acquiring a message; step B, sending the message to the first application queue corresponding to the priority level according to the priority level of the application program, The priority level is used to identify the order in which the corresponding application programs receive messages, and the first application program queue includes one or more application programs with the same priority level; Step C, receiving the feedback result of the first application program queue, the The feedback result is a processing result of the message by the application programs in the first application program queue. The invention can realize sending messages to application programs with different priorities according to the priority, and the application programs with high priority can preprocess the messages ahead of the application programs with low priority, so as to meet the specific needs of users.

Description

A message processing method and system thereof

technical field

The present invention relates to the technical field of communications, in particular to a message processing method and system thereof.

Background technique

Currently, multiple different application programs are usually installed on a mobile terminal (such as a mobile phone). When a mobile phone receives a message (such as SMS, MMS, etc.), all applications installed on the mobile phone usually receive the message at the same time.

For example with reference to Fig. 1, the existing mobile phone usually adopts the following method to process the received short message: after the short message broadcasting system in the mobile phone receives the short message, it sends the short message to all the application programs installed on the mobile phone at the same time, such as the short message display application program, Game software, short message statistics software, short message storage software, etc.; that is, all applications installed on the mobile phone receive short messages at the same time and without priority.

In addition, most other existing mobile terminals with a message receiving function also receive messages through a flow similar to that shown in FIG. 1 for broadcasting short messages to application programs. It can be seen that all the application programs in the mobile terminal receive messages at the same time, and the mobile terminal cannot perform hierarchical processing on the received messages.

Contents of the invention

The present invention aims at the problem that the application programs in the mobile terminal receive messages at the same time in the prior art, and the mobile terminal cannot perform hierarchical processing on the received messages, and proposes a method for sending and receiving messages, which is realized by the following technical scheme:

A message processing method, comprising the steps of:

Step A, obtain the message;

Step B, sending the message to the first application queue corresponding to the priority level according to the priority level of the application program, the priority level is used to identify the order in which the corresponding application program receives the message, the first application program queue Include one or more applications with the same priority level;

Step C. Receive a feedback result from the first application queue, where the feedback result is a processing result of the message by an application in the first application queue.

Further, the method described before step A also includes:

The registration information of the application program is received, and the registration information is information indicating that the application program corresponding to the registration information is allocated to the corresponding application program queue.

Further, the method described before step A also includes:

The anti-registration information of the application program is received, and the anti-registration information is used to identify that the application program has been deleted from the corresponding application program queue.

Further, the step B includes:

Obtain the name or address of the first application queue corresponding to the priority level, and send the message to the first application queue according to the name or address.

Further, the method described before step B also includes:

Adding a priority identifier to the message, where the priority identifier corresponds to the priority level of the first application queue;

Described step B comprises:

sending the message to the first application queue according to the priority identifier.

Further, the feedback result is the processed message content, and the method further includes:

sending the feedback result to a second application queue whose priority level is lower than that of the first application queue; and/or

The feedback result is a processing identifier for the message, and the method further includes:

Determine whether to send the message to a third application queue according to the processing identifier, the priority level of the third application queue is lower than the priority level of the first application queue; if yes, send the message to the third application queue.

Further, the step C includes: setting a processing response time limit for the applications in the first application queue, and selecting whether to continue sending the message to other low-priority application queues according to the response time limit; and/or

Counting the response times of the applications in the first application queue, and selecting whether to remove the application from the first application queue according to the statistical results.

The present invention further proposes a message processing system, wherein the system includes:

Acquisition unit, used to obtain messages;

a sending unit, configured to send the message to the first application queue corresponding to the priority level according to the priority level of the application program, the priority level is used to identify the order in which the corresponding application program receives the message, the first application program The program queue includes one or more applications of the same priority level;

The first receiving unit is configured to receive a feedback result of the first application queue, where the feedback result is a processing result of the message by an application in the first application queue.

Further, the system also includes:

The second receiving unit is configured to receive the registration information of the application program, the registration information is information indicating that the application program corresponding to the registration information is assigned to the corresponding application program queue. Further, the system also includes:

The third receiving unit is configured to receive anti-registration information of the application, where the anti-registration information is used to identify that the application has been deleted from the corresponding application queue. Compared with prior art, advantage and positive effect of the present invention are embodied as follows:

By adopting the above message processing method, the obtained messages can be sent to the corresponding application programs according to the priority levels, and the application programs with high priority levels can receive the messages earlier than the application programs with lower priority levels, so that different application programs in the mobile terminal can interact with each other. Fetched messages are received and/or processed hierarchically. The solution of Embodiment 1 of the present invention does not need to modify the Android system architecture, and does not need to perform code operations such as modification, compilation, and deployment on the Android system. The implementation process is greatly simplified and the development cost can be reduced at the same time.

Other characteristics and advantages of the present invention will become clearer after reading the detailed description of the present invention in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is the realization flow chart of existing SMS broadcasting to application program based on Android system mobile phone;

FIG. 2 is a flowchart of a message processing method according to Embodiment 1 of the present invention;

FIG. 3 is a flow chart of a message processing method in Embodiment 2 of the present invention;

Fig. 4 is a structural block diagram of a message processing system provided by an embodiment of the present invention.

detailed description

In the existing Android system, ISO system and Window system, before each application program in the mobile terminal receives the message, if some preprocessing is to be performed on the message, complex operations such as changing the system are required. For example, if a mobile terminal based on the Android system performs some preprocessing on the message after receiving the message and before each application program in the mobile terminal receives the message, a new preprocessing program needs to be added to the system. However, to add these new preprocessing programs, it is necessary to modify the Android system architecture, recompile and upgrade the Android system to support the newly added preprocessing program to preprocess the message in advance, and then if you want to add a new preprocessing program then It is necessary to modify, compile and deploy the Android system again, that is, each additional preprocessing program needs to modify, compile and deploy the Android system; adding a new preprocessing program requires modifying the system code, the steps are complicated, and upgrading and deployment at the same time The Android system of the user's mobile terminal has huge costs and risks.

In view of the above defects, an embodiment of the present invention proposes a message processing method capable of preprocessing the acquired messages in advance, so as to solve the above defects.

Embodiment one

Embodiment 1 of the present invention proposes a message processing method, which is applied to various mobile terminals with message receiving and/or sending functions, including mobile phones. With reference to Fig. 2, this method comprises the steps:

Step 201, obtain message;

The message may include one or more of text, picture, audio, video and so on. The message may be a service message automatically pushed by the operator, or a message sent to the mobile terminal through other mobile terminals, which is not limited in the present invention.

In the prior art, after the short message broadcasting system receives the short message, the short message is sent to all the application programs installed on the mobile phone at the same time. However, the step of obtaining the message in the embodiment of the present invention is executed before each application program in the mobile terminal receives the message. For example, the message processing system in FIG. 4 may execute the step of obtaining the message.

Step 202, sending a message to the first application queue;

This step is mainly to send the obtained message to the first application queue corresponding to the priority level of the application program according to the priority level of the application program, where the priority level is used to identify the order in which the corresponding application program receives messages, the first application program queue Can include one or more applications with the same priority.

The application program mentioned in the embodiment of the present invention may refer to a mobile program installed on the mobile terminal, or may refer to an application program saved on the mobile terminal without installation. The priority level of each application program can be pre-allocated or configured in real time; all application programs on the mobile terminal are assigned to at least one application program queue, and each application program queue only includes one or more application programs with the same priority level. applications.

In a specific embodiment, this step can send the obtained message to the first application program queue according to information such as the address or name of the application program, that is, the obtained message can be sent to one or more application programs at the same time, when When sending to multiple applications at the same time, the priority levels of the multiple applications are the same. In another embodiment, the obtained message may be preprocessed first, for example, a priority identifier is added to the obtained message, and then the obtained message is sent to the corresponding priority identifier according to the priority identifier. The first application program queue, wherein the priority level of the application program in the first application program queue corresponds to the above-mentioned increased priority identification, for example, the priority level of the application program in the first application program queue is 1, and the above-mentioned increased priority identification is "1"; or other methods, which will not be listed here.

Step 203: Receive a feedback result from the first application queue, where the feedback result is a processing result of the message by the first application queue.

The processing result of the message by the application in the first application queue may be the processed message content, and/or the processing identification of the message; that is, the feedback result of the first application queue includes the application in the first application queue The message content after the program processes the message, and/or, the message processing identification of the application program.

On the one hand, the above-mentioned processing result can be the message content after the application program processes the message. For example, the message obtained in step 201 is a certain type of short message, and the processing result is a short message with *, then the feedback result received in step 203 can be It includes receiving a short message marked with * after being processed by the application program in the first application program queue; it should be noted that the above feedback result may include the processing result of the message by one or more application programs. Further, follow-up operations can also be performed on the feedback results. For example, low-priority applications also need to listen to the processed message content, and then send the processed message content to the second application queue, wherein the second application queue The priority level is lower than the priority level of the first application queue.

In addition, the above-mentioned feedback result can also be the processing identification of the message, such as "0" and "1" (the processing identification of the application program is "1" if the message has been processed by the application program, otherwise it is "0"), if The first application program queue includes only one application program, and the above feedback result only includes the message processing identifier of the one application program, such as "1" or "0"; if the first application program queue includes multiple application programs, then The above feedback results include the processing identifiers of the multiple application programs on the message, which may include multiple "1"s and/or multiple "0". Further, the feedback result can also be operated in the following manner, judging whether to send the message to the third application queue according to the processing identifier, wherein the priority level of the third application queue is lower than that of the first application queue; If so, send the message to a third application queue. In a specific example, when the number and/or proportion of the processing identifiers of "1" in the feedback result is greater than a preset value, the message is sent to the third application queue; in another specific example, when When the number and/or proportion of processing identifiers that are "0" in the feedback result is greater than a preset value, the message is sent to the third application program queue. It should be noted that the above-mentioned second application queue and the third application queue may be the same or may not be the same.

By adopting the above method, the acquired messages can be sent to the corresponding application programs according to the priority level, and the application programs with higher priority levels can receive the messages earlier than the application programs with lower priority levels, so that different application programs in the mobile terminal can control the obtained messages. Messages are received and/or processed hierarchically. The solution of Embodiment 1 of the present invention does not need to modify the Android system architecture, and does not need to perform code operations such as modification, compilation, and deployment on the Android system. The implementation process is greatly simplified and the development cost can be reduced at the same time.

It should be noted that FIG. 2 only shows a schematic flowchart of a specific embodiment of the embodiment of the present invention. Those of ordinary skill in the art should understand that the message processing method in the embodiment of the present invention may also include one or more other Steps not shown in FIG. 2; in addition, one or more steps in FIG. 2 can be replaced with other equivalent operation modes, all of which are within the protection scope of the present invention.

The solution mentioned in the first embodiment above can be applied to Android system, ISO system, Windows system and so on. The following will take the Android system as an example to analyze the technical solution mentioned in the first embodiment above in detail.

Embodiment two

Embodiment 2 of the present invention provides a kind of message processing method, and this message processing method can be applied to the mobile terminal that has message receiving and/or sending function based on Android system, and Fig. 3 shows the flowchart of this message processing method, this method It mainly includes the following steps:

Step 301, receiving application registration information;

Wherein, the registration information is information indicating that the application program corresponding to the registration information is assigned to the corresponding application program queue. For the application that needs to be installed, after the application is installed on the mobile terminal, it can be automatically assigned to the corresponding application queue (this step is called the registration of the application). After the assignment is completed, registration information will be generated. Registration information Include the current status of the corresponding application (such as completed registration). In addition, the registration information may also include information such as the name, address and/or priority level of the application program.

The receipt of the registration information of the application program in the above step 301 indicates that the application program has been registered and assigned to a certain application program queue.

In a specific embodiment, before the short message receiving application program in the mobile phone based on the Android system listens to the short message from the outside, it can first complete the registration (that is, the short message receiving application program is assigned to the corresponding application queue), and then perform the receiving SMS functionality.

Step 302, obtain message;

This step is the same as step 01 in the first embodiment above, and for details, please refer to the description of the first embodiment above.

Step 303, sending a message to the first application queue;

In this step, applications of the same priority level belong to the same application program queue, and all registered applications belonging to the priority level are stored in the application program queue corresponding to each priority level. The implementation of the application program queue can adopt ArrayList technology, but not limited to this technology. In a specific embodiment, each application program queue can also correspond to a short message cache queue for storing pending short messages belonging to the priority level. The realization of the short message cache queue can use the LinkedBlockingQueue technology in Java, but it is not limited to this technique. The short message cache queue can correspond to one or more Java threads to ensure that short messages in the cache can be sent out quickly.

It should be noted that, in order to describe the technical solution of Embodiment 2 of the present invention in detail, in this embodiment, the message is a short message as an example for description. At this time, after the short message is obtained, the short message may be processed first, and then the short message is sent to the first application program queue. For example, a priority mark can be added to the text message (for example, the priority mark can be added at any determinable position of the text message), and the priority mark indicates the priority level of the application program that can receive the short message first, for example, the short message can be received first If the priority level of the application is 1, the priority identifier "1" can be added to the short message.

Step 304, receiving the feedback result of the first application program queue;

The applications in the first application queue can receive the above messages at the same time, and these applications can choose to process or not to process the received messages. Further, the application program that chooses to process the message may return the processing result of the message, and the application program that chooses not to process the message may return a non-processing indication or not return a non-processing indication.

Also take the above-mentioned receiving short message as an example, after each application program in the first application program queue receives the short message containing the priority mark, it judges whether the priority mark of the short message corresponds to the priority level of the application program itself, and if so, it can Choose to process the message or not process it, otherwise not process it. If the registered application program receives the short message corresponding to its own priority level and successfully processes it, the application program can feed back the processing result of the short message. Further, it may be further determined whether to continue sending the short message to other low-priority application program queues according to the feedback processing result.

If the application receives a text message corresponding to its own priority but fails to process it successfully, it can continue to send the text message to other low-priority application queues after receiving the processing result marked as unprocessed by the application; In addition, before the short message is sent to other low priority application program queues, the priority identification of the short message may be changed first so that the changed priority identification corresponds to at least one lower priority level.

In addition, if the application receives a short message corresponding to its own priority level but the processing time is timed out (for example, if the feedback result returned by the corresponding application queue is not received within the preset time, the processing time can be considered as timed out), you can continue to send The note is sent to other low-priority application queues; in addition, before the note is sent to other low-priority application queues, it is also possible to first change the priority identification of the note so that the changed priority identification is consistent with Corresponds to at least one lower priority level.

In a specific embodiment of the present invention, if the priority level of the application program corresponds to the priority identification of the received short message, the application program can process the short message or not process the short message; if the application program The priority level of the received message does not correspond to the priority level of the received message, then the application has no authority to process the received message. Certainly, this is only a scheme adopted in a specific embodiment of the present invention, and other manners may also be adopted, which is not limited thereto.

In other embodiments, in order to improve the efficiency of message processing, the registered application program may be checked as needed, and statistics are made on whether the registered application program can return a processing result for the received message. For example, it is possible to automatically check the registered application program at regular intervals (for example, every 10 minutes), or automatically check the registered application program in real time, or check the registered application program after receiving the user's instruction. The program checks. When counting whether the registered application can return the processing result for the received message, the following scheme can be adopted: Scheme 1: Set a processing response time limit for the application to process the message (for example, 10 minutes, 5 minutes, 1 minute etc., it can be determined according to the requirements), and the timing starts from the time when the message is sent to the first application program queue. If an application program in the first application program does not return the processing result within the processing response time limit, it is considered that the application program has no response , at this point, you can choose to remove the application from the first application queue, that is, delete the application from the first application queue. In addition, scheme two as follows can also be adopted: on the basis of scheme one, count the number of times that the application program does not respond, if the number of times that the application program does not respond is not less than a predetermined number of times (for example, 3 times or 5 times, etc., or According to specific needs), at this time, you can choose to remove the application program from the first application program queue, that is, delete the application program from the first application program queue. By adopting this solution, it is possible to dynamically remove registered application programs that cannot work from the application program queue, thereby improving message processing efficiency.

The process of removing a registered application from the application queue may be referred to as an application de-registration process. When an application needs to be removed from the corresponding application queue, the anti-registration information of the application can be obtained. The anti-registration information can identify that the above-mentioned application has been deleted from the corresponding application queue, that is, the application The program is no longer included in the corresponding application queue. In this way, the preprocessing function of the application can be dynamically changed, that is, the unnecessary application can be deleted from the queue through the anti-registration process at any time, and when a new message is obtained in the future, the new message will not be sent Send to the application, of course, you can also modify the specific preprocessing function by updating the registration information, such as changing the processing order by updating the priority level in the registration information of an application program.

Through the solution of the second embodiment of the present invention, the obtained messages can be sent to the corresponding application programs according to the priority levels, and the high priority level application programs can receive the messages earlier than the low priority level application programs, thereby realizing the mobile terminal. Different applications receive and/or process the obtained messages hierarchically. In addition, according to the solution of the second embodiment, the application program can be registered in the corresponding application program queue according to the actual needs, and the application program can also be deleted from the corresponding application program according to the needs; thus, the dynamic adjustment of the received message can be realized. application.

In the solution of Embodiment 2 of the present invention, it is only necessary to add the application program to the corresponding application program queue through the registration process or delete the application program from the corresponding application program queue through the anti-registration process, without modifying the Android system architecture and without Code operations such as modifying, compiling, and deploying the Android system greatly simplify the implementation process and reduce development costs.

It should be noted that the execution order of the steps in the second embodiment is not limited to the manner shown in FIG. 3 , for example, step 301 may also be executed after step 302 or executed simultaneously with step 302 . In addition, steps 302 to 304 in this embodiment can also be performed in the manner of steps 301 to 303 in the first embodiment above, for details, please refer to the corresponding content of the first embodiment, which will not be repeated here.

The implementation process of the present invention is described in detail below taking the sending and receiving of short messages as an example. After adopting the method provided by the present invention, when a new short message is received, the short message can be preprocessed. Of course, the present invention is not limited to the processing of short messages, and It can be the processing of other information in the Android system, such as the processing of telephone messages, the processing of network data information, the processing of Email, the processing of Android internal event messages, and the like.

The implementation process of the present invention is described below according to the application case of "uncivilized short message preprocessing". For example, parents need to pre-process uncivilized words in text messages (such as "violence", "pornography", etc.), and replace uncivilized words with "*".

When the application "uncivilized SMS preprocessing", "SMS client" and "General SMS receiving application" are started, they can be registered according to their own priority levels (that is, assigned to the corresponding application queue). For example, "Uncivilized SMS Preprocessing" has its own priority level of 1, and it registers with the "first application program queue" with a priority level of 1, and can generate "record information" (application The specific information registered by the program in the application queue) and stored in the "first application queue" with priority level 1; the priority levels of the other two applications "SMS client" and "General SMS receiving application" are both is 3, they do the same to the "third application queue" whose priority is 3.

After receiving a new text message, first check whether there is an application registered in the first application queue with a priority level of 1, and find that the first application queue with a priority level of 1 can also contain the application "uncivilized text message pre-registration". To process the information of "registration", at this time, the priority identifier "1" can be attached to the short message, and the short message is broadcast to all applications in the first application queue with priority level 1. After the application program "uncivilized SMS preprocessing" receives the text message, check whether the priority identification of the text message is "1", if it is "1", the "uncivilized text message preprocessing" application program will process the text message and will Words such as "violence" and "pornography" are replaced with "*", and then the processing result of the text message is fed back.

After receiving the processing result of the SMS from the application "uncivilized SMS preprocessing", you can sequentially check whether any application has been registered in the second application queue with priority level 2. In this example, there is no priority level 2 Therefore, you can continue to check whether any application has been registered in the third application queue with priority level 3, and the third application queue with priority level 3 can also contain the application "SMS client" and the information registered with the "general SMS receiving application", at this time, the priority identifier "3" can be attached to the SMS processed by the "uncivilized SMS preprocessing" application, and the SMS can be broadcast to all applications. When the "SMS client" and "General SMS receiving application B" receive the text message, they can display the received text message through the "SMS client", and the user will not see any uncivilized text (for example: "Violence ", "Pornography") text messages.

In order to improve transparency, if the first application queue with a priority level of 1 finds that the application "uncivilized SMS preprocessing" has been registered, but does not respond to any SMS with a priority identification of "1" (specifically, it can be determined by the response time) monitoring), then it is determined that the application "uncivilized SMS preprocessing" is not working properly, and it can be removed from the first application queue, so as to ensure that the abnormally working application "uncivilized SMS preprocessing" will not affect other applications The "SMS client" and "General SMS receiving application" will have an impact on the time to receive SMS.

After the text message has been processed in all application queues with priority levels, if the text message needs to be notified to other applications without priority level and/or unregistered applications in the Android system, the system can deliver the text message For the short message broadcast system in the Android system, it is guaranteed that these application programs without priority level and/or unregistered application programs can still receive the short message.

Embodiment Three

Referring to Figure 4, this embodiment also proposes a message processing system, including:

An acquisition unit 401, configured to acquire a message;

The sending unit 402 is configured to send the message to the first application queue corresponding to the priority level according to the priority level of the application program, the priority level is used to identify the order in which the corresponding application program receives the message, the first The application queue includes one or more applications of the same priority level;

The first receiving unit 403 is configured to receive a feedback result of the first application queue, where the feedback result is a processing result of the message by the first application queue.

The system can realize sending messages to application programs with different priorities according to priority, and an application program with a higher priority can preprocess messages in advance than an application program with a lower priority.

In order to implement dynamic directed broadcast messages according to the priority level, the system may further include:

The second receiving unit 404 is configured to acquire registration information of the application program;

A recording unit, configured to record the registration information into an application program queue corresponding to the application program; wherein the registration information includes the name, address and/or priority level of the application program.

The third receiving unit 405 is configured to acquire anti-registration information of the application, where the anti-registration information is used to identify that the registration information is deleted to indicate that the application is removed from the corresponding application queue.

In this way, without changing the original system architecture, the message receiving application can be dynamically adjusted through queue registration and de-registration, so as to ensure that high-priority applications can pre-process messages in advance as needed.

First, in the above message processing method and/or system, messages are sent to applications with different priorities according to their priorities, and applications with higher priorities can preprocess messages in advance than applications with lower priorities, which can meet the specific needs of users .

Secondly, it is also possible to further propose a method for dynamically sending messages according to the priority level, by registering and/or unregistering the application in the application queue, adding or deleting new monitoring applications, without the need for Android, etc. To modify, compile and deploy the platform, it only needs to be registered in advance, which greatly simplifies the operation procedure and reduces the development cost.

In addition, in the above message processing method and/or system, the message can be selected to be sent to an application program with a low priority level according to the processing result of the application program, that is, when the listening application program with a high priority level cannot process the message, the response time After the message is finished, the message is forwarded to other low-priority applications, and the delay time is small, so that the low-priority application cannot feel the preprocessing work of the high-priority application.

In addition, in the above message processing method and/or system, registered applications can be checked to ensure that registered applications that cannot return message processing results in time are dynamically removed from the application queue, thereby improving message transmission efficiency.

The invention can be applied to many fields such as military equipment communication, software module communication, civilian equipment communication and the like.

The terms "first", "second", and "third" in the above embodiments are only for distinction, and should not be construed as limiting the embodiments of the present invention. In addition, various solutions in the foregoing embodiments may be combined to obtain other solutions, which are all within the protection scope of the embodiments of the present invention.

The above is only a preferred embodiment of the present invention, and is not intended to limit the present invention to other forms. Any skilled person who is familiar with this profession may use the technical content disclosed above to change or modify the equivalent of equivalent changes. The embodiments are applied to other fields, but any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention still belong to the protection scope of the technical solutions of the present invention without departing from the content of the technical solutions of the present invention.

Claims (8)

1. a message treatment method, is characterized in that, comprises the steps:

Steps A, acquisition message;

Step B, according to the priority level of application program, described message is sent to first application queue corresponding with described priority level, described priority level is for identifying the order of corresponding application programs receipt message, and described first application queue comprises the identical application program of one or more priority level;

Step C, to the application setting processing response time limit in described first application queue, and according to response the time limit select whether continue to send this message to other application queue of other low priorities; And/or the response times of application program in the first application queue is added up, and select whether application program is rejected described first application queue according to statistics;

Receive the feedback result of described first application queue; Described feedback result is that application program in described first application queue is to the result of described message, described feedback result is sent to the second application queue, and the priority level of described second application queue is lower than the priority level of described first application queue; And/or described feedback result identifies the process of described message, judge whether described message to be sent to the 3rd application queue according to described process mark, the priority level of described 3rd application queue is lower than the priority level of described first application queue; If so, described message is sent to described 3rd application queue.

2. message treatment method according to claim 1, is characterized in that: before steps A, described method also comprises:

Receive the log-on message of application program, described log-on message indicates that application program that this log-on message is corresponding is assigned to the information of corresponding application queue.

3. message treatment method according to claim 2, is characterized in that, before steps A, described method also comprises:

Receive the anti-log-on message of application program, described anti-log-on message is deleted by from corresponding application queue for identifying this application program.

4. the message treatment method according to any one of claim 1-3, is characterized in that, described step B comprises:

Obtain title or the address of first application queue corresponding with described priority level, according to described title or address, described message is sent to described first application queue.

5. the message treatment method according to any one of claim 1-3, is characterized in that, before step B, described method also comprises:

Described message increases priority tag, and described priority tag is corresponding with the priority level of described first application queue;

Described step B comprises:

According to described priority tag, described message is sent to described first application queue.

6. a message handling system, is characterized in that, described system comprises:

Acquiring unit, in order to obtain message;

Transmitting element, in order to the priority level according to application program, described message is sent to first application queue corresponding with described priority level, described priority level for identifying the order of corresponding application programs receipt message, described first application queue comprises the identical application program of one or more priority level;

First receiving element, in order to receive the feedback result of described first application queue, and to the application setting processing response time limit in described first application queue, and select whether to continue to send this message to other application queue of other low priorities according to the response time limit; And/or the response times of application program in the first application queue is added up, and select whether application program is rejected described first application queue according to statistics; Described feedback result is that application program in described first application queue is to the result of described message, described feedback result is sent to the second application queue, and the priority level of described second application queue is lower than the priority level of described first application queue; And/or described feedback result identifies the process of described message, judge whether described message to be sent to the 3rd application queue according to described process mark, the priority level of described 3rd application queue is lower than the priority level of described first application queue; If so, described message is sent to described 3rd application queue.

7. message handling system according to claim 6, is characterized in that, described system also comprises:

Second receiving element, for receiving the log-on message of application program, described log-on message indicates that application program that this log-on message is corresponding is assigned to the information of corresponding application queue.

8. message handling system according to claim 7, is characterized in that, described system also comprises:

3rd receiving element, for receiving the anti-log-on message of application program, described anti-log-on message is deleted by from corresponding application queue for identifying this application program.