WO2012055176A1

WO2012055176A1 - Processing method for mobile terminal and mobile terminal

Info

Publication number: WO2012055176A1
Application number: PCT/CN2011/070485
Authority: WO
Inventors: 孟兆; 蒋敏
Original assignee: 中兴通讯股份有限公司
Priority date: 2010-10-27
Filing date: 2011-01-21
Publication date: 2012-05-03
Also published as: CN101977268A; CN101977268B

Abstract

A mobile terminal and a processing method for the mobile terminal are provided. The method includes that: the Automatic Operating Module Engine (AOME) in the mobile terminal accepts the script for realizing user automatic operation function to configure into the AOME (S102); wherein, the script includes indication information and control logic. The indication information is used for indicating the invocation of an application and/or a global equipment of the mobile terminal, and the control logic is used for indicating the logic sequence of the invocation of an application and/or a global equipment; the AOME parses the script, and based on the indication information and control logic, the AOME invokes the above application and/or global equipment to realize the user automatic operation function (S104). By using the present invention, a user can realize the user-defined automatic operation on a mobile terminal according to his desire. When using the mobile terminal, the user obtains more freedom.

Description

The present invention relates to the field of communications, and in particular to a mobile terminal processing method and a mobile terminal. BACKGROUND OF THE INVENTION With the development of mobile communication technologies and microelectronic technologies, the trend of convergence of mobile communication terminals (hereinafter referred to as mobile terminals) with handheld computers has become apparent. Users not only want mobile terminals to implement inherent communication functions (for example, making calls, texting, etc.), but also hope that mobile phones can provide functions such as document processing, Internet access, games, and multimedia. In recent years, automatic processing of transactions through mobile terminals has also become one of the directions of user demand. For example, some business users want mobile terminals to receive emails from the Internet at regular intervals, uploading and downloading documents; younger users may want to pay attention to trend information in real time. Currently, users can only use some applications (such as alarm clocks, anniversaries, etc.) provided by terminal manufacturers configured on mobile terminals to implement some simple automatic operation functions. However, terminal manufacturers provide fewer types of automatic operations. The flexibility is low, and it is not possible to perform automatic operations as desired by the user, which is inconvenient for the user's use. SUMMARY OF THE INVENTION A primary object of the present invention is to provide a mobile terminal processing method and a mobile terminal to solve at least the above problems. An aspect of the present invention provides a mobile terminal processing method, including:

The AOME accepts a script configuration for implementing a user automatic operation function into the AOME, wherein the script includes indication information and control logic, the indication information is used to indicate an application and/or global call on the mobile terminal The control logic is configured to indicate a logical sequence of invoking the application and/or the global device; the AOME parses the script, and invokes the application and/or according to the indication information and the control logic The global device implements the automatic operation of the user. In the case that the control logic is further used to indicate an event trigger condition to be met when the application and/or the global device is invoked, the AOME invokes the application and/or the location according to the indication information and control logic. The global device implementing the user automatic operation function includes: the TNM in the mobile terminal notifying the AOME if the event triggering condition configured in the TNM is satisfied; the AOME receiving the notification, determining the location The event triggering condition that is satisfied is the same as the event triggering condition that is to be satisfied by the control logic, and the application and/or the global indication indicated by the indication information is invoked according to the logical sequence indicated by the control logic. The device implements the automatic operation function of the user. The TNM in the mobile terminal, when the event triggering condition configured in the TNM is satisfied, notifying the AOME includes: the TNM traversing a Trigger list corresponding to an application or a global device monitored by the TNM, Each Trigger in the Trigger list corresponds to an event triggering condition, and is triggered if the corresponding event triggering condition is met; the TNM detects that the Trigger list exists in the Tringer by the traversal The triggered Trigger returns a notification message Notification corresponding to the triggered Trigger to the AOME. The TNM includes a local TNM and a global TNM, where the local TNM is used to monitor an application, and the global TNM is used to monitor a global device. The local TNM is located in an application monitored by the local TNM, and the global TNM is an independent application or located in the AOME. The Trigger is preset in the TNM, or is configured by the user through the AOME into the TNM. The script is configured to the AOME by macro recording on the AOME, or the script is configured to the AOME by importing the script into the AOME. Another aspect of the present invention provides a mobile terminal, including an AOME, the AOME includes: a configuration module configured to accept a script configured to implement a user automatic operation function into the AOME, where the script includes Instructing information and control logic, the indication information being used to indicate an application and/or a global device on the mobile terminal, the control logic is configured to indicate a logical sequence of invoking the application and/or the global device; a module, configured to parse the script; a calling module configured to invoke the application and/or the global device to implement the user automatic operation function according to the indication information and the control logic. In the case that the control logic is further used to indicate an event triggering condition to be met when the application and/or the global device is invoked, the mobile terminal further includes: TNM, configured to be configured in the TNM. In the case that the event trigger condition is satisfied, the AOME is notified; the calling module is configured to determine, when the notification is received, the event triggering condition that is satisfied and the event triggering condition that is required to be satisfied by the control logic Similarly, the application and/or the global device indicated by the indication information are invoked according to the logical sequence indicated by the control logic to implement the user automatic operation function. The TNM includes: a traversal module, configured to traverse a Trigger list corresponding to an application or a global device monitored by the TNM, where each Trigger in the Trigger list corresponds to an event trigger condition, and corresponds to The event triggering condition is triggered; the notification module is configured to notify the notification message corresponding to the triggered Trigger if the traversal module detects that there is a triggered Trigger in the Trigger list Return to the AOME. The mobile terminal further includes: a console module CPM, configured to be an interface between the AOME and the user, configured to configure the script imported by the user to the AOME, or set to provide an interface to accept the user to record through the macro The script is configured to the AOME. Through the invention, the AOME is used to implement the automatic operation function of the user by calling the corresponding application and/or the global device according to the instruction information and the control logic in the script provided by the user, and solving the related art, the mobile terminal cannot implement the automatic operation according to the user's intention. The problem of the operation function, the user can implement the customized automatic operation on the mobile terminal according to his own wishes, which undoubtedly provides the user with greater freedom to use the mobile terminal. BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are set to illustrate,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 1 is a flowchart of a mobile terminal processing method according to an embodiment of the present invention; FIG. 2 is a structural block diagram of a mobile terminal according to an embodiment of the present invention; FIG. 3 is a mobile terminal according to an embodiment of the present invention; Preferred structural block diagram 1; 4 is a block diagram of a preferred structure of a mobile terminal according to an embodiment of the present invention; FIG. 5 is a block diagram 3 of a preferred structure of a mobile terminal according to an embodiment of the present invention; FIG. 6 is a diagram for implementing automatic user in a mobile terminal according to Embodiment 1. Schematic diagram of an automatic operation model of operation; FIG. 7 is a flow chart of a test for repeatedly downloading a file link using a mobile phone browser according to the embodiment 3. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. It should be noted that the embodiments in the present application and the features in the embodiments may be combined with each other without conflict. FIG. 1 is a flowchart of a method for processing a mobile terminal according to an embodiment of the present invention. As shown in FIG. 1, the method includes: Step S102: An Automatic Operating Module Engine (AOME in the mobile terminal) Accepting a script configuration for implementing a user automatic operation function into the AOME, wherein the script includes indication information and control logic, the indication information is used to indicate that an application and/or a global device on the mobile terminal is invoked, Control logic is used to indicate the logical sequence of invoking the application and/or the global device; Step S104, the AOME parses the script, and invokes the above application and/or global device in accordance with the indication information and control logic to implement the user automatic operation function. Through the method, AOME is set in the mobile terminal, and the AOME is used to parse and run the script for implementing the automatic operation function of the user (involving logic control and application and/or global device call), so as to implement the automatic operation of the user. Features. The method can be widely applied to a situation where a mobile terminal needs to automatically live in some real-time situations instead of the user's automatic action, and can also be used for automatic testing of the mobile platform. Users can freely choose to arrange what the mobile terminal does according to their own preferences, such as automatically transferring pictures after receiving MMS, and automatically making calls at regular intervals. The functions that need to be embedded in the developer can now be completed by the users themselves. The automatic control function undoubtedly provides users with more freedom to use the mobile terminal. Preferably, when AOME implements the user automatic operation function, AOME can monitor the execution result, for example, recording the execution log, making an error prompt when an error occurs, and the like. In the case where the control logic is also used to indicate an event trigger condition to be met when the application and/or the global device is invoked, the Trigger and Notification Monitor (TNM) in the mobile terminal is configured in the TNM. When the event trigger condition is satisfied, the AOME is notified; the AOME receives the notification, and determines that the satisfied event trigger condition is the same as the event trigger condition indicated by the control logic, and then invokes the indication information indication according to the logical sequence indicated by the control logic. Application and / or global device to achieve user automatic operation functions. Through the above method, conditional control can be realized, and when a certain event is triggered, subsequent operations can be performed, and a more complicated and diversified user automatic operation function can be realized. In practical applications, conditional control can be achieved through a trigger object ( Trigger ). Trigger is a trigger object used to synchronize with AOME. It can be built by the manufacturer to local TNM (TNM - Local, referred to as TNM-L), or can be defined by the user for global TNM (TNM - Global, referred to as TNM-G). ). When a specified event (Event) occurs, Trigger will send the corresponding notification to AOME, which is the port associated with the Trigger. In the case that the TNM in the mobile terminal is satisfied that the event triggering condition configured in the TNM is satisfied, the process of notifying the AOME may include the following processing: The TNM traverses the Trigger list corresponding to the application or the global device monitored by the TNM, where the Trigger list Each Trigger corresponds to an event trigger condition and is triggered if the corresponding event trigger condition is satisfied; the TNM detects that there is a triggered Trigger in the Trigger list by traversing, which will correspond to the triggered Trigger The notification message Notification is returned to AOME. This method is easy to implement. The above TNM may include a local TNM for monitoring applications and a global TNM for monitoring global devices. The local TNM can be located in an application monitored by the local TNM, and the global TNM can be a standalone application or located in the AOME. The Trigger can be pre-configured in the TNM, or it can be configured by the user into the TNM via AOME. In general, the Trigger in the local TNM is mostly preset, and the Trigger in the global TNM can be preset or configured by the user through the AOME. Preferably, the έρ can be configured to AOME by recording macro (Macro, user-recorded control logic, usually stored in έρ本) on AOME, or by importing έρ本 into AOME. This configuration is awkward. 2 is a structural block diagram of a mobile terminal according to an embodiment of the present invention. The mobile terminal includes an AOME 22. The AOME 22 includes: a configuration module 24 configured to accept a script configured to implement a user automatic operation function into the AOME 22, wherein , the script includes instructions and control logic, The indication information is used to indicate an application and/or a global device on the calling mobile terminal, the control logic is used to indicate a logical sequence of invoking the application and/or the global device; the parsing module 26 is configured to parse the copy; the calling module 28 is set to follow the indication Information and control logic invokes applications and/or global devices to implement user automation functions. Through the ΑΟΜΕ 22 set in the mobile terminal, the script for implementing the automatic operation function of the user is parsed and operated (involving logic control and application and/or global device call), so as to realize the automatic operation function of the user, which is undoubtedly Provides greater freedom for users to use mobile terminals. 3 is a block diagram of a preferred structure of a mobile terminal according to an embodiment of the present invention. As shown in FIG. 3, when the above control logic is further used to indicate an event trigger condition to be met when an application and/or a global device is invoked, the mobile terminal moves. The terminal may further include: ΤΝΜ 32, configured to notify ΑΟΜΕ 22 when the event trigger condition configured in ΤΝΜ 32 is satisfied; the calling module 28 is configured to determine that the event trigger condition is satisfied if the notification is received The same as the event triggering condition indicated by the control logic, the application and/or global device indicated by the indication information is invoked in a logical order indicated by the control logic to implement the user automatic operation function. 4 is a block diagram 2 of a preferred structure of a mobile terminal according to an embodiment of the present invention, as shown in FIG.

The ΤΝΜ 32 may include: a traversal module 42 configured to traverse a trigger object Trigger list corresponding to the application or global device monitored by the UI 32, wherein each Trigger in the Trigger list corresponds to an event trigger condition, and corresponds to The event triggering condition is triggered; the notification module 44 is configured to, in the case that the traversing module 42 detects that there is a triggered Trigger in the Trigger list, ^" the notification message corresponding to the triggered Trigger is returned to the Notification message AOME 22. Figure 5 is a block diagram of a preferred structure of a mobile terminal according to an embodiment of the present invention. As shown in Figure 5, the mobile terminal may further include: a Control Panel Module (CPM) 52, which is set as The interface between AOME 22 and the user configures the user-imported script to AOME 22, or is set to provide an interface to accept the user's configuration to AOME 11 through macro recording. The following describes Embodiment 1-3, which combines the above Technical Solution of a Preferred Embodiment. Embodiment 1 FIG. 6 is a diagram for implementing automatic user in a mobile terminal according to Embodiment 1. Architecture diagram for automatic operation model (Automatic Operating Module, abbreviated as ΑΟΜ) as shown in FIG 6, In the background, the system runs an application responsible for the basic functions of the AOM (including the generic name of the functional entities for implementing the automatic operation functions of AOME, TNM, etc.), and the foreground provides a foreground application for interacting with the user. The middle layer TNM provides communication mechanisms for AOM and other applications. The function modules are described in detail below. This embodiment is implemented on the BREW platform. The implementation on other platforms can refer to the BREW platform and will not be mentioned.

(1) AOME, this module is a privileged application running in the background, responsible for the interpretation and execution of user-defined instructions, and the implementation of control logic. The AOME receives the synchronization event from the TNM and sends the corresponding operation instruction to the user-specified application (or global device). This module includes but is not limited to the following sub-function modules: interpretation execution of user scripts, macro recording, management and maintenance of notification, monitoring of running effects (including logging, error prompts, etc.).

(2) CPM, which is a stand-alone application that acts as an interface between the AOM and the user. The user can issue commands to start or stop, import scripts, etc. to the AOM through the CPM. Specific sub-functions include, but are not limited to: turning on/off AOM functions, starting/stopping specified scripts or macros, importing scripts or macro files, starting/stopping recording macros, defining or registering or unregistering Trigger and Notification through the CPM, simple edit.

(3) TNM-L, TNM-L exists as part of the application, not a stand-alone application. It collects a series of Triggers that are pre-defined by AOM, inside the application, and sends their corresponding notifications to AOME in real time. The definition of the predefined Notification is stored in the AOM configuration file in the form of code. The manufacturer determines which notifications should be monitored by the AOM. Generally, the mobile function modules such as clock, SMS, and incoming calls can define their own built-in Triggers. The specific conditions that need to be monitored are completely determined by the developer according to the actual situation and user requirements, and these predefined Triggers can be tailored by version upgrade or expansion.

(4) TNM-G, unlike TNM-L, the global monitoring module is also a stand-alone application; however, since TNM-G should also run in the background, TNM-G can also be placed as part of the AOME function. AOME exists as a submodule. TNM-G is mainly responsible for monitoring global resources, such as LEDs, file systems, network devices, etc., which can be monitored by TNM-G. The developer can selectively open the monitoring function of the specific device to the user, and the user defines the corresponding Trigger to synchronize with AOME.

Each of TNM-L and TNM-G maintains a timer belonging to itself. The timer's callback function will traverse the Trigger list registered by the application to which it belongs. If the Trigger in the list is triggered, it will send a message to AOME. Notification, (5) Scripts, scripts can be directly recorded to ΑΟΜΕ in macro mode, or they can be pre-written and then dumped from the PC device to the mobile device (that is, the script is imported into the mobile device). The set of instructions that a script needs to provide generally includes but is not limited to the following:

A. Trigger and Notification registration and logout: The user needs to indicate to the AOM (specifically to AOME) the condition of the event (equivalent to the event trigger condition in the control logic;). For example, LED devices, users may need to send a notification to AOME when certain pixels on the screen are in a specific RGB color.

B. The logical sequence of calling applications and/or global devices in the control logic, typically implemented by ordinary arithmetic and logic instructions. C. Instructions for instructing the application and/or global device to be invoked, which may include: library functions for specific functions, instructions for specifying operations (such as buttons, touch screen sliding, etc.), user IO commands (such as user log output, screen prompt information) and many more. Embodiment 2 This embodiment describes, by way of example, a process of applying the above AOM for user-defined automatic operation, which is based on the following scenario: The user wants to receive a short message sent by a mobile phone of a specified number with a fixed content. Automatic reply, then the user can make the following settings: Step 1, write a script, specify the content of the mobile phone and reply that need to be automatically replied; Step 2, specify the AOM to run the script through CPM; Step 3, the script starts to monitor the TNM from the short message module - The SMS notification sent by the -L layer (assuming the OEM defines the notification as AOM SM INCOMING); Step 4, after the new SMS is received, the AOM_SM_INCOMING notification is sent to the AOM, #p this parses out the sender of the other party; if the sender matches Then, the short message interface is started by sending a keyboard message, and the predetermined content is written into the short message and sent back to the other party. As another optional implementation manner, the short message writing interface may not be opened, the short message processing is performed in the background, and the constructed short message is sent to the designated number. Example 3 7 is a flow chart of a test for repeatedly downloading a file link using a mobile phone browser according to Embodiment 3, Triggerl and Trigger2 are two registered triggers (also called trigger objects), if the above trigger is predefined, this is Two triggers will automatically send Notification to AOME by the browser; if there is no predefined for the above triggers, the user will need to register them to send the corresponding Notification: Define Triggerl as the screenshot of the browser's main interface is displayed on the LED, define Trigger2 is displayed for the feature point pixels of the specified link string. Process 4 is a sub-process with several steps, in which several triggers and notifications need to be defined, and will not be described here. As shown in FIG. 7, the automatic operation process includes the following steps: Step 1: The script starts running; Step 2, Start the browser; Step 3, Triggerl detects whether the browser has been started, and if yes, proceeds to step 4, if the timeout is not Start, then go to step 4 to gather 10; Step 4, go to the specified link; Step 5, Trigger2 detects whether the specified link is opened, and if so, proceeds to step 6, if the timeout is not open, then returns to step 4 to continue processing until timeout The number of times exceeds the preset number of retry attempts, and the process proceeds to step 4: 10; step 6, download the link; step 7, the results of the download are classified into statistics, including download speed, number of failures, and response speed. Step 8: Determine whether the preset number of tests is reached. If yes, go to step 9. Otherwise, return to step 4 to continue processing; step 9, output the test result; step 10, enter the error processing flow, for example, the error will be Information is displayed to the user, an error log is recorded, and the like. In summary, the solution provided by the embodiment of the present invention introduces the concept of a trigger and a notification to implement monitoring and response to real-time events. Developers can selectively open specific monitoring functions to users to achieve a balance between user experience and security; and automatically control from lab applications (from Dynamic testing) derived from user applications is also one of the effects of this solution. Users can freely choose to arrange the things that the mobile phone does according to their own preferences, such as automatically transferring pictures after receiving MMS, and automatically making calls at regular intervals. The functions that need to be embedded in the developer can now be completed by the user himself. Undoubtedly, users are given more freedom to use mobile platforms such as mobile phones. It should be noted that the steps shown in the flowchart of the accompanying drawings may be performed in a computer system such as a set of computer executable instructions, and, although the logical order is shown in the flowchart, in some cases, The steps shown or described may be performed in an order different than that herein. Obviously, those skilled in the art should understand that the above modules or steps of the present invention can be implemented by a general-purpose computing device, which can be concentrated on a single computing device or distributed over a network composed of multiple computing devices. Alternatively, they may be implemented by program code executable by the computing device, such that they may be stored in the storage device by the computing device, or they may be separately fabricated into individual integrated circuit modules, or they may be Multiple modules or steps are made into a single integrated circuit module. Thus, the invention is not limited to any specific combination of hardware and software. The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes can be made to the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the scope of the present invention are intended to be included within the scope of the present invention.

Claims

Claim

A mobile terminal processing method, comprising:

The automatic operation model engine AOME in the mobile terminal accepts a script configuration for implementing a user automatic operation function into the AOME, wherein the script includes indication information and control logic, the indication information is used to indicate that the movement is invoked An application and/or a global device on the terminal, the control logic being configured to indicate a logical sequence of invoking the application and/or the global device;

The AOME parses the έρ本, and invokes the application and/or the global device according to the indication information and the control logic to implement the user automatic operation function.

2. The method according to claim 1, wherein, in the case that the control logic is further used to indicate an event trigger condition to be met when the application and/or the global device is invoked, the AOME is as described Instructing the information and control logic to invoke the application and/or the global device to implement the user automatic operation function includes:

The trigger in the mobile terminal and the notification monitor TNM notify the AOME if the event triggering condition configured in the TNM is satisfied;

Receiving, by the AOME, that the met event triggering condition is the same as the event triggering condition that is to be satisfied by the control logic, and instructing the indication information according to the logical sequence indicated by the control logic The application and/or the global device implements the user automatic operation function.

3. The method according to claim 2, wherein the TNM in the mobile terminal notifies the AOME that the event triggering condition configured in the TNM is satisfied:

The TNM traverses a trigger object Trigger list corresponding to the application or global device monitored by the TNM, where each Trigger in the Trigger list corresponds to an event trigger condition, and the corresponding event trigger condition is Triggered in case of satisfaction;

The TNM detects that there is a triggered Trigger in the Trigger list by using the traversal, and then returns a message corresponding to the triggered Trigger to the AOME.

4. The method according to claim 2 or 3, wherein the TNM comprises a local TNM and a global TNM, wherein the local TNM is used for monitoring applications, and the global TNM is used for monitoring global devices.

5. The method of claim 4, wherein the local TNM is located in an application monitored by the local TNM, the global TNM being a standalone application or located in the AOME.

6. The method according to claim 3, wherein the Trigger is preset in the TNM, or is configured by the user into the TNM through the AOME.

7. The method according to claim 1, wherein the script is configured to the AOME by macro recording on the AOME, or by importing the script into the AOME The script is configured to the AOME.

8. A mobile terminal, comprising an automatic operation model engine AOME, the AOME comprising: a configuration module configured to accept a script configured to implement a user automatic operation function into the AOME, wherein the script includes indication information And control logic, the indication information is used to indicate that an application and/or a global device on the mobile terminal is invoked, the control logic is used to indicate a logical sequence of invoking the application and/or the global device; a parsing module, Set to parse the script;

The calling module is configured to invoke the application and/or the global device according to the indication information and the control logic to implement the user automatic operation function.

The mobile terminal according to claim 8, wherein, when the control logic is further used to indicate an event trigger condition to be met when the application and/or the global device is invoked, the mobile terminal further The method includes: a trigger and a notification monitor TNM, configured to notify the AOME if an event trigger condition configured in the TNM is satisfied; the calling module is configured to determine, when the notification is received, The event triggering condition that is satisfied is the same as the event triggering condition that is to be satisfied by the control logic, and the application and/or the global indication indicated by the indication information is invoked according to the logical sequence indicated by the control logic. The device implements the automatic operation function of the user.

The mobile terminal according to claim 9, wherein the TNM comprises:

a traversal module, configured to traverse a trigger object Trigger list corresponding to an application or global device monitored by the TNM, wherein each Trigger in the Trigger list Corresponding to an event trigger condition, and triggered if the corresponding event trigger condition is satisfied;

The notification module is configured to, when the traversal module detects that the triggered Trigger exists in the Trigger list, return a notification message notification corresponding to the triggered Trigger to the AOME.

The mobile terminal according to any one of claims 8 to 10, further comprising: a console module CPM configured to configure the script imported by the user as an interface between the AOME and the user The AOME, or, for providing an interface accepting a user to configure the script to the AOME by macro recording.