WO2012152028A1

WO2012152028A1 - Method and device for implementing terminal-based converged messaging service

Info

Publication number: WO2012152028A1
Application number: PCT/CN2011/084655
Authority: WO
Inventors: 白天; 张桂兰
Original assignee: 中兴通讯股份有限公司
Priority date: 2011-08-24
Filing date: 2011-12-26
Publication date: 2012-11-15
Also published as: CN102291693B; CN102291693A

Abstract

Provided is a method for implementing a terminal-based converged messaging service, comprising: a processing module determining information of a first contact based on the selected first contact, the information of the first contact comprising information of at least one second contact, and the information of the second contact comprising at least one of name information of the second contact, type information of a messaging service corresponding to the name information of the second contact, and account information of the messaging service; the processing module determining a first messaging service based on second selection information, the first messaging service being the messaging service comprised in the information of the second contact; and the processing module sending a message to which the first messaging service belongs, the message comprising message content to be sent. Also disclosed is a device for implementing a terminal-based converged messaging service. The present invention implements multiple types of messaging services, creates convenience for a user to use messaging services, and provides the user with consistent experience when using multiple types of messaging services.

Description

Terminal-based fusion message service implementation method and device

The invention belongs to the field of mobile communication technologies, and may specifically relate to a terminal-based implementation method and device for a fusion message service. Background technique

With the development of mobile communication services, numerous message services have emerged. Including traditional short message service (SMS), multimedia message service (MMS), and the currently widely used Internet Protocol (IP, Internet Protocol)-based instant messaging (IM, Instant Message) Services, such as MSN, ICQ, Fetion, etc., enable users to send message services in a variety of ways.

Each type of message service has its own unique experience. Since there are many existing message services, the experience is different when users use different message services, and each message service has its own account management mode. There is no association between the accounts of each type of message service, which brings inconvenience to the user. For example, in each tool corresponding to the instant messaging service, the user has a corresponding set of contacts. If the user has multiple tools corresponding to the instant messaging service, the user has multiple sets of contacts correspondingly. In a group of contacts, there may be inconsistencies in the names of the same contact in the tools corresponding to different instant messaging services. For example, in MSN, the name of the contact is called Zhang San, and in Fetion, the contact is The name is Li Si, which requires the user to be familiar with the name of each contact used in the tool corresponding to each instant messaging service. Since the experience of each instant messaging service to the user is different, it is inevitable that the user may not be able to determine the specific person in the tool corresponding to the instant messaging service. For example, since each message service has its own account management mode, there is no association between the accounts of various message services, and therefore, it is likely that the user message service account is misregistered.

Therefore, the existence of many different message services with different experiences and characteristics gives users the use of instant cancellation. Inconvenience caused by interest business, unable to obtain a consistent experience. Summary of the invention

The technical problem to be solved by the present invention is to solve the problem that the current user cannot obtain a consistent experience when using many instant messaging services, and provide a terminal-based fusion message service implementation method and device, so that the user obtains a consistent experience. .

In order to solve the above technical problems, the present invention provides the following solutions:

The embodiment of the present invention provides a method for implementing a terminal-based fused message service, including: the processing module determines first contact information, where the first contact information includes at least one second. The contact information, the second contact information includes at least one of the second contact name information, the type information of the message service corresponding to the second contact name information, and the account information of the message service;

The processing module determines, according to the second selection information, the first message service, where the first message service is a message service included in the second contact information;

The processing module sends a message to which the first message service belongs, where the message includes the content of the message that needs to be sent.

Preferably, before the processing module determines the first contact information based on the selected first contact, the method further includes:

The account management module performs a login operation of the message service included in the first contact information based on the login information sent by the processing module.

The contact management module determines the first contact information corresponding to the second contact information by querying the contact storage module based on the second contact information provided by the message service included in the second contact information after the login.

Preferably, the processing module determines the first contact information based on the selected first contact, include:

The processing module queries the message recorded in the message storage module based on the first identifier information generated by the first contact information and the message sender user information, acquires a message corresponding to the first identifier information, and displays the obtained message. .

Preferably, the displaying the acquired message comprises: displaying the acquired message in chronological order. Preferably, the sending, by the processing module, the message that the first message service belongs to: the processing module sends the message that the first message service belongs to the message session management module:

The message session management module selects a service plug-in corresponding to the first message service in the service plug-in module to send a message that the first message service belongs to.

Preferably, after the processing module sends a message to which the first message service belongs, the method further includes:

The message storage module saves the already sent message information; the message information includes the message content, the message session information to which the message belongs, the first contact information related to the message, and the first identifier information generated by the message sender user information, and The second identifier information is used to identify the uniqueness of the message in the message storage module.

Preferably, the message storage module saves the message information that has been sent, including:

When the message storage module is monitored to store a message, the stored message is updated to the corresponding message session.

Preferably, after the sending the message to which the first message service belongs, the method further includes: displaying, according to the message session information recorded in the message storage module, a message to which the message session belongs, in the message session, The message session information includes identification information of a message to which the message session belongs.

The embodiment of the present invention further provides a terminal-based convergence message service implementation apparatus, including: a processing module, configured to determine first contact information, based on the selected first contact, and Determining, by the second selection information, a first message service, and sending a message to which the first message service belongs;

The first contact information includes at least one second contact information, where the second contact information includes second contact name information, type information of a message service corresponding to the second contact name information, At least one of account information of the message service;

The first message service is a message service included in the second contact information;

The message includes the content of the message that needs to be sent.

Preferably, the device further includes:

An account management module, configured to perform, according to login information sent by the processing module, a login operation of the message service included in the first contact information;

Correspondingly, the processing module is further configured to send login information to the account management module.

Preferably, the device further includes:

a contact management module, configured to determine, according to the second contact information that is provided after the login of the message service included in the second contact information, the first contact corresponding to the second contact information by querying the contact storage module Person information

Correspondingly, the contact storage module is configured to provide the stored first contact information for the contact management module.

Preferably, the device further includes: a message storage module, configured to store message information that has been sent; the message information includes message content, message session information to which the message belongs, first contact information and message related to the message The first identifier information generated by the sender user information and the second identifier information, where the second identifier information is used to identify the uniqueness of the message in the message storage module.

Preferably, the device further includes: a message session management module, configured to: when the processing module is based on the first identifier information generated by the first contact information and the message sender user information, query the information recorded in the message storage module, obtain and After the message corresponding to the identification information, the acquired The information is displayed in a message session, and the messages in the message session are arranged in chronological order; correspondingly, the processing module is further configured to generate the first identifier when based on the first contact information and the message sender information Information, sending the first identification information of the production to the message session management module;

The message storage module is further configured to provide message information for the message session management module.

Preferably, the message session management module is further configured to: when the message storage module is monitored to store a message, update the stored message to the corresponding message session.

Preferably, the device further includes: a service plug-in module, configured to provide a service plug-in for the message session management module;

Correspondingly, the processing module is further configured to send a message to which the first message service belongs to the message session management module:

The message session management module is further configured to receive a message sent by the processing module, and send a message to which the first message service belongs according to the service plug-in corresponding to the first message service in the service plug-in module.

As can be seen from the above, the embodiment of the present invention provides a terminal-based method and device for implementing a converged message service, where the processing module determines the first contact information based on the first contact selected by the user, based on the user input. The second selection information determines the first message service, and sends a message to which the first message service belongs, so that the user can implement multiple message services through a device, thereby creating convenience for the user to use the message service, and providing the user with A consistent experience when using multiple messaging services. DRAWINGS

FIG. 1 is a schematic structural diagram of a device for implementing a terminal-based converged message service according to an embodiment of the present invention;

2 is a schematic flowchart 1 of a specific application method of a device for implementing a terminal-based converged message service according to an embodiment of the present invention; 3 is a schematic flowchart 2 of a specific application method of a device for implementing a terminal-based converged message service according to an embodiment of the present invention;

FIG. 4 is a schematic diagram of a relationship between a first contact, a message session, and a message involved in a terminal-based converged message service implementation apparatus according to an embodiment of the present invention. detailed description

The embodiment of the present invention provides a device for implementing a converged message service based on a terminal, where the device has a first contact as a core, and each first contact information has a plurality of second contacts (ie, at least one second contact). Each second contact and an account of a message service have a corresponding relationship.

Taking Table 1 as an example, the first contact is "Zhang San", and there are three second contact information under the first contact, and the content of the first contact and the second contact information included therein are as shown in Table 1 below. : Table 1

The device for implementing the terminal-based converged message service provided by the embodiment of the present invention associates the account of the message service that is not related to the first contact and the second contact, and based on the first contact and the first contact The structure of the second contact implements the converged message service.

The device-based converged message service implementation device provided by the embodiment of the present invention may be based on the corresponding structural relationship between the first contact and the second contact and the account of the message service under the name of the second contact. Establish a first contact list;

The first contact list includes at least one first contact information, where the first contact information includes at least one second contact information; The method includes: a second contact name (ie, a specific name of the first contact in the message service), a message service type corresponding to the second contact name, and account information of the message service type, and the like.

When the user selects any one of the first contacts in the first contact list to start a message session with the first contact, in the session interface of the message service, the user may select any one of the second contacts. The contact, and the service type corresponding to the second contact, send a message; the device can automatically send the message service type message according to the message service type selected by the user.

The apparatus for implementing the terminal-based converged message service according to the embodiment of the present invention may further display the messages in the message service type sent and received by the user and the first contact in the session interface of the message service in time sequence.

The apparatus for implementing a terminal-based converged message service provided by the embodiment of the present invention may further have a function of converging a message history record list; each entry of the converged message history record list is a message session for a certain first contact. After the user selects an item, the device displays all the message record information of the user and the first contact in chronological order.

As shown in FIG. 1, the terminal-based convergence message service implementation apparatus provided by the embodiment of the present invention includes:

The processing module 11 is configured to determine, according to the first contact selected by the user, the first contact information, and send, according to the first message service in the selected first contact information, the message to which the first message service belongs ;

The first contact information includes: at least one second contact (ie, contact) information; the second contact information includes: second contact name information, and the second contact name At least one of the type information of the message service and the account information of the message service; the first message service is a message service included in the second contact information, and the message includes the message content to be sent. .

The device further includes: an account management module 13 configured to receive the login sent by the processing module 11 The information processing, the login operation of the message service included in the first contact information is performed based on the login information. Correspondingly, the processing module 11 is further configured to send the login information to the account management module 13 according to the login operation of the user.

The device further includes: a service plug-in module 17 configured to receive login information sent by the account management module 13, and perform a login operation according to all message services included in the first contact information in the login information; The result is sent to the account management module 13; correspondingly, the account management module 13 is configured to: when the login operation of the message service included in the first contact information is performed based on the login information, send the login information to the service plug-in module. And receiving the login result returned by the service plug-in module 17, and returning the login result to the user through the processing module 11. The processing module 11 is further configured to receive the login result sent by the account management module 13 and display the result to the user.

The device further includes: a contact storage module 12 and a contact management module 14;

The contact storage module 12 is configured to store the first contact information sent by the contact management module 14; correspondingly, the contact management module 14 is configured to save the first contact information after the aggregation operation to the contact storage module. 12;

The storage is stored in the database of the contact storage module 12, and the storage manner is various, and may be a file, a database, or the like. In the embodiment of the present invention, the data storage manner may be used. After the contact management module aggregates the contact information, the contact information provided by the service plug-in can be stored and written into the database.

The contact management module 14 is further configured to receive a request for importing the first contact sent by the service plug-in module 17 to perform a contact aggregation operation. Correspondingly, the service plug-in module 17 is specifically used to return after successful login. While the result of the login is given to the account management module, a request to import the first contact may also be sent to the contact management module 14.

The contact management module 14 is configured to determine, according to at least one item of the contact information in the first contact request, whether the contact belongs to the contact storage module 12 and has been saved. a certain first contact, if the first contact already exists, establishing an aggregation relationship between the contact and the first contact according to an aggregation operation policy;

The aggregation operation policy may be based on the similarity of the contact information, and the contact management module may be associated with the existing contact stored in the contact storage module according to the contact information such as the mobile phone number, the email address, and the message service account. If the information is the same, the contact management module will automatically aggregate the contacts in the contact information provided by the service plug-in module to the first contact to which the existing contact belongs;

Moreover, the contact storage module can establish two lists of a contact information list and a first contact information list, and both tables can have a list identifier (list_id) attribute; the attribute identifier can be used to uniquely identify a contact record. The information or the first contact record message; in addition, the first contact identifier ( aggregated_id) attribute may also be included in the contact list, and the attribute value is a value of a certain first contact list identifier, indicating that the contact belongs to The first contact; for example, the list-id value of the first contact "Zhang San" record is 10, the contact "Zhang San 1" and the contact "Zhang San 2" belong to the first contact "Zhang San" , then the two contacts record "Zhang San 1" and "Zhang San 2" have an aggregated-id value of 10.

The processing module 11 is configured to: after receiving the first contact determined by the user's selection information, the related information of the first contact may be read from the contact storage module 12 by the contact management module 14;

The related information includes all second contacts under the first contact, type information of the corresponding message service, and account information of the message service, and the like.

The device further includes: a message storage module 15 for storing message information that has been sent by the processing module 11; correspondingly, the processing module 11 is further configured to send message information to the message storage module 15;

The message information includes a message content, message session information to which the message belongs, first contact information related to the message, and first identifier information generated by the message sender user information. Information and second identification information; the second identification information is used to identify the message in the message storage module

The uniqueness of 15.

The device further includes: a message session management module 16 configured to receive an open message session request sent by the processing module; correspondingly, the processing module 11 is specifically configured to acquire the first contact information and the message sender information Constructing first identification information, and sending the open session request to the message session management module 16 by using the first identification information as a parameter;

The first identifier information may be specifically represented by a composite address list, and the structure of the composite address list may include the following user information and contact information: a user account/service type/contact person account.

The message session management module 16 is configured to extract, in the first identifier information of the open session request sent by the processing module 11, each composite address, which is stored in the composite address query message storage module 15 and associated with the composite address. The message, after obtaining the message corresponding to the identification information, displays the obtained message in a message session, and the messages in the message session are arranged in chronological order.

The message session management module 16 is further configured to update the stored message to the corresponding message session when the message storage module 15 is monitored to store a message.

The processing module 11 is further configured to receive a message edited by the user, construct a message by using the content of the message to be sent based on the user's selection and input information, and construct a composite address, that is, the identification information, based on the information selected and input by the user. The message session management module 16 is further configured to receive the message sent by the processing module 11 by using the message and the content of the message as a parameter.

The message session management module 16 is further configured to: after receiving the message, request the service plug-in module 17 to send a message; correspondingly, the service plug-in module 17 is specifically configured to send a message sent by the message session management module 16.

The message session management module 16 is specifically configured to parse the type information of the message service included in the composite address of the message, and select the service plug-in in the service plug-in module 17 corresponding to the message service. For example, the Fetion service plug-in sends a message to the service plug-in request as a parameter of the composite address included in the message information to be sent and the message itself.

In a specific example, for example, the Fetion service plug-in can send a message to the Feder service recipient of the account 12345656789101.

The message storage module 15 is further configured to save the message sent by the service plug-in of the service plug-in module 17 in the database, and record the message information. The message information of the record may include the message content and the message to which the message belongs. Session information, first identifier information generated by the first contact information and message sender user information, and second identifier information; the second identifier information is used to identify the message in the message storage module The unique identifier, the second identifier information may be the serial number of the message stored in the message storage module, and the message storage module 15 is further configured to notify the message session management module 16 that the data has changed; correspondingly, The message session management module 16 is further configured to notify the message storage module 15 that the data has changed, read the latest stored message of the message storage module 15, and update the message to the corresponding message session based on the information of the message. .

The message session management module 16 is specifically configured to: if the newly stored message information includes message session information to which the message belongs, such as a message session identifier, the message session management module updates the message to the message represented by the message session identifier. In the session; if there is no message session information in the newly stored message information, the message may be changed to the first communication message between the user and the contact, therefore, the message session management module may create a new message session for the message, and Providing, by the processing module, the first identifier information in the message information, that is, the information such as the user name, the message service type information, and the account number included in the address, to the processing module, and the processing module queries the contact storage module. Determining the first contact information corresponding to the message session, after the message session management module obtains the first contact information, displaying the name of the first contact in the message session. In an optional embodiment, the service plug-in module 17 in the terminal-based converged message service implementation apparatus provided by the embodiment of the present invention may specifically include a plug-in corresponding to multiple message services supported by the device, such as a short message plug-in and a multimedia message plug-in. , MSN plugin, ICQ plugin, IM plugin, etc. In addition, in the embodiment of the present invention, the service plug-in module 17 may not be configured, and the message corresponding to a certain message service may be transmitted through an interface with a corresponding message service tool.

The specific application method of the terminal-based converged message service implementation apparatus in different operation stages according to the embodiment of the present invention is described in detail below with reference to the accompanying drawings.

Login process:

First, the terminal-based converged message service implementation device provided by the embodiment of the present invention can perform a service login process, which is also a prerequisite for implementing the converged message service. As shown in FIG. 2, the login process may specifically include the following steps:

Step 201: The user selects the login in the fused message view.

Specifically, the terminal-based converged message service implementation apparatus provided by the embodiment of the present invention can display a converged message service view to the user by using, for example, a terminal display screen, and the login message service view has a login box, and the user accesses the login box through a keyboard or the like. Enter login information;

Here, the terminal display screen sends the login information to the processing module in the terminal-based converged message service implementation device, and the processing module forwards the login information to the account management module;

The login information may include account information, password information, and the like in the first contact information.

Step 202: The account management module performs a login operation.

Specifically, the account management module performs a login operation of all the message services included in the first contact information in the service plug-in module based on the login information; after the login is successful, the service plug-in module returns the login result to the account management module, and the account management module The login result can be returned to the user through the processing module.

The login operation of executing all the service types included in the first contact information is: The management module traverses the account information of all the message services in the first contact information, selects the service plug-in corresponding to the message service in the service plug-in module according to all the message service types included in the first contact information, and sends a login request to the service plug-in. Each service plug-in completes the subsequent login process.

The service plug-in may be configured by installing a plug-in that supports various specific message services in the service plug-in module of the device, and may specifically include: an MSN plug-in, an ICQ plug-in, an IM plug-in, etc., because the SMS and MMS plug-ins are special, if The device is installed on the mobile terminal, and the mobile terminal automatically supports the short message and the multimedia message service when accessing the cellular network, so the short message and the multimedia message plug-in have no login function.

Step 203: The business plug-in module imports the contact, and the service plug-in module sends a request for importing the first contact to the contact management module.

Specifically, in the step 202, after the login is successful, the service plug-in module returns the result of the login to the account management module, and the service plug-in module may further send a request for importing the first contact to the contact management module.

For example, the user has used a message service, such as MSN, before the device is used. When the user logs in to the MSN service using the device, the MSN service platform pushes the existing MSN contact of the user to the MSN service plug-in.

Here, the importing the first contact request includes: contact information acquired by the service plug-in in the service plug-in module; the contact information may include: a contact name, an account of a message service to which the contact belongs (such as a mobile phone) Number, email address, etc.).

Step 204: The contact management module performs a contact aggregation operation.

Here, the aggregating operation means: determining, according to at least one item of the contact information in the first contact request, whether the contact belongs to a certain first contact that already exists, if the first contact already exists And establishing an aggregation relationship between the contact and the first contact according to the aggregation operation policy, that is, letting the contact belong to the first contact; The aggregation operation policy may be based on the similarity of the contact information, and the contact management module may be associated with the existing contact stored in the contact storage module according to the contact information such as the mobile phone number, the email address, and the message service account. If the information is the same, the contact management module will automatically aggregate the contacts in the contact information provided by the service plug-in module to the first contact to which the existing contact belongs;

Moreover, the contact storage module can establish two lists of a contact information list and a first contact information list, and both tables can have a list identifier (list_id) attribute; the attribute identifier can be used to uniquely identify a contact record. The information or the first contact records the message; in addition, the first contact identifier ( aggregated_id) attribute may also be included in the contact list, and the attribute value is a value of a certain first contact list identifier, indicating the second contact The person belongs to the first contact; for example: the first contact "Zhang San" records the list_id value is 10, the second contact "Zhang San 1" and the contact "Zhang San 2" belong to the first contact "Zhang San", then the two aggregated contacts record "Zhang San 1" and "Zhang San 2" have an aggregated-id value of 10.

Step 205: The contact management module saves the first contact information after the aggregation operation to the contact storage module.

Here, the saving is to store the contact information in the database, and the storage manner is various, and may be a file, a database, or the like. In the embodiment of the present invention, the database may be used for storage. After the contact management module aggregates the contact information, the contact storage module can store the contact information provided by the service plug-in and write it into the database.

Converged messaging service implementation process:

After the device completes the login, the fused message service can be implemented based on the information input by the user. The specific implementation steps of the process are as shown in FIG. 3, including:

Step 301: The processing module determines the first contact based on the information input by the user.

Specifically: the user can select a first contact, such as "Zhang San", by using the contact view displayed on the terminal. When the user inputs the selection information, the processing module selects a selection message based on the user input. Interest, determine the first contact.

In the embodiment of the present invention, all first contact information systems that have been in communication with the user may be displayed in the view interface for the user to select.

The first contact information may include the information as shown in Table 1. The display manner may be a list, or an icon, etc., and the display manner of the icon may be adopted in the embodiment of the present invention.

Step 302: The processing module acquires related information of the first contact from the contact storage module. Specifically, after the processing module determines a first contact based on the user's selection information, the processing module may read related information of the first contact from the contact storage module by using the contact management module; All the contacts under a contact, the type information of the corresponding message service, and the account information of the message service, for example, "Zhang San" as the first contact, all contacts under it include "Zhang San 1"" The name information of Zhang San 2", the type information of the corresponding message service, and the account information of the message service.

Step 303: The processing module sends an open message session request to the message session management module. Specifically, the processing module may construct the first identifier information based on the obtained first contact information and the message sender user information. Then, the processing module sends the open session request to the message session management module by using the first identifier information as a parameter.

Here, the first identification information may be specifically represented by a composite address list, and the structure of the composite address list may include the following user information and contact information: a user account/service type/contact account.

Referring to Table 1, the first contact "Zhang San," as an example, the first contact supports three types of contact services. In this example, the message sender user information is the user's own mobile phone number: "098765432111" , Fetion account number is "098765432111", MSN account number is "baitian@hotmail.com", then the composite address list can be expressed as:

098765432111/sms/12345656789101, 098765432111/fetion/123456567891 01 , baitian@hotmaiLcom/msn/zhouxuemin@hotmaiLcom , each composite address is separated by a comma. Step 304: The message session management module generates a message session based on the first identification information.

Here, the generating the message session includes: after receiving the open session request, the message session management module parses the first identification information in the request, that is, the composite address list, extracts each composite address, and reads the message storage through the composite address. The message associated with the composite address stored in the module (the message stores the composite address corresponding to the information, that is, the first identification information), and displays all the messages in time in the message session view and displays them to the user.

The message storage manner in the device may be a file, a database, or other manners. In this embodiment, a database storage is adopted, wherein each message record information records that the information corresponds to a composite address, that is, the first identification information. Since all the composite addresses represent a first contact "Zhang San", the messages read according to the composite address belong to the first contact "Zhang San". The user sees the merged record of all the service type messages (in this case, SMS, Fetion, and MSN) of the first contact "Zhang San" in the message session view, and the records are sorted by time.

Step 305: The message session management module listens to the message storage module.

In this embodiment, the message session management module registers a listener for the message storage module, that is, the database. If the message storage module stores a message, that is, the database changes, the message storage module notifies the listener, that is, the message session management module.

Step 306: The user edits a message to send the message to the processing module.

Specifically: After the user edits a message by inputting, etc., select a message sending manner in the message session, that is, select a message service in the contact information, such as "SMS", "Fetion", "MSN", etc. .

Step 307: The processing module sends the message to the message session management module.

Here, the sending the message to the message session management module is: the processing module constructs a message by using the message content that needs to be sent based on the user's selection and input information; the processing module may also be configured according to the information selected and input by the user, as shown in step 303. The composite address is identifier information, which is used to uniquely identify a message, and uses the composite address and the message content as parameters to the message session manager. The management module requests to send a message. For example, if the user chooses Fetion, then the composite address is

098765432111/fetion/12345656789101.

Step 308: The message session management module requests the service plugin module to send a message.

The message session management module parses the type information of the message service included in the composite address, selects a service plug-in corresponding to the message service, such as an Fetion service plug-in, and uses the composite address included in the message information to be sent and the message itself as parameters to the service. The plugin requests to send a message.

Step 309: The service plugin module sends a message.

Step 310: The message storage module stores the message information that has been sent.

Here, the storing is: the message storage module writes the message sent by the service plug-in into the database, and records the message information, where the recorded message information may specifically include the message content, the message session information to which the message belongs, and the message is involved. The first contact information and the first identifier information generated by the message sender user information and the second identifier information;

The second identifier information is used to identify the uniqueness of the message in the message storage module, and the second identifier information may be the serial number information of all the messages stored in the message storage module.

Step 311: The message storage module notifies that all registered listener data in the message session management module has changed.

Step 312: The message session management module updates the corresponding message session.

Here, the updating the corresponding message session includes: the message session management module has registered the listener of the message storage module in step 305, and the step 311 receives the notification of the change of the stored data reported by the message storage module, the message The session management module also receives the notification of storing the data change; after receiving the notification of the storage data change, the message session management module reads the message storage module, that is, the latest stored message of the database, and updates it to the corresponding information based on the information of the message. of In a message session.

The updating to the corresponding message session is specifically: if the latest stored message information includes message session information to which the message belongs, such as a message session identifier, the message session management module updates the message to the message session identifier. In the message session; if there is no message session information in the newly stored message information, the message may be changed to the first communication message between the user and the contact, therefore, the message session management module may create a new message session for the message. And the first identification information in the message information, that is, the information such as the user name, the message service type information, and the account number included in the address is provided to the processing module, and the processing module queries the contact storage module by interacting with the processing module. The first contact information corresponding to the message session is determined, and after the first session information is obtained, the message session management module displays the name of the first contact in the message session.

Additionally, in an alternative embodiment of the present invention, the user may open an existing message session by merging the message history in addition to initiating the session through the first contact list. Specifically, the embodiment of the present invention may display a message session history record that has been stored in the message storage module by using a list or an icon, etc. When the user selects a message session history record, the message session management module reads the message storage module. The specific content information of the message session saved in . The message storage module may specifically store the message session record information through the set table;

The message session record information may specifically include: identifier information of the message session, where the identifier information is similar to the second identifier information in the recorded message information, and is used to uniquely identify a message session, and the identifier information may also be the message. The serial number information of the session in the message storage module, the first contact name (a message session and a first contact name are in a one-to-one correspondence), and the second identification information of the message included in the message session (due to the message) The session and the message are in a one-to-many relationship, that is, a message session may include multiple messages. Therefore, in the message session record information, the second identifier information of all messages to which the message session belongs is recorded, and each second identifier information is recorded. They can be separated by commas, and message content information. In this embodiment, the relationship between the message session and the first contact, and the message to which the message session belongs may be as shown in FIG. 4, where (1, (1, 3, 5), Zhang is included in the message session. Third, the content of the message). Specifically, it can be understood that: the first "1" is used to uniquely identify the message session, that is, the sequence number information of all message sessions stored in the message storage module, and (1, 3, 5) indicates the message session. The message including the second identification information is 1, 3, 5, and the "Zhang San" indicates the first contact corresponding to the message session, and the message content may specifically be a segment of a message included in the message session. The content of the message (1, 0987654321 l/sms/12345656789101, message content) can be understood as follows: The first "1" is the second identification information, which is used to indicate that the short message is stored in the message storage module. The serial number information of the message, and "09876543211/sms/12345656789101" is the first identifier, that is, the composite address. Fetion messages and MSN messages are similar to SMS messages.

Thus, when the user selects a message session history information, the message session management module obtains the relevant information of the message session by reading the message session record information saved in the message storage module, and displays the obtained related information to the user.

As can be seen from the foregoing, the embodiment of the present invention provides a terminal-based method and device for implementing a converged message service, where the processing module determines the first contact information, determines the first message service, and sends the first message. The message to which the business belongs. Therefore, the user can implement various message services through the device provided by the present invention. As long as the message service supported by the device is used, the user does not need to install another message service client, which facilitates the user to use the message service. Moreover, in the embodiment of the present invention, a plurality of message services are integrated with a user's contacts, and a plurality of message service accounts are aggregated under one first contact, thereby greatly improving the user's consistent operation experience, thereby enhancing the The competitiveness of terminal equipment brings economic benefits to equipment manufacturers.

The above description is only an embodiment of the present invention, and it should be noted that those skilled in the art can also make several improvements and retouchings without departing from the principles of the present invention. These improvements and retouchings should also be considered. It is the scope of protection of the present invention.

Claims

Claim

A terminal-based method for implementing a converged message service, comprising: the processing module determining first contact information based on the selected first contact; the first contact information includes at least one second The contact information, the second contact information includes at least one of the second contact name information, the type information of the message service corresponding to the second contact name information, and the account information of the message service;

The processing module determines the first message service based on the second selection information; the first message service is a message service included in the second contact information;

The processing module sends a message to which the first message service belongs; the message includes the content of the message that needs to be sent.

The method of claim 1, wherein the method further comprises: before the determining, by the processing module, the first contact information, the method further comprises:

The method according to claim 1 or 2, wherein before the processing module determines the first contact information based on the selected first contact, the method further includes:

The method of claim 1, wherein the processing module determines the first contact information based on the selected first contact, including:

The processing module queries the message recorded in the message storage module based on the first identifier information generated by the first contact information and the message sender information, acquires a message corresponding to the first identifier information, and displays the acquired message.

The method according to claim 4, wherein the displaying the obtained message, the package Include: Display the acquired message in chronological order.

The method of claim 1, wherein the processing module sends the message to which the first message service belongs, including:

The processing module sends a message to which the first message service belongs to the message session management module:

The message session management module selects a service plug-in corresponding to the first message service in the service plug-in module to send a message to which the first message service belongs.

The method according to claim 1, wherein after the processing module sends the message to which the first message service belongs, the method further includes:

The message storage module saves the message information that has been sent;

The message information includes a message content, message session information to which the message belongs, first identifier information generated by the first contact information and the message sender information, and second identifier information, and the second identifier information. Used to identify the uniqueness of a message in a message store module.

The method of claim 7, wherein the message storage module saves the message information that has been sent, including:

When the message storage module is monitored to store the message, the stored message is updated to the corresponding message session information.

The method according to claim 1, wherein after the sending the message to which the first message service belongs, the method further includes:

Displaying, according to the message session information recorded in the message storage module, a message to which the message session belongs, in the message session;

The message session information includes identification information of a message to which the message session belongs.

10. A terminal-based converged message service implementation apparatus, wherein the apparatus comprises:

a processing module, configured to determine first contact information based on the selected first contact, and Determining, by the second selection information, a first message service, and sending a message to which the first message service belongs;

The message includes the content of the message that needs to be sent.

The device according to claim 10, wherein the device further comprises: an account management module, configured to execute, according to login information sent by the processing module, a message service included in the first contact information Login operation

The device of claim 10, wherein the device further comprises: a contact storage module and a contact management module;

The device of claim 10, further comprising: a message storage module, configured to store message information that has been sent;

The message information includes a message content, message session information to which the message belongs, first identifier information generated by the first contact information and the message sender user information, and second identifier information, where the second identifier is generated. Information is used to identify the uniqueness of a message in a message storage module.

The device of claim 13, wherein the device further comprises: a message session management module, configured to: after the processing module queries the information recorded in the message storage module based on the first identifier information generated by the first contact information and the message sender information, and obtain a message corresponding to the identifier information, The obtained message is displayed in a message session, and the messages in the message session are arranged in chronological order;

Correspondingly, the processing module is further configured to: when the first identifier information is generated based on the first contact information and the message sender information, send the generated first identifier information to the message session management module;

The device according to claim 14, wherein the message session management module is further configured to: when the message storage module is monitored to store a message, update the stored message to the corresponding message session.

The device according to claim 15, wherein the device further comprises: a service plug-in module, configured to provide a service plug-in for the message session management module;