WO2008014649A1 - A method to perform unified communication service and unified communication client - Google Patents

A method to perform unified communication service and unified communication client Download PDF

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Publication number
WO2008014649A1
WO2008014649A1 PCT/CN2007/001097 CN2007001097W WO2008014649A1 WO 2008014649 A1 WO2008014649 A1 WO 2008014649A1 CN 2007001097 W CN2007001097 W CN 2007001097W WO 2008014649 A1 WO2008014649 A1 WO 2008014649A1
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WO
WIPO (PCT)
Prior art keywords
communication information
client
mouse
character
acquired
Prior art date
Application number
PCT/CN2007/001097
Other languages
English (en)
French (fr)
Inventor
Wenhu Zhang
Original Assignee
Huawei Technologies Co., Ltd.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Huawei Technologies Co., Ltd. filed Critical Huawei Technologies Co., Ltd.
Publication of WO2008014649A1 publication Critical patent/WO2008014649A1/zh

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/46—Multiprogramming arrangements
    • G06F9/54—Interprogram communication
    • G06F9/542—Event management; Broadcasting; Multicasting; Notifications
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/46—Multiprogramming arrangements
    • G06F9/54—Interprogram communication
    • G06F9/543—User-generated data transfer, e.g. clipboards, dynamic data exchange [DDE], object linking and embedding [OLE]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/50—Network services
    • H04L67/75—Indicating network or usage conditions on the user display
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/247—Telephone sets including user guidance or feature selection means facilitating their use
    • H04M1/2478—Telephone terminals specially adapted for non-voice services, e.g. email, internet access
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F2209/00—Indexing scheme relating to G06F9/00
    • G06F2209/54—Indexing scheme relating to G06F9/54
    • G06F2209/545—Gui

Definitions

  • the present invention relates to a unified communication (UC) technology, and more particularly to a method for implementing a UC service and a unified communication client.
  • the UC service is based on the Next Generation Network (NGN) system, with a unified number as the core, converging the Internet and traditional intelligent services, integrating various communication methods and communication terminals, providing users with fixed-line users and mobile phone users.
  • NTN Next Generation Network
  • the UC service can provide services such as voice, messaging, and video, and can store information such as instant messages, emails, voice messages, and call logs in a unified manner, so that users can communicate with the outside world in a variety of ways through a single unified number. Such as: making calls, sending text messages, sending emails, sending instant messages, and holding meetings.
  • an office automation (OA) system and a UC client are installed on the terminal of the user A, and the user A is currently working using the OA system, during which the user A wants to call the contact telephone record through the UC mode.
  • User B in the address book of the OA system.
  • the user A must first close or minimize the current OA interface, then display the UC client interface, and manually input the user B in the UC client interface.
  • the telephone number is dialed to enable the call to the user B.
  • the telephone number of the user B is also stored in the address book of the UC client, the user A can also manually find the UC in the UC client interface.
  • user A receives an email containing the sender's phone number, such as user B's phone number, through the Outlook mail transceiver engine, and user A wants to immediately dial the phone number through the UC mode to connect the user. B.
  • the user A also has to close or minimize the current Outlook interface according to the above, and then displays the UC client interface, and then manually enters the phone number of the user B in the UC client interface, and dials the phone number.
  • user A desires to add contact information of contacts stored in an electronic document on the terminal to the address book of the UC client.
  • User A also needs to close or minimize the current electronic document interface, and display the UC client interface, and then implement the addition by manually entering the corresponding contact information in the UC client interface.
  • the embodiment of the invention provides a method for implementing a UC service and a UC client, which can conveniently and flexibly acquire communication information and implement a UC service.
  • the method for implementing the UC service provided by the embodiment of the present invention includes: the UC client obtains the communication information displayed by the terminal, and implements the UC service according to the obtained communication information.
  • An embodiment of the present invention provides a UC client, including:
  • the UC service implementation unit is configured to implement the UC service for the communication information acquired by the UC client.
  • the UC client obtains the communication information in the current location area of the mouse displayed by the terminal according to the screen vocabulary, and implements the UC service for the obtained communication information. Therefore, the user can realize the entry of the corresponding communication information in the UC client by moving the mouse or pressing the corresponding button on the screen or the current task window or the current interface, thereby avoiding manual processing by the user in the UC client interface in the prior art.
  • the cumbersome operation of inputting corresponding communication information or manually inquiring the address book reduces the burden on the user.
  • Figure la is a flow chart of a method for implementing a UC service according to an embodiment of the present invention.
  • Figure lb is a flow diagram of the steps of obtaining display communication information in a method in accordance with an embodiment of the present invention.
  • 2 is a schematic diagram of a floating window displayed by a terminal for a user to select a UC service according to an embodiment of the present invention. Mode for carrying out the invention
  • the technical solution adopted by the embodiment of the present invention is: the UC client obtains the communication information in the location area indicated by the current mouse displayed by the terminal through the screen retrieval mode, and implements the acquired communication information.
  • the obtained communication information may include a phone number, an email address, and/or user account information.
  • the UC service may specifically include initiating a call to a user corresponding to the communication information, transmitting a short message and an email, and storing the communication information in a directory of the UC client. Therefore, in the prior art, when the corresponding UC service is implemented, the user manually inputs the corresponding communication information or manually queries the communication record in the UC client interface, thereby reducing the burden on the user.
  • the UC client obtains the location
  • the current mouse displayed by the terminal indicates the communication information in the location area, and the function of acquiring the communication information from the screen needs to be set in advance in the UC client.
  • the method flow is as shown in FIG. 1a, and specifically includes the following steps:
  • Step 100 The UC client obtains the communication information in the current mouse indication location area displayed by the terminal through the screen retrieval mode. '
  • this step can be set according to service needs or user preferences. For example, it may be taken as follows: when the dwell time of the mouse in a certain position area of the screen reaches a preset value, for example: 0.2 seconds, the UC client acquires corresponding communication information in the location area of the mouse in the screen; or When a button of the mouse, such as a left mouse button, a middle button or a right button, is activated, or any two of the mouse buttons are activated in combination, the UC client acquires communication information in the current location area of the mouse.
  • a preset value for example: 0.2 seconds
  • the UC client obtains communication information in the location area where the mouse is currently located.
  • keyboard keys such as: Control (Ctrl)
  • mouse buttons are combined with one or several keyboard keys
  • the UC client obtains communication information in the location area where the mouse is currently located.
  • Step 200 The UC client triggers and implements the corresponding UC service for the obtained communication information.
  • the method for triggering the UC service may specifically be: displaying a set UC service menu displayed on the terminal screen and allowing the user to operate a floating window for selecting a UC service from the menu, and executing the corresponding UC service based on the received user operation instruction.
  • a schematic diagram of the floating window is shown in Figure 2.
  • the floating window can be used to provide a menu for the user to select a UC service to be performed.
  • the UC client can implement the selected UC service according to a normal process. .
  • the menu option of the floating window may specifically include: calling, sending a text message to the user corresponding to the communication information, and saving the communication information to the address book of the client.
  • the user can select any option in the menu by clicking a button.
  • the UC client calls the call interface function to initiate a call to the phone number pointed to by the mouse; when the user clicks the text message button
  • the UC client controls to display a send SMS window on the screen, and automatically fills the sent phone number into the phone number obtained on the screen.
  • the UC client displays an interface for adding the communication information to the address book on the screen, and automatically transmits the communication information. Copy to the appropriate phone number entry box.
  • the specific manner in which the UC client implements the UC service for the acquired communication information in the present step is exactly the same as the processing manner when the existing UC client receives the communication information manually input by the user through the UC client interface. I will not repeat them here.
  • the trigger condition for the UC client to obtain the communication information in the current location area of the mouse is that the mouse stays at a certain location for more than the preset time. Value.
  • the method flow is shown in FIG. 1b, and specifically includes the following steps:
  • Step 101 The UC client intercepts the mouse movement event of the window process of the mouse where the terminal is located, and the mouse movement event carries the instance number of the window where the mouse is located and the current position information of the mouse.
  • the terminal where the UC client is located may be a user PC, and the operating system used by the terminal where the UC client is located may be an operating system such as Windows or Linux. And the UC client can intercept the mouse movement event of the terminal through the interface function of the operating system used by the terminal.
  • step 101 can be implemented by installing a mouse hook in an operating system used by the terminal where the UC client is located. After the mouse hook is installed in the operating system, when the mouse moves, the operating system sends a corresponding mouse movement event to the UC client, and the mouse movement event carries the current position information of the mouse and the instance number of the window where the mouse is located.
  • Step 102 After the UC client intercepts the mouse movement event, reads a preset trigger condition for obtaining the display communication information, and determines whether the mouse movement event satisfies the corresponding trigger condition. If the mouse movement event satisfies the corresponding trigger condition, execute Step 103; Otherwise, the mouse movement event is not processed, and the process ends.
  • the preset trigger setting for obtaining the display communication information may specifically be that the dwell time of the mouse in a certain location area of the screen reaches a preset value, or may be one or more mouse buttons. Activated, and/or, one or more keyboard buttons are activated, and the like.
  • the mouse stays in the fixed position exceeds the preset value as the trigger condition.
  • the UC client reads the preset trigger condition that the mouse stays in the fixed position for 0.2 seconds, the start timer starts timing. And if the timer expires, perform the following step 103; The UC client receives a new mouse movement event before the timer expires, deletes the timer, and sets a new timer to restart timing.
  • the UC client can also receive one or some mouse buttons or/and keyboard buttons.
  • the activation event is the trigger condition, and the following is a description of the situation.
  • Step 103 After the UC client intercepts the mouse movement event of the window process of the mouse where the terminal is located, sends a redraw window event notification to the window process of the mouse; the window process of the mouse receives the notification, redraws the window, and calls the The UC client prints a string; the UC client prints the string to be printed by the window process, and determines whether the string is in the current location area of the mouse. If the string to be printed by the window process is located in the current location area of the mouse, Step 104 is performed; otherwise, the string is not processed, and the process ends;
  • the step 103 may specifically include the following steps:
  • Step 1031 The UC client obtains the base address of the window process in the memory according to the instance number of the window of the mouse carried in the received mouse movement event, and obtains the window process call according to the base address to correspondingly print the string in the screen.
  • the address of the function and replace the address with the address of the function in the client system that is used to obtain the communication information.
  • the function for printing a character string in the screen described in this step may be a Textouta function in the Windows operating system.
  • Step 1032 The UC client sends a repainting window event notification to the window process where the mouse is located, and after receiving the repainting window event notification, the window process of the mouse invokes a function for obtaining the display communication information in the UC client, and transmits the function to the window.
  • the parameter information of the string needs to be printed, and the parameter information includes the content and position information of the string.
  • the window process in which the mouse is located receives the notification of the redraw window event, it is originally The function for printing the character string in the screen is called, but since the address has been replaced with the address of the function for obtaining the display communication information in the UC client, the function for calling the display communication information in the UC client is implemented.
  • the function for obtaining the display communication information in the UC client may be called only once according to the system setting, or the function may be called multiple times.
  • Step 1033 The UC client prints a string that the window process needs to print by using a function for obtaining display communication information, and determines whether the string is in the current location area of the mouse. If the window process needs to print the string is located at the current mouse In the location area, step 104 is performed; otherwise, the string is not processed, and the process ends.
  • the UC client calls a function for printing a string in the screen, such as a Textouta function, by calling a function called the window of the original mouse through a function for acquiring display communication information, such as a Textouta function. And the UC client can determine whether the corresponding character string to be printed is within the current location area of the mouse according to the current position information of the mouse carried in the mouse movement event obtained in the above step 101.
  • Step 104 The UC client determines whether the string is communication information by using a function for obtaining display communication information. If yes, step 105 is performed; otherwise, the string is not processed, and the process ends.
  • the step of determining whether the character string is the communication information may be implemented by a function of the UC client for obtaining the function of displaying the communication information to determine whether the character string around the mouse pointer conforms to the communication information.
  • Step 105 The UC client obtains the string and stores it in a variable of its own system.
  • the window process of the mouse needs to call the function for obtaining the display communication information in the UC client multiple times, the function is called multiple times in one mouse movement event, and correspondingly
  • the subsequent steps 1033 to 105 described above are performed a plurality of times.
  • step 104 is described in detail, that is, the step of determining whether the character string to be printed is the communication information.
  • the characteristics of the communication information can be defined as:
  • the length of the string is set at the most A numeric string between the short phone number length and the longest phone number length that allows the use of the area code connector.
  • the shortest phone number length, the longest phone number length, and the area code connector can be uniformly configured by the UC client.
  • This step may specifically include the following steps:
  • Step 1041 The UC client obtains the character closest to the mouse position in a lateral direction, such as to the right.
  • Step 1042 Determine whether the character is a number or a phone number connector. If the character is a number or a phone number connector, go to step 1043; otherwise, go to step 1044.
  • Step 1043 The character is stored corresponding to the position in the screen, and continues to acquire the next character in the direction, and then step 1042 is performed.
  • Step 1044 Get the character that is closest to the mouse position in the other lateral direction, such as the left direction.
  • Step 1045 Determine whether the character is a number or a phone number connector. If the character is a number or a phone number connector, go to step 1046; otherwise, go to step 1047.
  • Step 1046 The character is stored corresponding to the position in the screen, and the next character is continued in the direction, and then step 1045 is performed.
  • Step 1047 Determine whether the stored string length is within the minimum number length and the maximum number length. If the stored string length is within the minimum number length and the maximum number length, step 1048 is performed; otherwise, step 1049 is performed.
  • Step 1048 It is determined that the character string is communication information, and the process ends.
  • Step 1049 Determine that the character string is non-communication information.
  • the UC client takes the form of first obtaining the character closest to the mouse position in the right direction, and then acquiring the character closest to the mouse position in the left direction. Obviously, this step can also capture the way that the UC client first obtains the character closest to the mouse position in the left direction and then obtains the character closest to the mouse position in the right direction. In addition, this step 104 may take other manners, and is merely illustrative and not limiting.
  • the specific method for implementing the UC service in the embodiment of the present invention is described above, and in the above description of the method, the UC client obtains the communication information in the current location area of the mouse displayed by the terminal through the screen word-taking mode as an example. It was explained. However, the embodiment of the present invention is not limited thereto, and the UC client may obtain the communication information (or in the screen) displayed by the terminal in other manners, for example,
  • the UC client can automatically obtain all the communication information displayed by the terminal, and enable the user to trigger and implement the corresponding UC service for all the obtained communication information.
  • the following describes a UC client, which includes a UC service implementation unit and a display communication information acquisition unit, where the display communication information acquisition unit is configured to acquire communication information displayed by the terminal where the UC client is located;
  • the UC service implementation unit is configured to implement the UC service for the acquired communication information.
  • the display communication information acquiring unit can obtain the communication information in the current location area of the mouse displayed by the terminal of the UC client by using the screen retrieval mode.
  • the UC service implementation unit is configured to intercept a mouse movement event of a window process of the mouse where the terminal is located, and send a repainting window event notification to the window process of the mouse, and implement a UC service for the communication information acquired by the UC client;
  • the display communication information acquiring unit is configured to print a character string that the window process needs to print according to a call instruction of a window process of the mouse, and obtain communication information in a current location area of the mouse displayed by the terminal.
  • the display communication information acquisition unit may be a function for acquiring display communication information.
  • the UC client has all the functions involved in the above-described method for realizing the UC service according to the embodiment of the present invention.
  • the specific manner in which the UC service implementation unit implements the UC service for the acquired communication information is exactly the same as that of the existing UC client when receiving the communication information manually input by the user through the UC client interface, and details are not described herein again. .
  • the method for implementing the UC service and the corresponding UC client by using the embodiment of the present invention enable the user to directly implement the corresponding communication information in the UC by moving the mouse or pressing the corresponding button in the screen or the current task window or the current interface.
  • the entry of the client avoids the cumbersome operation of manually inputting the corresponding communication information or manually querying the address book in the UC client interface in the prior art. Reduce the burden on users.

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Description

实现统一通信业务的方法和统一通信客户端
技术领域
本发明涉及统一通信（ UC, Unified Communication )技术， 特别是指一种实 现 UC业务的方法和统一通信客户端。 发明背景 ·
如今， 随着通信技术的不断发展， 通信方式逐渐多元化， 人们使用的通信 设备种类也越来越多， 尽管每种通信方式和通信设备都有着它们各自的特点和 方便之处， 但随之带来的问题却使每个人可能不得不同时维护和管理对应于这 些通信方式的多种联络号码或地址， 如： 手机号码、 家庭电话号码、 办公电话 号码、 传真号码、 多个电子邮箱地址、 QQ号码以及 MSN号码等等， 反而给用 户带来很多不便。 为了解决这一问题， UC业务系统应运而生。 UC业务基于下 一代网络（NGN ) 系统， 以统一号码为核心， 融合英特网 （Internet ) 与传统智 能业务， 整合各种通信方式和通信终端， 为用户提供可以与固定电话用户、 移 动电话用户以及互联网用户等进行实时和非实时通信的手段。 UC业务可以提供 话音、 消息和视频等服务， 并可统一存储即时消息、 电子邮件、 语音留言以及 呼叫日志等信息， 从而使用户只需通过一个统一号码便可与外界进行多种方式 的通信， 如： 拨打电话、 发送短信、 发送电子邮件、 发送即时消息以及召开会 议等。
目前， 当用户需要在其终端上通过 UC方式拨打电话时， 必须通过以下两 种方式， 即在该终端的 UC客户端界面中手工录入相应联系人的电话号码或者 手工查询在该 UC客户端的通信录中存储的该联系人的电话号码； 或者， 当用 户需要向其终端的 UC客户端的通信录中添加新的联系人的联系信息时， 该用 户也需要在该 UC客户端界面中手工录入相应联系人的联系信息。 上述操作方 式在一些应用场景中会给用户带来很大的不便， 下面举例说明其中几种应用场 景。 首先， 在一种应用场景中， 用户 A的终端上安装有办公自动化（OA )系统 和 UC客户端， 且用户 A当前正使用 OA系统工作， 在此期间用户 A想通过 UC方式呼叫联系电话记录在该 OA系统的通信录中的用户 B。 这时， 假定该终 端上的 UC客户端已经被激活， 用户 A就必须首先关闭或最小化当前的 OA界 面， 然后显示该 UC客户端界面， 并在该 UC客户端界面中手工输入用户 B的 电话号码， 拨通该电话号码， 从而实现呼叫用户 B; 或者， 如果在该 UC客户 端的通信录中也存储有用户 B的电话号码， 用户 A也可以在该 UC客户端界面 中手工查找该 UC客户端的通信录中记录的用户 B的电话号码， 然后拨打该电 话号码， 从而实现呼叫用户 B。 在另一种应用场景中， 用户 A通过 Outlook邮 件收发引擎接收到一封包含有发件方， 如用户 B的电话号码的电子邮件， 且用 户 A希望立即通过 UC方式拨打该电话号码来接通用户 B。 此时， 用户 A同样 不得不按照上述先关闭或最小化当前的 Outlook界面，然后显示 UC客户端界面， 接着在该 UC客户端界面中手工输入用户 B的电话号码， 并拨通该电话号码的' 方式来接通用户 B; 或者， 如上所述通过在 UC客户端界面中手工查找在该 UC 客户端的通信录中记录的用户 B的电话号码， 然后拨通该电话号码的方式来接 通用户 B。 在又一种应用场景中， 用户 A希望将该终端上某电子文档中存储的 联系人的联系信息添加到 UC客户端的通信录中。 这时， 用户 A同样需要先关 闭或最小化当前的电子文档界面， 并显示 UC客户端界面， 然后通过在该 UC 客户端界面中手工录入相应联系信息的方式来实现该添加。 如此繁瑣的操作无 疑给用户带来极大的不便。 发明内容
本发明实施例提供了一种实现 UC业务的方法和 UC客户端， 能够方便、 灵活地获取通信信息， 实现 UC业务。 本发明实施例提供的实现 UC业务的方法包括： UC客户端获取所在终端显 示的通信信息， 并根据获取的通信信息实现 UC业务。 本发明实施例提供了一种 UC客户端， 包括：
显示通信信息获取单元， 用于获取所在终端显示的通信信息；
UC业务实现单元， 用于针对该 UC客户端获取的通信信息实现 UC业务。 综上所述， 本发明实施例采取由 UC客户端按照屏幕取词方式获取所在终 端显示的鼠标当前位置区域内的通信信息， 并针对获取的通信信息实现 UC业 务。 从而使得用户只需通过在屏幕或当前任务窗口或当前界面中移动鼠标或按 下相应的按键就可以实现相应通信信息在 UC客户端的录入， 避免了现有技术 中由用户在 UC客户端界面中手工输入相应通信信息或手工查询通信录的繁瑣 操作， 减轻用户的负担。 附图简要说明
图 la为 ~据本发明实施例的实现 UC业务的方法流程图。
图 lb为根据本发明实施例的方法中获取显示通信信息步骤的流程图。 图 2为根据本发明实施例的在终端显示的供用户选择 UC业务的浮动窗口 示意图。 实施本发明的方式
为使本发明实施例的目的、 技术方案和优点更加清楚， 下面结合附图和实 施例对本发明作进一步的详细描述。 .
本发明实施例采用的技术方案是： UC客户端通过屏幕取词方式获取所在终 端显示的当前鼠标指示的位置区域内的通信信息， 并针对获取的通信信息实现
UC业务。 其中， 获取的通信信息可以包括电话号码、 电子邮件地址和 /或用户 帐号信息等。 UC业务具体可以包括向该通信信息对应的用户发起呼叫、发送短 信和电子邮件以及将该通信信息存储到 UC客户端的通信录中等。 从而避免现 有技术中在实现相应 UC业务时， 由用户在 UC客户端界面中手工输入相应通 信信息或手工查询通信录的繁瑣操作， 减轻用户的负担。
下面通过具体实施例详细说明。在该实施例的方法中， UC客户端获取所在 终端显示的当前鼠标指示位置区域内的通信信息， 并且需要在 UC客户端中预 先设置从屏幕中获取通信信息的功能。 该方法流程如图 la所示， 具体包括如下 步骤：
步骤 100: UC客户端通过屏幕取词方式获取所在终端显示的当前鼠标指示 位置区域内的通信信息。 '
其中， 本步骤的具体实施方式可以根据业务需要或用户喜好进行设置。 例 如， 可以采取： 当鼠标在屏幕中某个位置区域内的停留时间达到预先设定的值， 如： 0.2秒时， 由 UC客户端获取屏幕中鼠标所在位置区域内的相应通信信息； 或者， 当鼠标的某个按键， 如： 鼠标左键、 中键或右键等按键被激活， 或者其 中任意两个鼠标按键被组合激活时， UC客户端获取鼠标当前所在位置区域内的 通信信息。 另外， 也可以是其它方式， 例如： 当某个或某几个键盘按键， 如： 控制（Ctrl )键被激活， 或者某个或某几个鼠标按键与某个或某几个键盘按键被 组合激活时 , UC客户端获取鼠标当前所在位置区域内的通信信息。
步骤 200: UC客户端针对获取的通信信息触发并实现相应的 UC业务。 其中， 触发 UC业务的方式具体可以是在终端屏幕中显示设置的包含 UC 业务菜单并可供用户操作从该菜单中选择 UC业务的浮动窗口， 基于接收到的 用户操作指令执行相应 UC业务。 浮动窗口的示意图如图 2所示。 例如： 可以 通过该浮动窗口提供可供用户选择要进行的 UC业务的菜单， 当用户选取了该 菜单中的某个选项后， 该 UC客户端就可以按照正常的流程实现所选择的相应 UC业务。 其中， 浮动窗口的菜单选项具体可以包括： 向该通信信息对应的用户 打电话、 发短信以及将该通信信息保存到客户端的通信录中等。 用户可以通过 点击按钮的方式选取菜单中的任意选项， 例如， 当用户点击打电话按钮后， 该 UC客户端就调用打电话接口函数向鼠标指向的电话号码发起呼叫；当用户点击 发短信按钮后， 该 UC客户端控制在屏幕中显示发送短信窗口， 并将发送电话 号码自动填为屏幕上取得的电话号码。 当用户点击保存通信信息的按钮之后，
UC客户端在屏幕中显示将该通信信息加入通信录的界面，并将该通信信息自动 拷贝到相应的电话号码输入框。 并且本步骤中所述的 UC客户端针对获取的通 信信息实现 UC业务的具体方式与现有的 UC客户端在接收到由用户通过 UC客 户端界面手工输入的通信信息时的处理方式完全相同， 此处不再赘述。
下面通过一个实施例详细说明上述步骤 100的具体实现方式， 在该实施例 中， 假设 UC客户端获取鼠标当前所在位置区域内的通信信息的触发条件为鼠 标在某一位置停留的时间超过预先设定值。 该方法流程如图 lb所示， 具体包括 如下步骤：
步骤 101 : UC客户端截取所在终端的鼠标所在窗口进程的鼠标移动事件， 且该鼠标移动事件中携带有鼠标所在窗口的实例号以及鼠标的当前位置信息。
其中， UC客户端所在终端可以是用户 PC等， 而 UC客户端所在终端使用 的操作系统可以是 Windows或 Linux等操作系统。 并且 UC客户端可以通过所 在终端使用的操作系统的接口函数来截取所在终端的鼠标移动事件。
另外， 步骤 101可以通过在 UC客户端所在终端使用的操作系统中安装鼠 标钩子来实现。 在操作系统中安装鼠标钩子后， 当鼠标移动时， 操作系统就会 将相应的鼠标移动事件发送给 UC客户端， 且该鼠标移动事件携带鼠标的当前 位置信息以及鼠标所在窗口的实例号。
步骤 102: UC客户端截取到鼠标移动事件后， 读取预先设置的获取显示 通信信息的触发条件， 并判断该鼠标移动事件是否满足相应触发条件， 如果该 鼠标移动事件满足相应触发条件， 则执行步骤 103; 否则， 对本次鼠标移动事 件不作处理， 结束本流程。
在步骤 102 中， 如上所述， 预先设置的获取显示通信信息的触发设置具体 可以是鼠标在屏幕中某个位置区域内的停留时间达到预先设定的值， 也可以是 一个或一个以上鼠标按键被激活， 和 /或， 一个或一个以上键盘按键被激活等。 此处以鼠标在固定位置的停留时间超过预先设定值为触发条件进行说明，当 UC 客户端读取到预先设置的触发条件为鼠标在固定位置的停留时间达到 0.2秒时， 启动定时器开始计时， 并在该定时器超时的情况下， 执行后续步骤 103; 如果 该 UC客户端在该定时器超时前又接收到新的鼠标移动事件， 则删除该定时器， 并设置新定时器重新开始计时。 以上说明了以鼠标在固定位置的停留时间超过 预先设定值为触发条件时的处理方式， 本实施例也可以采取以 UC客户端接收 到某个或某几个鼠标按键或 /和键盘按键被激活事件为触发条件， 下面对这一情 况进行筒单说明。 当 UC客户端读取到预先设置的触发条件为鼠标左键被激活 时， 检测是否接收到鼠标左键的激活事件， 如果接收到鼠标左键的激活事件， 则执行后续步驟 103; 否则， 判定本次鼠标移动事件不满足设定的触发条件， 不对本次鼠标移动事件进行处理。
步骤 103: UC客户端截取到所在终端的鼠标所在窗口进程的鼠标移动事件 后， 向该鼠标所在窗口进程发送重画窗口事件通知； 鼠标所在窗口进程接收到 该通知后重画窗口， 并调用该 UC客户端打印字符串； UC客户端打印该窗口进 程所要打印的字符串， 并判断该字符串是否在鼠标当前位置区域内， 如果该窗 口进程要打印的字符串位于鼠标当前位置区域内， 则执行步骤 104; 否则， 对 该字符串不作处理， 结束本流程；
其中， 步骤 103可以具体包括如下步骤：
步骤 1031 : UC客户端根据所接收鼠标移动事件中携带的鼠标所在窗口的 实例号获取该窗口进程在内存中的基地址， 并根据该基地址获取该窗口进程调 用相应用于打印屏幕中字符串的函数的地址， 并将该地址替换为自身客户端系 统中用于获取显示通信信息的函数的地址。
其中， 该步骤中所述的用于打印屏幕中字符串的函数可以是 Windows操作 系统中的 Textouta函数。
步骤 1032: UC客户端向鼠标所在窗口进程发送重画窗口事件通知， 鼠标 所在窗口进程接收到该重画窗口事件通知后， 调用 UC客户端中用于获取显示 通信信息的函数， 并向其传递需要打印字符串的参数信息， 该参数信息包括字 符串的内容和位置信息。
在本步骤中， 当鼠标所在窗口进程接收到该重画窗口事件通知后， 本来是 要调用用于打印屏幕中字符串的函数， 但由于该地址已经替换为 UC客户端中 用于获取显示通信信息的函数的地址， 从而实现调用 UC客户端中用于获取显 示通信信息的函数。 另外， 鼠标所在窗口进程接收到重画窗口事件通知后， 可 以根据系统设置只调用一次 UC客户端中用于获取显示通信信息的函数， 也可 以多次调用该函数。
步骤 1033: UC客户端通过用于获取显示通信信息的函数打印该窗口进程 需要打印的字符串， 并判断该字符串是否在鼠标当前位置区域内， 如果该窗口 进程需要打印的字符串位于鼠标当前位置区域内， 则执行步驟 104; 否则， 对 该字符串不作处理， 结束本流程。
其中， UC客户端通过用于获取显示通信信息的函数调用原鼠标所在窗口进 程调用的用于打印屏幕中字符串的函数， 如 Textouta函数打印相应字符串。 并 且 UC客户端可以才艮据在上述步骤 101 中获取的鼠标移动事件中携带的鼠标的 当前位置信息判断相应要打印的字符串是否在鼠标的当前位置区域内。
步骤 104: UC客户端通过用于获取显示通信信息的函数判断该字符串是否 为通信信息， 如果是， 则执行步骤 105; 否则， 对该字符串不作处理， 结束本 流程。
其中， 判断字符串是否为通信信息的步骤可以采取由 UC客户端中用于获 取显示通信信息的函数判断鼠标指针左右的字符串是否符合通信信息的特征来 实现。
步骤 105: UC客户端获取该字符串， 并将其存储在自身系统的变量中。 另外， 在上述步骤 1032中， 当鼠标所在窗口进程需要多次调用 UC客户端 中用于获取显示通信信息的函数时， 则会在一次鼠标移动事件中多次调用该函 数， 并且也会相应地多次执行上述后续步骤 1033至步骤 105。
以上说明了在本发明实施例中步骤 100的一种具体执行方式， 下面详细说 明上述步骤 104, 即判断需要打印的字符串是否为通信信息的步骤。 假设该通 信信息为电话号码， 则该通信信息的特征可以定义为： 字符串长度在设置的最 短电话号码长度和最长电话号码长度之间且允许使用区号连接符的数字字符 串。 其中， 最短电话号码长度、 最长电话号码长度以及区号连接符可以由 UC 客户端统一配置。 该步骤可以具体包括以下步骤：
步驟 1041 : UC客户端获取沿一个横向方向， 如向右的方向距离鼠标位置 最近的字符。
步骤 1042: 判断该字符是否是数字或电话号码连接符， 如果该字符是数字 或电话号码连接符， 则执行步骤 1043; 否则， 执行步骤 1044。
步驟 1043: 对应于屏幕中的位置存储该字符， 并继续沿该方向获取下一个 字符， 然后执行步骤 1042。
步驟 1044: 获取沿另一横向方向， 如： 向左的方向距离鼠标位置最近的字 符。
步骤 1045: 判断该字符是否是数字或电话号码连接符， 如果该字符是数字 或电话号码连接符， 则执行步骤 1046; 否则， 执行步骤 1047。
步骤 1046: 对应于屏幕中的位置存储该字符， 并继续沿该方向获取下一个 字符， 然后执行步驟 1045。
步骤 1047: 判断存储的字符串长度是否在最小号码长度和最大号码长度范 围内， 如果存储的字符串长度在最小号码长度和最大号码长度范围内， 则执行 步骤 1048; 否则， 执行步骤 1049。
步驟 1048: 判定该字符串为通信信息， 结束本流程。
步骤 1049: 判定该字符串为非通信信息。
以上说明了上述步驟 104的一种具体执行方式。 其中， UC客户端采取首先 获取向右的方向距离鼠标位置最近的字符， 然后获取向左的方向距离鼠标位置 最近的字符的方式。 显然， 该步驟也可以釆取由 UC客户端首先获取向左的方 向距离鼠标位置最近的字符， 然后获取向右的方向距离鼠标位置最近的字符的 方式。 另外， 该步骤 104也可以采取其它方式， 此处仅是举例说明而已， 并非 限定。 以上说明了 居本发明实施例实现 UC业务的具体方法， 且在以上对该方 法的描述中， 主要以 UC客户端通过屏幕取词方式获取所在终端显示的鼠标当 前位置区域内的通信信息为例进行了说明。但本发明的实施例不限于此， UC客 户端还可以通过其它方式获取所在终端显示的 （或屏幕中）通信信息， 例如，
UC客户端可以自动获取终端显示的所有通信信息，并使用户可以针对获取的所 有通信信息触发并实现相应的 UC业务等。
下面说明根据本发明实施例的 UC客户端，该客户端包括 UC业务实现单元 和显示通信信息获取单元； 其中， 显示通信信息获取单元用于获取该 UC客户 端所在终端显示的通信信息； 所述 UC业务实现单元用于针对获取的通信信息 实现 UC业务。
其中， 上述显示通信信息获取单元可通过屏幕取词方式获取 UC客户端所 在终端显示的鼠标当前位置区域内的通信信息。
而且， 上述 UC业务实现单元用于截取所在终端的鼠标所在窗口进程的鼠 标移动事件， 并向该鼠标所在窗口进程发送重画窗口事件通知， 并针对该 UC 客户端获取的通信信息实现 UC业务； 所述显示通信信息获取单元用于根据鼠 标所在窗口进程的调用指令打印该窗口进程需要打印的字符串， 并获取所在终 端显示的鼠标当前位置区域内的通信信息。
该显示通信信息获取单元可以为获取显示通信信息的函数。
另夕卜，该 UC客户端具备本发明实施例的上述实现 UC业务的方法中所涉及 的所有功能。 并且 UC业务实现单元针对获取的通信信息实现 UC业务的具体 方式与现有的 UC客户端在接收到由用户通过 UC客户端界面手工输入的通信 信息时的处理方式完全相同， 此处不再赘述。
由此，通过本发明实施例实现 UC业务的方法以及相应 UC客户端使得用户 只需直接通过在屏幕中或当前任务窗口或当前界面中移动鼠标或按下相应的按 键就可以实现相应通信信息在 UC客户端的录入， 从而避免了现有技术中由用 户在 UC客户端界面中手工输入相应通信信息或手工查询通信录的繁瑣操作， 减轻用户的负担。
以上所述仅为本发明的较佳实施例而已， 并不用以限制本发明， 凡在本发 明的精神和原则之内所做的任何修改、 等同替换和改进等， 均应包含在本发明 的保护范围之内。

Claims

权利要求书
1、 一种实现统一通信 UC业务的方法， 其特征在于， 该方法包括：
UC客户端获取所在终端显示的通信信息， 并根据获取的通信信息实现 UC 业务。
2、 居权利要求 1所述的方法， 其特征在于， 所述 UC客户端获取通信信 息的方法包括：
UC客户端通过展幕取词方式，分别沿第一横向方向和第二横向方向逐字符 获取所在终端显示的鼠标当前位置区域内的信息， 并根据预先设定的规则判断 获取的信息是否是通信信息。
3、 居权利要求 2所述的方法，其特征在于，所述通信信息包括电话号码、 电子邮件地址和 /或用户帐号信息。
4、 根据权利要求 2所述的方法， 其特征在于， 所述通过屏幕取词方式获取 通信信息的步骤包括：
UC客户端截取所在终端的鼠标所在窗口进程的鼠标移动事件，向该鼠标所 在窗口进程发送重画窗口事件通知；
鼠标所在窗口进程接收到该重画窗口事件通知后重.画窗口， 并调用该 UC 客户端打印字符串；
UC客户端打印该鼠标所在窗口进程需要打印的字符串，并判断该字符串是 否在鼠标当前位置区域内；
当判定该字符串在鼠标当前位置区域内时， 判断该字符串是否为通信信息； 当判定该字符串为通信信息时， 获取该字符串， 并执行所述针对获取的通 信信息实现 UC业务的步骤。
5、 居权利要求 4所迷的方法， 其特征在于， 所述方法进一步包括：
UC客户端在发送重画窗口事件通知之前，读取预先设置的获取显示通信信 息的触发条件， 判断截取到鼠标移动事件是否满足相应的触发条件， 并在满足 触发条件时发送重画窗口事件通知。
6、 根据权利要求 5所述的方法， 其特征在于， 所述获取显示通信信息的触 发条件的步骤包括： 鼠标在屏幕中某个位置区域内的停留时间达到预先设定值， 和 /或至少一个鼠标按键被激活， 和 /或至少一个键盘按键被激活。
7、 根据权利要求 4所述的方法， 其特征在于， 当所述通信信息为电话号码 时， 所述判断字符串是否为通信信息的步骤包括：
UC客户端获取沿第一横向方向距离鼠标位置最近的字符；
判断获取的该第一横向方向的字符是否是数字或电话号码连接符， 如果获取的该第一横向方向的字符是数字或电话号码连接符， 则对应于显 示的位置存储该字符， 继续沿该第一横向方向获取下一个字符， 并返回判断获 取的该第一横向方向的字符是否是数字或电话号码连接符的步骤；
如果获取的该第一横向方向的字符不是数字或电话号码连接符， 获取沿第 二横向方向距离鼠标位置最近的字符， 判断获取的该第二横向方向的字符是否 是数字或电话号码连接符 ,
如果获取的该第二横向方向的字符是数字或电话号码连接符， 则对应于显 示的位置存储该字符， 继续沿该第二横向方向获取下一个字符， 并返回判断获 取的该第二横向方向的字符是否是数字或电话号码连接符的步骤；
如果获取的该第二横向方向的字符不是数字或电话号码连接符， 判断存储 字符串的长度是否在设置的最小号码长度和最大号码长度范围内， 如果存储字 符串的长度在设置的最小号码长度和最大号码长度范围内， 则判定该字符串为 通信信息；
如果存储字符串的长度不在设置的最小号码长度和最大号码长度范围内， 则判定该字符串为非通信信息。
8、 根据权利要求 1至 7中任一项所述的方法， 其特征在于， 所述针对获取 的通信信息实现 UC业务的方法包括：
在屏幕中显示设置的包含 UC业务菜单并可供用户操作从该菜单中选择 UC 业务的浮动窗口， 基于接收到的用户操作指令执行相应 UC业务， 且该业务包 括向该通信信息对应的用户发起呼叫、 发送短信、 发送电子邮件和 /或将该通信 信息存储到该 UC客户端的通信录中。
9、 一种 UC客户端， 其特征在于， 包括：
显示通信信息获取单元， 用于获取所在终端显示的通信信息；
UC业务实现单元， 用于针对该 UC客户端获取的通信信息实现 UC业务。
10、 根据权利要求 9所述的客户端， 其特征在于， 所述显示通信信息获取 单元用于通过屏幕取词方式， 沿第一横向方向和第二横向方向逐字符获取所在 终端显示的鼠标当前位置区域内的信息， 并根据预先设定的规则判断获取的信 息是否是通信信息。
11、 根据权利要求 10所述的客户端， 其特征在于，
所述显示通信信息获取单元包括：
第一模块， 用于根据鼠标所在窗口进程的调用指令打印该窗口进程需要打 印的字符串；
第二模块， 用于沿第一横向方向和第二横向方向逐字符获取所在终端显示 的鼠标当前位置区域内的信息；
第三模块， 用于根据预先设定的规则判断第二模块获取的信息是否是通信 息;
所述 UC业务实现单元包括：
第四模块， 用于当第三模块判定第二模块获取的信息是通信信息时， 截取 所在终端的鼠标所在窗口进程的鼠标移动事件， 向该鼠标所在窗口进程发送重 画窗口事件通知；
第五模块， 用于针对该 UC客户端获取的通信信息实现 UC业务。
PCT/CN2007/001097 2006-07-27 2007-04-04 A method to perform unified communication service and unified communication client WO2008014649A1 (en)

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