WO2013075463A1 - 一种扩展邮箱服务器、系统,以及扩展邮箱业务实现方法 - Google Patents

一种扩展邮箱服务器、系统,以及扩展邮箱业务实现方法 Download PDF

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Publication number
WO2013075463A1
WO2013075463A1 PCT/CN2012/074654 CN2012074654W WO2013075463A1 WO 2013075463 A1 WO2013075463 A1 WO 2013075463A1 CN 2012074654 W CN2012074654 W CN 2012074654W WO 2013075463 A1 WO2013075463 A1 WO 2013075463A1
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mail
extended
service
user
module
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PCT/CN2012/074654
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English (en)
French (fr)
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吕伟初
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中兴通讯股份有限公司
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Publication of WO2013075463A1 publication Critical patent/WO2013075463A1/zh

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail

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  • the present invention relates to Internet and telecommunications value-added service systems, and more particularly to Internet extended mailbox servers, systems and methods therefor. Background technique
  • e-mail As one of the earliest Internet applications that has appeared and been applied, e-mail has become one of the main ways for many people to communicate. Compared with instant messaging, e-mail is more formal and more business-oriented; e-mail is less expensive than voice communication, especially in team collaboration and communication. Therefore, in many large and medium-sized enterprises, e-mail is one of the main ways of office and communication. It can be said that e-mail has become a part of many people's work and living habits.
  • the technical problem to be solved by the present invention is to provide an extended mailbox server, a system, and an extended mailbox service implementation method, so that when adding and integrating other services, there is no need to change the user's mailbox interface and usage habits, and the cost of integration is reduced. And flexible to add new converged services.
  • the present invention provides an extended mailbox server, including: a mail sending and receiving protocol stack, a preprocessing module, a mail processing module, and an extended service interface module; wherein the mail sending and receiving protocol stack is configured to adopt The mail transceiving protocol exchanges the mail with the outside, and forwards the received user mail to the pre-processing module, and receives the mail to be sent from the pre-processing module;
  • the pre-processing module is configured to parse the user mail to obtain service type information; if the service type is a normal mail service, forward the user mail to the mail processing module; if the service type is an extended service, forward the user mail to the office
  • the extended service interface module is further configured to receive the to-be-sent mail from the mail processing module and the extended service interface module, and perform message header processing;
  • the mail processing module is configured to complete processing of a normal mail
  • the extended service interface module is configured to implement interface adaptation and data exchange with the extended service module.
  • the server further includes a web service module connected to the mail sending and receiving protocol stack, and is configured to provide a web mode and an external interactive mail.
  • the present invention also provides an extended mailbox system, including the above extended mailbox server and at least one extended service processing module, the extended service processing module is connected to the extended service interface module, and the extended service processing module is used to complete the extension. Business processing.
  • the present invention also provides an extended mailbox service implementation method, including the following processing process: when receiving a user email, parsing the user email to obtain service type information; if the service type is normal mail service, forwarding the user email to the mail processing module The mail processing module processes the received user mail; if the service type is an extended service, the user mail is forwarded to the extended service interface module, the extended service interface module forwards the user mail to the corresponding extended service module, and the extended service module sends the user mail to the user.
  • an extended mailbox service implementation method including the following processing process: when receiving a user email, parsing the user email to obtain service type information; if the service type is normal mail service, forwarding the user email to the mail processing module The mail processing module processes the received user mail; if the service type is an extended service, the user mail is forwarded to the extended service interface module, the extended service interface module forwards the user mail to the corresponding extended service module, and the extended service module sends the user mail to the user.
  • the mail to be sent is received from the mail processing module and the extended service interface module, and the message header is processed, and the mail is sent through the set mail sending and receiving protocol.
  • the process of receiving the user mail includes: receiving one or both of a user mail submitted by the web and a user mail submitted by the received mail receiving and receiving protocol.
  • the process of parsing the user email and obtaining the service type information is specifically: parsing the user email from at least one of a recipient, a CC, a Bcc, a subject, and a body field of the user email And get the business type information of the user's mail from it.
  • the type information described includes: a service type information identifier and a service type description.
  • the method further includes extracting the first information from the user email, and the extended service module uses the extracted first information to complete processing the user email.
  • the method further includes extracting the second information from the user data saved on the extended mailbox server, and the extended service module uses the extracted second information to complete the processing of the user mail.
  • the invention does not modify the operation interface of the user's mail, but implants the service type information of the converged service into the definition of the mail field, and parses the mail on the system side, and performs different processing according to the service type, so that the other services are added and integrated.
  • the modification of the mailbox system is very costly and can keep the user's usage habits unchanged, ensuring a better user experience.
  • the present invention can flexibly add a new converged service without making hardware changes to the mailbox server.
  • the mail business has good scalability.
  • FIG. 1 is a schematic structural diagram of an extended mailbox system according to an embodiment of the present invention.
  • FIG. 2 is a schematic structural diagram of an extended mailbox server according to an embodiment of the present invention.
  • FIG. 3 is a flow chart of sending extended mail according to an embodiment of the present invention. detailed description
  • the main inventive idea of the present invention is to: Improve the mailbox server to support extended converged services.
  • the user mailbox operation interface is not changed, but the identification processing technology of the service type is added in the definition of the mail field.
  • the e-mail server first receives the e-mail according to the existing method, and then parses the e-mail to determine the service type to which it belongs, and performs different processing according to the service type.
  • the normal mail is processed by the mail processing module, and the extended service is extended by the service interface.
  • the module forwards the mail to the corresponding extended service processing module for processing.
  • FIG. 1 it is a schematic diagram of network deployment of an extended mailbox system according to an embodiment of the present invention, and only the simplest case is shown in FIG. 1 .
  • the mail client 10 and the extended mailbox server 20 can use network communication or message communication between the extended mailbox server 20 and one or more extended service processing modules 30 through a network communication mechanism, including a wireless or/and wired channel connection. And other communication mechanisms are connected.
  • the extended mailbox server 20 determines whether the mail is internally processed according to the analysis result, that is, the extended mailbox server itself processes or forwards to the corresponding The extended service processing module 30 processes.
  • FIG. 2 it is a schematic structure of an extended mailbox server in the embodiment of the present invention.
  • the extended mailbox server 20 is composed of five modules: a web service module 201, a mail transceiving protocol stack 202, a preprocessing module 203, a mail processing module 204, and an extended service interface module 205. Wherein, if the extended mailbox server 20 does not support web mode access, the web service module 201 can be omitted.
  • the web service module 201 is responsible for mails submitted from the mail client 10 by means of the web, and forwards the mails to the mail sending and receiving protocol stack 202; and is responsible for receiving mails from the mail sending and receiving protocol stack 202, and sending the mails to the mail client via the web. 10.
  • the mail sending and receiving protocol stack 202 is responsible for receiving the mail data directly from the mail client 10 or from the web service module 201, and forwarding the received mail to the pre-processing module 203, and is also responsible for receiving the mail from the pre-processing module 203 and directly forwarding the mail to The mail client 10 is forwarded to the mail client 10 via the web service module 201.
  • the mail transceiving protocol stack 202 uses a standards-based mail transceiving protocol, such as SMTP, POP3, IMAP4 protocols, and the like.
  • the pre-processing module 203 is responsible for receiving the mail from the mail-receiving protocol stack 202, and performing field parsing to determine the service type of the mail, that is, determining whether the mail is a normal mail or an extended mail according to a predefined mail extension definition, and then forwarding the mail.
  • the mail processing module 204 or the extended service interface module 205 is also responsible for receiving mail from the mail processing module 204 or the extended service interface module 205, and performing necessary message header processing and then sending the mail to the mail sending and receiving protocol stack 202.
  • the mail processing module 204 is responsible for receiving the mail from the pre-processing module 203 and completing the operations of storing, forwarding, and the like of the normal mail.
  • the extended service interface module 205 is responsible for receiving the mail from the pre-processing module 203, and selecting the extended service processing module 30 that needs to be interacted according to the extended service type parsed by the pre-processing module 203, and implementing an interface between the extended service processing module 30 and the extended service processing module 30.
  • the data is exchanged; it is also responsible for receiving the mail submitted from the extended service processing module 30 and forwarding the mail to the pre-processing module 203.
  • the present invention also provides an extended mailbox service implementation method, including: when receiving a user email, parsing the user email, and obtaining service type information; If the service type is normal mail service, the user mail is forwarded to the mail processing module, and the mail processing module processes the received user mail;
  • the service type is an extended service
  • the user mail is forwarded to the extended service interface module, the extended service interface module forwards the user mail to the corresponding extended service module, and the extended service module processes the user mail;
  • the mail to be sent is received from the mail processing module and the extended service interface module, and the message header is processed, and the mail is sent through the set mail sending and receiving protocol.
  • FIG. 3 it is a schematic flowchart of an extended mail sending process according to an embodiment of the present invention.
  • the following description takes the MMS extension service as an example, but is not limited to the present invention.
  • the user can also select the destination user in the CC or Bcc column or directly input the mobile phone number, and input the text, add the attachment and other mails after the normal operation, when writing the theme, @mms tag, or other tags can be used to complete the input of the title bar at the beginning, click to send.
  • the tag is set here as the service type identifier + business type description, @ is the business type identifier, and mms is the business type description.
  • Step 301 the mail client 10 submits data to the web service module 201.
  • Step 302 After receiving the data submitted by the mail client 10, the Web service module 201 forwards the data to the mail sending and receiving protocol stack 202 by using a standard mail sending protocol.
  • Step 303 The mail client 10 submits data to the mail sending and receiving protocol stack 202.
  • Step 304 After receiving the data, the mail sending and receiving protocol stack 202 forwards the mail data packet to the pre-processing module 203.
  • the pre-processing module 203 parses the message header of the mail, according to the parsed mail subject field, if the subject field does not meet the predefined extended service type, go to step 305, otherwise go to step 306.
  • Step 305 The pre-processing module 203 forwards the data to the mail processing module 204.
  • Mail processing The module 204 completes the processing of the subsequent normal mail, and the process ends.
  • Step 306 the pre-processing module 203 judges that the message subject field is @mms as the beginning. This is a transfer MMS extension service, and forwards the mail packet and the extended service type to the extended service interface module 205.
  • Step 307 the extended service interface module 205 completes the extraction and reorganization of the mail data packet according to the extended service type field, for example, extracting the mobile phone number from the recipient, that is, extracting information from the user mail, the information is set as the first
  • the information is forwarded to the corresponding extended service processing module 30 by the re-organized data that meets the requirements of the MMS center or the MMS gateway format, and the extended service processing module 30 completes the extended service processing process.
  • the extended service type may be defined in the extended mailbox server in advance, that is, according to the predefined feature, the extended service type of the mail is determined, and when the user composes the email, only the email satisfying the requirement is written. Can achieve unlimited expansion of mail business.
  • a set of custom tags that are easy to use, easy to remember, and difficult to duplicate with normal messages are defined.
  • This set of tags can be defined in the subject, or in the body or other email fields, such as @1111 ⁇ Represents a transfer of MMS, @sms means to send a text message, @weibo means to change to Weibo, @fax means to transfer a fax, @task means a task, and so on.
  • the special content required by these services may come from the user input, that is, the field information in the mail, or may be from the user data stored on the extended mailbox server, and the user data is set as the second information, such as the extended mail server receives The user sends the message with the @mms tag on the subject.
  • the system judges that this is an extended service of the MMS.
  • the message content is successfully delivered to the destination user's mobile phone.
  • the mobile phone number of the destination user must be filled in.
  • the number information can be received from the user.
  • the information in the person can also be obtained by querying the corresponding mobile phone number according to the recipient information.
  • the extended service processing is performed, the first information and the second information described above may be extracted according to the business needs, and reorganized.
  • the foregoing markings can be arbitrarily expanded or modified, as long as the features provided by the mail client 10 are satisfied to meet the predefined requirements of the extended mailbox server 20, so that the present invention can conveniently implement the integration of the newly added extended services.
  • tags can be defined anywhere in the email, such as recipients, CCs, Bcc, subject, body, and more.
  • the present invention enables the extended service based on the mailbox to have good scalability, and can maintain the user's habit of using e-mail.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Information Transfer Between Computers (AREA)
  • Data Exchanges In Wide-Area Networks (AREA)

Abstract

本发明公开了一种扩展邮箱服务器、扩展邮箱系统以及扩展邮箱业务实现方法,扩展邮箱服务器负责邮件的接收、识别和分类处理,先接收邮件,然后再对邮件进行解析,判断其所属的业务类型,按照业务类型进行不同的处理,对于正常的邮件由邮件处理模块处理,对于扩展业务通过扩展业务接口模块将邮件转发到对应的扩展业务处理模块中处理。采用本发明,使得在增加和融合其他业务的同时,邮箱系统的修改代价很小且能保持用户使用习惯不变,确保了较好的用户体验。此外,本发明还可以灵活的增加新的融合业务,使得邮件业务具有良好的扩展性。

Description

一种扩展邮箱服务器、 系统, 以及扩展邮箱业务实现方法 技术领域
本发明涉及互联网和电信增值业务系统, 特别是涉及互联网扩展邮箱 服务器、 系统及其方法。 背景技术
电子邮件作为一种最早出现并且应用的最广泛的互联网业务之一, 已 经成为很多人沟通的主要方式之一。 与即时通讯相比, 电子邮件具有更正 式、 更商务的特点; 相比语音沟通, 电子邮件具有成本更低, 尤其是在团 队协作和沟通方面更有优势。 所以在众多大中型企业中, 电子邮件是办公 和沟通的主要方式之一, 可以说电子邮件已经成为很多人工作和生活习惯 中的一部分。
但在沟通形式多样化, 用户需求个性化趋势越来越明显的今天, 电子 邮件也要求具有良好的扩展性, 能和其他业务更好的融合, 且最好能保持 用户使用电子邮件的习惯不变。
当前为了实现电子邮件和其他业务的融合, 例如通过电子邮件发送彩 信、 微博等业务, 一般对邮箱系统进行大规模的改造, 再在用户使用电子 邮件的界面上增加按钮或超链接, 甚至大规模改造界面等方式实现。 但这 样做带来很大的问题: 首先, 每增加一种业务, 对邮箱系统的改造非常大, 尤其是业务越来越多的时候, 传统邮箱系统的架构很难适应这种变化; 其 次, 在用户电子邮件界面上增加按钮或者超链接、 甚至大规模改造接口的 方式, 已经改变了用户使用电子邮件的习惯, 且每增加一种业务都可能带 给用户不一样的流程和体验, 增加用户使用新业务的难度。 发明内容
本发明所要解决的技术问题在于提供一种扩展邮箱服务器、 系统以及 扩展邮箱业务实现方法, 使得在增加和融合其他业务的同时, 不需要改变 用户的邮箱界面和使用习惯, 降低了融合的代价, 并可灵活增加新的融合 业务。
为解决上述技术问题, 本发明提出了一种扩展邮箱服务器, 包括: 邮 件收发协议栈、 预处理模块、 邮件处理模块和扩展业务接口模块; 其中, 所述邮件收发协议栈, 用于采用设定的邮件收发协议与外部交互邮件, 并将接收的用户邮件转发到所述预处理模块, 以及从所述预处理模块中接 收待发送邮件;
所述预处理模块, 用于解析所述用户邮件获取业务类型信息; 如果业 务类型为正常邮件业务, 则转发用户邮件到所述邮件处理模块; 如果业务 类型为扩展业务, 则转发用户邮件到所述扩展业务接口模块; 还用于从所 述邮件处理模块和扩展业务接口模块中接收待发送邮件, 并进行消息头处 理;
所述邮件处理模块, 用于完成正常邮件的处理;
所述扩展业务接口模块用于完成与扩展业务模块实现接口适配和数据 交换。
进一步的, 所述服务器还包括与所述邮件收发协议栈相连的 Web服务 模块, 用于提供 Web方式与外部交互邮件。
本发明还提供了一种扩展邮箱系统, 包括上述的扩展邮箱服务器和至 少一个扩展业务处理模块, 所述扩展业务处理模块与所述扩展业务接口模 块相连, 所述扩展业务处理模块用于完成扩展业务的处理。
进一步的, 所述的扩展业务处理模块与所述扩展业务接口模块之间采 用网络通讯方式或者消息通信方式。 本发明还提出了一种扩展邮箱业务实现方法, 包括以下处理过程: 接 收用户邮件时, 解析所述用户邮件, 获取业务类型信息; 如果业务类型为 正常邮件业务, 则转发用户邮件到邮件处理模块, 邮件处理模块对接收到 的用户邮件进行处理; 如果业务类型为扩展业务, 则转发用户邮件到扩展 业务接口模块, 扩展业务接口模块转发用户邮件到对应的扩展业务模块, 扩展业务模块对用户邮件进行处理;
发送用户邮件时, 从所述邮件处理模块和扩展业务接口模块中接收待 发送邮件, 并进行消息头处理, 并通过设定的邮件收发协议发送邮件。
进一步的, 所述接收用户邮件的处理过程包括: 接收以 web方式提交 的用户邮件和接收设定的邮件收发协议提交的用户邮件中的一种或两种。
进一步的, 所述解析所述用户邮件, 获取业务类型信息的处理过程具 体为: 从用户邮件的收件人、 抄送人、 密送人、 主题和正文字段中的至少 一个信息中解析用户邮件, 并从中获取用户邮件的业务类型信息。 其中所 述的类型信息包括: 业务类型信息标识符和业务类型说明。
进一步的, 如果业务类型为扩展业务, 还包括从所述用户邮件中提取 第一信息, 扩展业务模块利用提取的第一信息完成对用户邮件的处理。
进一步的, 如果业务类型为扩展业务, 还包括从保存在扩展邮箱服务 器上的用户数据中提取第二信息, 扩展业务模块利用提取的第二信息完成 对用户邮件的处理。
本发明的技术效果在于:
本发明不修改用户邮件的操作界面, 而是将融合业务的业务类型信息 植入邮件字段定义中, 在系统侧通过解析邮件, 并按照业务类型进行不同 的处理, 使得在增加和融合其他业务的同时, 邮箱系统的修改代价很小且 能保持用户使用习惯不变, 确保了较好的用户体验。 此外, 本发明还可以 在不对邮箱服务器进行硬件改变的前提下, 灵活的增加新的融合业务, 使 得邮件业务具有良好的扩展性。 附图说明
图 1为本发明实施例的扩展邮箱系统结构示意图;
图 2为本发明实施例中的扩展邮箱服务器的结构示意图;
图 3为本发明实施例中的扩展邮件发送流程图。 具体实施方式
以下结合附图和具体实施例对本发明进行详细描述, 但不作为对本发 明的限定。
本发明的主要发明构思是: 对邮箱服务器进行改进, 使其能够支持扩 展的融合业务。 在用户侧, 不改变用户邮箱操作界面, 只是在邮件字段定 义中加入业务类型的识别处理技术。 邮箱服务器先按照现有的方式接收邮 件, 然后再对邮件进行解析, 判断其所属的业务类型, 按照业务类型进行 不同的处理, 对于正常的邮件由邮件处理模块处理, 对于扩展业务通过扩 展业务接口模块将邮件转发到对应的扩展业务处理模块中处理。
下面结合附图, 并通过实施例对本发明进行详细描述。
如图 1所示, 为本发明实施例的扩展邮箱系统的网络部署示意图, 图 1 中只表示了最简单的情况。 其中, 邮件客户端 10和扩展邮箱服务器 20之 间通过网络通讯机制, 包括无线或 /和有线信道连接, 扩展邮箱服务器 20 和一个或者多个扩展业务处理模块 30之间可以采用网络通讯或者消息通讯 等通信机制相连。
用户从邮件客户端 10采用传统的使用电子邮件的方式提交电子邮件到 扩展邮箱服务器 20,扩展邮箱服务器 20根据分析结果以决定该邮件是内部 处理, 即扩展邮箱服务器自身进行处理, 还是转发给相应的扩展业务处理 模块 30处理。 如图 2所示, 为本发明实施例中的扩展邮箱服务器结构示意。 扩展邮 箱服务器 20由五个模块组成: Web服务模块 201、 邮件收发协议栈 202、 预处理模块 203、 邮件处理模块 204、 扩展业务接口模块 205。 其中, 如果 扩展邮箱服务器 20不支持 Web方式的访问,则可以省去 Web服务模块 201。
Web服务模块 201负责从邮件客户端 10用 Web方式提交的邮件,并把 邮件转发给邮件收发协议栈 202;以及负责从邮件收发协议栈 202接收邮件, 并把邮件通过 Web方式发给邮件客户端 10。
邮件收发协议栈 202, 负责直接从邮件客户端 10或者从 Web服务模块 201接收邮件数据, 并把接收的邮件转发给预处理模块 203 , 同时也负责从 预处理模块 203接收邮件,并直接转发给邮件客户端 10或者通过 Web服务 模块 201转发给邮件客户端 10。 邮件收发协议栈 202采用基于标准的邮件 收发协议, 例如 SMTP、 POP3、 IMAP4协议等。
预处理模块 203 , 负责从邮件收发协议栈 202接收邮件, 并进行字段解 析, 判断邮件的业务类型, 即: 根据预先定义好的邮件扩展定义判断该邮 件是正常邮件还是扩展邮件, 然后将邮件转发给邮件处理模块 204或者扩 展业务接口模块 205; 也负责从邮件处理模块 204或者扩展业务接口模块 205接收邮件, 并进行必要的消息头处理后发给邮件收发协议栈 202。
邮件处理模块 204,负责从预处理模块 203接收邮件并完成正常邮件的 存储、 转发等操作。
扩展业务接口模块 205 , 负责从预处理模块 203接收邮件, 并根据预处 理模块 203解析的扩展业务类型, 选择需要交互的扩展业务处理模块 30, 并实现和扩展业务处理模块 30之间的接口适配和数据交换; 也负责接收来 自扩展业务处理模块 30提交的邮件, 并把邮件转发给预处理模块 203。
本发明还提供了一种扩展邮箱业务实现方法, 包括: 接收用户邮件时, 解析所述用户邮件, 并获取业务类型信息; 如果业务类型为正常邮件业务, 则转发用户邮件到邮件处理模块, 邮 件处理模块对收到的用户邮件进行处理;
如果业务类型为扩展业务, 则转发用户邮件到扩展业务接口模块, 扩 展业务接口模块转发用户邮件到对应的扩展业务模块, 扩展业务模块对用 户邮件进行处理;
发送用户邮件时, 从所述邮件处理模块和扩展业务接口模块中接收待 发送邮件, 并进行消息头处理, 并通过设定的邮件收发协议发送邮件。
如图 3 所示, 为本发明实施例的扩展邮件发送处理流程示意图。 以下 说明以彩信扩展业务为例, 但不作为本发明的限定。
用户在邮件客户端 10上收件人一栏中, 也可以在抄送或者密送一栏中 选择目的用户或者直接输入手机号码, 并输入正文, 添加附件等邮件正常 操作之后, 写主题时以 @mms 标记, 也可以是其他标记作为开头完成标题 栏的输入, 点击发送。 此处的标记的设置方式为业务类型标识符 +业务类型 说明, @为业务类型标识符, mms为业务类型说明。 如果邮件客户端 10采 用 Web方式发送邮件给扩展邮箱服务器, 则走步驟 301和 302, 否则转步 驟 303。
步驟 301, 邮件客户端 10提交数据到 Web服务模块 201。
步驟 302, Web服务模块 201接收到邮件客户端 10提交的数据之后, 用标准的邮件发送协议把数据转发给邮件收发协议栈 202。
步驟 303 , 邮件客户端 10提交数据到邮件收发协议栈 202。
步驟 304, 邮件收发协议栈 202接收数据后,把邮件数据包转发给预处 理模块 203。预处理模块 203解析出邮件的消息头,根据解析得到的邮件主 题字段,如主题字段不符合预先定义的扩展业务类型转步驟 305 , 否则转步 驟 306。
步驟 305 , 预处理模块 203把数据转发给邮件处理模块 204。 邮件处理 模块 204完成后续正常邮件的处理过程, 流程结束。
步驟 306,预处理模块 203根据邮件主题字段以 @mms作为开头判断出 这是一个转彩信扩展业务, 把邮件数据包和扩展业务类型转发给扩展业务 接口模块 205。
步驟 307, 扩展业务接口模块 205根据扩展业务类型字段, 完成对邮件 数据包的提取和重新组织, 如从收件人中提取手机号码, 即从用户邮件中 提取信息, 所述信息设为第一信息, 并以彩信中心或者彩信网关要求的协 议, 把重新组织过且符合彩信中心或彩信网关格式要求的数据转发到对应 的扩展业务处理模块 30中, 扩展业务处理模块 30完成扩展业务处理过程。
在上述实施例中, 对于扩展业务类型可以预先在扩展邮箱服务器中定 义, 即根据预先定义的特征判断邮件是什么样的扩展业务类型, 用户撰写 电子邮件的时候只要撰写满足该要求的电子邮件即可实现邮件业务的无限 扩展。
如在扩展邮件服务器定义一套用户使用简便、 容易记忆、 不易和正常 邮件重复的自定义标记, 这套标记可以在主题中定义, 也可以在正文或者 其他电子邮件字段中定义, 如@1111^ 表示转彩信, @sms 表示转短信, @weibo表示转微博, @fax表示转传真, @task表示下任务等等。 这些业务 所需要的特殊的内容可以来自用户输入的, 即邮件中的字段信息, 也可以 来自保存在扩展邮箱服务器上的用户数据, 所述用户数据设为第二信息, 如扩展邮件服务器收到用户发送的主题带 @mms 标记的邮件, 系统判断这 是一个转彩信的扩展业务, 最终成功把邮件内容投递到目的用户手机上必 须填写目的用户的手机号码, 这个号码信息可以来自用户输入的收件人中 的信息, 也可以根据收件人信息查询对应的手机号码得知。 进行扩展业务 处理时可以根据业务需要提取上述的第一信息和第二信息, 并对其进行重 新的组织。 上述的标记可以任意扩展或者修改, 只要保证邮件客户端 10提供的特 征满足扩展邮箱服务器 20预先定义的要求即可, 因此本发明可以方便的实 现新增扩展业务的融合。 此外, 标记还可以在电子邮件的任意地方定义, 如收件人、 抄送人、 密送人、 主题、 正文等。
综上所述, 采用本发明使得基于邮箱实现扩展业务具有良好的扩展性, 且能保持用户使用电子邮件的习惯不变。
当然, 本发明还可有其他多种实施例, 在不背离本发明精神及其实质 的情况下, 熟悉本领域的技术人员当可根据本发明作出各种相应的改变和 变形, 但这些相应的改变和变形都应属于本发明所附的权利要求的保护范 围。

Claims

权利要求书
1、 一种扩展邮箱服务器, 其特征在于, 所述服务器包括: 邮件收发协 议栈、 预处理模块、 邮件处理模块和扩展业务接口模块;
所述邮件收发协议栈, 用于采用设定的邮件收发协议与外部交互邮件, 并将接收的用户邮件转发到所述预处理模块, 以及从所述预处理模块中接 收待发送邮件;
所述预处理模块, 用于解析所述用户邮件获取业务类型信息, 如果业 务类型为正常邮件业务, 则转发用户邮件到所述邮件处理模块; 如果业务 类型为扩展业务, 则转发用户邮件到所述扩展业务接口模块; 还用于从所 述邮件处理模块和扩展业务接口模块中接收待发送邮件, 并进行消息头处 理;
所述邮件处理模块, 用于完成正常邮件的处理;
所述扩展业务接口模块, 用于完成与扩展业务模块实现接口适配和数 据交换。
2、 根据权利要求 1所述的扩展邮箱服务器, 其特征在于, 所述服务器 还包括与所述邮件收发协议栈相连的互联网 Web服务模块, 用于提供 Web 方式与外部交互邮件。
3、 一种扩展邮箱系统, 其特征在于, 该系统包括如权利要求 1或 2所 述的扩展邮箱服务器和至少一个扩展业务处理模块, 所述扩展业务处理模 块与所述扩展业务接口模块相连;
所述扩展业务处理模块, 用于完成扩展业务的处理。
4、 根据权利要求 3所述的扩展邮箱系统, 其特征在于, 所述扩展业务 处理模块与所述扩展业务接口模块之间采用网络通讯方式或者消息通信方 式。
5、 一种扩展邮箱业务实现方法, 其特征在于, 该方法包括: 接收用户邮件时, 解析所述用户邮件, 并获取业务类型信息; 如果业务类型为正常邮件业务, 则转发用户邮件到邮件处理模块, 邮 件处理模块对收到的用户邮件进行处理;
如果业务类型为扩展业务, 则转发用户邮件到扩展业务接口模块, 扩 展业务接口模块转发用户邮件到对应的扩展业务模块, 扩展业务模块对用 户邮件进行处理;
发送用户邮件时, 从所述邮件处理模块和扩展业务接口模块中接收待 发送邮件, 并进行消息头处理, 并通过设定的邮件收发协议发送邮件。
6、 根据权利要求 5所述的扩展邮箱业务实现方法, 其特征在于, 所述 接收用户邮件的处理过程为: 接收以 Web方式提交的用户邮件、 和 /或接收 设定的邮件收发协议提交的用户邮件。
7、 根据权利要求 5或 6所述的扩展邮箱业务实现方法, 其特征在于, 所述解析所述用户邮件, 获取业务类型信息为: 从用户邮件的收件人、 抄 送人、 密送人、 主题和正文字段中的至少一个信息中解析用户邮件, 并从 中获取用户邮件的业务类型信息。
8、 根据权利要求 7所述的扩展邮箱业务实现方法, 其特征在于, 所述 的业务类型信息包括: 业务类型信息标识符和业务类型说明。
9、 根据权利要求 5或 6所述的扩展邮箱业务实现方法, 其特征在于, 如果业务类型为扩展业务, 该方法还包括: 从所述用户邮件中提取第一信 息, 扩展业务模块利用提取的第一信息完成对用户邮件的处理。
10、 根据权利要求 5或 6所述的扩展邮箱业务实现方法, 其特征在于, 如果业务类型为扩展业务, 该方法还包括: 从保存在扩展邮箱服务器上的 用户数据中提取第二信息, 扩展业务模块利用提取的第二信息完成对用户 邮件的处理。
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