CN112511569B - 网络资源访问请求的处理方法、系统及计算机设备 - Google Patents
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- H—ELECTRICITY
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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- H—ELECTRICITY
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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- H04L63/20—Network architectures or network communication protocols for network security for managing network security; network security policies in general
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Abstract
本发明公开一种网络资源访问请求的处理方法,包括:接收资源访问请求,并获取资源访问请求信息;从所述资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息请求创建相应的访问中介实例;创建所述访问中介实例;利用所述访问中介实例根据其所接收到的资源访问请求信息,相应向目标资源发起访问,能够大大提高网络安全性。
Description
技术领域
本发明涉及网络安全技术领域,尤其是一种网络资源访问请求的处理方法、系统及计算机设备。
背景技术
目前,在现有网络资源访问系统中,网络资源访问方式多为:用户通过用户终端,经由访问网关来访问网络资源。该方案中,用户终端与网络资源之间通过网关相连,即两者之间始终具备访问通路,一旦网关发生故障、存在漏洞或因黑客攻击而被破坏时,将无法为网络资源提供保护,安全性较差。
发明内容
本发明目的是针对上述存在的问题,提供一种网络资源访问请求的处理方法、系统及计算机设备,以提高网络安全性。
为了达到上述目的,本发明通过以下技术方案来实现:
本发明一个方面,一种网络资源访问请求的处理方法,包括:
接收资源访问请求,并获取资源访问请求信息;
从所述资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息请求创建相应的访问中介实例;
创建所述访问中介实例;
利用所述访问中介实例根据其所接收到的资源访问请求信息,相应向目标资源发起访问。
优选的,所述处理方法还包括:
利用所述访问中介实例接收目标资源的响应,并将其传递给用户终端;
本次资源访问会话完成后,删除所述访问中介实例。
优选的,创建所述访问中介实例,具体为:
根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动并配置该访问中介实例;
或者,根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动该访问中介实例。
优选的,所述选择对应的访问中介模板,具体为:
根据用户信息和目标资源信息选择对应的访问中介模板,以保证终端适配和资源适配。
本发明另一方面,一种计算机设备,包括:通信连接的存储器和处理器,以及存储在所述存储器上并能够在所述处理器上运行的计算机程序,所述处理器运行所述计算机程序时执行前述的方法。
本发明另一方面,一种网络资源访问请求的处理方法,包括:
接收资源访问请求,并获取资源访问请求信息;
从所述资源访问请求信息中提取目标资源信息,根据目标资源信息请求创建相应的访问中介实例;
创建所述访问中介实例;
利用所述访问中介实例根据其所接收到的资源访问请求信息,相应向目标资源发起访问。
优选的,所述处理方法还包括:
利用所述访问中介实例接收目标资源的响应,并将其传递给用户终端;
本次资源访问会话完成后,删除所述访问中介实例。
优选的,创建所述访问中介实例,具体为:
根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动并配置该访问中介实例;
或者,根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动该访问中介实例。
优选的,所述选择对应的访问中介模板,具体为:
根据目标资源信息选择对应的访问中介模板,以保证资源适配。
本发明另一方面,一种计算机设备,包括:通信连接的存储器和处理器,以及存储在所述存储器上并能够在所述处理器上运行的计算机程序,所述处理器运行所述计算机程序时执行前述的方法。
本发明又一方面,一种网络资源访问请求的处理系统,包括:
请求接收器,用于接收资源访问请求,并获取资源访问请求信息;
请求处理器,一方面从所述资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息请求创建相应的访问中介实例;另一方面在访问中介实例创建完成后,依据所述资源访问请求信息,经访问中介实例相应向目标资源发起访问;
访问中介管理器,用于创建所述访问中介实例。
优选的,所述系统还包括:
响应处理器,用于接收所述访问中介实例传递过来的目标资源的响应;
响应发送器,用于将所述访问中介实例传递过来的目标资源的响应发送给用户终端。
优选的,所述访问中介管理器还用于在完成资源访问会话后删除所述访问中介实例。
优选的,创建所述访问中介实例,具体为:
根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动并配置该访问中介实例;
或者,根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动该访问中介实例。
优选的,所述选择对应的访问中介模板,具体为:
根据用户信息和目标资源信息选择对应的访问中介模板,以保证终端适配和资源适配。
本发明再一方面,一种网络资源访问请求的处理系统,包括:
请求接收器,用于接收资源访问请求,并获取资源访问请求信息;
请求处理器,一方面从所述资源访问请求信息中提取目标资源信息,根据目标资源信息请求创建相应的访问中介实例;另一方面在访问中介实例创建完成后,依据所述资源访问请求信息,经访问中介实例相应向目标资源发起访问;
访问中介管理器,用于创建所述访问中介实例。
优选的,所述系统还包括:
响应处理器,用于接收所述访问中介实例传递过来的目标资源的响应;
响应发送器,用于将所述访问中介实例传递过来的目标资源的响应发送给用户终端。
优选的,所述访问中介管理器还用于在完成资源访问会话后删除所述访问中介实例。
优选的,创建所述访问中介实例,具体为:
根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动并配置该访问中介实例;
或者,根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动该访问中介实例。
优选的,所述选择对应的访问中介模板,具体为:
根据目标资源信息选择对应的访问中介模板,以保证终端适配和资源适配。
本发明的有益效果在于:
1、利用本发明方案,依据资源访问请求临时生成的访问中介实例来建立专属于该资源访问请求的资源访问通道,在访问中介实例启动并完成配置之前,用户终端和目标资源之间并未建立起访问通道,在访问中介实例启动并完成配置后建立专属于该资源访问请求的资源访问通道,资源访问请求通过该访问中介实例到达目标资源;即,根据资源访问请求动态建立专属访问通道,相对于现有技术中用户终端和目标资源之间始终存在静态访问通道的方案,能够大大提高网络安全性。
2、依据用户信息和目标资源信息选择相应的访问中介模板生成访问中介实例,使得访问中介实例与用户、用户终端、目标资源相匹配,保证用户体验。
3、利用专属访问中介实例访问目标资源,用户终端不直接与目标资源交互,既能保护目标资源、抵御来源于用户终端的攻击威胁,防止数据泄露,又能保护用户终端、防止来源于目标资源的恶意内容等造成危害。
4、完成本次资源访问请求和相应的响应后,即删除该访问中介实例,一方面在下次资源访问请求发起时,用户终端和目标资源之间并未建立起访问通道,资源访问请求无法送达目标资源,保证用户体验,提高系统安全性;另一方面保证每次资源访问请求所生成的访问中介实例均仅使用一次,能够有效避免现有技术静态访问通路容易被攻击的弊端。
附图说明
图1为本发明网络资源访问请求的处理系统的结构示意图。
图2为本发明网络资源访问请求的处理系统处理过程的时序图。
图3为本发明网络资源访问请求的处理方法的流程图。
具体实施方式
为了使本发明实施例的目的、技术方案和优点更加清楚,下面将结合本发明实施例中的技术方案进行清楚、完整的描述,显然,所描述的实施例是本发明的部分实施例,而不是全部实施例。基于本发明的实施例,本领域普通技术人员在没有付出创造性劳动的前提下所获得的所有其他实施例,都属于本发明的保护范围。
本发明利用依据资源访问请求临时创建的专属访问中介实例来建立专属于该资源访问请求的资源访问通道,并在该资源访问会话结束后,删除前述访问中介实例。也就是说,系统根据资源访问请求中的目标资源信息或者根据资源访问请求中的用户信息及目标资源信息,动态选择并配置或者直接动态选择用于访问该目标资源的访问中介实例,在访问中介实例启动并完成配置(对应于需要对访问中介实例进行配置的情况)之前或者在访问中介实例启动(对应于不需要额外对访问中介实例进行配置的情况,例如,某一访问中介实例仅仅用于访问某一特定的网站,启动该访问中介实例后,不需对其进行配置,可以直接通过该访问中介实例访问前述的特定的网站)之前,用户终端和目标资源之间并未建立起访问通道,在访问中介实例启动并完成配置(同理,对应于需要对访问中介实例进行配置的情况)后或者在访问中介实例启动(同理,对应于不需要额外对访问中介实例进行配置的情况)后,建立专属于该资源访问请求的资源访问通道,资源访问请求通过该访问中介实例到达目标资源。并且,完成本次资源访问会话后,即删除该访问中介实例,在下次资源访问请求发起时,用户终端和目标资源之间并未建立起访问通道,资源访问请求无法送达目标资源,保证用户体验,提高系统安全性。
为了便于理解,此处对于访问请求、访问请求信息的关系做如下定义:访问请求是在访问请求信息基础上增加网络通讯传输格式、会话信息等用于网络传输的信息。
如图1、图2所示,本实施例一种网络资源访问请求的处理系统,包括:
请求接收器101,被配置为能够接收资源访问请求,获取资源访问请求信息,并将获取的资源访问请求信息发送给请求处理器103。所述请求接收器101既能接收用户通过用户终端直接发送过来的资源访问请求,也能够接收用户终端发起并经由网络代理服务传递过来的资源访问请求。
请求处理器103,一方面被配置为能够从接收到的所述资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息请求访问中介管理器105创建相应的访问中介实例107-N(可以包括至少两种不同的情形:一种为,生成访问中介实例后,资源访问过程中使用访问中介实例的默认配置,而不需要对其进行额外的配置;例如,某一访问中介实例仅仅用于访问某一特定的网站,启动该访问中介实例后,不需对其进行配置,可以直接通过该访问中介实例访问前述的特定的网站。另一种为,生成访问中介实例后,需要对其进行相应的配置才能实现资源访问,具体见后文的举例说明)。另一方面被配置为,在访问中介实例107-N创建完成后,依据所述资源访问请求信息,经访问中介实例107-N相应向目标资源发起访问。所述访问中介实例107-N的功能类似于访问网关,可进行包括地址转换、协议转换、身份认证等处理。所述的用户信息包括用户名、用户终端类型、用户所属部门、用户所在的组等信息中的至少一种;所述目标资源信息包括资源标识、资源类型(网页、网络文件、网络应用等)、网络地址等信息中的至少一种。
访问中介管理器105,被配置为能够根据接收到的信息(例如,来自于请求处理器103的请求)选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例107-N(本例中,访问中介模板和访问中介实例的关系类似于Docker应用容器引擎中 Docker 镜像和 Docker 容器之间的关系),启动并配置该访问中介实例,或者启动该访问中介实例,而无需进行额外配置。
在本领域技术人员可选范围内,前述的根据接收到的信息选择对应的访问中介模板,也可以由请求处理器103完成;此时,请求处理器103被配置为,能够从接收到的所述资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息选择对应的访问中介模板,请求访问中介管理器105根据其选定的访问中介模板生成并配置相应的访问中介实例107-N。访问中介管理器105则被配置为依据该访问中介模板生成对应的访问中介实例107-N,启动并配置该访问中介实例,或者启动该访问中介实例,而无需进行额外配置。
为了便于理解,对于选择对应的访问中介模板举例说明如下:
例如,用户通过手机访问网站所需要的访问中介实例,与用户通过PC机(个人电脑)访问位于网络上的文件(可以是word文件、PDF文件等)所需要的访问中介实例是不同的;在进行访问中介模板的选择时,需要根据终端类型(用户信息的一种)选择相应的访问中介模板保证终端适配,同时需要根据目标资源类型(目标资源信息的一种)选择相应的访问中介模板保证该访问中介模板能够与资源类型适配,实现资源信息正常展示。即,用户通过不同的用户终端(例如手机、平板电脑、PC机等)访问不同的资源(例如网站、位于网络上的文件、位于网络上的应用等)需要不同的访问中介实例才能实现,因此需要根据用户信息和目标资源信息选择对应的访问中介模板。在本领域技术人员可选范围内,在进行访问中介模板的选择时,依据的用户信息不局限于终端类型,依据的目标资源信息也不局限于资源类型。
为了便于理解,对于配置访问中介实例举例说明如下:
当资源访问请求为访问网络上的某一网站时,配置所述访问中介实例的实现方案为,通过访问中介管理器105将该网站的网址配置给所述访问中介实例。
当资源访问请求为访问网络上的某一网站,并需要支持用户从该网站下载或上传文件时,配置所述访问中介实例的实现方案为,通过访问中介管理器105将该网站的网址、该用户的网盘目录配置给所述访问中介实例。
当资源访问请求为访问网络上的某一应用,并需要支持用户利用该应用处理某一数据时,配置所述访问中介实例的实现方案为,通过访问中介管理器105将该应用的网址、需要处理的数据配置给所述访问中介实例。所述数据可以仅仅是来自于用户的数据,也可以包括来自于网络的资源数据或者跟目标资源关联的数据。例如,用户需要使用网络上的photoshop服务器处理网盘上的图片时,配置所述访问中介实例的实现方案为,通过访问中介管理器105将photoshop服务器的地址及访问方式(例如用户名、密码等)、网盘上图片的地址目录及访问方式(例如用户名、密码等)配置给所述访问中介实例。
利用本实施例网络资源访问请求的处理系统进行网络资源访问时,在访问中介实例启动并完成配置(对应于需要对访问中介实例进行配置的情况)之前或者在访问中介实例启动(对应于不需要额外对访问中介实例进行配置的情况)之前,用户终端和目标资源之间并未建立起访问通道,在访问中介实例启动并完成配置(同理,对应于需要对访问中介实例进行配置的情况)后或者在访问中介实例启动(同理,对应于不需要额外对访问中介实例进行配置的情况)后,建立专属于该资源访问请求的资源访问通道,资源访问请求通过该访问中介实例到达目标资源。相对于现有技术中用户终端和目标资源之间始终存在访问通道的方案,能够大大提高网络安全性。同时,利用专属访问中介实例访问目标资源,用户终端不直接与目标资源交互,既能保护目标资源、抵御来源于用户终端的攻击威胁,防止数据泄露,又能保护用户终端、防止来源于目标资源的恶意内容等造成危害。
作为本实施例的一种优选实施方案,为了实现网络资源访问的闭环,所述网络资源访问请求的处理系统还包括:
响应处理器109,用于接收所述访问中介实例传递过来的目标资源的响应,并将其传输至响应发送器111;
响应发送器111,用于将响应处理器109传输过来的响应发送给用户终端,作为针对所述资源访问请求的响应,从而完成整个访问的请求和响应过程。
更优选的,响应处理器109还可以用于对接收到的响应进行处理,获得图像编码格式的信息(具体方案可参见申请号为202011413791.2的中国发明专利申请),并将其作为响应信息发送给响应发送器111。
所述访问中介管理器105还被配置为:在完成资源访问会话后,删除所述访问中介实例。即,根据资源访问请求生成的专属访问中介实例仅适用于本次资源访问会话,完成本次资源访问会话后,该访问中介实例即被删除,使得下次资源访问请求发起时,用户终端和目标资源之间并未建立起访问通道,资源访问请求无法送达目标资源,保证系统安全性。
作为本实施例的又一种优选实施方案,
所述请求处理器103还被配置为能够判断所述资源访问请求信息的合法性,在该资源访问请求信息合法的情况下,将提取的用户信息和目标资源信息发送至访问中介管理器105。
如图3所示,本实施例一种网络资源访问请求的处理方法,包括:
202、接收资源访问请求,并获取资源访问请求信息。
本实施例中,该步骤由前述网络资源访问请求的处理系统中的请求接收器101实现。所述的资源访问请求,直接来自于用户终端或者经由网络代理服务传递而来;例如,用户通过操作用户终端,请求访问某一网站,用户终端响应于前述操作从而生成相应的资源访问请求。
204 、从所述资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息请求创建相应的访问中介实例。
本实施例中,该步骤由前述网络资源访问请求的处理系统中的请求处理器103实现(前述请求接收器会将资源访问请求信息传递至请求处理器)。所述的用户信息包括用户名、用户终端类型、用户所属部门、用户所在的组等信息中的至少一种;所述目标资源信息包括资源标识、资源类型(网页、网络文件、网络应用等)、网络地址等信息中的至少一种。
具体的,创建访问中介实例可以包括至少两种不同的情形:一种为,生成访问中介实例后,资源访问过程中使用访问中介实例的默认配置,而不需要对其进行额外的配置;例如,某一访问中介实例仅仅用于访问某一特定的网站,启动该访问中介实例后,不需对其进行配置,可以直接通过该访问中介实例访问前述的特定的网站。另一种为,生成访问中介实例后,需要对其进行相应的配置才能实现资源访问,具体见后文的举例说明。
206 、创建所述访问中介实例。
本实施例中,该步骤由前述网络资源访问请求的处理系统中的访问中介管理器105实现。
具体的,访问中介管理器105根据接收到的信息(例如,来自于请求处理器103的、请求创建访问中介实例请求)选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例107-N(本例中,访问中介模板和访问中介实例的关系类似于Docker应用容器引擎中 Docker 镜像和 Docker 容器之间的关系),启动并配置该访问中介实例,或者启动该访问中介实例,而无需进行额外配置。
在本领域技术人员可选范围内,创建所述访问中介实例还可以为,访问中介管理器105依据请求处理器103确定的访问中介模板,生成对应的访问中介实例107-N,启动并配置该访问中介实例,或者启动该访问中介实例,而无需进行额外配置。此时,请求处理器103用于从接收到的资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息选择对应的访问中介模板,请求访问中介管理器105根据其选定的访问中介模板生成并配置相应的访问中介实例107-N。
为了便于理解,对于选择对应的访问中介模板举例说明如下:
例如,用户通过手机访问网站所需要的访问中介实例,与用户通过PC机(个人电脑)访问位于网络上的文件(可以是word文件、PDF文件等)所需要的访问中介实例是不同的;在进行访问中介模板的选择时,需要根据终端类型(用户信息的一种)选择相应的访问中介模板保证终端适配,同时需要根据目标资源类型(目标资源信息的一种)选择相应的访问中介模板保证该访问中介模板能够与资源类型适配,实现资源信息正常展示。即,用户通过不同的用户终端(例如手机、平板电脑、PC机等)访问不同的资源(例如网站、位于网络上的文件、位于网络上的应用等)需要不同的访问中介实例才能实现,因此需要根据用户信息和目标资源信息选择对应的访问中介模板。在本领域技术人员可选范围内,在进行访问中介模板的选择时,依据的用户信息不局限于终端类型,依据的目标资源信息也不局限于资源类型。
为了便于理解,对于配置访问中介实例举例说明如下:
当资源访问请求为访问网络上的某一网站时,配置所述访问中介实例的实现方案为,通过访问中介管理器105将该网站的网址配置给所述访问中介实例。
当资源访问请求为访问网络上的某一网站,并需要支持用户从该网站下载或上传文件时,配置所述访问中介实例的实现方案为,通过访问中介管理器105将该网站的网址、该用户的网络目录配置给所述访问中介实例。
当资源访问请求为访问网络上的某一应用,并需要支持用户利用该应用处理某一数据时,配置所述访问中介实例的实现方案为,通过访问中介管理器105将该应用的网址、需要处理的数据配置给所述访问中介实例。所述数据可以仅仅是来自于用户的数据,也可以包括来自于网络的资源数据或者跟目标资源关联的数据。例如,用户需要使用网络上的photoshop服务器处理网盘上的图片时,配置所述访问中介实例的实现方案为,通过访问中介管理器105将photoshop服务器的地址及访问方式(例如用户名、密码等)、网盘上图片的地址目录及访问方式(例如用户名、密码等)配置给所述访问中介实例。
208、利用所述访问中介实例根据所接收到的资源访问请求信息,相应向目标资源发起访问。
所述访问中介实例107-N的功能类似于访问网关,可进行包括地址转换、协议转换等处理。
作为本实施例网络资源访问请求的处理方法的一种优选实施方案,所述处理方法还包括:
210、利用所述访问中介实例接收目标资源的响应,并将其传递给用户终端。
本实施例中,访问中介实例107-N所接收的、来自目标资源的响应依次经响应处理器109、响应发送器111传递给用户终端。
作为更优选的实施方案,在该过程中还可以通过响应处理器109对接收到的响应进行处理,获得图像编码格式的信息(具体方案可参见申请号为202011413791.2的中国发明专利申请),并将其作为响应信息发送给响应发送器111。
212 、删除所述访问中介实例。
本实施例中,该步骤由前述网络资源访问请求的处理系统中的访问中介管理器105实现。完成本次资源访问会话后,访问中介管理器105即删除该访问中介实例,使得下次资源访问请求发起时,用户终端和目标资源之间并未建立起访问通道,资源访问请求无法送达目标资源,保证系统安全性。
作为本实施例网络资源访问请求的处理方法的一种优选实施方案,所述处理方法还包括:
203、判断所述资源访问请求信息的合法性,如若合法,执行步骤204;否则丢弃资源访问请求或者返回禁止访问信息。
本实施例中,该步骤由前述网络资源访问请求的处理系统中的请求处理器103实现。
基于上述实施方案,本领域技术人员在可选范围内,为了简化处理流程,实现任意用户在任意条件下使用特定用户终端(例如PC机或者手机)进行资源访问,请求处理器103可以选择仅提取目标资源信息,而不提取用户信息(提取用户信息主要用于权限管理和终端适配)。
Claims (20)
1.一种网络资源访问请求的处理方法,其特征在于包括:
接收资源访问请求,并获取资源访问请求信息;
从所述资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息请求创建相应的访问中介实例;
创建所述访问中介实例,以建立专属于所述资源访问请求的资源访问通道;
利用所述访问中介实例根据其所接收到的资源访问请求信息,相应向目标资源发起访问。
2.根据权利要求1所述的网络资源访问请求的处理方法,其特征在于,所述处理方法还包括:
利用所述访问中介实例接收目标资源的响应,并将其传递给用户终端;
本次资源访问会话完成后,删除所述访问中介实例。
3.根据权利要求1所述的网络资源访问请求的处理方法,其特征在于,创建所述访问中介实例,具体为:
根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动并配置该访问中介实例;
或者,根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动该访问中介实例。
4.根据权利要求3所述的网络资源访问请求的处理方法,其特征在于,所述选择对应的访问中介模板,具体为:
根据用户信息和目标资源信息选择对应的访问中介模板,以保证终端适配和资源适配。
5.一种网络资源访问请求的处理方法,其特征在于包括:
接收资源访问请求,并获取资源访问请求信息;
从所述资源访问请求信息中提取目标资源信息,根据目标资源信息请求创建相应的访问中介实例;
创建所述访问中介实例,以建立专属于所述资源访问请求的资源访问通道;
利用所述访问中介实例根据其所接收到的资源访问请求信息,相应向目标资源发起访问。
6.根据权利要求5所述的网络资源访问请求的处理方法,其特征在于,所述处理方法还包括:
利用所述访问中介实例接收目标资源的响应,并将其传递给用户终端;
本次资源访问会话完成后,删除所述访问中介实例。
7.根据权利要求5所述的网络资源访问请求的处理方法,其特征在于,创建所述访问中介实例,具体为:
根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动并配置该访问中介实例;
或者,根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动该访问中介实例。
8.根据权利要求7所述的网络资源访问请求的处理方法,其特征在于,所述选择对应的访问中介模板,具体为:
根据目标资源信息选择对应的访问中介模板,以保证资源适配。
9.一种网络资源访问请求的处理系统,其特征在于包括:
请求接收器,用于接收资源访问请求,并获取资源访问请求信息;
请求处理器,一方面从所述资源访问请求信息中提取用户信息和目标资源信息,根据用户信息和目标资源信息请求创建相应的访问中介实例;另一方面在访问中介实例创建完成后,依据所述资源访问请求信息,经访问中介实例相应向目标资源发起访问;
访问中介管理器,用于创建所述访问中介实例,以建立专属于所述资源访问请求的资源访问通道。
10.根据权利要求9所述的网络资源访问请求的处理系统,其特征在于所述系统还包括:
响应处理器,用于接收所述访问中介实例传递过来的目标资源的响应;
响应发送器,用于将所述访问中介实例传递过来的目标资源的响应发送给用户终端。
11.根据权利要求9所述的网络资源访问请求的处理系统,其特征在于:所述访问中介管理器还用于在完成资源访问会话后删除所述访问中介实例。
12.根据权利要求9所述的网络资源访问请求的处理系统,其特征在于,创建所述访问中介实例,具体为:
根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动并配置该访问中介实例;
或者,根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动该访问中介实例。
13.根据权利要求12所述的网络资源访问请求的处理系统,其特征在于,所述选择对应的访问中介模板,具体为:
根据用户信息和目标资源信息选择对应的访问中介模板,以保证终端适配和资源适配。
14.一种网络资源访问请求的处理系统,其特征在于包括:
请求接收器,用于接收资源访问请求,并获取资源访问请求信息;
请求处理器,一方面从所述资源访问请求信息中提取目标资源信息,根据目标资源信息请求创建相应的访问中介实例;另一方面在访问中介实例创建完成后,依据所述资源访问请求信息,经访问中介实例相应向目标资源发起访问;
访问中介管理器,用于创建所述访问中介实例,以建立专属于所述资源访问请求的资源访问通道。
15.根据权利要求14所述的网络资源访问请求的处理系统,其特征在于所述系统还包括:
响应处理器,用于接收所述访问中介实例传递过来的目标资源的响应;
响应发送器,用于将所述访问中介实例传递过来的目标资源的响应发送给用户终端。
16.根据权利要求14所述的网络资源访问请求的处理系统,其特征在于:所述访问中介管理器还用于在完成资源访问会话后删除所述访问中介实例。
17.根据权利要求14所述的网络资源访问请求的处理系统,其特征在于,创建所述访问中介实例,具体为:
根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动并配置该访问中介实例;
或者,根据创建访问请求中介实例的请求选择对应的访问中介模板,依据该访问中介模板生成对应的访问中介实例,启动该访问中介实例。
18.根据权利要求17所述的网络资源访问请求的处理系统,其特征在于,所述选择对应的访问中介模板,具体为:
根据目标资源信息选择对应的访问中介模板,以保证终端适配和资源适配。
19.一种计算机设备,包括:通信连接的存储器和处理器,以及存储在所述存储器上并能够在所述处理器上运行的计算机程序,其特征在于:所述处理器运行所述计算机程序时执行权利要求1-4任意一项所述的方法。
20.一种计算机设备,包括:通信连接的存储器和处理器,以及存储在所述存储器上并能够在所述处理器上运行的计算机程序,其特征在于:所述处理器运行所述计算机程序时执行权利要求5-8任意一项所述的方法。
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