CN102469120A - Network storage system and network storage method - Google Patents

Network storage system and network storage method Download PDF

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Publication number
CN102469120A
CN102469120A CN2010105363200A CN201010536320A CN102469120A CN 102469120 A CN102469120 A CN 102469120A CN 2010105363200 A CN2010105363200 A CN 2010105363200A CN 201010536320 A CN201010536320 A CN 201010536320A CN 102469120 A CN102469120 A CN 102469120A
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data
network
file transfer
format
module
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CN2010105363200A
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Chinese (zh)
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何书楷
吕世仁
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智微科技股份有限公司
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Publication of CN102469120A publication Critical patent/CN102469120A/en

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Abstract

The invention provides a network storage system for improving the data reading efficiency of network storage service and a network storage method for improving the data reading efficiency of the network storage service. The network storage system comprises a network processing module, a first file rapid transfer module and a second file rapid transfer module. A standard file processing flow of the traditional operating system can be eliminated in the process of reading data, and by the network storage system and the network storage method, novel file processing program can be used in the second file rapid transfer module; therefore, the file processing flow in the traditional network storage system can be greatly shortened, so the data reading efficiency of the network storage service is improved by over 250 percent.

Description

网络储存系统以及网络储存方法 A network storage system and a network storage method

技术领域 FIELD

[0001] 本发明是关于一种网络储存系统以及一种网络储存方法,尤指一种可以用于提升一网络储存服务(Net Storage krvice)的数据读取效能的网络储存系统以及一种可以用于提升该网络储存服务的数据读取效能的网络储存方法。 [0001] The present invention relates to a network storage system and a network storage method, particularly to a network storage may be used to enhance a service (Net Storage krvice) data read performance of the storage system, and a network can be used data storage services to the network to enhance the read performance of the network storage method.

背景技术 Background technique

[0002] 网络储存服务器(network-attached storage, NAS)是一种通过网络连结,并通过利用Saml3a这种文件分享的网络协议以提供计算机系统进行文件存取的储存设备。 [0002] Network Storage Server (network-attached storage, NAS) via a web link, and to provide a computer system for file access storage device by using the file sharing network Saml3a this protocol. 通过一分布式的架构,网络储存服务器可轻易提供无限扩充容量的网络数据共享机制,只要连上网络任何节点,各种不同操作系统的计算机或智能型手机,便可以通过网络储存服务器,享受方便快捷的文件存取服务,因此,网络储存服务器上的数据读取速度便成为一个很重要的课题。 Through a distributed architecture, network storage server can easily provide network data sharing mechanism unlimited expansion capacity, as long as any node connected to the network, a variety of different operating systems or smart phone, you can store the server through the network, easy to enjoy quick file access service, therefore, the data read speed storage server on the network has become a very important issue.

[0003] 一般而言,以太网络(EtherNet)分组的数据长度通常为1. 5K位组(其中有用数据可以是1〜1460位组的数据长度),而硬盘是以扇区(sector)为数据长度的单位,一个扇区大约是512位组,也就是说,网络储存服务器通过网络端所接收的数据的数据结构与读取至硬盘的数据的数据结构为不同的数据格式,因此,在传统的技术中,网络储存系统的操作系统中会将所接收的数据进行重组,以便进行数据格式的转换,举例来说,请参考图1, 图1所绘示的为一种传统的网络储存系统100的简化方块示意图。 [0003] In general, the length of the Ethernet data (the EtherNet) is generally 1. 5K packet bit group (wherein the length of the useful data may be data bit group 1~1460), while the hard disk is the sector (a SECTOR) data unit of length, a sector group is about 512, that is, the data storage structure of the network server via the network the received data with the data structure of the hard disk to read data for different data formats. Therefore, in the conventional technique, the network storage system operating system will reorganize the received data, for data format conversion, for example, refer to FIG. 1, FIG. 1 is a conventional network storage system depicted simplified block 100 of FIG. 如图1所示,网络储存系统100包含有一网络处理模块110、一操作系统的文件缓冲模块120、一操作系统的驱动程序管理模块130以及一操作系统的硬盘驱动程序模块140,其中网络处理模块110耦接于一网络终端装置150与操作系统的文件缓冲模块120之间,并且操作系统的文件缓冲模块120耦接于操作系统的驱动程序管理模块130,以及操作系统的驱动程序管理模块130耦接于操作系统的硬盘驱动程序模块140,并且操作系统的硬盘驱动程序模块140耦接于一储存装置160。 1, the network storage system 100 comprises a network processing module 110, an operating system file buffering module 120, an operating system driver management module 130, and a disk operating system driver module 140, where the network processing module 110 is coupled to a network terminal device 150 and the operating system's file buffer module 120, the operating system and file buffering module 120 is coupled to the operating system driver management module 130, and an operating system driver management module 130 is coupled connected to the operating system disk driver module 140, and the operating system disk driver module 140 is coupled to a storage device 160. 然而,操作系统的文件缓冲模块120、操作系统的驱动程序管理模块130以及操作系统的硬盘驱动程序模块140在进行文件处理的标准流程会花掉很长的时间,因此, 在使用传统的网络储存系统100时,网络储存服务(Net Storage krvice)的数据读取效能很差,举例来说,该网络储存服务的数据读取效能只有大约14MB/S。 However, the operating system's file buffer module 120, the standard operating system drivers flow management module 130 and a hard disk drive for the operating system 140 performing file processing module will spend a very long time, therefore, the use of traditional network storage when the system 100, network storage services (net storage krvice) data read performance is poor, for example, the data read performance network storage services only about 14MB / S.

发明内容 SUMMARY

[0004] 有鉴于此,本发明的目的之一在于提供一种可以用于提升一网络储存服务(Net Storage Service)的数据读取效能的网络储存系统以及一种可以用于提升该网络储存服务的数据读取效能的网络储存方法,以解决上述的问题。 [0004] It is therefore one object of the present invention is to provide a reading that can be used to enhance performance of the network storage system a network storage services (Net Storage Service) and to a data network may be used to improve the storage service data read performance of the network storage method, in order to solve the above problems.

[0005] 根据本发明的一方面,其是揭露一种用于提升一网络储存服务的数据读取效能的网络储存系统,该网络储存系统包含有:一网络处理模块、一第一文件快速传送模块以及一第二文件快速传送模块。 [0005] According to an aspect of the present invention, the network storage system is disclosed for lifting a network storage service read performance data, the network storage system comprising: a network processing module, a first fast file transfer module and a second module transfer files quickly. 该网络处理模块耦接于一网络终端装置;该第一文件快速传送模块系用于通过一网络端检测该网络终端装置是否有对应于一储存装置的一储存数据读取事件发生;以及该第二文件快速传送模块耦接于该第一文件快速传送模块与该网络处理模块,并且用于进行多次的储存数据转移操作程序,其中该第二文件快速传送模块包含有:一第一数据缓冲区,用于依序储存从该储存装置所接收并且即将被该网络终端装置所读取的多笔第一储存数据;当该第一文件快速传送模块检测到该储存数据读取事件发生时,该第一文件快速传送模块通知该第二文件快速传送模块,并且在不需要该网络储存系统的一操作系统介入操作的情形之下,以及在每一次的储存数据转移操作程序中,该第二文件快速传送模块将该第一数据缓冲区中的一笔第一储存数据的一第一数据格式转 The network processing module is coupled to a network terminal device; the first fast file transfer module system for detecting a terminal through the network if the network device has a storage device corresponding to storage data reading events; and the second two fast file transfer module coupled to the first file transfer module and the network fast processing module, and for storing multiple data transfer operation program, wherein the second flash file transfer module comprises: a first data buffer area for sequentially storing a plurality of the first pen storing data received from the storage device and is about to be read by the network terminal device; fast file transfer when the first module detects that the storage data read event, under the first scenario file transfer module notifies the second fast file transfer module quickly, and interventional procedures in an operating system that does not require a network storage system, and the data stored in each of the program transfer operation, the second the fast file transfer module in a first data buffer for storing data of a first sum of a first data format to a 为与该网络处理模块兼容的一第二数据格式,以及将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块。 Compatible with the network processing module of a second data format, and the first data buffer the converted second data format for storing the first sum data to the network processing module.

[0006] 根据本发明另一方面,其是揭露一种用于提升一网络储存服务的数据读取效能的网络储存方法,该网络储存方法包含有:提供一网络处理模块、一第一文件快速传送模块, 以及一第二文件快速传送模块,其中该网络处理模块耦接于一网络终端装置,以及该第二文件快速传送模块包含有:一第一数据缓冲区,用于依序储存从一储存装置所接收并且即将被该网络终端装置所读取的多笔第一储存数据;利用该第一文件快速传送模块来通过一网络端检测该网络终端装置是否有对应于该储存装置的一储存数据读取事件发生;当该第一文件快速传送模块检测到该储存数据读取事件发生时,利用该第一文件快速传送模块通知该第二文件快速传送模块进行多次的储存数据转移操作程序;以及在不需要该网络储存系统的一操作系统介入操作的情形之下,并且在 [0006] According to another aspect of the present invention, which is disclosed network data storage method for a network storage to enhance the read performance of the service, the network storage method comprising: providing a network processing module, a first flash file transmitting module, and a second fast file transfer module, wherein the network processing module is coupled to a network terminal device, and the second flash file transfer module comprises: a first data buffer for sequentially storing from a storage means storing a first received data and the multi-pen about to be read by the network terminal device; fast file transfer using the first module to a network via the network terminal device detects whether there is the storage device corresponding to a storage data reading events; fast file transfer when the first module detects the incident storing data read by the first fast file transfer module notifies the second file transfer module quickly store multiple data transfer operation program ; and it does not require an operating system under circumstances of the network storage system interventional procedures, and 一次的储存数据转移操作程序中,利用该第二文件快速传送模块将该第一数据缓冲区中的一笔第一储存数据的一第一数据格式转换为与该网络处理模块兼容的一第二数据格式,并且利用该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块。 Storing a data transfer operation of the program, with which the second file transfer module a fast first data format converting a first sum of the first data buffer for storing data to the network processing module compatible with a second data format, and the second file using a fast transfer of the first data buffer module has a second data format converted to the sum of the first data to the network storage process module.

[0007] 本发明的有益技术效果是:本发明所揭露的一种可以用于提升一网络储存服务的数据读取效能的网络储存系统以及一种可以用于提升该网络储存服务的数据读取效能的网络储存方法,能够在读取数据时省略传统的操作系统做文件处理的标准流程,而只使用本发明所提供的模块来做文件读取的功能,并且本发明的网络储存系统以及网络储存方法可以在该第二文件快速传送模块中使用新的文件处理程序,如此一来,本发明所提供的网络储存系统以及网络储存方法就可以大幅地缩短传统的网络储存系统中的文件处理流程, 进而将该网络储存服务的数据读取效能提升超过百分之250以上,举例来说,如果是使用传统的网络储存系统以及网络储存方法,该网络储存服务的数据读取效能只有大约14MB/ s,然而,如果是使用本发明的网络储存系统以及网络储存 [0007] Advantageous effects of the present invention are: the present invention disclosed a way to improve data services in a network storage read performance of the storage system, and a network may be used to improve the network storage service data reading effectiveness network storage method, can be omitted when reading data do conventional operating system file standard flow process, but only the functional module provided by the invention to do the file read, and the present invention is a network storage system and a network the method may be used to store the new file processing program in the second flash file transfer module in this way, the network storage system and a network storage method of the present invention provides a process flow of a file can be shortened conventional network storage system is largely and then the network data storage services to enhance the read performance of more than 250% or more, for example, if a network storage system using a conventional storage method and a network, the network storage data read performance and services only about 14MB / s, however, if the network storage system using the present invention and a network storage 法,该网络储存服务的数据读取效能就可以被显著地提升到大约35MB/S以上。 Process data, the network storage services read performance can be significantly raised to about 35MB / S or more.

附图说明 BRIEF DESCRIPTION

[0008] 图1所绘示的是一种传统的网络储存系统的简化方块示意图。 [0008] FIG. 1 is depicted a simplified block diagram of a conventional network storage system.

[0009] 图2所绘示的是本发明的一第一实施例的一种用于提升一网络储存服务(Net Storage Service)的数据读取效能的网络储存系统的简化方块示意图。 [0009] FIG. 2 is a simplified block diagram depicted an example of one kind of data in a network storage services for lifting (Net Storage Service) of the read performance of the network storage system diagram of a first embodiment of the present invention.

[0010] 图3所绘示的是依据上述的网络储存系统的运作方式来概述本发明的一种用于提升一网络储存服务的数据读取效能的网络储存方法的一第一实施例的流程示意图。 [0010] FIG. 3 is depicted according to the above-described mode of operation of the network storage system to a first overview of a network data storage method according to the present invention, one kind of network storage services for lifting a read performance of an embodiment of the process schematic diagram. [0011] 图4所绘示的是本发明的一第二实施例的一种用于提升一网络储存服务的数据读取效能的网络储存系统的简化方块示意图。 [0011] FIG. 4 is depicted simplified block diagram of data read performance of the network storage system according to an embodiment of a second embodiment of the present invention for lifting a network storage services.

[0012] 图5所绘示的是依据上述的网络储存系统的运作方式来概述本发明的一种用于提升一网络储存服务的数据读取效能的网络储存方法的一第二实施例的流程示意图。 [0012] FIG 5 is depicted according to the above-described mode of operation of the network storage system of the present invention to outline a process for lifting a second embodiment of the storage method of a network data service network storage read performance of schematic diagram.

具体实施方式 Detailed ways

[0013] 在本说明书以及后续的权利要求书当中使用了某些词汇来指称特定的元件,而所属领域中具有通常知识者应可理解,硬件制造商可能会用不同的名词来称呼同一个元件, 本说明书及后续的权利要求书并不以名称的差异来作为区分元件的方式,而是以元件在功能上的差异来作为区分的准则,在通篇说明书及后续的权利要求当中所提及的“包含有”为一开放式的用语,故应解释成“包含有但不限定于”,此外,“耦接”一词在此是包含有任何直接及间接的电气连接手段,因此,若文中描述一第一装置耦接于一第二装置,则代表该第一装置可以直接电气连接于该第二装置,或通过其它装置或连接手段间接地电气连接至该第 [0013] Certain terms are used in this specification and the subsequent claims to refer to particular components, but skilled persons having ordinary knowledge will appreciate, manufacturers may use different names to refer to a component , this document does not intend to follow differ in name as a way to distinguish one element, but the element to the difference in function as the distinguishing criterion, mentioned in the following description and in the claims, the "comprises" is an open-ended fashion, and thus should be interpreted to mean "including, but not limited to," in addition, "coupled" as used in here includes any indirect or direct electrical connection, and therefore, if the described herein a first device is coupled to a second device, the first device represents may be directly electrically connected to the second means, connected to the first, or by other means or indirect electrical connection

~«^C 且O ~ «^ C and O

[0014] 请参考图2,图2所绘示的是本发明的一第一实施例的一种用于提升一网络储存服务(Net Storage krvice)的数据读取效能的网络储存系统200的简化方块示意图,其中该网络储存服务是一种具有网络储存功能的应用程序,以及网络储存系统200可以是一网络储存服务器(network-attached storage,NAS),例如一SAMBA服务器。 [0014] Please refer to FIG 2, FIG. 2 is depicted a method for lifting a data storage services network (Net Storage krvice) of a first embodiment of the present invention, read performance of the network storage system 200 is simplified block diagram wherein the network storage service is an application having a network storage function, and a network storage system 200 may be a network storage server (network-attached storage, NAS), e.g. a SAMBA server. 如图2所示,网络储存系统200包含有:一网络处理模块210、一第一文件快速传送模块220以及一第二文件快速传送模块230,其中第一文件快速传送模块220操作于网络储存系统200的一操作系统的一应用层(Application level),以及网络处理模块210与第二文件快速传送模块230 操作于网络储存系统200的该操作系统的一核心层(Kernel level)。 2, the network storage system 200 comprises: a network processing module 210, a first flash file transfer module 220 and a second fast file transfer module 230, wherein the first fast file transfer module operating in the network storage system 220 an application layer 200, an operating system (application level), and the network processing module 210 and the second flash file transfer module 230 operates in a core layer of the operating system of the network storage system 200 (kernel level). 网络处理模块210耦接于一网络终端装置对0,其中网络终端装置240可以是一个人计算机、一笔记本计算机或一智能型手机等各种电子装置。 The network processing module 210 is coupled to a network terminal device to 0, wherein the network terminal device 240 may be a personal computer, a laptop computer or a smart phone, and other electronic devices.

[0015] 第一文件快速传送模块220用于通过一网络端250检测网络终端装置240是否有对应于一储存装置260的一储存数据读取事件发生;以及第二文件快速传送模块230耦接于第一文件快速传送模块220与网络处理模块210,并且用于进行多次的储存数据转移操作程序,其中第二文件快速传送模块230包含有一第一数据缓冲区270,并且第一数据缓冲区270用于依序储存从储存装置260所接收并且即将被网络终端装置240所读取的多笔第一储存数据,其中该多笔第一储存数据构成至少一文件(每一笔第一储存数据的大小可以是1〜65536位组(byte));当第一文件快速传送模块220检测到该储存数据读取事件发生时,第一文件快速传送模块220通知第二文件快速传送模块230,并且第二文件快速传送模块230是在不需要网络储存系统200的一操作系统介入操作的情形之下,在每一次的储存数 [0015] The first file transfer module 220 for quickly detecting terminal 250 via the network terminal 240 whether there is a network device corresponding to a storage device 260 storing data of a reading event; and a second flash file transfer module 230 is coupled to the the first fast file transfer module 220 and the network processing module 210, and a data transfer operation for storing program multiple times, wherein the second flash file transfer module 230 includes a first data buffer 270, data buffer 270 and the first 260 for storing sequentially received from the storage means and the network terminal device is going to be a first plurality pen 240 to store the read data, wherein the first plurality pen storing data constituting at least one document (sum of each of the first data storage group size may be 1~65536 bit (byte)); when the first fast file transfer module 220 detects the stored data read event occurs, a first fast file transfer module 220 notifies the second flash file transfer module 230, and the first two fast file transfer module 230 is not required in the case of a network storage system under an operating system 200 of the interventional procedures, each stored number 据转移操作程序中,将第一数据缓冲区270中的一笔第一储存数据的一第一数据格式转换为与网络处理模块210兼容的一第二数据格式,以及将第一数据缓冲区270中的已转换为该第二数据格式的该笔第一储存数据传送给网络处理模块210。 According to the program transfer operation, converting a first format of the first data in the data buffer 270 is a sum of a first data storage network processing module 210 is compatible with a second data format, the first data buffer 270 and the converted second data format for storing the first sum data to the network processing module 210. 接着,网络处理模块210 依序将转换为该第二数据格式的该多笔第一储存数据进行处理,并且将处理过的该多笔第一储存数据传送给网络终端装置对0。 The multi-pen transmits data to the network terminal first storage means for storing data of the first plurality pen Then, the network processing module 210 sequentially converts the data format for the second processed and treated to 0. 在本发明的第一实施例中,第二文件快速传送模块230是在等待将第一数据缓冲区270中的一笔第一储存数据的该第一数据格式转换为该第二数据格式之后,再将第一数据缓冲区270中的已转换为该第二数据格式的该笔第一储存数据传送给网络处理模块210。 In the first embodiment of the present invention, the second file transfer module 230 is a flash waiting for converting the first format of the first data in the data buffer 270 storing data for a first sum of the second data format after, a first data buffer 270 and then converted in a second data format for storing the first sum data to the network processing module 210. 在此请注意,上述的实施例仅作为本发明的举例说明,而不是本发明的限制条件。 Note here that, the above-described embodiment is merely illustrative of the invention as an illustration and not limitation of the invention.

[0016] 请参考图3,图3所绘示的是依据上述的网络储存系统200的运作方式来概述本发明的一种用于提升一网络储存服务(Net Storage Service)的数据读取效能的网络储存方法的一第一实施例的流程示意图。 [0016] Please refer to FIG. 3, FIG. 3 is depicted according to the above-described mode of operation of the network storage system 200 of the present invention to outline a method for lifting a network storage services (Net Storage Service) data of the read performance process according to one embodiment of the method of the first network storage FIG. 假如大体上可以得到相同的结果,则流程中的步骤不一定需要照图3所示的顺序来执行,也不一定需要是连续的,也就是说,这些步骤之间可以插入其它的步骤。 If substantially the same result can be obtained, the step in the process is not necessarily required according to the sequence shown in Figure 3 is performed, not necessarily need to be continuous, that is, other steps may be inserted between the steps. 此外,请注意,本发明的网络储存方法可以利用一软件来实现,换句话说,本发明所揭露的网络储存方法可以是应用于一网络储存服务器(network-attached storage, NAS)中的一软件。 Also, note that, the network storage method of the present invention may be implemented using a software, in other words, the network storage method disclosed in the present invention may be applied to a network storage server (network-attached storage, NAS) in a software . 本发明的网络储存方法包含有下列步骤: Network storage method according to the present invention comprises the steps of:

[0017] 步骤300:开始。 [0017] Step 300: Start.

[0018] 步骤310 :提供一网络处理模块、一第一文件快速传送模块,以及一第二文件快速传送模块,其中该网络处理模块耦接于一网络终端装置,以及该第二文件快速传送模块包含有:一第一数据缓冲区,用于依序储存从一储存装置所接收并且即将被该网络终端装置所读取的多笔第一储存数据,其中该多笔第一储存数据构成该至少一文件,并且该第一文件快速传送模块操作于一操作系统的一应用层(Application level),以及该网络处理模块与该第二文件快速传送模块操作于该网络储存系统的该操作系统的一核心层(Kernel level)ο [0018] Step 310: providing a network processing module, a first fast file transfer module, and a second fast file transfer module, wherein the network processing module is coupled to a network terminal device, and the second flash file transfer module comprising: a first data buffer for sequentially storing received from a storage device storing data and a first plurality pen about to be read by the network terminal device, wherein the first plurality pen storing at least data constituting the a file, and the first fast file transfer module operates in an application layer of the operating system (application level), and the network file processing module and the second module is a fast transfer operation to the network storage system of the operating system The core layer (kernel level) ο

[0019] 步骤320 :利用该第一文件快速传送模块来通过一网络端检测该网络终端装置是否有对应于该储存装置的一储存数据读取事件发生,若有,进行步骤330 ;若没有,进行步骤360。 [0019] Step 320: the fast file transfer using the first module by detecting whether a network corresponding to the network terminal device has a storage device to store the data read event, if so, step 330; if not, proceeds to step 360.

[0020] 步骤330 :利用该第一文件快速传送模块通知该第二文件快速传送模块进行多次的储存数据转移操作程序。 [0020] Step 330: the first file using the fast file transfer module notifies the second transfer module for fast data transfer operation program stored in a plurality of times.

[0021] 步骤340 :在不需要该网络储存系统的一操作系统介入操作的情形之下,以及在每一次的储存数据转移操作程序中,利用该第二文件快速传送模块将该第一数据缓冲区中的一笔第一储存数据的一第一数据格式转换为与该网络处理模块兼容的一第二数据格式, 并且利用该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块,直到完成读取该至少一文件。 [0021] Step 340: In the case of an operating system under the operation does not require intervention of the network storage system, and the data stored in each of the program transfer operation, the second file using the fast transfer of the first data buffer module a first data format to a network processing module is compatible with the data format of a second sum of the first area for storing data, and the second file using a fast transfer of the first data buffer module has converted a second data format for storing the first sum data to the network processing module, until the completion of reading at least one document.

[0022] 步骤;350:结束。 [0022] Step; 350: End.

[0023] 在本发明的第一实施例的流程示意图中,本发明的网络储存方法在步骤340之后可以另包含有:利用该网络处理模块依序将转换为该第二数据格式的该多笔第一储存数据进行处理;以及利用该网络处理模块将处理过的该多笔第一储存数据传送给该网络终端装置。 [0023] In the flow diagram of a first embodiment of the present invention, the network storage method of the present invention after step 340 may further comprises: using the network processing module that sequentially converts the data format of the second multi-pen storing a first data processing; and using the network processing module of the plurality of processed data to the pen reservoir to the first network terminal device. 在此请注意,上述的实施例仅作为本发明的举例说明,而不是本发明的限制条件。 Note here that, the above-described embodiment is merely illustrative of the invention as an illustration and not limitation of the invention.

[0024] 请参考图4,图4所绘示的为本发明的一第二实施例的一种用于提升一网络储存服务(Net Storage krvice)的数据读取效能的网络储存系统400的简化方块示意图,其中该网络储存服务是一种具有网络储存功能的应用程序,以及网络储存系统400可以是一网络储存服务器(network-attached storage,NAS),例如一SAMBA服务器。 Data of one of a simplified embodiment of the second embodiment of the present invention depicted in [0024] Please refer to FIG. 4, FIG. 4 for lifting a network storage services (Net Storage krvice) of the read performance of the network storage system 400 block diagram of the network is stored wherein the application service is a kind of network storage function, and a network storage system 400 may be a network storage server (network-attached storage, NAS), e.g. a SAMBA server. 如图4所示,网络储存系统400包含有:一网络处理模块410、一第一文件快速传送模块420以及一第二文件快速传送模块430,其中第一文件快速传送模块420操作于网络储存系统400的一操作系统的一应用层(Application level),以及网络处理模块410与第二文件快速传送模块430 操作于网络储存系统400的该操作系统的一核心层(Kernel level)。 4, the network storage system 400 comprises: a network processing module 410, a first flash file transfer module 420 and a module 420 to operate in a second storage system network file transfer module 430 quick, wherein the first fast file transfer an application layer 400, an operating system (application level), and the network processing module 410 and the second flash file transfer module 430 operates in a core layer of the operating system of the network storage system 400 (kernel level). 网络处理模块410耦接于一网络终端装置440,其中网络终端装置440可以是一个人计算机、一笔记本计算机或一智能型手机等各种电子装置。 The network processing module 410 is coupled to a network terminal device 440, wherein the network terminal device 440 may be a personal computer, a laptop computer or a smart phone, and other electronic devices.

[0025] 第一文件快速传送模块420用于通过一网络端450检测网络终端装置440是否有对应于一储存装置460的一储存数据读取事件发生;以及第二文件快速传送模块430耦接于第一文件快速传送模块420与网络处理模块410,并且用于进行多次的储存数据转移操作程序,其中第二文件快速传送模块430包含有一第一数据缓冲区470以及一第二数据缓冲区480,并且第一数据缓冲区470系用于依序储存从储存装置460所接收并且即将被网络终端装置440所读取的多笔第一储存数据,以及第二数据缓冲区480用于依序储存从储存装置460所接收并且即将被网络终端装置440所读取的多笔第二储存数据,其中该多笔第一储存数据以及该多笔第二储存数据构成至少一文件(每一笔第一储存数据或每一笔第二储存数据的大小可以是1〜65536位组(byte))。 [0025] The first file transfer module 420 for quickly detecting terminal 450 via the network terminal 440 whether there is a network device corresponding to a storage device 460 storing data of a reading event; and a second flash file transfer module 430 is coupled to the the first fast file transfer module 420 and the network processing module 410, and stores data for a plurality of times the transfer operation program, wherein the second flash file transfer module 430 includes a first data buffer 470 and a second data buffer 480 and the first line data buffer 470 for sequentially storing sequentially storing the received storage device 460 and the network terminal apparatus is going to be a first plurality pen storing the read data 440, and from the second data buffer 480 for and the storage device 460 is about to be received by a network terminal apparatus of the second plurality pen 440 to store the read data, wherein the first plurality pen strokes stored data and the second plurality configured to store at least one data file (sum every first slave storing data or a sum of the size of each second data storage may be 1~65536 bit group (byte)).

[0026] 其中,当第一文件快速传送模块420检测到该储存数据读取事件发生时,第一文件快速传送模块420通知第二文件快速传送模块430,并且第二文件快速传送模块430是在不需要网络储存系统400的一操作系统介入操作的情形之下,在每一次的储存数据转移操作程序中,将第一数据缓冲区470中的一笔第一储存数据的一第一数据格式转换为与网络处理模块410兼容的一第二数据格式,以及将第一数据缓冲区470中的已转换为该第二数据格式的该笔第一储存数据传送给网络处理模块410 ;并且第二文件快速传送模块430可以在不需要等待关于第一数据缓冲区470的操作的情形之下,将第二数据缓冲区480中的一笔第二储存数据的该第一数据格式转换为与网络处理模块410兼容的该第二数据格式, 以及将第二数据缓冲区480中的已转换为该第二数据格式的该笔第二储存数据传 [0026] wherein, when the first fast file transfer module 420 detects data read to the storage event occurs, a first fast file transfer module 420 notifies the second flash file transfer module 430, and the second file transfer module 430 is a fast under circumstances no network storage system 400 is an operating system intervention operation, the data stored in each of the program transfer operation, the data format converting a first data buffer 470 is a first sum of a first data storage compatible with the network processing module 410 of a second data format, and the first data buffer 470 has been converted to the second data format to store data to a sum of the first network processing module 410; and the second file under circumstances the rapid transfer module 430 may wait for the operation for the first data buffer 470 is not required, converting the first data format in the second data buffer 480 storing data with the sum of the second network processing module 410 compatible format to the second data, and the second data buffer 480 has been converted to the data format of the second sum of the second storage data transfer 给网络处理模块410。 Processing module 410 to the network. 接着,网络处理模块410依序将转换为该第二数据格式的该多笔第一储存数据以及该多笔第二储存数据进行处理,并且将处理过的该多笔第一储存数据以及该多笔第二储存数据传送给网络终端装置440。 The first multi-pen data is then stored, the network processing module 410 sequentially converts the data format for the second pen of the first plurality and the plurality of data storage to store data for processing second pen, and multiple treated and pen data to the second storage network terminal device 440.

[0027] 在本发明的第二实施例中,第二文件快速传送模块430可以在不需要等待关于第一数据缓冲区470的操作的情形之下,进行关于第二数据缓冲区480的操作,以及在不需要等待关于第二数据缓冲区480的操作的情形之下,进行关于第一数据缓冲区470的操作,因此,本发明的第二实施例所提供的网络储存系统400可以更加大幅度地提升该网络储存服务的数据读取效能。 [0027] In the second embodiment of the present invention, the second file transfer module 430 may quickly under operation with respect to the case without waiting for the first data buffer 470, a second operation on the data buffer 480, under the circumstances, and need not wait for a second operation on the data buffer 480, a first operation on the data buffer 470, therefore, the network storage system of the second embodiment of the present invention can be provided more significantly 400 enhance the network storage service data read performance.

[0028] 举例来说,当第二文件快速传送模块430将第一数据缓冲区470中的一笔第一储存数据的该第一数据格式转换为该第二数据格式,并且将第二数据缓冲区480中的已转换为该第二数据格式的该笔第一储存数据传送给网络处理模块410之后,第二文件快速传送模块430会将第二数据缓冲区480中的一笔第二储存数据的该第一数据格式转换为该第二数据格式,而第二文件快速传送模块430可以在将第二数据缓冲区480中的该笔第二储存数据的该第一数据格式转换为该第二数据格式的过程中,继续将第一数据缓冲区470中的一下一笔第一储存数据的该第一数据格式转换为该第二数据格式,并且在将第二数据缓冲区480中的该笔第二储存数据的该第一数据格式转换为该第二数据格式之后,第二文件快速传送模块430会将第二数据缓冲区480中的已转换为该第二数据格式的该笔第 [0028] For example, when the second file is transferred quickly to the first module 430 converts the data format of the first data buffer 470 for storing data of a first sum of the second data format, and the second data buffer the region 480 has been converted to the second data format to the sum of the first data transfer network storage after the processing module 410, a second file transfer module 430 will fast data buffer 480 in a second sum of the second storage data converting the first format of the data is the second data format, and the second file module 430 may quickly transfer the first data format converting the second data buffer 480 storing data for the second pen of the second process data format, the first continues to the first data format conversion of the data buffer 470 for storing data at a first sum of the second data format, and the sum of the second data in the buffer 480 after the second storage format of the first data is the second data converting data format, a second file transfer module 430 will flash a second data buffer 480 has been converted to the second data format of the pen 二储存数据传送给网络处理模块410,接着,第二文件快速传送模块430可以在将第一数据缓冲区470中的该下一笔第一储存数据的该第一数据格式转换为该第二数据格式的过程中,继续将第二数据缓冲区480中的一下一笔第二储存数据的该第一数据格式转换为该第二数据格式,并且在将第一数据缓冲区470中的该下一笔第一储存数据的该第一数据格式转换为该第二数据格式之后,第二文件快速传送模块430会将第一数据缓冲区470中的已转换为该第二数据格式的该下一笔第一储存数据传送给网络处理模块410。 Transmitting stored data to the two network processing module 410, then quickly transfer the second file module 430 may convert the first data buffer 470 storing data in a first sum of the first data is the second data format process format, continues to convert the first data format to a second data buffer 480 for storing data at a second sum of a second data format, and data in the first buffer 470 in the next after the first data format, storing a first data conversion pen for a second data format, a second file transfer module 430 will flash the first data buffer 470 has been converted to the second data format, the lower sum of storing a first data to the network processing module 410. 在此请注意,上述的实施例仅作为本发明的举例说明,而不是本发明的限制条件。 Note here that, the above-described embodiment is merely illustrative of the invention as an illustration and not limitation of the invention.

[0029] 请参考图5,图5所绘示的是依据上述的网络储存系统400的运作方式来概述本发明的一种用于提升一网络储存服务(Net Storage Service)的数据读取效能的网络储存方法的一第二实施例的流程示意图。 [0029] Please refer to FIG. 5, FIG. 5 is depicted according to the above-described mode of operation of the network storage system 400 of the present invention to outline a method for lifting a network storage services (Net Storage Service) data of the read performance process a second embodiment of a network storage method of FIG. 假如大体上可以得到相同的结果,则流程中的步骤不一定需要照图5所示的顺序来执行,也不一定需要是连续的,也就是说,这些步骤之间可以插入其它的步骤。 If substantially the same result can be obtained, the step in the process is not necessarily required according to the sequence shown in Figure 5 is performed, not necessarily need to be continuous, that is, other steps may be inserted between the steps. 此外,请注意,本发明的网络储存方法可以利用一软件来实现,换句话说,本发明所揭露的网络储存方法可以是应用于一网络储存服务器(network-attached storage, NAS)中的一软件。 Also, note that, the network storage method of the present invention may be implemented using a software, in other words, the network storage method disclosed in the present invention may be applied to a network storage server (network-attached storage, NAS) in a software . 本发明的网络储存方法包含有下列步骤: Network storage method according to the present invention comprises the steps of:

[0030] 步骤δΟΟ:开始。 [0030] Step δΟΟ: Start.

[0031] 步骤510 :提供一网络处理模块、一第一文件快速传送模块,以及一第二文件快速传送模块,其中该网络处理模块耦接于一网络终端装置,以及该第二文件快速传送模块包含有:一第一数据缓冲区以及一第二数据缓冲区,分别用于依序储存从一储存装置所接收并且即将被该网络终端装置所读取的多笔第一储存数据以及多笔第二储存数据,其中该多笔第一储存数据以及该多笔第二储存数据构成至少一文件,并且该第一文件快速传送模块操作于一操作系统的一应用层(Application level),以及该网络处理模块与该第二文件快速传送模块操作于该网络储存系统的该操作系统的一核心层(Kernel level) 0 [0031] Step 510: providing a network processing module, a first fast file transfer module, and a second fast file transfer module, wherein the network processing module is coupled to a network terminal device, and the second flash file transfer module comprising: a first data buffer and a second data buffer for respectively storing the sequentially received from a storage device storing data and a first plurality pen about to be read by the network terminal device and a plurality of pen two storing data, wherein the first plurality pen strokes stored data and the second plurality configured to store at least one data file, and the first fast file transfer module operates in an application layer of the operating system (application level), and the network the processing module and the second file transfer module operates in the fast network storage system of the operating system, a core layer (kernel level) 0

[0032] 步骤520 :利用该第一文件快速传送模块来通过一网络端检测该网络终端装置是否有对应于该储存装置的一储存数据读取事件发生,若有,进行步骤阳0 ;若没有,进行步骤560。 [0032] Step 520: the fast file transfer using the first module to a network via the network terminal device detects whether the storage device corresponding to the data stored in a read event, if so, step Yang 0; if not , step 560.

[0033] 步骤530 :利用该第一文件快速传送模块通知该第二文件快速传送模块进行多次的储存数据转移操作程序。 [0033] Step 530: the first file using the fast file transfer module notifies the second transfer module for fast data transfer operation program stored in a plurality of times.

[0034] 步骤MO :在不需要该网络储存系统的一操作系统介入操作的情形之下,以及在每一次的储存数据转移操作程序中,利用该第二文件快速传送模块在不需要等待关于该第二数据缓冲区的操作的情形之下,将该第一数据缓冲区中的一笔第一储存数据的一第一数据格式转换为与该网络处理模块兼容的一第二数据格式,并且利用该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块,以及利用该第二文件快速传送模块在不需要等待关于该第一数据缓冲区的操作的情形之下,将该第二数据缓冲区中的一笔第二储存数据的该第一数据格式转换为与该网络处理模块兼容的该第二数据格式,以及将该第二数据缓冲区中的已转换为该第二数据格式的该笔第二储存数据传送给该网络处理模块,并且不断 [0034] Step MO: under the circumstances of the network operating system does not require a storage system interventional procedures, and data stored in each of the program transfer operation, using the fast file transfer module in the second need not wait on the under the case of the second operation of the data buffer, converts the data format of the first data a first sum of a first buffer for storing data to be compatible with the network processing module of a second data format, and with the second flash file transfer module in the first data buffer the converted second data format for storing sum data to the first network processing module, and a fast transfer of the file using the second module is not required under the circumstances with respect to the wait operation of the first data buffer, converts the sum of the second data stored in the second buffer data of the first data format is compatible with the network processing module of the second data format , the buffer and transmitting the converted second data for the second data format to the sum of the second storage network data processing module, and continued 地循环重复上述的操作流程,直到完成读取该至少一文件。 Cyclically repeating the above operation process, until the at least one file is read. 步骤阳0 :结束。 Step Yang 0: End.

[0035] 在本发明的第二实施例中,该第二文件快速传送模块可以在不需要等待关于该第一数据缓冲区的操作的情形之下,继续进行关于该第二数据缓冲区的操作,以及可以在不需要等待关于该第二数据缓冲区的操作的情形之下,继续进行关于该第一数据缓冲区的操作,如此不断地循环重复上述的步骤,因此,在减少多余的等待时间之后,本发明的第二实施例所提供的网络储存方法可以更加大幅度地提升该网络储存服务的数据读取效能。 [0035] In the second embodiment of the present invention, the second module can transfer files quickly without waiting for the operation under the circumstances with respect to the first data buffer, and proceed on to the second data buffer and you may need to wait for the operation under the circumstances with respect to the second data buffer and proceed with respect to the first data buffer, so the cycle continues to repeat the above steps, thus, reducing unnecessary waiting time Thereafter, the network storage method of the second embodiment of the present invention may provide data more dramatically improve the read performance of the network storage service.

[0036] 举例来说,本发明的第二实施例的流程示意图中的步骤540可以另包含有:利用该第二文件快速传送模块在将该第二数据缓冲区中的该笔第二储存数据的该第一数据格式转换为该第二数据格式的过程中,继续将该第一数据缓冲区中的一下一笔第一储存数据的该第一数据格式转换为该第二数据格式;在将该第二数据缓冲区中的该笔第二储存数据的该第一数据格式转换为该第二数据格式之后,利用该第二文件快速传送模块将该第二数据缓冲区中的已转换为该第二数据格式的该笔第二储存数据传送给该网络处理模块;利用该第二文件快速传送模块在将该第一数据缓冲区中的该下一笔第一储存数据的该第一数据格式转换为该第二数据格式的过程中,继续将该第二数据缓冲区中的一下一笔第二储存数据的该第一数据格式转换为该第二数据格式;以及在将该 [0036] For example, a schematic flow chart of the step of the second embodiment of the present invention 540 may further comprises: using the fast file transfer module of the second pen in the second data in the second storage buffer data converting the data format of the first data format for the second process, which continues to the first data format converting a first data buffer storing data at a first sum for a second data format; in the after the first data format to the second data buffer of the second pen for converting data stored in a second data format, by the second fast file transfer module in the second data buffer has been converted for a second sum of the second data format to store data to the network processing module; fast file transfer using the second module in the first format the data in the first data buffer for storing data at a first sum for the second data format conversion process, which continues to the first data format conversion at the second data buffer for storing data for a second sum of a second data format; and the 第一数据缓冲区中的该下一笔第一储存数据的该第一数据格式转换为该第二数据格式之后,利用该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该下一笔第一储存数据传送给该网络处理模块。 After the sum of the stored first data of the first data conversion format of the first data format for a second data in the buffer, by using the fast second file transfer module in the first data buffer has been transferred into the sum of the data format of the second data to the first storage network processing module.

[0037] 此外,在本发明的第二实施例的流程示意图中,本发明的网络储存方法在步骤MO 之后可以另包含有:利用该网络处理模块依序将转换为该第二数据格式的该多笔第一储存数据以及该多笔第二储存数据进行处理;以及利用该网络处理模块将处理过的该多笔第一储存数据以及该多笔第二储存数据传送给该网络终端装置。 [0037] Furthermore, in the schematic flow chart of a second embodiment of the present invention, the network storage method of the present invention after the step of MO it may further comprises: using the network processing module for sequentially converting the second data format storing a first multi-pen pen second plurality of data storage and data processing; and using the network processing module of the multi-pen treated first data storage means and the plurality of the network terminal transmits data to the second storage pen. 在此请注意,上述的实施例仅作为本发明的举例说明,而不是本发明的限制条件。 Note here that, the above-described embodiment is merely illustrative of the invention as an illustration and not limitation of the invention.

[0038] 综上所述,本发明所揭露的一种可以用于提升一网络储存服务的数据读取效能的网络储存系统以及一种可以用于提升该网络储存服务的数据读取效能的网络储存方法,能够在读取数据时省略传统的操作系统做文件处理的标准流程,而只使用本发明所提供的模块来做文件读取的功能,并且本发明的网络储存系统以及网络储存方法可以在该第二文件快速传送模块中使用新的文件处理程序,如此一来,本发明所提供的网络储存系统以及网络储存方法就可以大幅地缩短传统的网络储存系统中的文件处理流程,进而将该网络储存服务的数据读取效能提升超过百分之250以上,举例来说,如果是使用传统的网络储存系统以及网络储存方法,该网络储存服务的数据读取效能只有大约14MB/S,然而,如果是使用本发明的网络储存系统以及网络储存方法,该网络储存 Data [0038] In summary, the present invention disclosed a way for lifting a read performance network storage service network and a data storage system for a way to enhance the read performance of the network storage service network storage can be omitted when reading data do conventional operating system file standard flow process, but only provides the module of the present invention do file read function, and the network storage system, network storage, and method of the present invention may be the new second file processing program in the flash file transfer module in this way, the present invention provides a network storage system and a network file storage method can shorten the process flow of the conventional network storage system significantly, and thus the the network data storage services to enhance the read performance of more than 250% or more, for example, if a network storage system using a conventional storage method and a network, the network storage data read performance and services only about 14MB / S, but If the network is using a network storage system and a storage method of the present invention, the network storage 服务的数据读取效能就可以被显著地提升到大约35MB/S以上。 Data and services read performance can be significantly raised to about 35MB / S or more.

[0039] 以上所述仅为本发明的较佳实施例,凡是根据本申请权利要求范围所做的均等变化与修饰,皆应属本发明的涵盖范围。 [0039] The foregoing is only preferred embodiments of the present invention, all in accordance with the scope of the claims modifications and alterations made, also belong to the scope of the present invention.

Claims (24)

1. 一种网络储存系统,包含有:一网络处理模块,耦接于一网络终端装置;一第一文件快速传送模块,用于通过一网络端检测该网络终端装置是否有对应于一储存装置的一储存数据读取事件发生;以及一第二文件快速传送模块,耦接于该第一文件快速传送模块与该网络处理模块,用于进行多次的储存数据转移操作程序,其中该第二文件快速传送模块包含有:一第一数据缓冲区,用于依序储存从该储存装置所接收并且即将被该网络终端装置所读取的多笔第一储存数据;当该第一文件快速传送模块检测到该储存数据读取事件发生时,该第一文件快速传送模块通知该第二文件快速传送模块,并且在不需要该网络储存系统的一操作系统介入操作的情形之下,以及在每一次的储存数据转移操作程序中,该第二文件快速传送模块将该第一数据缓冲区中的一笔第 A network storage system, comprising: a network processing module, coupled to a network terminal device; a first fast file transfer module, for detecting the network through a network terminal device is a storage device corresponding to the reading a stored event data; and a second fast file transfer module, coupled to the first file transfer module and the network fast processing module, for storing multiple data transfer operation program, wherein the second fast file transfer module comprises: a first data buffer for sequentially storing received from the storage device to store the first data and the multi-pen about to be read by the network terminal device; fast file transfer when the first module detects the events stored data reading, the first file transfer module notifies the second fast file transfer module quickly, and under a case where the operating system does not require the intervention of the operating system, network storage, and each a data transfer operation program stored in the second flash file transfer module on the sum of the first data buffer 储存数据的一第一数据格式转换为与该网络处理模块兼容的一第二数据格式,以及将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块。 Converting a first data format for storing data to be compatible with the network processing module of a second data format, and the first buffer data for the converted second data format to store data to a first sum the network processing module.
2.根据权利要求1所述的网络储存系统,其特征在于,该网络处理模块依序将转换为该第二数据格式的该多笔第一储存数据进行处理,并且将处理过的该多笔第一储存数据传送给该网络终端装置。 The network storage system according to claim 1, wherein the network processing module for sequentially converting the first plurality pen second data storage format for processing, and the multi-pen treated storing a first data to the network terminal device.
3.根据权利要求1所述的网络储存系统,其特征在于,该第二文件快速传送模块是在等待将该第一数据缓冲区中的一笔第一储存数据的该第一数据格式转换为该第二数据格式之后,再将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块。 The network storage system according to claim 1, wherein the second flash file transfer module is waiting for the data of the first format converting a first sum of a first data buffer to store data after the second data format, then the first data buffer the converted second data format for storing the first sum data to the network processing module.
4.根据权利要求1所述的网络储存系统,其特征在于,该多笔第一储存数据构成至少一文件。 4. The network storage system according to claim 1, wherein the multi-pen storing data constituting at least a first file.
5.根据权利要求1所述的网络储存系统,其特征在于,该第二文件快速传送模块另包含有:一第二数据缓冲区,用于依序储存从该储存装置所接收并且即将被该网络终端装置所读取的多笔第二储存数据;其中当该第一文件快速传送模块检测到该储存数据读取事件发生时,该第一文件快速传送模块通知该第二文件快速传送模块,并且该第二文件快速传送模块是在不需要该网络储存系统的该操作系统介入操作的情形之下,在每一次的储存数据转移操作程序中,将该第二数据缓冲区中的一笔第二储存数据的该第一数据格式转换为与该网络处理模块兼容的该第二数据格式,以及将该第二数据缓冲区中的已转换为该第二数据格式的该笔第二储存数据传送给该网络处理模块。 The network storage system according to claim 1, wherein the second flash file transfer module further comprises: a second data buffer for sequentially storing received from the storage device and is about to be the the read network terminal device storing a second plurality pen data; wherein when the first flash file transfer module detects the stored data read event occurs, the first flash file transfer module notifies the second flash file transfer module, under the circumstances, and second file transfer module in the fast operating system does not require the intervention of the network storage system operation, the data stored in each of the transfer procedure, the sum of the second data in the buffer converting the first data format to store two data processing module is compatible with the network of the second data format, and the second buffer the converted data is the second data format to store the second data transfer sum to the network processing module.
6.根据权利要求5所述的网络储存系统,其特征在于,该第二文件快速传送模块是在将该第二数据缓冲区中的该笔第二储存数据的该第一数据格式转换为该第二数据格式的过程中,继续将该第一数据缓冲区中的一下一笔第一储存数据的该第一数据格式转换为该第二数据格式,并且在将该第二数据缓冲区中的该笔第二储存数据的该第一数据格式转换为该第二数据格式之后,该第二文件快速传送模块将该第二数据缓冲区中的已转换为该第二数据格式的该笔第二储存数据传送给该网络处理模块。 The network storage system according to claim 5, wherein the second flash file transfer module is the first data format in the converted second data buffer for storing data for a second pen during the second data format, the first continues to the format of the first data bit in the data buffer to store data into a first sum for a second data format, and data in the second buffer after the first data format, storing a second data conversion sum for a second data format, the second flash file transfer module in the second data buffer has been converted to the second data format a second pen storing data to the network processing module.
7.根据权利要求6所述的网络储存系统,其特征在于,该第二文件快速传送模块是在将该第一数据缓冲区中的该下一笔第一储存数据的该第一数据格式转换为该第二数据格式的过程中,继续将该第二数据缓冲区中的一下一笔第二储存数据的该第一数据格式转换为该第二数据格式,并且在将该第一数据缓冲区中的该下一笔第一储存数据的该第一数据格式转换为该第二数据格式之后,该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该下一笔第一储存数据传送给该网络处理模块。 7. The network storage system according to claim 6, wherein the second flash file transfer module is the first data in the first data buffer of the sum of the first data storage format conversion process for the second data format is continued at the second sum of second data stored in the buffer for converting a first data format of the second data format, and data in the first buffer after the sum of the first store data for the first data format converting a second data format, the second flash file transfer module in the first data buffer has been converted to the second data format the sum of the stored data to the first network processing module.
8.根据权利要求5所述的网络储存系统,其特征在于,该网络处理模块依序将转换为该第二数据格式的该多笔第二储存数据进行处理,并且将处理过的该多笔第二储存数据传送给该网络终端装置。 The network storage system according to claim 5, characterized in that, the network processing module for sequentially converting the second multi-pen second data storage format for processing, and the multi-pen treated second storage data to the network terminal device.
9.根据权利要求5所述的网络储存系统,其特征在于,该多笔第一储存数据以及该多笔第二储存数据构成至少一文件。 9. The network storage system according to claim 5, wherein the first plurality pen strokes stored data and the second plurality configured to store at least one data file.
10.根据权利要求1所述的网络储存系统,其特征在于,该第一文件快速传送模块操作于该网络储存系统的一操作系统的一应用层,以及该网络处理模块与该第二文件快速传送模块操作于该网络储存系统的该操作系统的一核心层。 The network storage system according to claim 1, wherein the first flash file transfer application layer of a module of the operating system operating in the network storage system, and the network processing module and the second flash file transfer module operates in a core layer of the operating system of the network storage system.
11.根据权利要求1所述的网络储存系统,其特征在于,其为一 SAMBA服务器。 11. The network storage system according to claim 1, characterized in that it is a SAMBA server.
12.根据权利要求1所述的网络储存系统,其特征在于,该储存装置为一硬盘,以及该网络终端装置为一计算机或一智能型手机。 12. The network storage system according to claim 1, wherein the storage device is a hard disk drive, and a network terminal device is a computer or a smart phone.
13. —种网络储存方法,包含有:提供一网络处理模块、一第一文件快速传送模块,以及一第二文件快速传送模块,其中该网络处理模块耦接于一网络终端装置,以及该第二文件快速传送模块包含有:一第一数据缓冲区,用于依序储存从一储存装置所接收并且即将被该网络终端装置所读取的多笔第一储存数据;利用该第一文件快速传送模块来通过一网络端检测该网络终端装置是否有对应于该储存装置的一储存数据读取事件发生;当该第一文件快速传送模块检测到该储存数据读取事件发生时,利用该第一文件快速传送模块通知该第二文件快速传送模块进行多次的储存数据转移操作程序;以及在不需要该网络储存系统的一操作系统介入操作的情形之下,以及在每一次的储存数据转移操作程序中,利用该第二文件快速传送模块将该第一数据缓冲区中的一笔 13. - kind of network storage method, comprising: providing a network processing module, a first fast file transfer module, and a second fast file transfer module, wherein the network processing module is coupled to a network terminal device, and the second two fast file transfer module comprises: a first data buffer for sequentially storing received from a storage device and is about to be read by the network terminal device of a first plurality pen storing data; using the first flash file a transfer module to the network by detecting whether the network terminal device has a storage device corresponding to the storage data read event occurs; fast file transfer when the first module detects the incident storing data read by the second a file transfer module notifies the second fast file transfer module quickly store multiple data transfer operation program; and under a case where the operating system does not need intervention of the network operating system, storage, and transfer of data stored in each procedure, the fast file transfer using the second module in the first data buffer sum 第一储存数据的一第一数据格式转换为与该网络处理模块兼容的一第二数据格式,并且利用该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块。 A first data storage format of the first data into the network processing module compatible with a second data format, and the second file using a fast transfer of the second data block in a first data buffer for the converted the sum of the first storage format of data to the network processing module.
14.根据权利要求13所述的网络储存方法,其特征在于,另包含有:利用该网络处理模块依序将转换为该第二数据格式的该多笔第一储存数据进行处理;以及利用该网络处理模块将处理过的该多笔第一储存数据传送给该网络终端装置。 14. The network has storage method according to claim 13, characterized in that, further comprising: using the network processing module for sequentially converting the first plurality pen storing data for processing the second data format; and using the network processing module of the plurality of processed data to the pen reservoir to the first network terminal device.
15.根据权利要求13所述的网络储存方法,其特征在于,利用该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块的步骤包含有:等待将该第一数据缓冲区中的一笔第一储存数据的该第一数据格式转换为该第二数据格式之后,再利用该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该笔第一储存数据传送给该网络处理模块。 15. A method of storing a network according to claim 13, wherein the second file using a fast transfer of the first data buffer module has been converted to the second data format to store a first data transfer sum step to the network processing module comprises: a first storage after waiting for converting the sum of data in the first data buffer of the first data format for a second data format, and then using the second flash file transfer module the first data buffer the converted second data format for storing the first sum data to the network processing module.
16.根据权利要求13所述的网络储存方法,其特征在于,该多笔第一储存数据构成至少一文件。 16. A method of storing a network according to claim 13, wherein the multi-pen storing data constituting at least a first file.
17.根据权利要求13所述的网络储存方法,其特征在于,该第二文件快速传送模块另包含有:一第二数据缓冲区,用于依序储存从该储存装置所接收并且即将被该网络终端装置所读取的多笔第二储存数据;其中当该第一文件快速传送模块检测到该储存数据读取事件发生时,该网络储存方法另包含有:在不需要该网络储存系统的一操作系统介入操作以及不需要等待关于该第一数据缓冲区的操作的情形之下,在每一次的储存数据转移操作程序中,利用该第二文件快速传送模块将该第二数据缓冲区中的一笔第二储存数据的该第一数据格式转换为与该网络处理模块兼容的该第二数据格式,并且利用该第二文件快速传送模块将该第二数据缓冲区中的已转换为该第二数据格式的该笔第二储存数据传送给该网络处理模块。 17. A method of storing a network according to claim 13, wherein the second flash file transfer module further comprises: a second data buffer for sequentially storing the about to be received from the storage device and the read network terminal device storing a second plurality pen data; wherein when the first flash file transfer module detects the stored data read event occurs, the network storage method further comprises: in the network storage system need not and an operating system intervention operations need not wait for the operation under the circumstances with respect to the first data buffer, and stored in each data transfer operation program, with which the second file transfer module quick second data buffer the sum of the converted data of the second storage format compatible with a first data processing module of the network of the second data format, and with which the second file transfer module quick second converted data buffer that a second sum of the second data format to store data to the network processing module.
18.根据权利要求17所述的网络储存方法,其特征在于,另包含有:利用该第二文件快速传送模块在将该第二数据缓冲区中的该笔第二储存数据的该第一数据格式转换为该第二数据格式的过程中,继续将该第一数据缓冲区中的一下一笔第一储存数据的该第一数据格式转换为该第二数据格式;以及在将该第二数据缓冲区中的该笔第二储存数据的该第一数据格式转换为该第二数据格式之后,利用该第二文件快速传送模块将该第二数据缓冲区中的已转换为该第二数据格式的该笔第二储存数据传送给该网络处理模块。 18. A method of storing a network according to claim 17, characterized in that, further comprising: using the second sum of the second file transfer fast data stored in the second data block of the first buffer data format conversion process for a second data format, the first continues to the sum of what data format converting a first data stored in a first data buffer for the second data format; and the second data after the first data format pen second buffer for storing data into the second data format, by the second fast file transfer module in the second data buffer has been converted to the second data format the pen data to the second storage network processing module.
19.根据权利要求18所述的网络储存方法,其特征在于,另包含有:利用该第二文件快速传送模块在将该第一数据缓冲区中的该下一笔第一储存数据的该第一数据格式转换为该第二数据格式的过程中,继续将该第二数据缓冲区中的一下一笔第二储存数据的该第一数据格式转换为该第二数据格式;以及在将该第一数据缓冲区中的该下一笔第一储存数据的该第一数据格式转换为该第二数据格式之后,利用该第二文件快速传送模块将该第一数据缓冲区中的已转换为该第二数据格式的该下一笔第一储存数据传送给该网络处理模块。 19. A method of storing a network according to claim 18, characterized in that, further comprising: using the fast file transfer to the second sum of the first data block stored in the first data in the first buffer a data format conversion process for a second data format, the first continues to the second data format conversion at the data buffer for storing data for a second sum of a second data format; and the second a sum of the data after the first data storage format of the first data buffer for converting a second data format, by the second fast file transfer module in the first data buffer that have been converted the sum of the second data format to store the first data to the network processing module.
20.根据权利要求17所述的网络储存方法,其特征在于,另包含有:利用该网络处理模块依序将转换为该第二数据格式的该多笔第二储存数据进行处理;以及利用该网络处理模块将处理过的该多笔第二储存数据传送给该网络终端装置。 20. A method of storing a network according to claim 17, characterized in that, further comprising: using the network processing module for processing for sequentially converting the second multi-pen storing data of the second data format; and using the network processing module of the multi-pen processed data to the second storage device to the network terminal.
21.根据权利要求17所述的网络储存方法,其特征在于,该多笔第一储存数据以及该多笔第二储存数据构成至少一文件。 21. A method of storing a network according to claim 17, wherein the first plurality pen strokes stored data and the second plurality configured to store at least one data file.
22.根据权利要求13所述的网络储存方法,其特征在于,该第一文件快速传送模块操作于一网络储存系统的一操作系统的一应用层,以及该网络处理模块与该第二文件快速传送模块操作于该网络储存系统的该操作系统的一核心层。 22. The network storage method according to claim 13, wherein the first flash file transfer application layer of a module of the operating system operating in a network storage system, and the network processing module and the second flash file transfer module operates in a core layer of the operating system of the network storage system.
23.根据权利要求13所述的网络储存方法,其特征在于,其是应用于一 SAMBA服务器。 23. A method of storing a network according to claim 13, characterized in that it is applied to a SAMBA server.
24.根据权利要求13所述的网络储存方法,其特征在于,该储存装置为一硬盘,以及该网络终端装置为一计算机或一智能型手机。 24. A method of storing a network according to claim 13, wherein the storage device is a hard disk drive, and a network terminal device is a computer or a smart phone.
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