CN106201948A - Dynamically accessed zero client system peripheral pairing algorithm - Google Patents

Dynamically accessed zero client system peripheral pairing algorithm Download PDF

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CN106201948A
CN106201948A CN 201610516590 CN201610516590A CN106201948A CN 106201948 A CN106201948 A CN 106201948A CN 201610516590 CN201610516590 CN 201610516590 CN 201610516590 A CN201610516590 A CN 201610516590A CN 106201948 A CN106201948 A CN 106201948A
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input
display
mouse
pairing
server
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CN 201610516590
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Chinese (zh)
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王钧彝
范茂怡
刘洋
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南京金佰达电子科技有限公司
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    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F13/00Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
    • G06F13/38Information transfer, e.g. on bus
    • G06F13/382Information transfer, e.g. on bus using universal interface adapter
    • G06F13/387Information transfer, e.g. on bus using universal interface adapter for adaptation of different data processing systems to different peripheral devices, e.g. protocol converters for incompatible systems, open system

Abstract

The invention discloses a dynamically accessed zero client system peripheral pairing algorithm. The algorithm comprises the following steps of S1, accessing a peripheral to a server; S2, marking a display; S3, generating an independent character string; S4, generating an independent mouse operation sequence; S5, prompting the character string and mouse input; S6, waiting for a peripheral input event; S7, comparing an input character string; S8, associating a keyboard with the display; S9, comparing the mouse operation sequence; S10, associating a mouse with the display; and S11, finishing association by a system. According to the algorithm, the physical binding conditions on the traditional equipment are removed, so that a hybrid access manner becomes possible, peripheral and scheme applications are added, an application scenario of the system is enlarged, and the interaction effect of users is improved.

Description

一种动态接入的零客户端系统外设配对算法 Zero client system a dynamic access peripherals pairing algorithm

技术领域 FIELD

[0001 ]本发明涉及一种动态接入的零客户端系统外设配对算法。 The invention relates to a dynamic access peripherals zero client system [0001] This pairing algorithm. 背景技术 Background technique

[0002] 目前,市场上现有的瘦客户端及零客户端皆以自有终端设备绑定如显示器、鼠标及键盘等外设的配对上在终端即无配对的问题,如图1所示。 [0002] Currently, the market and the existing thin client terminal in zero clients begin paired i.e. no problem binding pair owned terminal device such as a display, keyboard, mouse, and other peripherals, as shown in FIG . 但如客户端的接入方式为USB 接入、无线接入或各种接入方式混合(如有线USB显示接入混和无线BT鼠标及键盘接入)或非自有终端设备,若各个外设皆为独立接入,则后端服务器无法确认哪一个显示器、鼠标和键盘需要组成一个整体的客户端,已知的现有技术无法解决上述问题,如图2所示。 However, if access is a USB client access, wireless access, or hybrid access modes (such as a wired USB display mixed access wireless keyboard and mouse access BT) or its own terminal device, if the various peripherals are independent access, the back-end server can not identify which one display, mouse and keyboard to form a required overall client, known in the prior art can not solve the above problems, as shown in FIG. 发明内容 SUMMARY

[0003] 本发明目的是针对现有技术存在的缺陷提供一种动态接入的零客户端系统外设配对算法。 [0003] The object of the present invention to provide a dynamic access of the drawbacks of the prior art for a zero-client system peripherals pairing algorithm.

[0004] 本发明为实现上述目的,采用如下技术方案:一种动态接入的零客户端系统外设配对算法,包括如下步骤: [0004] To achieve the above object of the present invention, the following technical solution: a dynamic access peripherals zero pairing algorithm client system, comprising the steps of:

[0005] S1、外设接入服务器:各个外部设备通过有线及无线接入服务器,服务器检测到外部设备后,在服务器内产生设备节点; [0005] S1, peripheral access server: each of the external device detects the external device through wired and wireless access server, the server, the server is generated in the node apparatus;

[0006] S2、标示显示器:服务器中的终端配对应用截取所有新增的设备节点,并标示其中所有显示器; [0006] S2, the display mark: pairing application server intercepts all the new terminal device node, and wherein the mark display all;

[0007] S3、产生独立字符串:服务器中的终端配对应用对每一个显示器产生不同的字符串,其中包含一键盘输入重置字符; [0007] S3, the string is generated independently: pairing the terminal server application generating a string for each different display, wherein the keyboard comprises a reset characters;

[0008] S4、产生独立鼠标操作序列:服务器中的终端配对应用对每一个显示器产生一个与其他显示器不同的操作序列,其中包含一鼠标输入重置操作; [0008] S4, the operation sequence is generated separate mouse: pairing the terminal server application generating a different sequence of operations with each other displays a display, a mouse input which comprises a reset operation;

[0009] S5、提示字符串及鼠标输入:服务器中的终端配对应用于每一显示器,提示用户输入步骤S3产生的字符串;同时,服务器中的终端配对应用对每一显示器显示步骤S4中产生的鼠标操作序列,以提示用户依据操作提示操作键盘和鼠标; [0009] S5, and mouse input prompt string: server terminal pairing applied to each display, the user is prompted string generated in step S3; while the server terminal pair S4 is generated for each application display to display step mouse operation sequence, operation prompt to prompt the user based on mouse and keyboard;

[0010] S6、等待外设输入事件:每一用户根据显示器上的输入提示,在键盘输入所提示的字符串,或根据显示器上的输入提示操作所提示的鼠标操作序列,视实际操作需要完成上述之一或全部输入操作; [0010] S6, peripheral input event wait: each user according to the input prompt on the display, the keyboard input the presented string, based on the operation sequence of the mouse or input prompts on the display of the prompt, depending on the actual needs to be done one or all of the above-described operation input;

[0011] S7、比对输入字符串:如外部设备输入事件为键盘输入事件,服务器中的终端配对应用根据显示器纪录的配对字符串与用户输入的字符串进行比对,如果此项比对错误或是用户输入步骤S3中产生的键盘输入重置字符,则跳回步骤S5重新等待键盘输入操作; [0011] S7, matching the input string: an external device such as keyboard input event is an input event, the application server terminal pair are aligned by the character string display records matching the user input, if this error ratio the user input or generated in step S3 reset keyboard input characters, then jumps back to step S5 again waiting for keyboard input operation;

[0012] S8、关联键盘与显示器:如果用户输入的字符串比对正确,服务器中的终端配对应用将该键盘设备与显示器关联配对; [0012] S8, the associated keyboard and display: If the user input string comparison is correct, the pairing application server in the terminal keyboard associated with the display device pairing;

[0013] S9、比对鼠标操作序列:如外设输入事件为鼠标输入事件,服务器中的终端配对应用根据显示器纪录的配对鼠标操作序列比对用户输入的鼠标操作序列,如果此项比对错误或是用户输入步骤S4中产生的鼠标输入重置操作,则跳回步骤S5重新等待鼠标输入操作; [0013] S9, a sequence alignment of mouse: Peripheral input events such as mouse event, application server according to the display terminal pairing record mouse sequence than the pairing operation sequence of the mouse input by the user, if this error ratio the user input or mouse input generated in step S4, the reset operation, then jumps back to step S5 again waits for a mouse input operation;

[0014] S10、关联鼠标与显示器:如果用户输入的鼠标操作序列比对正确,服务器中的终端配对应用将该鼠标与显示器关联配对; [0014] S10, the display associated with the mouse: If the mouse sequences than the correct input by the user, the server terminal pairing Paired the mouse associated with the display;

[0015] S11、系统完成关联:通过步骤S7和/或59中的输入比对后,服务器中的终端配对应用找到相配对的显示器与鼠标和/或键盘,并在显示器上提示并要求用户确认外设配对完成,最后发送给服务器中的具体内容应用与用户进行互动。 [0015] S11, the system completes association: After step S7 inputs match and / or 59, the server terminal pairing applications found paired display mouse and / or keyboard, and prompt and asks the user to confirm on the display peripheral pairing, finally sent to the server in the specific content of the application to interact with the user.

[0016] 本发明的有益效果:本发明的方法在去除传统设备物理上的绑定条件,使混合接入方式变为可能,并增加外设及方案应用,扩大了系统的应用场景,提高了用户的互动效果。 [0016] Advantageous effects of the present invention: the method according to the invention in the removal of binding physical conditions on conventional apparatus, it becomes possible to make the hybrid access mode, and to increase the peripherals and the application programs, the system expands the scenarios, improved interactive effect of the user. 附图说明 BRIEF DESCRIPTION

[0017] 图1为传统的终端接入示意图。 [0017] FIG. 1 is a schematic view of a conventional terminal access.

[0018] 图2本发明的终端接入示意图。 [0018] FIG terminal access a schematic view of the present invention. [〇〇19]图3本发明的算法流程示意图。 [〇〇19] FIG algorithm flow schematic of the present invention. 具体实施方式 detailed description

[0020]图2中,为本发明的一种动态接入的零客户端系统,该系统主要包括:[0021 ]服务器:为具体内容提供方,其与使用者进行互动;[〇〇22]其中,服务器内包括:[〇〇23] al.具体内容应用:如虚拟桌面,为用户实体办公操作系统桌面(如Windows 0S), 如互动视频推送为视频拨放器及影片内容。 [0020] In FIG. 2, a dynamic zero client access system of the present invention, the system including: [0021] Server: specific content provider to which the user interaction; [〇〇22] among them, in the server include: [〇〇23] al specific content applications: such as virtual desktops, the user entity office desktop operating system (such as Windows 0S), such as interactive video push and video Bofang is video content.

[0024] a2.终端配对应用:将本配对算法具体化成为一应用。 . [0024] a2 terminal pairing Applications: This pairing algorithm will be a concrete application.

[0025] a3.设备节点:接入设备于服务器中的层级结构及表示。 [0025] a3 device node: in the server hierarchy of the access device and FIG.

[0026] 如:Linux 0S中的USB设备节点表示: [0026] The: USB device node Linux 0S represents:

[0027] /sys/devices/pci0000:00/0000:00: lc • 7/0000:07:00 • 0/usb6/6-l/6-l • 2;意义为于PCI总线pc1000: 00下的USB总线usb6的设备6-1.2。 [0027] / sys / devices / pci0000: 00/0000: 00: lc • 7/0000: 07: 00 • 0 / usb6 / 6-l / 6-l • 2; to sense the PCI bus pc1000: 00 under USB bus usb6 equipment 6-1.2. [〇〇28] b.抽象终端:经配对过后的外设组成。 . [〇〇28] terminal B Abstract: The pairing after the peripheral components. [〇〇29] c.外设:包括但不限于显示器、鼠标及键盘。 . [〇〇29] C Peripheral: including but not limited to a display, mouse and keyboard.

[0030]图3所示,公开了一种动态接入的零客户端系统外设配对算法,包括如下步骤:[0031 ] S1、外设接入服务器:各个外部设备通过有线及无线接入服务器,服务器检测到外部设备后,在服务器内产生设备节点;[〇〇32] S2、标示显示器:服务器中的终端配对应用截取所有新增的设备节点,并标示其中所有显示器;[〇〇33] S3、产生独立字符串:服务器中的终端配对应用对每一个显示器产生不同的字符串,其中包含一键盘输入重置字符;[〇〇34] S4、产生独立鼠标操作序列:服务器中的终端配对应用对每一个显示器产生一个与其他显示器不同的操作序列,其中包含一鼠标输入重置操作;[〇〇35] S5、提示字符串及鼠标输入:服务器中的终端配对应用于每一显示器,提示用户输入步骤S3产生的字符串;同时,服务器中的终端配对应用对每一显示器显示步骤S4中产生的鼠 [0030] Figure 3 discloses a zero-client access to a dynamic system peripherals pairing algorithm, comprising the steps of: [0031] S1, peripheral access server: each external device through wired and wireless access server , after detecting an external server apparatus, the server apparatus generates the node; [〇〇32] S2, the display mark: pairing application server intercepts all the new terminal device node, and mark all of which display; [〇〇33] S3, the string is generated independently: pairing the terminal server application generating a string for each different display, wherein the keyboard comprises a reset characters; [〇〇34] S4, the operation sequence is generated separate mouse: pairing the terminal server application generating a display of each of the other different sequence of operation of the display, a mouse input which comprises a reset operation; [〇〇35] S5, and mouse input prompt string: server terminal pairing applied to each display prompting the user input string generated in step S3; the same time, the application server for each terminal pairing display to display generated in step S4 murine 标操作序列,以提示用户依据操作提示操作键盘和鼠标; Standard operation sequence, operation prompt to prompt the user based on mouse and keyboard;

[0036] S6、等待外设输入事件:每一用户根据显示器上的输入提示,在键盘输入所提示的字符串,或根据显示器上的输入提示操作所提示的鼠标操作序列,视实际操作需要完成上述之一或全部输入操作;例如:某一显示器仅配备一鼠标设备,用户仅需依S5提示操作鼠标,终端配对应用进行步骤S9比对鼠标操作序列,如果鼠标操作序列比对正确,鼠标与显示器于步骤S10完成关联,终端配对应用即进入步骤S11系统完成关联,而无需等待键盘输入, 比对输入字符串与步骤S8的关联键盘与显示器。 [0036] S6, peripheral input event wait: each user according to the input prompt on the display, the keyboard input the presented string, based on the operation sequence of the mouse or input prompts on the display of the prompt, depending on the actual needs to be done one or all of the above-described input operations; for example: a display device only with a mouse, the user simply by mouse prompts S5, terminal applications pairing operation sequence of the mouse than in step S9, if the mouse sequence alignment is correct, and the mouse in step S10 completion associated display, i.e., the terminal proceeds to step S11 pairing application associated with the completion system, without waiting for keyboard input, a keyboard associated with the display ratio of the input string in step S8.

[0037] S7、比对输入字符串:如外部设备输入事件为键盘输入事件,服务器中的终端配对应用根据显示器纪录的配对字符串与用户输入的字符串进行比对,如果此项比对错误或是用户输入步骤S3中产生的键盘输入重置字符,则跳回步骤S5重新等待键盘输入操作;[〇〇38] S8、关联键盘与显示器:如果用户输入的字符串比对正确,服务器中的终端配对应用将该键盘设备与显示器关联配对; [0037] S7, matching the input string: an external device such as keyboard input event is an input event, the application server terminal pair are aligned by the character string display records matching the user input, if this error ratio the user input or generated in step S3 reset keyboard input characters, then jumps back to step S5 again waiting for keyboard input operation; [〇〇38] S8, the associated keyboard and display: the user input string if properly aligned, the server application of the paired terminal keyboard associated with the display device pairing;

[0039] S9、比对鼠标操作序列:如外设输入事件为鼠标输入事件,服务器中的终端配对应用根据显示器纪录的配对鼠标操作序列比对用户输入的鼠标操作序列,如果此项比对错误或是用户输入步骤S4中产生的鼠标输入重置操作,则跳回步骤S5重新等待鼠标输入操作; [0039] S9, a sequence alignment of mouse: Peripheral input events such as mouse event, application server according to the display terminal pairing record mouse sequence than the pairing operation sequence of the mouse input by the user, if this error ratio the user input or mouse input generated in step S4, the reset operation, then jumps back to step S5 again waits for a mouse input operation;

[0040] S10、关联鼠标与显示器:如果用户输入的鼠标操作序列比对正确,服务器中的终端配对应用将该鼠标与显示器关联配对; [0040] S10, the display associated with the mouse: If the mouse sequences than the correct input by the user, the server terminal pairing Paired the mouse associated with the display;

[0041] S11、系统完成关联:通过步骤S7和/或59中的输入比对后,服务器中的终端配对应用找到相配对的显示器与鼠标和/或键盘,并在显示器上提示并要求用户确认外设配对完成,最后发送给服务器中的具体内容应用与用户进行互动。 [0041] S11, the system completes association: After step S7 inputs match and / or 59, the server terminal pairing applications found paired display mouse and / or keyboard, and prompt and asks the user to confirm on the display peripheral pairing, finally sent to the server in the specific content of the application to interact with the user. [〇〇42]以上所述仅为本发明的较佳实施例,并不用以限制本发明,凡在本发明的精神和原则之内,所作的任何修改、等同替换、改进等,均应包含在本发明的保护范围之内。 [〇〇42] The foregoing is only preferred embodiments of the present invention, not intended to limit the present invention within the spirit and principle of the present invention, any modification, equivalent replacement, or improvement, should be included within the scope of the present invention.

Claims (1)

  1. 1.一种动态接入的零客户端系统外设配对算法,其特征在于,包括如下步骤:.51、 外设接入服务器:各个外部设备通过有线及无线接入服务器,服务器检测到外部设备后,在服务器内产生设备节点;.52、 标示显示器:服务器中的终端配对应用截取所有新增的设备节点,并标示其中所有显示器;.53、 产生独立字符串:服务器中的终端配对应用对每一个显示器产生不同的字符串,其中包含一键盘输入重置字符;.54、 产生独立鼠标操作序列:服务器中的终端配对应用对每一个显示器产生一个与其他显示器不同的操作序列,其中包含一鼠标输入重置操作;.55、 提示字符串及鼠标输入:服务器中的终端配对应用于每一显示器,提示用户输入步骤S3产生的字符串;同时,服务器中的终端配对应用对每一显示器显示步骤S4中产生的鼠标操作序列,以提示用户依据操作提 Zero client system 1. A dynamic access peripherals pairing algorithm, characterized by comprising the steps of: .51, peripheral access the server: each of the external device detects the external device through wired and wireless access server, after generating the node in the server device; .52, display marked: the pairing application server intercepts all the new terminal device node, and wherein the mark display all; .53, generates separate strings: pairing the terminal server applications each monitor generates a different string of characters comprises a keyboard reset; .54, generates an operation independent mouse sequence: the application server terminal pairing with other displays to generate a different sequence of operations for each of the display, which comprises a mouse input reset operation; .55, and mouse input prompt string: server terminal pairing applied to each display prompts the user to enter a string generated in step S3; the same time, the server application on each terminal display to display the pairing mouse sequence generated in step S4, the user is prompted to provide basis for the operation 操作键盘和鼠标;.56、 等待外设输入事件:每一用户根据显示器上的输入提示,在键盘输入所提示的字符串,或根据显示器上的输入提示操作所提示的鼠标操作序列,视实际操作需要完成上述之一或全部输入操作;.57、 比对输入字符串:如外部设备输入事件为键盘输入事件,服务器中的终端配对应用根据显示器纪录的配对字符串与用户输入的字符串进行比对,如果此项比对错误或是用户输入步骤S3中产生的键盘输入重置字符,则跳回步骤S5重新等待键盘输入操作;.58、 关联键盘与显示器:如果用户输入的字符串比对正确,服务器中的终端配对应用将该键盘设备与显示器关联配对;.59、 比对鼠标操作序列:如外设输入事件为鼠标输入事件,服务器中的终端配对应用根据显示器纪录的配对鼠标操作序列比对用户输入的鼠标操作序列,如果此项比对错误或是 Keyboard and mouse; .56, peripheral input event wait: The input prompt each user on the display, the keyboard input the presented string, based on the operation sequence of the mouse or input prompts on the display of the prompt, depending on the actual operation requires one or all of the above input operation; .57, compared to the input string: an external device such as keyboard input event is an input event, the application server terminal pairing string matching according to the display character string input by the user record comparison, if this error ratio or a user input in step S3 is generated to reset the keyboard input characters, then jumps back to step S5 again waiting for keyboard input operation; .58, a keyboard associated with the display: If the user input string ratio correct, the pairing application server in the terminal keyboard associated with the display device pairing; .59, compared to the mouse sequence: peripheral input events such as mouse input event, the pairing application server terminal according to the pairing operation history display mouse sequence alignment operation sequence of mouse input by the user, if this ratio or error 用户输入步骤S4中产生的鼠标输入重置操作,则跳回步骤S5重新等待鼠标输入操作;.510、 关联鼠标与显示器:如果用户输入的鼠标操作序列比对正确,服务器中的终端配对应用将该鼠标与显示器关联配对;.511、 系统完成关联:通过步骤S7和/或59中的输入比对后,服务器中的终端配对应用找到相配对的显示器与鼠标和/或键盘,并在显示器上提示并要求用户确认外设配对完成,最后发送给服务器中的具体内容应用与用户进行互动。 Mouse input user reset operation input is generated in step S4, then jumps back to step S5 again waits for a mouse input operation; .510, associated with the display mouse: mouse sequence if the user input the correct alignment, the server application will be paired terminal the mouse is associated with a display paired; .511, the system completes association: a display application found paired with the mouse and / or keyboard than the latter, the server and the terminal 59 by pairing the input step S7 / or, on the display and prompt and asks the user to confirm peripherals pairing is complete, and finally sent to the server in the interactive application and user specific content.
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