TWM410935U - Cloud pseudo service initiator for universal series bus - Google Patents

Description

M410935 V. New Description: [New Technology Field] This case is a general-purpose serial bus cloud virtual service launcher, especially for the connected window server operating system (windows server) with the ability to provide cloud virtual service capabilities. Sequence bus cloud virtual service launcher. [Previous technology] The conventional cloud computing is a concept of obtaining the services provided by the remote server through the network. It evolved from the early 1980 master-slave architecture. From then on, Many companies are beginning to develop remote desktop protocol services for graphical user interfaces, such as Citrix's Indigenous Computing Architecture (ICA) and Microsoft's Remote Desktop Protocol (RDP). And the open source community's virtual network computing tools (Virtual Network Computing, VNC). > These remote desktop protocols are implemented using a variety of different types of cloud computing architectures. With the use of the remote virtual desktop service, the client only needs to have basic network capabilities, and can use the remote server's powerful hardware resources to perform computationally intensive programs or access remote servers through the Internet. Database resources, etc. Although, the cloud computing service has such a powerful advantage, in order to implement the remote virtual desktop service, it is necessary to perform a relatively complicated installation and setting operation on the remote server in advance to enable the server to provide the cloud virtual service. The ability to install and set up the process is not only time-consuming, but also requires a fairly professional technician from the system management team to carry out the process. The conventional technology has the following disadvantages: • The customary back-end virtual desktop service must be pre-installed in order to enable the feeder to provide the ability to provide cloud virtual services. Lu 2. The remote virtual desktop service used in the past must take a long time. Time to install - * π. / φ » · δ again, 3. The installation process of the remote virtual desktop service is very complicated, and it needs to be operated by a professional technician of the system management level. Therefore, how to improve the shortcomings of the above-mentioned applications, so that the server can easily and quickly acquire the ability to provide remote virtual desktop services, is the concern of this case. φ [New content] The purpose of this case is to propose a novel and progressive version of the sequel to the cloud virtual service launcher 'in the storage unit in the air storage settings - cloud virtual service startup program; therefore, when connecting through the serial bus interface After that, the word server can quickly acquire the ability to provide remote virtual desktop services. In order to achieve the above objectives, this New Zealand &- kind of side-end streamer virtual service launcher, including: a Universal Serial Bus (USB) interface; 4 M410935 a storage unit, is a cloud virtual service a startup unit; a control unit that connects the universal serial bus interface with the storage unit; wherein 'when the universal serial bus interface is connected to a server, the server view server server system (wind〇ws The server can obtain the ability to provide cloud virtual services by loading the cloud virtual service launcher, so that a user can make the rib window server (four) system-application through the webpage. The universal serial bus cloud virtual service launcher is as described, wherein the window server provides a virtual desktop, and the user runs the application on the virtual desktop via the webpage weaver. The universal serial bus cloud virtual service launcher, wherein the cloud virtual service startup program includes a window agent (Wind〇ws_t), a connection broker, and a Linux client operating system (Linux). Guest 0S)^^-~»T^|^>tM^l(p〇rtable virtual machine) ° as described in the universal sequence bus cloud virtual service launcher, where the window agent and the window server The operating system runs in the same address space, such as the universal sequence bus cloud virtual service launcher, where the cloud virtual service launcher is equipped with an auto-execution script (_execution scnpt). When the window server is not installed in the window server operating system, the automatic execution private script is automatically installed when the agent ship is connected to the window of the server. In the industry system. 5 M410935 The universal sequence bus cloud virtual service launcher as described, wherein the window agent acts as a bridge between the connection agent and the window. For example, the universal serial bus cloud virtual service spears enabler, wherein the agent and the window agent communicate with each other via the remote desktop communication age (10) her Desktop Protocol (RDP). The universal sequence bus cloud virtual service launcher is as described, wherein the connection agent provides an portal for the user to connect. As described, the virtual warfare virtual service is started, and the portal website communicates with the web browser of the user through a HyperText Transfer Protocol (HTTP). [Embodiment] Referring to the first figure, the universal sequence bus cloud virtual service of the preferred embodiment of the present invention shows that the towel includes an overview of the navigation flow.

The Bus, USB) interface 1 is a cloud virtual service initiator i2, a control unit 13 and a storage unit 14. The universal sequence bus cloud virtual service initiator 12 is mainly composed of a universal sequence bus interface u, a control unit 13 and a storage unit μ, and the control unit 13 is connected to the universal sequence bus interface u and the storage list το14. The cloud virtual service startup program is stored in the storage unit η, and the cloud virtual service startup program implicitly includes an auto script, a window agent (Wind〇wsa, a connection agent (_奶_6 M410935 broker) Software components such as Linux client operating system (Linux guest) and portable virtual machine. Referring to the second figure, the plug-in cloud virtual service launcher of the general-purpose ship-streaming cloud in the preferred embodiment of the present invention is inserted. The cloud environment installation diagram includes a universal sequence bus interface 11, a universal sequence bus cloud virtual service initiator 12, a server 21, and a universal sequence bus. 22 when the user first installs the cloud environment. To the window server operating system of the server 21 (wind〇ws %^), only the universal sequence bus interface u of the universal sequence bus cloud virtual desktop startup H 12 is inserted into the universal sequence bus of the server 21. Port 22. The auto-execution script in the universal sequence bus cloud virtual desktop launcher 12 will be loaded into the memory of the server 21. Executed to check if the word server 21 has installed a window agent. If it is not already installed, the autorun script will install the agent software first, then execute the portable virtual machine and start the connection agent. In this way, the cloud environment automatically installs the set wire' and can be run immediately. Therefore, by means of this automatic slave installation, the cloud environment can be installed very quickly and purely on his window server operating system 21. Referring to the third figure, a software component diagram of a universal sequence bus cloud virtual service initiator in the preferred embodiment of the present invention includes a universal sequence bus cloud virtual service initiator 12, and a connection agent 3 (4) System 32 and portable virtual machine H 33. The software components in the virtual desktop launcher 12 include a Windows proxy (4) connection agent 31, a Linux client for the 7 M410935 industry system 32, and a portable device. Virtual machine 33, thereby forming a cloud virtual desktop launcher. When the universal serial bus cloud virtual desktop launcher 12 is plugged into the server, these The body component will become part of the window server operating system file system. The cloud virtual desktop launcher will be executed in the server's memory. Referring to the fourth figure, the general sequence bus cloud virtual service startup of the preferred embodiment of the present invention The application of the device to the window server operating system includes a connection agent 31, a Linux client operating system 32, a portable virtual machine 33, a window application 41, and a window server operating system 42. In the universal sequence bus In the device, there is a plug-and-play automatic execution program script file. When the universal sequence bus device is inserted into the server, the automatic execution program script file will check whether the window server operating system 42 of the server has installed the window agent. Program. If it is not already installed, call the autoinstaller script to install the window agent. The script that automates the scripting can use the following code: (IfAGENTM_INSTALLED) { server_agent_installation(IP_adress); } bringup—VM(); boot—Linux(enable_connection—broker); After the execution of the automatic execution script file is completed, as shown in the fourth figure, the virtual desktop environment of the terminal will be started on the ship, and 8 M410935 will be executed in the age of the ship. The schematic diagram of the connection agent of the universal sequence bus cloud virtual service initiator of the embodiment includes an authentication gateway 51, an portal website 52, a session administrator 53, a database 54, and an authorization gateway 55. The connection agent is mainly composed of a web portal 52, a session manager (sessi〇n manager) 53, a database 54, a Linux certificate 51, and an authorization gateway 55, and all run on a portable virtual machine. on. Portal 52 can receive hypertext transfer protocols (HyperTexi: Transfer

The requirement of Protocol' HTTP) is, for example, a boarding order and a secret for the use of the gateway 51 for authentication (Kn_de_d webqing). The portal website 52 actually creates a virtual desktop by checking the user settings for authentication auditing. Hypertext transmission mosquitoes are stateless. When there is a (4) hypertext transfer agreement GET or POST request, the web browser of the client computer needs to be heavily financial with the web server - the side of the (four) age ( τ聪mi如(五)

Protocol, TCP) Network H, therefore, there is no way for the ship to control a transmission control protocol network connection to perform more than one hypertext transfer protocol or 0ST operation. For this problem, web developers can use session management. (session management) technology, through the use of cookies (c〇〇kie), to achieve the effect of recording the state of the stateless hypertext transfer agreement. The cookie records the dump stored in the user's web page, and can use the 9 material i〇935 to understand the duration of the job. When the data is sent to the viewer's web page, the feeding session will be added to the header of the hypertext transfer protocol, and the web browser will also access the server each time. The server will not return to the web server. The session ID (read iQn id) is generated when the end user executes the web browser and issues a request. The session information is stored in the connection agent according to the conference ID. The connection agent is Xiaoxian_session ID and corresponding session data, such as user name or account number. The database 54 is for storing long-term data such as users and system setting buildings. Refer to the sixth page for the record of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ A session is established between the viewer and the application vessel 62, including the connection agent & the client 61, the application server 62, and the following steps: Step 63: The client 61 proposes to the connection agent 31 Create a session request (POST /startsession. php); Step 64: Connect the generation_style 31 to send the session tag - she (8) to the client 61 and notify the redirection to the application server 62 (http://apps /? token=Vp7ef); Step 65: The client 61 sends a message with a duration flag to the application server 62 (/?token=Vp7ef); Step 66: The application server 62 uses the session flag to The connection agent 31 asks for relevant meeting information (/webservice/sessi〇n_token.php? token=Vp7ef); Step 67: The connection agent 31 responds to the application server 62 related session identification code and meeting information (session_id) :xGi59, User__id.Clientl

Applications:···,Timeout:.·.); Step 68: Complete the session dialog between the application server 62 and the client 61 ° Refer to the seventh® for the implementation of the book Schematic diagram of the window proxy S of the cloud virtual service launcher, which includes the connection agent 3

Linux client operating system 32, portable virtual machine 33, window feeder operating system 42, window agent 7 terminal service 72, directory service 73 and application 74. The window agent 71 is a software gateway between the connection agent 31 and the window player operating system 42. The command of the connection agent 31 is converted into a window action corresponding to the client service, and the towel client service is provided. The window server operating system 42 account authentication 'application 74 request and connection to the client browser via the terminal service 72 are included. '

The Linux client operating system 32 is a client operating system that supports the basic input of the connection agent 31. The connection agent 31 is run on the face-to-face client operating system and communicates with the system (4) through the window agent M 71. The portable virtual machine H 33 enables the virtual machine operating system (10) to virtualize the operating system without pre-installing the M410935 with a hypervisor, while enabling pluggable and portable virtual The desktop cloud environment becomes possible. The main function of the portable virtual machine 33 is to provide an abstraction layer for the client operating system in the actual operating system.参县八目县杂佳倾_ The pre-ship hod cloud virtual service start II web browser, connection agent and Gu program ship network connection is not intended, including the connection agent 3 Windows fine operation system 42, authentication closed circuit 5 entry portal crime, session administrator, database %, authorized closed circuit 55, application server 62, window agent 7 terminal service 72, application 74. Web Browser 81, Virtual Desktop Crime, Client Remote Desktop Communication Protocol 83, Remote Desktop Communication Concord Hypertext Transfer Protocol, Hypertext Transfer Protocol 85 and Remote Desktop Protocol 86. The connection agent is a role that plays a role as a bridge between the client (that is, the web browser 81) and the programmer (10). When the user connects to the portal website 52 of the connection agent program 31 through the web browser 81, the portal website 52 queries the user's account number and password, and then verifies the user's eligibility for login via the authentication closed loop 51. The authorization channel 55 is responsible for reviewing the access level of the user profile in the program registration. If the fiber is too fresh, please use Weilian Fine Fiber 71 first, then connect to the application 74 to complete the end-to-end session. Referring to FIG. 9 is a schematic diagram of a general-purpose serial bus cloud virtual service initiator of the preferred embodiment of the present invention, which includes a connection agent M410935 3b Linux client operating system 32, a portable virtual machine 33, Window server operating system 42 and window agent 71. In order to communicate with the user and the window agent of the window and the operating system, it is recommended to assign a static address to the portal of the connection agent 31. The connection agent 31 is a system call assistance population website and a lower level input and output operation through a general Linux client (4) system 32. The Linux client operating system 32 is an ethernet back interface call network host adapter (netw〇rk host adapter) to communicate with the underlying portable virtual machine. A side-bridge interface must be established between the portable imaginary device 33 and the host operating system (eg, the window feeder operating system 42), and the host operating system is obtained through the tying-ether connection 埠Controlled physical network transmission capabilities. In the windowed vehicle operating system 42, the connection agent 31 communicates with its window agent 71 via network addresses in different domain address spaces. Referring to the tenth county, this is a virtual network starter (four) virtual service starter physical network connection diagram, which includes the universal sequence bus cloud virtual service start 12, health 2 Ethernet network (8), Ethernet route 102, inter-network router, asymmetric digital subscriber loop modem, and Internet 105. In order to connect to the Internet 105, the portal in the virtual desktop launcher 12 needs to be assigned a static link such as 2〇. i34 i85. 5〇accessible Internet 1Q5, its towel, distribution The method can be automatically detected by the program or manually set by the administrator. In addition, it is necessary to log in to the address of the Internet Router 1〇3 in the (10) customer 13 M410935 operating system. The Ethernet port 101 of the server 21 needs to be connected to the Internet router 103 via the Ethernet route 1〇2, and then the Internet router 1〇3 is connected to the asymmetric digital subscriber loop data machine (Asymmetric Digital Subscriber) Line, ADSL) 104, and then connected to the Internet l〇5. This case has the following advantages: 1. The universal serial bus cloud virtual service launcher proposed in this case enables the server to quickly provide the server with the ability to provide cloud virtual services without pre-installation settings. The proposed universal sequence bus cloud virtual service launcher can greatly reduce the installation time of the cloud virtual service; 3. The universal sequence bus cloud virtual service launcher proposed in this case does not need the professional technology of the system management class. Personnel to operate. , 'On the above, the universal serial bus cloud virtual service launcher mentioned in this case. This is the ability to quickly obtain the ability to provide remote virtual desktop services. 'Progressive and practical' as its design changes, For example, to the various versions of the visual film feeding machine operating system, the implementation of various types of universal serial bus devices or to add more functions, as long as in the universal serial bus device, with a cloud virtual service startup program All of them are based on the case and protectors. The technology disclosed in this case can be implemented by people familiar with the technology, and its unprecedented practice is also patentable. However, the above-mentioned M410935 embodiment is not sufficient to cover the scope of patents to be protected in this case. Therefore, the scope of the application for patent application is attached.

15 M410935 [Simple description of the diagram] The first diagram is a schematic diagram of the virtual service initiator of the case-based implementation; the second diagram is the insertion of the universal sequence bus cloud virtual service initiator of the preferred embodiment of the present invention. The schematic diagram of the cloud environment installation is as follows; the third figure is a schematic diagram of the software components of the general sequence bus cloud virtual service initiator of the preferred embodiment of the present invention; the fourth figure is the general sequence bus terminal t virtual service startup of the preferred embodiment of the present invention. Schematic diagram of the application to the window server operating system; Figure 5 is a schematic diagram of the connection agent of the universal serial bus cloud virtual service initiator of the preferred embodiment of the present invention; Figure 6 is a general sequence convergence of the preferred embodiment of the present invention. The message flow chart of the session of the virtual service initiator of the t-end; the seventh figure is a schematic diagram of the window agent of the universal sequence bus cloud virtual service launcher of the preferred embodiment of the present invention; Schematic diagram of the network connection between the server and the application server of the Mihe virtual service launcher; The logical communication diagram of the component communication relationship of the virtual service initiator of the virtual reality service of the present embodiment; the tenth figure is the physical network connection of the universal serial bus cloud virtual service of the preferred embodiment of the present invention. Line diagram. [Major component symbol description] 11 .........Universal sequence bus interface 12 ......... Universal sequence bus cloud virtual service initiator 13 ......... Control unit 14 .... storage unit • 21.........server 22.........general sequence bus bar connection 埠31 ...... ...connection agent 32 .........Linux client operating system 33 .........portable virtual machine 41 .........window application 42 .........Windows Server Operating System Lu 51.........Certified Gateway 52 .........Entry Website 53 ......... Session administrator 54 .........database 55 ... ... authorized gateway 61 ... ... client 62 ........ Application Server 17 M410935 71 ......... Windows Agent 72 ......... Terminal Service 73 ......... Directory Service 74 .... .....Application 81 .........Web Browser 82 .........Virtual Desktop 83 ......... Client Remote Desktop Protocol 84 .... Remote Desktop Protocol/Hypertext Transfer Protocol 85 .... Hypertext Transfer Protocol 86 .... Remote Desktop Protocol 101. .......Ethernet connection 埠102 ........B Ethernet route 103 ........Internet router 104 ........Asymmetric digital subscriber loop modem 105 Internet

Claims (1)

M410935 Sixth, apply for patent garden: L general order _ stream cloud virtual service launcher, including: a universal serial bus (USB) interface; a storage single το, is a cloud virtual service launcher The control unit is connected to the universal serial bus interface and the storage unit; wherein 'when the touch channel is connected to the ship, the server _ word server operating system (wind〇ws server) The ability to provide a cloud virtual service can be obtained by loading the cloud virtual service launcher, so that a user can use the web browser to enable the application on the browser operating system. 2. The universal sequence bus cloud virtual service launcher according to claim 1, wherein the window server operating system provides a virtual desktop, and the user runs on the virtual desktop via the web browser. The app. 3. The universal sequence bus cloud virtual service launcher according to claim 1, wherein the cloud virtual service startup program comprises a Windows agent and a connection broker; , a Linux guest operating system (Linux guest OS) and a portable virtual machine. 19 M410935 4. : Shen:: The universal sequence bus cloud virtual service mentioned in item 3 of the profit range starts: the towel touches the gambling wheel to the same address space. .t _ 3 items of the coffee phase __virtual service startup stolen 'the middle end of the virtual service startup program - automatic execution program script (: t〇e_tiG please gamma), when the window ruler is installed for age The visual solid agent (4), when the self-calling script script Wei Wei (10) is connected to the value H, automatically installs the window agent into the window feeder operating system of _(4). 6. The rehearsal flow cloud virtual service initiator described in the three items of the application sample, wherein the window agent (4) serves as a bridge between the connection agent and the window feeder operating system. 7. The universal sequence bus cloud virtual service launcher as described in claim 6 wherein the connection agent and the window agent communicate with each other via a remote desktop protocol (Remote Desktop pr〇t〇c 〇i, RDP) communicate. 8. The Universal Sequence Bus Cloud Virtual Service Initiator as described in claim 3, wherein the connection agent provides an portal for the user to connect to the 20 M410935 line. 9. The universal sequence bus cloud virtual service launcher according to claim 8, wherein the portal website and the web browser of the user are transmitted through a HyperText Transfer Protocol (HTTP). Communicate. twenty one