A Web page management method for subway TAU equipment

Abstract

The present invention relates to a Web page management method for subway TAU equipment. First, a Web page management system for subway TAU equipment consisting of a device login module, a device information module, a network setting module, a firewall setting module, an advanced setting module and a system setting module is established; the device login module contains a general device login program; the device information module contains a general parameter acquisition program; the network setting module, the VPN setting module, the firewall setting module, the advanced setting module and the system setting module all contain a general parameter setting program; wherein the advanced setting module also contains a dedicated PIS parameter setting program, a CBTC parameter setting program and a CCTV parameter setting program. The present invention has the advantages of low development cost and short development cycle; at the same time, it can interact with the TAU background program and perform customized processing, and has the advantages of being rich in functions and being able to meet the customized requirements of different manufacturers for business scenarios.

Description

Technical Field

[0001] The present invention relates to Web (abbreviation for World Wide Web, Chinese name for Global Wide Area Network, i.e. World Wide Web) management technology in a subway wireless communication system, and in particular to a Web page management method for a subway TAU (abbreviation for Train Access Unit, Chinese name for Train Data Access Unit) device. Background Art

[0002] With the rapid development of urban rail transit, there are more and more subway lines in each city, and more and more equipment needs to access the wireless system communication network TAU equipment, such as subway train control (CBTC), video surveillance (CCTV), and passenger information system (PIS). With more and more connected devices, the needs of different equipment manufacturers are becoming more complex, so there is an urgent need for a management method for Web pages that can quickly meet the needs of different manufacturers and can be remotely configured. In traditional technologies, patent application CN202211617763 "A CBTC on-board log remote download system and method" can only support the download of CBTC equipment on-board logs and simple log configuration, and cannot meet other needs of different CBTC equipment manufacturers, such as IP address segments, port ranges, and real-time data forwarding. This patent cannot meet these customized needs. Patent application CN202310717990 "A method for implementing dynamic web pages for WEB services on PON devices" uses traditional Ajax for design and processing and can only support HTTP communication methods. Since it does not have an excellent framework to support it, it cannot meet the needs of rapid development, and its support for multiple languages ​​is not very friendly, and it is difficult to expand. Summary of the invention

[0003] In view of the fact that traditional technologies have single functions, high development costs, long development cycles, and cannot meet the customized requirements of different manufacturers for business scenarios, the present invention provides a Web page management method for subway TAU equipment.

[0004] The technical solution adopted by the present invention is: a Web page management method for subway TAU equipment is: firstly establish a device login module, a device information module for providing basic information and providing device, network, LTE and interface status, a network setting module for providing WAN, bridge, routing, VLAN, VRRP, LTE, ARP, IPv6 and multicast settings, a VPN setting module for providing GRE, IPSec settings, a firewall setting module for providing MAC address filtering, DNAT settings, DMZ settings, URL filtering, IP mapping and port mapping, a firewall setting module for providing QOS settings, PIS settings, CBTC settings, CCTV settings, LTE detection, address detection, DTU settings , TR069 network management, port mirroring, SNMP network management and log downloading advanced setting modules; a Web page management system for subway TAU equipment composed of a system setting module for providing a console, system upgrade, password modification, backup and recovery, clock service and scheduled restart; wherein the device login module contains a general device login program; the device information module contains a general parameter acquisition program; the network setting module, VPN setting module, firewall setting module, advanced setting module and system setting module all contain a general parameter setting program; wherein the advanced setting module contains, in addition to the general parameter setting program, a dedicated PIS parameter setting program, a CBTC parameter setting program and a CCTV parameter setting program.

[0005] The beneficial effects of the present invention are as follows: the present invention uses both wired and wireless networks to achieve remote management of TAU equipment, which can greatly save labor costs and increase work efficiency. The Vue2 software framework and iView component software library are used, which has the advantages of low development cost and short development cycle; at the same time, it can interact with the TAU background program and perform customized processing, which has the advantages of rich functions and can meet the customized requirements of different manufacturers for business scenarios. BRIEF DESCRIPTION OF THE DRAWINGS

[0006] Figure 1 It is a block diagram of the hardware connection principle of an embodiment of the present invention;

[0007] Figure 2 for Figure 1 The circuit connection principle block diagram of TAU equipment A and TAU equipment B;

[0008] Figure 3 for Figure 2 The web page management system block diagram of TAU device A and TAU device B;

[0009] Figure 4 for Figure 3 Flowchart of the device login procedure common to the device login module business;

[0010] Figure 5 for Figure 3 Flowchart of the procedure for obtaining parameters commonly used in the equipment information module business;

[0011] Figure 6 for Figure 3 The flowchart of the common setting parameters of the network setting module, VPN setting module, firewall setting module, advanced setting module and system setting module;

[0012] Figure 7 for Figure 3 PIS setting parameter program flow chart for intermediate and advanced setting modules;

[0013] Figure 8 for Figure 3 Flowchart of CBTC setting parameters program for intermediate and advanced setting modules;

[0014] Fig. 9 for Figure 3 CCTV setting parameter program flow chart for the intermediate and advanced setting modules. DETAILED DESCRIPTION

[0015] The present invention is further described below in conjunction with embodiments and drawings.

[0016] To implement this method, the hardware system constructed by this method is as follows Figure 1As shown. The hardware system includes TAU device A, TAU device B, TAU management device 1, TAU management device 2, switch, wireless base station, on-board subway train control equipment (CBTC), on-board video surveillance equipment (CCTV), on-board passenger information system equipment (PIS), central subway train control server, central video surveillance server, and central passenger information system server; TAU device A and TAU device B are connected to the switch through a wired network, and the main TAU device is determined through VRRP (Virtual Router Redundancy Protocol). The switch is connected to the subway train control equipment, video surveillance equipment, passenger information system equipment, and TAU management device 1 through a wired network; TAU device A and TAU device B are connected to the wireless base station through a wireless network, and the wireless base station is connected to TAU management device 2 through a wired network; the on-board subway train control equipment exchanges data with the main TAU equipment through the switch to meet the business scenario requirements of the subway train control equipment; the on-board video surveillance equipment is connected through the switch The machine interacts with the main TAU device to meet the business scenario requirements of the video surveillance device; the on-board passenger information system device interacts with the main TAU device through the switch to meet the business scenario requirements of the passenger information system device; TAU management device 1 interacts with TAU device A and TAU device B through the switch to complete the configuration of TAU device A and TAU device B; the central subway train control server interacts with the main TAU device through the wireless base station to meet the business scenario requirements of the subway train control device; the central video surveillance server interacts with the main TAU device through the wireless base station to meet the business scenario requirements of the video surveillance device; the central passenger information system server interacts with the main TAU device through the wireless base station to meet the business scenario requirements of the passenger information system device; TAU management device 2 interacts with TAU device A and TAU device B through the wireless base station to complete the configuration of TAU device A and TAU device B.

[0017] like Figure 2As shown, TAU device A and TAU device B respectively include a main control unit, a power supply unit, a super capacitor, a wireless module, an SSD (solid state drive), a WIFI (wireless fidelity), a GPS / Beidou module, an EMMC module (embedded multimedia card), an Ethernet transceiver chip 1, an Ethernet transceiver chip 2, an Ethernet transceiver chip 3, and an Ethernet transceiver chip 4; wherein the power supply unit and the super capacitor are connected to the main control unit to supply power to the main control unit; the wireless module is connected to the main control unit via a USB (universal serial bus) to complete data interaction with the main control unit; the SDD module is connected to the main control unit via a SERDES3 (serializer and The WIFI module is connected to the main control unit via USB to complete the data interaction with the main control unit; the GPS / Beidou module is connected to the main control unit via USB to complete the data interaction with the main control unit; the EMMC module is connected to the main control unit via SDHC (high-capacity SD memory card) to complete the data interaction with the main control unit; the network port transceiver chip 1, the network port transceiver chip 2, the network port transceiver chip 3, and the network port transceiver chip 4 are connected to the main control unit via the RGMII interface to complete the data interaction with the main control unit.

[0018] The method first establishes a device login module, a device information module for providing basic information and providing device, network, LTE and interface status, a network setting module for providing WAN, bridge, routing, VLAN (virtual local area network), VRRP, LTE (long term evolution), ARP (address resolution protocol), IPv6 (CPE wide area network management protocol 069) and multicast settings, and a network setting module for providing GRE (generic routing encapsulation protocol), IPSec The Web page management system of subway TAU equipment consists of a VPN setting module for (IP security) settings, a firewall setting module for providing MAC (media access control) address filtering, DNAT (destination address translation) settings, DMZ (demilitarized zone) settings, URL (uniform resource locator) filtering, IP mapping and port mapping, an advanced setting module for providing QOS (quality of service) settings, PIS settings, CBTC settings, CCTV settings, LTE detection, address detection, DTU (data transfer unit) settings, TR069 network management, port mirroring, SNMP (simple network management protocol) network management and log download; a system setting module for providing console, system upgrade, password modification, backup and recovery, clock service and scheduled restart, such as Figure 3 shown.

[0019] The PIS settings of the advanced settings module include the settings of TAU parameters such as PIS server address, multicast IP address, and intranet network interface; CBTC settings include the settings of TAU parameters such as data acquisition interface, file fragment size, fragment time interval, and total number of files; CCTV parameter settings include the settings of TAU parameters such as CCTV server IP and CCTV server port number. The system settings module includes console, system upgrade, password modification, backup and recovery, clock service, and scheduled restart.

[0020] Among them, the device login module contains a general device login program; the device information module contains a general parameter acquisition program; the network setting module, VPN setting module, firewall setting module, advanced setting module, and system setting module all contain general setting parameter programs; among them, the advanced setting module contains not only a general setting parameter program but also a dedicated PIS setting parameter program, CBTC setting parameter program, and CCTV setting parameter program.

[0021] The basic information in the device information module is mainly responsible for displaying the basic information of the TAU device, such as the processor usage, memory usage, hard disk usage, product model, hardware version number, software version number, module version number, system time, etc.; the device status is mainly responsible for displaying the bridge status and WAN (wide area network) interface status of the TAU; the network status is mainly responsible for displaying the VRRP status, DHCP (Dynamic Host Configuration Protocol) status, GRE (Generic Routing Encapsulation Protocol) status, and routing status.

[0022] The WAN settings of the network settings module include the settings of TAU parameters such as address acquisition method, MTU (maximum transmission unit), routing priority, DNS (Domain Name System) address, etc.; the bridge settings include the settings of TAU parameters such as port list, address lease, address pool lower limit, address pool upper limit, etc.; the routing settings include the settings of TAU parameters such as interface, default gateway, routing priority, etc.; the VLAN settings include the settings of TAU parameters such as IP address, subnet mask, physical address, etc.; the VRRP settings include the settings of TAU parameters such as network port, active / standby status, virtual IP address, priority, virtual network ID, and notification time interval, etc.

[0023] like Figure 4 As shown, the general device login procedure of the device login module performs the following operations:

[0024] A1. The user enters the user name and password and clicks the Login button.

[0025] A2. The web page management system obtains the returned result and determines whether the login is successful based on the returned result.

[0026] A3. If the login fails, a prompt will be displayed indicating login failure, and the user will be returned to the login page. If the login succeeds, a prompt will be displayed indicating login success, and the authentication information will be stored.

[0027] A4. Enter the basic information page of the device.

[0028] like Figure 5 As shown, the general acquisition parameter procedure of the basic information, device status, network status, LTE status, and interface status services of the device information module performs the following operations:

[0029] B1. The user selects the page for obtaining parameters.

[0030] B2. The Web page management system obtains parameter instruction information.

[0031] B3. The Web page management system determines whether there is authentication information. If there is no authentication information, the login operation is performed. If the login is successful, the authentication information is stored; if the login is unsuccessful, the login operation is continued.

[0032] B4. If authentication information exists, an authentication instruction is generated and sent to the system background.

[0033] B5. The web page management system obtains the login result returned by the system background.

[0034] B6. The web page management system determines whether the result is not logged in. If it is not logged in, the login operation is performed.

[0035] B7. If the result is not logged in, parse and obtain parameter information of the login result.

[0036] B8. Load the parameter information of the login result into the login page.

[0037] like Figure 6 As shown, the general setting parameter programs of the network setting module, VPN setting module, firewall setting module, advanced setting module, and system setting module services perform the following operations:

[0038] C1. The user selects the parameter setting page and enters the setting parameters.

[0039] C2. The user clicks the Submit button.

[0040] C3. The Web page management system determines whether the authentication information exists. If the authentication information does not exist, the login operation is performed. If the login is successful, the authentication information is stored; if the login is unsuccessful, the login operation is continued.

[0041] C4. If authentication information exists, an authentication instruction is generated and sent to the system background.

[0042] C5. The web page management system obtains the login result returned by the system background.

[0043] C6. The web page management system determines whether the result is not logged in. If it is not logged in, the login operation is performed.

[0044] C7. If the user is not logged in, the parameter information of the setting result is parsed.

[0045] C8. The Web page management system checks whether the setting is successful. If the setting fails, it prompts the user that the setting fails and continues to wait for the user to enter the setting parameters.

[0046] C9. If the setting is successful, the user is prompted that the setting is successful and the parameter information corresponding to the current setting page is obtained.

[0047] C10. The Web page management system loads the parameter information of the obtained setting result into the setting page.

[0048] like Figure 7 As shown, the PIS parameter setting program flow of the advanced setting module performs the following operations:

[0049] D1. The user enters the PIS server address, multicast address, and intranet interface address.

[0050] D2. The user clicks the Submit button.

[0051] D3. The Web page management system determines whether there is authentication information. If there is no authentication information, the login operation is performed. If the login is successful, the authentication information is stored; if the login is unsuccessful, the login operation is continued.

[0052] D4. If authentication information exists, an authentication instruction is generated and sent to the system background.

[0053] D5. The web page management system obtains the login result returned by the system background.

[0054] D6. The web page management system determines whether the result is not logged in. If it is not logged in, the login operation is performed.

[0055] D7. If the user is not logged in, the parameter information of the setting result is parsed.

[0056] D8. The Web page management system checks whether the parameter setting is successful. If the parameter setting fails, the user is prompted that the parameter setting fails and continues to wait for the user to enter the setting parameters.

[0057] D9. If the parameter setting is successful, the user is prompted that the parameter setting is successful and the corresponding parameter information of the PIS page is obtained.

[0058] D10. The Web page management system loads the parameter information of the obtained setting result into the PIS page.

[0059] like Figure 8 As shown, the CBTC setting parameter program of the advanced setting module performs the following operations:

[0060] E1. The user inputs the collection interface, file segment size, segment interval, and total number of files.

[0061] E2. The user clicks the Submit button.

[0062] E3. The web page management system determines whether there is authentication information. If there is no authentication information, the login operation is performed. If the login is successful, the authentication information is stored; if the login is unsuccessful, the login operation is continued.

[0063] E4. If authentication information exists, an authentication instruction is generated and sent to the system background.

[0064] E5. The web page management system obtains the login result returned by the system background.

[0065] E6. The web page management system determines whether the result is not logged in. If it is not logged in, the login operation is performed.

[0066] E7. If the user is not logged in, the parameter information of the setting result is parsed.

[0067] E8. The Web page management system determines whether the parameter setting is successful. If the parameter setting fails, the user is prompted that the setting has failed and the system continues to wait for the user to input the setting parameters.

[0068] E9. If the parameter setting is successful, the user will be prompted that the setting is successful and the corresponding parameter information of the CBTC page will be obtained.

[0069] E10. The web page management system loads the obtained parameter information into the CBTC page.

[0070] like Fig. 9 As shown, the CCTV Setting Parameters program of the Advanced Setting Module performs the following operations:

[0071] F1. The user enters the CCTV server address and CCTV server port number.

[0072] F2. The user clicks the Submit button.

[0073] F3. The Web page management system determines whether the authentication information exists. If the authentication information does not exist, the login operation is performed. If the login is successful, the authentication information is stored; if the login is unsuccessful, the login operation is continued.

[0074] F4. If authentication information exists, an authentication instruction is generated and sent to the system background.

[0075] F5. The web page management system obtains the login result returned by the system background.

[0076] F6. The web page management system determines whether the result is not logged in. If it is not logged in, the login operation is performed.

[0077] F7. If you are not logged in, parse the parameter information of the setting result.

[0078] F8. The Web page management system checks whether the setting is successful; if the setting fails, it prompts the user that the setting failed and continues to wait for the user to enter the setting parameters.

[0079] F9. If the parameter setting is successful, the user will be prompted that the setting is successful and the corresponding parameter information of the CCTV page will be obtained.

[0080] F10. The Web page management system loads the obtained parameter information into the CCTV page.

Claims

1. A Web page management method for subway TAU equipment, characterized in that: The management method is as follows: firstly, a Web page management system for subway TAU equipment is established, which is composed of a device login module, a device information module for providing basic information and device and network status information, a network setting module for providing WAN, bridge, routing, VLAN, VRRP, LTE, ARP, IPv6 and multicast settings, a VPN setting module for providing GRE and IPSec settings, a firewall setting module for providing MAC address filtering, DNAT settings, DMZ settings, URL filtering, IP mapping and port mapping, an advanced setting module for providing QOS settings, PIS settings, CBTC settings, CCTV settings, LTE detection, address detection, DTU settings, TR069 network management, port mirroring, SNMP network management and log download; and a system setting module for providing a console, system upgrade, password modification, backup and recovery, clock service and scheduled restart. The device information module provides basic information including: displaying the processor usage, memory usage, hard disk usage, product model, hardware version number, software version number, module version number, system time and basic information of TAU device; the device information module provides device status information including: displaying the bridge status of TAU, WAN interface status; network status information including: displaying VRRP status, DHCP dynamic host configuration protocol status, GRE general routing encapsulation protocol status, routing status; The device login module contains a universal device login program; the device information module contains a universal parameter acquisition program; the network setting module, VPN setting module, firewall setting module, advanced setting module, and system setting module all contain universal setting parameter programs; the advanced setting module contains, in addition to the universal setting parameter program, a dedicated PIS setting parameter program, a CBTC setting parameter program, and a CCTV setting parameter program; The general device login procedure of the device login module performs the following operations: A1. The user enters the user name and password and clicks the login button; A2. The Web page management system obtains the returned result and determines whether the login is successful based on the returned result; A3. If the login fails, a prompt will be displayed indicating that the login failed and the user will be returned to the login page. If the login succeeds, a prompt will be displayed indicating that the login succeeded and the authentication information will be stored. A4. Enter the basic information page of the device; The general acquisition parameter procedure of the basic information, device status, network status, and LTE status services of the device information module performs the following operations: B1. The user selects the page for obtaining parameters; B2. The Web page management system obtains the parameter instruction information; B3. The web page management system determines whether the authentication information exists. If the authentication information does not exist, the login operation is performed. If the login is successful, the authentication information is stored. If the login is unsuccessful, the login operation is continued. B4. If authentication information exists, an authentication instruction is generated and sent to the system backend; B5. The web page management system obtains the login result returned by the system background; B6. The web page management system determines whether the result is not logged in. If it is not logged in, the login operation is performed; B7. If the result is not logged in, parse and obtain the parameter information of the login result; B8. Load the parameter information of the login result to the login page; The general setting parameter program of the network setting module, VPN setting module, firewall setting module, advanced setting module, and system setting module services performs the following operations: C1. The user selects the parameter setting page and enters the setting parameters; C2. The user clicks the Submit button; C3. The web page management system determines whether the authentication information exists. If the authentication information does not exist, the login operation is performed. If the login is successful, the authentication information is stored. If the login is unsuccessful, the login operation is continued. C4. If authentication information exists, an authentication instruction is generated and sent to the system background; C5. The web page management system obtains the login result returned by the system background; C6. The web page management system determines whether the result is not logged in. If the result is not logged in, the login operation is performed; C7. If the user is not logged in, the parameter information of the setting result is parsed; C8. The Web page management system checks whether the setting is successful. If the setting fails, it prompts the user that the setting fails and continues to wait for the user to enter the setting parameters; C9. If the setting is successful, the user is prompted that the setting is successful and the parameter information corresponding to the current setting page is obtained; C10. The Web page management system loads the parameter information of the obtained setting result into the setting page; The PIS parameter setting program flow of the advanced setting module performs the following operations: D1. The user enters the PIS server address, multicast address and intranet interface address; D2. The user clicks the submit button; D3. The web page management system determines whether the authentication information exists. If the authentication information does not exist, the login operation is performed. If the login is successful, the authentication information is stored. If the login is unsuccessful, the login operation is continued. D4. If authentication information exists, an authentication instruction is generated and sent to the system background; D5. The web page management system obtains the login result returned by the system background; D6. The web page management system determines whether the result is not logged in. If it is not logged in, the login operation is performed; D7. If you are not logged in, parse the parameter information of the setting result; D8. The Web page management system checks whether the parameter setting is successful. If the parameter setting fails, the user is prompted that the parameter setting fails and the system continues to wait for the user to input the setting parameters. D9. If the parameter setting is successful, the user is prompted that the parameter setting is successful and the corresponding parameter information on the PIS page is obtained; D10. The Web page management system loads the parameter information of the obtained setting result into the PIS page; The CBTC Setup Parameters procedure of the Advanced Setup module performs the following operations: E1. User inputs the acquisition interface, file segment size, segment interval, and total number of files; E2. The user clicks the Submit button; E3. The web page management system determines whether the authentication information exists. If the authentication information does not exist, the login operation is performed. If the login is successful, the authentication information is stored. If the login is unsuccessful, the login operation is continued. E4. If authentication information exists, generate an authentication instruction and send it to the system backend; E5. The web page management system obtains the login result returned by the system background; E6. The web page management system determines whether the result is not logged in. If the result is not logged in, the login operation is performed; E7. If you are not logged in, parse the parameter information of the setting result; E8. The Web page management system determines whether the parameter setting is successful. If the parameter setting fails, the user is prompted with a failure and the system continues to wait for the user to input the setting parameters. E9. If the parameter setting is successful, the user will be prompted with the success of the setting and the corresponding parameter information on the CBTC page will be obtained; E10. The web page management system loads the obtained parameter information into the CBTC page; The CCTV Setup Parameters program of the Advanced Setup module performs the following operations: F1, the user enters the CCTV server address and CCTV server port number; F2, the user clicks the Submit button; F3. The web page management system determines whether the authentication information exists. If the authentication information does not exist, the login operation is performed. If the login is successful, the authentication information is stored. If the login is unsuccessful, the login operation is continued. F4. If authentication information exists, an authentication instruction is generated and sent to the system backend; F5. The web page management system obtains the login result returned by the system background; F6. The web page management system determines whether the result is not logged in. If it is not logged in, the login operation is performed; F7. If you are not logged in, parse the parameter information of the setting result; F8, the Web page management system checks whether the setting is successful; if the setting fails, it prompts the user that the setting failed and continues to wait for the user to enter the setting parameters; F9: If the setting of parameters is successful, the user will be prompted that the setting is successful and the corresponding parameter information of the CCTV page will be obtained; F10. The Web page management system loads the obtained parameter information into the CCTV page.

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