50results about How to "Implement remote debugging" patented technology

The invention discloses a remote debugging method and a system for an application program based on a linux system. The system comprises local debugging equipment and remote display debugging data terminal equipment, wherein the debugging equipment is used for operating a debugging server program and a debugged application program; the debugging server program is used for creating a sharing annular queue data buffer region when the debugging equipment is started, providing the sharing annular queue data buffer region to other application programs to access and manage various function interfaces of the sharing annular queue data buffer region, and starting a TCP / IP (transmission control protocol / internet protocol) service function; the application program is used for writing generated debugging data into the annular queue data buffer region through a writing interface unit, and updating data writing position information in a buffer space management unit; the remote display debugging data terminal equipment is connected with the debugging equipment according to an IP address and a port number which are provided by the debugging service program, and receives equipment operational condition, fault information and debugging data, which are returned by the debugging equipment, and thus the target of remote diagnosis of the debugging equipment is achieved.

The invention discloses a method for debugging a blade server by using a BMC module and belongs to the field of computers. In the method, complex function of a mainboard BIOS and the like is debugged by the BMC module, a multifunctional debugging interface is provided for a user, the BIOS is locally and remotely debugged, and the blade server and other complex mainboards are convenient to be debugged by the user. After the debugging is finished, the original BMC management function can be updated and restored through firmware, and hardware is not needed to be modified.

The invention discloses a debugging method, a debugger and a system. A debugging message sent by a terminal device can be received, and the debugging message can be sent to a corresponding air-conditioner device through a wireless communication mode. Debugging setting is carried out by means of the air-conditioner device basing on the debugging message. After the reception of a responding message sent by the air-conditioner device through the wireless communication mode, the responding message can further be sent to the terminal device. Compared with the prior art, the debugging method, the debugger and the system have the advantages that the situation that a worker needs to visit the site in person is avoided; disassembly of an air-conditioner is not needed, namely, remote debugging is achieved; therefore, the debugging process of the air-conditioner is simplified, the debugging efficiency of the air-conditioner is improved, and the debugging cost of the air-conditioner is lowered; and the problems of tedious debugging process, low efficiency and high cost which exist in the prior art are solved.

The invention discloses a remote debugging method and device. The method comprises the following steps: receiving a debugging request based on HTTP (Hyper Text Transport Protocol) transmission from a host computer, wherein the debugging request carries a debugging command and instruction information for instructing a debugging target; responding the debugging request to execute the debugging operation instructed by the debugging command for the debugging target instructed by the instruction information; returning the debugging result to the host computer through the HTTP protocol. The Remote debugging method and the device solve the technical problem that when the target computer is remotely debugged through the host computer, the remote debugging process is complicated due to extra remote debugging interfaces added in the host computer, achieve the purpose of remotely debugging the target computer without addition of the extra debugging interfaces, and improves the efficiency and the flexibility in remote debugging.

The invention provides a remote debugging method and device of a mobile terminal web page, which relates to the technical field of the Internet. The method is applied to a debugging server. The debugging server is communicatively connected with a web page of a mobile terminal. The debugging server is also communicatively connected with a browser of a development environment. The method comprises the following steps: receiving a debugging instruction sent by the browser of the development environment for the web page of the mobile terminal; forwarding the debugging instruction to the web page of the mobile terminal. As the debug server is used as a bridging server, the mobile terminal web page and the development environment browser can communicate, and the debug server can receive debugging instructions for the mobile terminal web page sent by the development environment browser. The debugging instruction is forwarded to the mobile end web page. The scheme overcomes the limitation thatthe existing mobile web pages can only be debugged in the mobile environment, and achieves the technical effect of remote debugging mobile web pages.

The invention discloses a set top box debugging device and method. The device comprises a connecting module and a debugging module. The connecting module sets up communication connection with a target set top box according to identification information of the target set top box, wherein the identification information includes the IP address and the port number of the target set top box. After connection is successfully set up, the debugging module debugs the target set top box. Different from the defect that in the prior art, due to the fact that a serial port of an existing set top box is connected to a PC through a serial port line, inconvenience is brought to a user when set top box debugging is achieved on the PC, the set top box can be debugged through the device only by setting up communication connection between the device and the target set top box with the help of the internet according to the IP address and the port number of the target set top box. When the set top box is debugged through the device, the device does not need to be connected with the serial port of the set top box, and remote debugging can be conducted on the set top box with the help of the internet by setting up connection between the device and the set top box according to the IP address and the port number of the set top box.

The invention discloses a log information capture device. The device comprises a serial port access module, an external connection embedded device used for sending control instruction information to the embedded device and receiving log information fed back by the embedded device, a network access module used for building network communication connection with a debugging terminal so that the debugging terminal can debugs the embedded device through the log information capture device. By means of the device, in the process of development testing or factory production or after-sales repair or remote debugging, the log information of the embedded device can be obtained and stored in real time, wherein the obtained log information includes log information at the crash moment of the embedded device. Remote debugging of the embedded device can be more effectively achieved. In addition, a technicist can access the debugging terminal to the log information capture device more conveniently by accessing the Ethernet or being connected to a hotspot of the log information capture device, the log information of the embedded device is obtained, and therefore the embedded device is debugged.

The embodiment of the invention discloses a remote debugging method and device for intelligent network connection vehicle data, and the method comprises the steps: firstly transmitting an instructionfor starting a proxy server to a plurality of intelligent vehicle-mounted network connection terminals when a request which is transmitted by a user side and is used for debugging the intelligent vehicle-mounted network connection terminals is received, so that the plurality of intelligent vehicle-mounted network connection terminals send a request for starting the proxy service to the proxy server after receiving the instruction; after agent information sent by the proxy server is received, sending the agent information to a user side, so that the user side establishes connection with the proxy server; and finally, after connection between the user side and the proxy server is established, sending a debugging instruction to the proxy server, so that the proxy server debugs the plurality of intelligent vehicle-mounted network connection terminals. Remote debugging can be carried out on any plurality of intelligent vehicle-mounted network connection terminals through the user side. Therefore, the technical problem that intelligent network connection vehicle data cannot be remotely debugged is solved.

The invention discloses an intelligent injection molding production system based on remote control, and relates to the field of injection molding machine engineering. The intelligent injection moldingproduction system comprises a remote service center and a plurality of injection molding machines for remote control, wherein the remote service center comprises a central computer room and an artificial intelligence expert system, and the artificial intelligence expert system uses the big data comprehensive analysis to process the data of the multiple injection molding machines remotely managedand send control instructions to the multiple injection molding machines.

The embodiment of the invention provides a NB-IOT debugging method and a server. The method comprises the following steps: the server establishes connection with debugging equipment, and receives a debugging request sent by the debugging equipment; the debugging request comprises an identifier of the NB-IOT equipment; the server sends the debugging information to the NB-IOT equipment after the NB-IOT equipment with the identifier is online; the server sends data information returned by the NB-IOT equipment based on the debugging information to the debugging equipment, thereby enabling the debugging equipment to perform the debugging based on the data information. Through the debugging method and server provided by the embodiment of the invention, the remote debugging of the NB-IOT equipment can be realized, and the debugging efficiency is improved.

The invention relates to the debugging technical field of the embedded mobile device corresponding software development and aims at providing a method for realizing the cooperative design of an embedded debugging agent and a connection manager. The method comprises: establishing a two-way linkage, assimilating hosts and guests, and packing bypasses. The method has the main functions of providing KDWP communication protocol connection with a virtual machine end for a debug agent and providing JDWP communication protocol connection with a debugger end, the method is one of components of remote debugging software, the remote debugging ability of virtual machine software MIDlet is finished together, and the method has independence, reliability and high effectiveness.

The invention discloses a remote control and diagnosis system of a bipolar plate preparation hot press machine, and a remote control and diagnosis method of the bipolar plate preparation hot press machine. The system comprises a wireless data acquisition module, a command control module, a remote communication module and a remote communication platform. The wireless data acquisition module obtains three real-time parameters of the bipolar plate preparation hot press machine: a stamping speed, slide block flatness and temperature of a hot press board. The command control module makes a corresponding comparison of each real-time parameter with a corresponding working range and then makes corresponding judgments: when any real-time parameter exceeds the corresponding working range, power-off is executed on the bipolar plate preparation hot press machine, a fault state diagnosis is performed on state data of the bipolar plate preparation hot press machine, and a fault type of the bipolar plate preparation hot press machine is output so that maintenance is perform by a worker according to the fault type. A remote session between the remote communication platform and the command control module is achieved through the remote communication module, and remote expert consultation is performed on the real-time parameters, so a state of the bipolar plate preparation hot press machine is reanalyzed.

The invention relates to the debug technical field of relevant software development of embedded mobile equipment, and aims to provide a KDWP-port communication connection manager of an embedded remote debug agent. A method comprises steps of establishing a KDWP connection, re-intercepting in case of connection loss, supporting multiple operating systems by a socket standard communication mode, caching and resending lost packets. The invention as one of components of remote debug software mainly functions in realizing a KDWP-port communication protocol for a debug agent to coordinate to remotely debug the virtual machine software, and has the advantages of individuality, reliability and high efficiency.

The invention relates to an underwater electronic cabin, which comprises a pressure-resistant casing and an electronic docking frame. The pressure-resistant shell is installed on the underwater carrier, and the electronic docking frame is installed inside the pressure-resistant shell. The pressure-resistant shell is that the connector end head and the top end head are positioned radially with the jacket respectively through the slit groove and the slit boss, and are connected together by the connecting ring, the first connecting flange and the second connecting flange. Structure; the debugging of electronic components and testing instruments on the electronic docking frame is realized through the additional debugging adapter frame assembly. The sealing of the pressure-resistant shell of the present invention is realized by the O-shaped sealing ring between the shell and the head through the pre-tightening of the set screw so that the O-shaped sealing ring produces a certain amount of deformation, and the sealing performance is reliable; the socket connection of the present invention The device is a movable structure, which makes the docking of the electronic docking frame easy to realize; the electronic docking frame of the present invention has the functions of radial positioning, axial positioning, and radial buffering; the present invention debugs the docking of the adapter frame and the docking plate assembly, System remote debugging can be realized.

The invention relates to a remote debugging device and debugging system. On one hand, a remote control module receives an image display signal of a monitoring background and then sends the image display signal to a switch, the switch forwards the image display signal to a wireless communication module, and the wireless communication module sends the image display signal to an on-site debugging host through a network for image display; therefore, projection from a monitoring display interface of a monitoring background to a display screen of the on-site debugging host is realized, and workers in an equipment room can obtain visual monitoring data conveniently, so that the workers are helped to reasonably set telemetering quantity, accurately send signals, accurately judge observation results and the like; and on the other hand, the wireless communication module also receives a control instruction of the on-site debugging host, and sends the control instruction to the remote control module through the switch, so that the remote control module controls the monitoring background to execute a remote control action according to the control instruction, thereby realizing remote debugging of the monitoring background by workers in the equipment room, and improving the debugging efficiency and safety.

The embodiment of the invention discloses a remote debugging method and system, a webpage server, equipment and a storage medium, and the method comprises the steps that the webpage server receives a remote debugging instruction triggered by a user, generates a remote debugging request according to the remote debugging instruction, and sends the remote debugging request to a reverse proxy server, the reverse proxy server establishes a data path between the webpage server and the reverse proxy server according to the remote debugging request; after the webpage server receives a webpage access request sent by the webpage browser through the reverse proxy server, the webpage server obtains a target webpage according to the webpage access request, the target webpage is sent to the webpage browser through the reverse proxy server to be displayed, and after the webpage browser obtains a debugging request triggered in the target webpage, the debugging request is sent to the webpage server through the reverse proxy server, and the webpage server executes a debugging action corresponding to the debugging request on the to-be-debugged application program on the debugged end according to the debugging request.

The invention discloses a temperature transmitter comprising an acquisition circuit, an ADC analog-to-digital conversion circuit, a photoelectric isolation circuit, a room temperature detection circuit, a processor, a 4-20mA loop current circuit and a HART communication circuit. The acquisition circuit is in communication connection with the ADC analog-to-digital conversion circuit and the photoelectric isolation circuit in turn. The photoelectric isolation circuit, the room temperature detection circuit and the 4-20mA loop current circuit are in communication connection with the processor. The HART communication circuit and the processor are in two-way communication connection. The 4-20mA loop current circuit is also connected with the HART communication circuit to form a circuit loop. The temperature transmitter can support the access of more signals, can realize remote debugging, and has strong anti-interference ability.

The invention discloses a remote debugging method and a system for an application program based on a linux system. The system comprises local debugging equipment and remote display debugging data terminal equipment, wherein the debugging equipment is used for operating a debugging server program and a debugged application program; the debugging server program is used for creating a sharing annular queue data buffer region when the debugging equipment is started, providing the sharing annular queue data buffer region to other application programs to access and manage various function interfaces of the sharing annular queue data buffer region, and starting a TCP / IP (transmission control protocol / internet protocol) service function; the application program is used for writing generated debugging data into the annular queue data buffer region through a writing interface unit, and updating data writing position information in a buffer space management unit; the remote display debugging data terminal equipment is connected with the debugging equipment according to an IP address and a port number which are provided by the debugging service program, and receives equipment operational condition, fault information and debugging data, which are returned by the debugging equipment, and thus the target of remote diagnosis of the debugging equipment is achieved.

The invention relates to the debugging technical field of the embedded mobile device corresponding software development and aims at providing a method for realizing embedded remote debugger end JDWP communication connection proxy. The method comprises: establishing JDWP connection, standardizing a called interface, supporting a socket communication mode and a shared memory mode simultaneously, resending cache and packet loss, and increasing the reliability of a system. The method has the main functions of achieving that a JDWP communication protocol is provided for a debugger to realize the debugging ability for JAVA virtual machine software, and the method has the characteristics of independence and simplicity.

The invention discloses a test file script editor and a test method and system, and the test file script editor comprises: a script editing module which is used for editing a test file script; a selection module which is used for selecting script codes to be debugged or executed; and a sending module which is used for sending the test file script to the detection equipment or sending the script code selected by the selection module to perform code debugging. The test file script editor can be used as an executable program to independently run and can also be used as a sub-control to be embedded into a script integration development tool for running other software, and script editing, script local debugging and remote debugging are provided.

The invention discloses an FPGA on-orbit debugging method for component flight verification, and the method comprises the following steps: S1, enabling a debugging client to be connected with a groundstation through a cable, enabling the ground station to initiate a transmission request to an on-orbit spacecraft antenna terminal through a satellite-ground communication link, waiting for the establishment of communication, and then the ground terminal initiating an FPGA downloading or debugging information transmission request; S2, after receiving the request information, the on-orbit spacecraft antenna terminal transmitting the connection establishment information to the MCU through the Ethernet; S3, the MCU receiving and analyzing an Ethernet data packet containing FPGA downloading or debugging information, and then sending the information to the FPGA through a user-defined JTAG link; S4, after receiving the information of the downloading or debugging information request ground station, the FPGA returning response information and handshake data to the MCU; and S5, after the MCU receives response information and handshake data returned by the FPGA, the information being transmitted to the on-orbit spacecraft antenna terminal through the Ethernet.

The invention discloses a mechanical equipment operation monitoring system based on a cloud platform and the cloud platform. The system comprises an equipment layer and the cloud platform; the equipment layer comprises mechanical equipment to be monitored and a plurality of sensors arranged on the mechanical equipment, wherein the multiple sensors upload operation data of the detected mechanical equipment to the cloud platform; the cloud platform comprises a server cluster and a corresponding resource pool of the server cluster; the resource pool is used for storing computing resources and related application programs of the server cluster, and running data uploaded by the equipment layer; and the server cluster monitors a running state of the mechanical equipment based on the data running. The mechanical equipment operation monitoring system based on the cloud platform and the cloud platform can realize stable remote monitoring and debugging of the mechanical equipment.

The invention discloses a remote debugging system applied to a coal mining machine, relates to the technical field of remote debugging of the coal mining machine, and mainly aims to realize remote debugging of a coal mining machine controller at any position above and below a well by utilizing connection between an industrial internet and an intrinsic safety type switch without conversion of a communication protocol, so that the remote debugging efficiency is improved. The system comprises a coal mining machine module, a data transmission module and a debugging module, and the debugging moduleis used for generating a remote debugging instruction; the data transmission module is used for forwarding the remote debugging instruction from the debugging module to the coal mining machine module; the coal mining machine module is used for debugging a coal mining machine according to the remote debugging instruction to obtain debugging result information, and acquiring running state information of the coal mining machine; and the data transmission module is also used for forwarding the debugging result information and the running state information to the debugging module from the coal mining machine module. The remote debugging system is suitable for remote debugging of the coal mining machine.

The invention relates to a debugging board for realizing SSD remote debugging. The debugging board comprises a board card; a communication module, a data analysis module and a processor are configured on the board card; the communication module is configured to receive a debugging data packet sent by a debugging server; the data analysis module is configured to analyze the debugging data packet and extract a current debugging instruction from the debugging data packet; and the processor is configured to send the debugging instruction to the SSD chip, so that the SSD chip executes corresponding operation according to the debugging instruction. Remote debugging of the SSD chip is realized, so that great convenience is provided for debugging of the SSD chip.

The invention discloses a remote debugging method. The method includes: obtaining register data from a central controller (CPU) through a serial platform environment control interface (PECI) bus; The line bus (I2C) sends a control command and the register data to the (Dash) network card, and the control command is used to instruct the (Dash) network card to send the register data to the remote debugging host, so that the remote debugging host can The exception object corresponding to the register data in the workstation performs remote debugging.

The invention provides a remote debugging method and device, electronic equipment and a medium. The method comprises the following steps: acquiring a debugging instruction sent by a user through a debugging client; sending the debugging instruction to a Raspberry Pi server through a wireless local area network; and controlling the Raspberry Pi server to send the debugging instruction to the emulator, so that the emulator debugs the embedded device according to the debugging instruction, and the embedded device can be remotely debugged through the debugging client.

The invention discloses a JTAG remote debugging method and relates to the field of JTAG debugging. A JTAG Ethernet remote debugging method, comprising: JTAG conversion module power-on self-inspection or no self-inspection; checking or not checking whether the JTAG conversion module is connected to the debugging center; the debugging center carries out framing and packaging of debugging data or receives JTAG conversion The data packet uploaded by the module is parsed; the JTAG conversion module receives the data packet sent by the debugging center or sends the data packet returned by the JTAG of the device under test to the debugging center; the JTAG conversion module receives the data packet from the debugging center or sends the data to the debugging center The package distinguishes different devices under test and different debugging centers through different IP addresses and port addresses; parses the JTAG protocol, including serial-to-parallel conversion and parallel-to-serial conversion, FIFO buffer, timing synchronization and other digital signal processing processes. The present invention can use one or more computers to debug multiple corresponding devices; the main function realized by integrating the JTAG conversion module is to convert Ethernet to JTAG.

The embodiment of the invention discloses a method for remote debugging. The method is applied to a system for remote debugging. The system comprises at least one client and a server; and the method for remote debugging comprises the steps of deploying a client agent in each client and deploying a server agent in the server; sending a client identification identifier to the server agent; receiving to-be-debugged service data sent by the server agent when the server agent determines the client identity based on the client identification identifier; sending the to-be-debugged service data to an IDE (Integrated Development Environment) in the client and applying the to-be-debugged service data to the IDE for debugging so as to obtain service debugging data; receiving the service debugging data sent by the IDE; and sending the service debugging data to the server agent. The invention also provides the client agent, the server agent and the system for remote debugging. According to the method for remote debugging, restriction from a firewall security policy at the client side can be avoided, and accordingly remote debugging still can be realized in the presence of the restriction from the firewall security policy.

The invention discloses a Web-based chip testing and debugging system which comprises a debugging chip, the debugging chip is connected with a tested chip, the debugging chip is connected to a Web browser through a network, and an Http request is sent to the debugging chip through the Web browser; the debugging chip receives and analyzes an Http request sent by the Web browser, the debugging chip analyzes the Http request, converts the Http request into a JTAG command and sends the JTAG command to the tested chip, the tested chip executes the JTAG command and returns an execution result to the debugging chip, and the debugging chip converts the execution result into an Html format and sends the Html format to a network, and the Html format is checked through the Web browser. According to the invention, the Web browser is connected with the debugging chip through the network to realize remote debugging, unification of JTAG test binary codes and test commands of test chips of various models is realized, and the method is suitable for testing chips of various types.

The invention discloses a remote control and diagnosis system of a bipolar plate preparation hot press machine, and a remote control and diagnosis method of the bipolar plate preparation hot press machine. The system comprises a wireless data acquisition module, a command control module, a remote communication module and a remote communication platform. The wireless data acquisition module obtains three real-time parameters of the bipolar plate preparation hot press machine: a stamping speed, slide block flatness and temperature of a hot press board. The command control module makes a corresponding comparison of each real-time parameter with a corresponding working range and then makes corresponding judgments: when any real-time parameter exceeds the corresponding working range, power-off is executed on the bipolar plate preparation hot press machine, a fault state diagnosis is performed on state data of the bipolar plate preparation hot press machine, and a fault type of the bipolar plate preparation hot press machine is output so that maintenance is perform by a worker according to the fault type. A remote session between the remote communication platform and the command control module is achieved through the remote communication module, and remote expert consultation is performed on the real-time parameters, so a state of the bipolar plate preparation hot press machine is reanalyzed.