129results about How to "Speed ​​up the debugging process" patented technology

Disclosed is a computer-implemented system for facilitating generation of a computer-executable financial trading strategy, the system being adapted to provide a graphical user interface for defining a financial trading strategy by arranging interconnectable building blocks into a diagram on a drawing pane provided by the graphical user interface, each building block representing a functional system component of the financial trading strategy; wherein the system includes a plurality of types of functional system components, wherein the drawing pane includes a corresponding plurality of sub-panes, and wherein the system is configured to provide functionality for a user-controlled placement of building blocks into the sub-panes corresponding to the respective types of building blocks.

The multi-user server technology allows multiple host stations to configure, load, and execute multiple jobs in a reconfigurable hardware unit for emulation purposes, simulation acceleration purposes, and a combination of emulation and simulation in a concurrent manner. The reconfigurable hardware unit includes a plurality of hardware resources (e.g., FPGA chips on slot module boards) for modeling at least a portion of one or more user design. The server includes a bus arbiter for deciding which one of the host stations will be coupled to the hardware resources via the bus multiplexer. The plurality of hardware resources includes slot modules, which includes one or more boards of FPGA chips. An arbitration decision is made to assign a particular slot(s) to a particular host. A host and its respective assigned slot(s) can communicate with each other while other hosts and their respective assigned slot(s) communicate with each other.

A novel and useful system and method of time traveling source code debugging including several advanced capabilities that significantly improve the source code debugging process. Upon hitting a breakpoint or opening a dump file, the debugger travels to the future which can be altered by a user by modifying code on the fly (live coding) and receiving immediate feedback to validate bug fixes. Visual annotations including values of variables and expressions are provided as a heads up display effectively flattening time and space. A pivoting capability allows a user to switch the execution context of the code at any time. Point in time links that store the state of the debugging session can be created and activated. An asynchronous collaboration and messaging system enables multiple participants to share a debugging session. An optional redaction capability is also provided for obscuring or replacing sensitive private information.

The present invention discloses an automobile simulation method and device, and an automobile test simulation system. The method comprises: receiving a test command from a test industrial personal computer, wherein the test command includes an automobile test command or a chassis dynamometer industrial personal computer command; if the automobile test command is received, executing a simulation step, and if the chassis dynamometer industrial personal computer command is received, executing a chassis dynamometer simulation step; performing a diagnosis simulation step including simulating each electric unit of the automobile to execute the diagnosis response message returned back by the corresponding diagnosis function or simulating the control response message returned back by executing the automobile test command according to the automobile test command, and returning back corresponding message to the rest industrial personal computer or controlling the response message; and performing a drum simulation step including returning back corresponding chassis dynamometer data according to the chassis dynamometer industrial personal computer command, and returning back the chassis dynamometer data to the test industrial personal computer. Various required signals are supplied to the test system GATS for debugging so as to accelerate the debugging work of the GATS.

The invention discloses a board card test device, which comprises a physical interface unit and a control unit, wherein an inserting connection hole is formed in the physical interface unit; an insertion core of a board card to be tested is inserted into the inserting connection hole; the control unit is connected with the physical interface unit and used for testing the board card to be tested according to a test program which is locally set; and the control unit is in data communication with the board card to be tested in the test process. The board card test device can be used for testing whether the communication of the board card is normal. The board card test device is easy to operate and particularly applicable to a debugging scene of a railway vehicle so as to test the board card in a network monitoring system in the railway vehicle before energization; complicated equipment is not required; and a simple and effective scene test tool is provided for elimination of faults of the board card before the energization of the network monitoring system.

An Accelerated Processing Unit (APU) comprising a central processing unit (CPU) core portion and a graphics processing unit (GPU) core portion coupled to the CPU core portion. The GPU core portion includes a GPU core and a dedicated GPU debugging core, the dedicated GPU debugging core enabling performance of GPU centric debug functions.

The invention discloses a frequency converter monitoring method. The frequency converter monitoring method comprises the steps that a CSV parameter file is called from a CSV parameter file database according to a calling instruction and is analyzed, data information obtained after analysis is stored to an internal storage chain table and displayed in a catalog mode, communication with a frequency converter is carried out through a modbus protocol according to the data information in the internal storage chain table, the working condition information of the frequency converter is obtained, and the data information in the internal storage chain table is updated. Due to the fact that the CSV parameter file is an editable file, when the functions of the frequency converter are modified according to needs of a user, a developer only needs to edit the original CSV parameter file again and modify or add or cancel data content in the original CSV parameter file according to the modification of the frequency converter and does not need to develop or compile the whole CSV parameter file, and therefore field debugging and the integrated development progress are improved.

The invention discloses a mainboard of a microcomputer protective device, which takes a 32-bit DSP as a core and mainly comprises a CPU module and a 14-bit sampling module connected with the CPU module. A double-port SRAM, a CPLD logic device, a CAN bus module and a communication module are also arranged in the mainboard; the CPU module comprises a CPU management module and a DSP central processing module; the CPU management module, the double-port SRAM and the DSP central processing module are sequentially connected through bidirectional buses; at the same time, the CPU management module is also connected with the CPLD logic device and the communication module, and the sampling module and the CAN bus module are also connected with the DSP central processing module. A modular circuit with multiple functions is also arranged in the mainboard, such as a warning device, a display module, a clock module, etc. The mainboard has the advantages of strong function, high processing speed, high informatization level, convenient data sharing, good stability, etc., and is mainly used in the microcomputer protective device.

The invention discloses a communication control circuit for a laser tracker, which comprises a digital signal processor, an acquisition module, a communication module, and a signal driving module. The control part of the digital signal processor of the communication control circuit only shoulders closed-loop control of the outermost layer position, and speed control and current closed-loop control are realized by the communication module in outer servo driving. In addition, the communication control circuit of the invention also adopts a modular design, and a testability design and an extensibility design are introduced. The circuit of the invention has complete integrated functions, the control part only shoulders closed-loop control of the outermost layer position, computational burden and real-time performance are reduced after decomposition, and hardware foundation is laid for adopting advanced control algorithm and improving the control frequency; monitoring on operation states of each module and the overall body is enhanced, and the debugging efficiency and the troubleshooting efficiency are improved; and the servo system which does not have a high real-time performance requirement can be directly used a current, speed and position three-closed loop integrated control and communication unit.

The invention discloses a method and system for detecting the bandwidth flatness and consistency of a multichannel digital oscilloscope, and the method comprises the following steps: S1, enabling an oscilloscope standard instrument to output high and low levels to all channels; S2, enabling the oscilloscope standard instrument to continuously output standard sine waves from 1Hz to the maximum bandwidth; S3, enabling the oscilloscope to scan the standard sine wave of each channel; S4, enabling the oscilloscope standard instrument to output an end identification to each channel; S5, enabling a detection program to extract the intensive waveform data collected by each channel of the oscilloscope; S6, dividing the data of the intensive waveform into a plurality of parts, and carrying out the waveform interception; S7, calculating the amplitude of each part of waveform data; S8, connecting the calculated amplitudes of all frequency points of all channels, and obtaining a corresponding frequency response curve; S9, comparing the consistency of all channels on the same image, and recording the frequency point with the maximum difference and the corresponding channel as oscilloscope consistency parameters. The method speeds up the circuit bandwidth debugging, and shortens a product research and development time.

A novel and useful system and method of time traveling source code debugging including several advanced capabilities that significantly improve the source code debugging process. Upon hitting a breakpoint or opening a dump file, the debugger travels to the future which can be altered by a user by modifying code on the fly (live coding) and receiving immediate feedback to validate bug fixes. Visual annotations including values of variables and expressions are provided as a heads up display effectively flattening time and space. A pivoting capability allows a user to switch the execution context of the code at any time. Point in time links that store the state of the debugging session can be created and activated. An asynchronous collaboration and messaging system enables multiple participants to share a debugging session. An optional redaction capability is also provided for obscuring or replacing sensitive private information.

The present invention relates to a measurement and control device and a misoperation-preventive locking logic display method thereof, which belong to the technical field of power system protection and automation. The method of the invention firstly determines the misoperation-preventive locking logic according to a misoperation-preventive logic rule base; then, the determined misoperation-preventive locking logic is loaded into the measurement and control device; the measurement and control device identifies the received misoperation-preventive locking logic and marks it with an OR gate logic, and the corresponding logical expression is split into at least two parallel sub-logical expressions; and finally the contents of the sub-logical expressions obtained are graphically displayed. The method of the invention can display the blocking logic diagram in real-time on the measurement and control device so as to make the engineer intuitively, conveniently and real-time determine whether the blocking logic result reflects the actual working condition of the equipment layer and to facilitate the debugging progress of the automation project of a substation.

The invention provides a visual programming method and operation system of a truss mechanical arm. The debugging progress of the truss mechanical arm can be accelerated, and the debugging cost of the truss mechanical arm can be reduced. The method comprises the steps that by means of the recipe function of a human machine interface, parameters set by a user on the human machine interface according to the actual need of the truss mechanical arm are received, the set parameters are downloaded into a programmable logic controller, and the parameters are used for determining the operating track of the truss mechanical arm and comprise positions and paths; the programmable logic controller carries out position control over the operating track of the truss mechanical arm according to the received parameters, and the actual operating position of the truss mechanical arm is detected; and the actual operating position of the truss mechanical arm and the expected position are compared through the programmable logic controller, and if the actual operating position of the truss mechanical arm and the expected position are the same, the operating process of the truss mechanical arm operates according to the parameters set on the human machine interface. The visual programming method and operation system of the truss mechanical arm relate to the technical field of automation equipment.

The invention relates to a display system and method of a display screen, and the method comprises the steps: obtaining a screen display parameter file from an external storage device; storing mark information used for indicating restarting to be displayed by the screen display parameter file; and after restarting, displaying in the screen display parameter file according to the mark information.Through the process, if the screen parameter file needs to be modified, the content in the screen display parameter file can be directly modified, the processes of re-modifying codes, compiling and packaging system software, burning a system and the like are not needed, display screens with different resolutions can be adapted, the time is saved, the development and debugging progress of productsis accelerated, and the production efficiency is improved.