33results about How to "Improve commissioning efficiency" patented technology

The embodiment of the invention discloses an API application debugging and testing method and device and a storage medium, and belongs to the technical field of networks. The method comprises the steps that a target debugging log is acquired, the target debugging log is a debugging log generated in the debugging process of a target API application, and the target API application is formed by arranging at least one API service; a target calling log of the target API service is obtained from the target debugging log, and the target API service is any API service called in the debugging process of the target API application; obtaining key information in the target call log; presenting critical information. According to the embodiment of the invention, the problem that the debugging and testing efficiency of the API application is relatively low is solved, and the debugging and testing efficiency of the API application is improved. The embodiment of the invention is used for API application debugging and testing.

The invention relates to a method and a system used for the regulation and test of automation software, in particular to a method and a system which can automatically generate samples used for testing and can carry out the software regulation and test by a simulator. The invention can automatically form the samples used for testing in the running process of the program by adding message record, interface record, interaction message and system message between the program modules which carry out message interaction, and read and execute the memorized samples used for testing by the simulator soas to carry out the automatic site recovery, thus greatly improving the efficiency of the programme regulation and test.

The application discloses an optical module commissioning system, an optical module commissioning method, and a host computer, wherein the optical module commissioning system controls the temperature of the optical module to be tested by spraying a standard temperature gas from a thermal shock testing machine, and because The multi-channel output module can divide the standard temperature gas into multiple channels, which allows the thermal shock tester to cooperate with the multi-channel output module to simultaneously control the temperature of multiple optical modules to be tested, geometrically shortening the time to be tested. The time when the temperature of the photometric module is adjusted to the standard temperature is conducive to improving the commissioning efficiency of the photometric module to be tested. At the same time, a thermal shock tester can simultaneously control the temperature of multiple photonic modules to be tested, which can improve the commissioning efficiency. At the same time, there is no need to add an expensive thermal shock testing machine, which is conducive to reducing the commissioning cost of the optical module to be tested.

The invention discloses a method for optimizing the uplink noise floor of a multi-service digital distribution system, which comprises the steps of obtaining the set value of the number of multi-service remote units in the multi-service digital distribution system; obtaining the number value of the multi-service remote units in place; The set value of the number of business remote units and the value of the number in place, look up the preset attenuation table, and obtain the target value of the uplink noise floor attenuation value of the multi-service digital distribution system; wherein, the number of places in place corresponds to the target value; The current uplink noise floor attenuation value of the service digital distribution system is updated to the target value. Also disclosed are an uplink noise floor optimization device for a multi-service digital distribution system and a multi-service digital distribution system. By automatically adjusting and optimizing the uplink gain attenuation of the system according to the on-site quantity value and quantity setting value of the multi-service remote unit, it solves the problem of low commissioning efficiency in the traditional uplink floor noise commissioning, and greatly improves the commissioning efficiency. The effect of measuring efficiency.

The invention discloses a remote control debugging method for a traffic supplementary light, which comprises the following steps: firstly installing the pan-tilt on a monitoring pole on one side of a traffic camera, then connecting the supplementary light and the pan-tilt to each other; and then installing the pan-tilt Connect the traffic control box with the control line of the fill light; then connect the commissioning software to the traffic control box, and adjust the rotation angle of the gimbal and the output power of the fill light in turn through the preset commissioning method, and then take pictures by the camera And transmit back to the test software, the operator compares all the pictures and selects the final picture, and the test software transmits the test parameters used in the picture back to the gimbal and fill light as the final parameters; finally disconnect the test software and the traffic control box Connect to complete the commissioning. The invention has the characteristics of short commissioning time, low commissioning cost, high safety and good supplementary light effect.

The present invention relates to the technical field of walkie-talkies, and provides an automatic commissioning method for walkie-talkies. The method includes the following steps: (1) performing debugging and testing device connections, (2) providing a walkie-talkie to be commissioned, and connecting the walkie-talkie to be commissioned Connect the test instrument interactively, and establish a communication connection between the intercom to be tested and the computer through the second serial port, and at the same time connect the digital power supply to the power terminal of the intercom to be tested; (3) Start the computer for debugging, and set the configuration file for the testing program, (4) start Interphone test instrument and digital power supply, set the pre-parameters of the digital power supply, set the pre-parameters of the intercom test instrument, (5) start the debugging and testing procedures, (6) replace the next intercom to be commissioned after the commissioning is completed. The popularization and application of the walkie-talkie automatic commissioning method is a very effective way to effectively reduce the difficulty of the operation, reduce the intensity of the operation, reduce human errors, improve the efficiency of the operation, improve the accuracy of the operation, and increase the production capacity.

The invention discloses an Ethernet / Ip application layer session dynamic tracking method which is based on use of a SessionHandle field in an Ethernet / Ip protocol. The field is high in implementation complexity and can accurately control a session of an application layer. The method mainly comprises two steps of: firstly, acquiring SessionHandle; and secondly, using the SessionHandle, wherein in the process of monitoring session communication, filtering and screening are carried out on communication data packets, and once a request data packet and a response data packet of a consultation SessionHandle client are detected out, SessionHandle of the response packet is cut out and added into a link table using a HASH value calculated by tuple information of the data packet as a link table node; and after the SessionHandle is acquired, besides normal protection, SessionHandle tracking is carried out on all the following data packets, and according to a SessionHandle value stored in the link table, all the protocol communication data packets are continuously matched to implement dynamic tracking. The method can solve the problems of poor protection intensity and small protection coverage of the Ethernet / Ip protocol.

The invention discloses a method of tracking business. The core idea of the method is that a routing control is applied to a key business component which has a business path branch option, thus a tracking system can plan in advance an execution path for the tested business. A follow-up control server can dynamically send down a path choice strategy repeatedly and modify a path setup directly; anda plurality of path choice strategy proposals sent down can also be connected with corresponding marks and by changing a cue mark the selection of different business paths is realized. The invention also provides a corresponding tracking equipment and system. The invention solves the problem of location difficulty when faults are occurred in a dynamic business path, thus an effective way of analyzing business faults is provided for service providers and operators.