3results about How to "Improve automated testing" patented technology

This invention discloses a method and apparatus for automated testing of parallel mesh generation software, relating to large-scale mesh quality assessment and automated testing process technology. The method includes: deploying a master node, build nodes, and parallel test nodes; establishing connections between nodes; and constructing a schedulable test environment; obtaining a structured configuration file containing compilation tasks, test tasks, and quality analysis parameters based on the test environment; when the master node detects a preset event, distributing compilation tasks to the build nodes based on the configuration file and generating corresponding build artifacts; after compilation, distributing the build artifacts to each parallel test node; each test node executing test tasks based on the build artifacts to generate test artifact meshes; and finally, performing quality analysis on the test artifact meshes and automatically generating test reports, thus achieving full automation and parallel processing of the testing process.

The utility model provides a single board testing device and a board card testing system, and relates to the technical field of testing equipment. The single board testing device comprises a downloading probe assembly, a power strip tool, a tray and a pressing mechanism. The tray is used for placing a to-be-tested board card; the pressing mechanism is used for pressing the to-be-tested board card; the downloading probe assembly is used for downloading a test program to a to-be-tested board card, and the position and angle of the downloading probe assembly can be adjusted; the power strip tool is used for powering on a to-be-tested board card, and the position of the power strip tool is adjustable. The board card testing system comprises a control unit, a board card tester, a robot and the single board testing device. According to the test system, the test tool is automatically put into and withdrawn after the bar code of the to-be-tested board card is scanned, and the test is automatically started. By automatically adjusting the positions of the downloading probe assembly and the power strip tool of the single board testing device, the device can be switched into various different testing tools, dozens of common IO board cards are compatibly debugged, the universality and the intelligent level of a board card testing system are improved, and the testing efficiency is greatly improved.

The utility model relates to the technical field of product air tightness testing, in particular to a double-station air tightness testing structure, which comprises a mounting frame body, a turntable and two testing mold cavities, and is characterized in that the two testing mold cavities are movably arranged on the mounting frame body and are respectively and externally connected with air tightness testing equipment through hoses; the clamp is arranged on the mounting frame body and is used for clamping products positioned on the turntable and the test die cavity; the shifting type switching unit is arranged on the mounting frame body and is connected with the testing mold cavities and the clamps, according to the double-station airtightness testing structure, when a product airtightness test is carried out on the rotating disc, the shifting type switching unit is used for driving the two testing mold cavities to carry out shifting adjustment, and the clamps are controlled to clamp and transfer any product; therefore, the carrying time of the product at the air tightness test station is reduced, and the test efficiency is improved to a certain extent.