Computer aging program based on Canaima operating system

[0037] Such as figure 1 As shown, the computer aging program based on the Canaima operating system of the present invention includes an on-line assembly and debugging stage, an aging room aging stage and an aging machine inspection stage.

[0038] Install the Canaima operating system on the hard disk, set the aging program on the hard disk with the Canaima operating system installed, and set the aging program parameters according to the configuration of the prototype. The same, if different, the differential component information will be prompted; the aging program will automatically run during the aging stage of the aging room, and only need to connect the host of the prototype to the power supply, without a display; after aging, check whether the functions of each component are normal.

[0040] On the basis of embodiment 1, the computer aging program based on the Canaima operating system of the present invention specifically includes the following stages:

[0041] S1: Install the Canaima operating system in the hard disk, and add an aging program to the Canaima operating system.

[0042] S2: Set the burn-in program parameters in the hard disk according to the configuration of the prototype.

[0043] The script to set the burn-in program parameters in the hard disk is:

[0044]

[0045]

[0046]

[0047] S3: Pre-run the aging program, confirm whether the parameter setting of the aging program is normal, if it is normal, execute S4, otherwise execute S2.

[0048] Pre-run the aging program to ensure that the parameters of the aging program are set normally, and prevent the adverse effects caused by errors in the aging program during the test of the prototype.

[0049] S4: Prototype goes online for debugging, automatically runs the burn-in program when it