![]() The problem with this approach is that the output would have been intermingled with all the spurious output. I could have sent the script output to the output pane using Printf statements and then saved the output pane contents to a file using OutputPaneSave. the output pane contains no useful output and it would be useful if there was an API to silence such spurious output such as “Executing script”, “Executing template”, etc. Note the output from the script does not appear in the output pane but in an “untitled” pane. Here is what you should see when the script loops through all the Intel microcode binary blobs listed in ucd.lst: Here is what you see when you load the script into the 010 editor and invoke it using F7: According to the 010 Editor online manual The second thing you will probably notice if you are a reasonably proficient C programmer is the switching of file handles and the saving and restored of file offsets as the script works on different files. Outfilename=InputSaveFileName("Output filename","(*.out) ") Īs you can, 010 Editor scripts, like templates, are written in a very C language-like syntax. Assign a filename to output file and close it SPrintf( outline, "%s %s %d/%d/%d %s\r\n", filename,ĭateStr(header.Date), CpuFamily(header.Signature),ĬpuMode(header.Signature), CpuStepping(header.Signature), ![]() Use a template to get the relevant information Something is wrong with the specified microcode file ![]() SPrintf(filename1, "%s%s", cwd, filename) If( FileOpen( listfilename ) 0 & filename = 0xA ) Open text file containing a list of files Listfilename = InputOpenFileName( "Choose file contacting list of Intel Microcode files", Input text file containing a list of files to process Purpose: Output certain header information for a list of Intel microcode files. Here is the 010 Editor script I developed for this exercise: \being somewhat lazy, I left some helper functions here rather than moving them to my 010 Editor script. SPrintf(s, "%0.4X-%0.2X-%0.2X", date & 0xffff, date > 24, (date > 16) & 0xff) īasically, it is a cut-down version of the template I used on my previous post. #define INTEL_MICROCODE_HDR_SIZE (sizeof header) Purpose: Parse Intel Sandy Bridge and later microcode headers in Lenovo firmware.
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