Executable Selected For Download On The Following Processes Does Not Exist
Roselia Filarecki
Specifically, the error I get is "/Rev-/Board Layout/log_brd2odb.log' does not exist", followed by a "(SPMHGE-268): brd2odb.exe had errors, use Viewlog to review the log file." in the command window. The end result is that I get a bunch of .OUT files spewed into the Board Layout folder but no .TGZ archive.
- Force-feeding OrCAD a log file; I created a text file named "log_brd2odb.log" and placed it in the same directory as the BRD file. This suppressed the error saying the file doesn't exist, but I still didn't get a successful export and received the SPMGHE-268 error. Furthermore, it even popped up the empty log file in the report viewer. Either way I have no idea what the actual error comes from since it's not writing it out to a log file regardless.
executable selected for download on the following processes does not exist
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- Checked my environmental variables as described in _technology_forums/pcb-design/f/pcb-design/23913/odb-export-fails-brd2odb-log-does-not-exist. My ALLEGRO_BRD2ODB variable points to a MentorGraphics folder instead of a Valor folder since that was 10+ years ago in the original post, but the rest is still the same. I also added the path %ALLEGRO_BRD2ODB%\nv\bin to my user variables. No dice here.
the problem for me was an error during the run time that the compiler didn't notice before. then the .exe file didn't built, therefore the .exe file does not exist so you have to check if your script is fine even if no error is found by the debugger.
Within Windows Explorer, I can right click on an executable file and pick 'Run as administrator' which will launch the selected process with elevated privileges or I can shift-right click on the executable file and click 'Run as different user', specify the username and password which will launch the process with standard privileges using the specified user context.
I notice this is a very old question, but the given answers are not ideal and it's already been necroed. All the existing answers require typing archaic commands and knowing the exact path to your executable. An ideal option would make this possible using the same process you already use for privilege escalation.
Uses as the build tree and as the source tree. The specified paths may be absolute or relativeto the current working directory. The source tree must contain aCMakeLists.txt file. The build tree will be created automaticallyif it does not already exist. For example:
If the : portion is given it must be one of the typesspecified by the set() command documentation for itsCACHE signature.If the : portion is omitted the entry will be createdwith no type if it does not exist with a type already. If acommand in the project sets the type to PATH or FILEPATHthen the will be converted to an absolute path.
Copy files to (either file or directory).If multiple files are specified, or if -t is specified, the must be directory and it must exist. If -t is notspecified, the last argument is assumed to be the .Wildcards are not supported. copy does follow symlinks. That means itdoes not copy symlinks, but the files or directories it point to.
Remove the file(s). The planned behavior was that if any of thelisted files already do not exist, the command returns a non-zero exit code,but no message is logged. The -f option changes the behavior to return azero exit code (i.e. success) in such situations instead.remove does not follow symlinks. That means it remove only symlinksand not files it point to.
You can identify this situation by following the instructions to find the file handle holding process with process explorer above, and noting that the process name is listed as 'system', or by following the the instructions using resource monitor and noting that no image is shown having a filehandle open on your file of interest (Although obviously something does as you can't edit/delete etc the file).
The Process Model Documentation view displays a report of your process model design and the objects it contains. The documentation view can be displayed from Appian Designer or the Process Modeler. Links displayed on the report display the details for the selected object. The report provides the following details:
Some executable file types can run on any compatible system without requiring the existence of another program. These files are considered to pose a high security risk. They include EXE, BAT, COM, CMD, INF, IPA, OSX, PIF, RUN and WSH.
When upgrading to Windows 10, some apps may have compatibility mode turned on automatically. When this happens with VS Code, the terminal breaks as it does some low level things to enable the emulation it uses. You can check and disable compatibility mode by right-clicking on the VS Code executable and selecting properties, then uncheck the Run this program in compatibility mode option in the compatibility tab.
Overrides the path to a special directory or file associated with name.If the path specifies a directory that does not exist, an Error is thrown.In that case, the directory should be created with fs.mkdirSync or similar.
The malware then attempts to open the service named . If it does not exist, the malware creates it with a DisplayName of and a BinaryPath of cmd /c . The malware then starts the service. The malware attempts to open the mutex Global\MsWinZonesCacheCounterMutexA0. If the mutex is not created within 60 seconds, the malware re-lauches itself from the new installation directory with no arguments. The malware then waits 60 seconds for the mutex to be created. If the mutex is created in either instance, the initial executable exits. If the mutex fails to be created, the malware continues as if it was run without the /i argument.
The malware then loads and verifies a key from the file 00000000.dky. The malware then attempts to load a key 00000000.pky. If the key does not exist, the malware imports a public RSA key (seen in Figure 3), generates a new 2048-bit RSA key and saves the public key to 00000000.pky. The malware then saves the generated private key to 00000000.eky, encrypted with the embedded public key.
The malware launches a thread that writes 136 bytes to 00000000.res every 25 seconds. The buffer written includes the current time of the system. If the file 00000000.res does not exist while the malware is initializing, it creates the file. The initial contents begins with eight randomly generated bytes followed by 128 zero bytes.
When encrypting the AES key with RSA, the malware may use the embedded RSA key or a key randomly generated. If the file f.wnry does not exist during initilazation, the malware generates a random number if the file size is less than 209,715,200 bytes. If the number is a multiple of 100, the malware uses the embedded RSA key to encrypt the AES key. A maximum of ten files can be encrypted with this key. When an AES key is encrypted with this RSA key, the malware writes the file path to the file f.wnry. If the random number is not a multiple of 100 or the file f.wnry already exists on the system, the malware will encrypt the AES key with the randomly generated RSA key.
However, on Windows PowerShell, things work very differently. As you learned in the Windows shell section of this tutorial, the different commands are not separate executables. Therefore, PowerShell is internally redirecting the output of one command into another without starting new processes.
When you debug a program compiled with `-g -O', remember that theoptimizer is rearranging your code; the debugger shows you what isreally there. Do not be too surprised when the execution path does notexactly match your source file! An extreme example: if you define avariable, but never use it, GDB never sees thatvariable--because the compiler optimizes it out of existence.
To use attach, your program must be running in an environmentwhich supports processes; for example, attach does not work forprograms on bare-board targets that lack an operating system. You mustalso have permission to send the process a signal.
The first thing GDB does after arranging to debug the specifiedprocess is to stop it. You can examine and modify an attached processwith all the GDB commands that are ordinarily available whenyou start processes with run. You can insert breakpoints; youcan step and continue; you can modify storage. If you would rather theprocess continue running, you may use the continue command afterattaching GDB to the process.
Yes. You can use Node.js' child_process command to execute a binary that you included in your function or any executable from Amazon Linux that is visible to your function. Alternatively several NPM packages exist that wrap command line binaries such as node-ffmpeg. Learn more here.
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