shm | Use of golang shared memory

Just add these 2 lines to your onPrepare

If what you are trying to solve really is:

Solution was adding --verbose mode and see the logs. The problem was that azure didn't support node version 15. Downgraded nodejs to version 13.12.0 and it worked.

You can try to configure the temporary cache directory

If you are using Selenium with Python then add these extra options into your Selenium code-

With GNU awk. If second field contains /dev/shm then append ,noexec to fourth field.

If you launch Chrome with different arguments, it launches a new instance. So in this case making --remote-debugging-port to be in different port will make the driver launch a new instance instead of using the existing instance.

There's too much for me to put this in a comment, so I will summarize here. Maybe it will help you, or someone else. I should also mention this is for RHEL EC2 instances behind a corporate proxy (not Arch Linux), but I still feel like it may help. I had to do the following to get puppeteer working. This is straight from my docs, but I had to hand-jam the contents because my docs are on an intranet.

I had to install all of these libraries manually. I also don't know what the Arch Linux equivalents are. Some are duplicates from your question, but I don't think they all are:
pango libXcomposite libXcursor libXdamage libXext libXi libXtst cups-libs libXScrnSaver libXrandr GConf2 alsa-lib atk gtk3 ipa-gothic-fonts xorg-x11-fonts-100dpi xorg-x11-fonts-75dpi xorg-x11-utils xorg-x11-fonts-cyrillic xorg-x11-fonts-Type1 xorg-x11-fonts-misc liberation-mono-fonts liberation-narrow-fonts liberation-narrow-fonts liberation-sans-fonts liberation-serif-fonts glib2

If Arch Linux uses SELinux, you may also have to run this:
setsebool -P unconfirmed_chrome_sandbox_transition 0

It is also worth adding dumpio: true to your options to debug. Should give you a more detailed output from puppeteer, instead of the generic error. As I mentioned in my comment. I have this option ignoreDefaultArgs: ['--disable-extensions']. I can't tell you why because I don't remember. I think it is related to this issue, but also could be related to my corporate proxy.

That's expected, considering the way strace is implemented, i.e. via the ptrace(2) system call: every time the traced process performs a system call or gets a signal, the process is forcefully stopped and the control is passed to the tracing process, which in the case of strace does all the unpacking & printing synchronously, i.e. while keeping the traced process stopped. That's the kind of path which increases any emulation overhead exponentially.

It would be instructive to strace strace itself -- you will see that does not let the traced process continue (with ptrace(PTRACE_SYSCALL, ...)) until it has processed & written out everything related to the current system call.

Notice that in order to run a "trivial" sleep 1 command, the dynamic linker will perform a couple dozen system calls before even getting to the entry point of the sleep binary.

I don't think that optimizing strace is worth spending time on; if you were planning to run strace as an auditing instead of a debugging tool (by running production tasks under strace or similar), you should reconsider your designs ;-)