Another wandering soul whispering into the void. If you are looking for my blog you are in the wrong place. The profile and header pictures are brought to you by cdd20.
Why dabble with Firefox? Everything is customizable. How long will this be so? Who knows. , I have custom stylesheets that hide comments everywhere (Firefox/Chrome) among other things. “Experts” only?
about:debugging#/runtime/this-firefoxchrome://browser/content/browser.xhtmltoolkit.legacyUserProfileCustomizations.stylesheets trueAnother wandering soul whispering into the void. If you are looking for my blog you are in the wrong place. The profile and header pictures are brought to you by cdd20.
How hard is it to run Linux? It depends on your luck and persistence. I received a junked Lenovo 11e Chromebook recently and it would always freeze at 99% during any distribution install (classic). Enabling a kernel parameter fixed it. How did I know this? Don’t even ask.
#define SDHCI_QUIRK_BROKEN_CQE (1<<17)
(1<<17) = 0x20000sdhci.debug_quirks=0x20000Another wandering soul whispering into the void. If you are looking for my blog you are in the wrong place. The profile and header pictures are brought to you by cdd20.
There’s a quick way to test the offline behaviour of programs on Linux.
unshare -c -n bash$ ip addr
1: lo: <LOOPBACK> mtu 65536 qdisc noop state DOWN group default qlen 1000
link/loopback 00:00:00:00:00:00 brd 00:00:00:00:00:00List network namespaces with lsns.
$ lsns -t net
NS TYPE NPROCS PID USER NETNSID COMMAND
999 net 2 111 user 3 systemd
888 net 1 222 user unassigned └─bashAnother wandering soul whispering into the void. If you are looking for my blog you are in the wrong place. The profile and header pictures are brought to you by cdd20.
An actual but where did my Linux memory go command;
This program
(repositories) came in handy while
helping someone resolve an problem. Want to
see memory usage and shared memory, perhaps
sorted by swap?
smem -s swap -kta
smem --sort swap --abbreviate --totals --autosize--sort?
swap (amount of swap space consumed ignoring sharing)
command (process command line)
maps (total mappings count)
name (process name)
pid (process id #)
user (process owner)
pss (proportional set size including sharing)
rss (resident set size ignoring sharing)
uss (unique set size)
vss (virtual set size; total virtual memory mapped)/tmp/ and tmpfs (temporary file storage) abusers;
df -h | grep tmpfs
df --human-readable | grep tmpfs