/var/run/dmesg.boot can contain repeated data when not recreated at boot, you can have the same disks discovered
two times, so I made the gawk arrays use the disk id as part of their array key.
Added support, basic, for bsd hard disks, and optical disks.
Added hard disk total/percent used for BSDs, sort of.
These are mostly just hacks since the data isn't easily available from system
standard tools, though I could on freebsd use gpart I guess but that's another tool
needed, and another method, too much work imo for small results.
Now the short form, the -b/-v1 form, and the -C forms are all similar.
Also, added a few hacks to try to extract cpu max speed from cpu model string in
either sysctl -a OR /var/run/dmesg.boot data in freebsd/openbsd. Sometimes it may
work if that data was in the model string. It's a hack, but will do until we get
better data sources or they update their sources to list more data.
handling. Or rather, non handling, since that data only showed in rare cases on short form
(inxi no args) output. Now it uses /sys query to determine min/max speed of cpu, and uses
that data to override any other min/max data discovered.
Still uses /proc/cpuinfo for actual speeds per core. The assumption in this is that all
cares will have the same min/max speeds, which is generally going to be a safe assumption.
Now in short form, inxi, output, it will show actual speed then (max speed) or just (max)
if actual speed matches max speed. Same for -b short CPU output.
For long, -C output, shows max speed before the actual cpu core speeds per core.
With -xx, and in multi cpu/core systems only, shows if available min/max speeds.
Note that not all /sys have this data, so it doesn't show any N/A if it's missing.
permit wget/curl/(openbsd ftp)/(bsd fetch) interchangeably.
This lets more standard downloader defaults in bsds, as well as curl on gnu/linux systems
without triggering an error of missing wget.
1. Fixed cpu core issues on bsds, now shows core count + if > 1, cpus total.
2. Now shows OS instead of Distro on short/long output, since each bsd is an OS.
3. fixed vmstat issues for used memory outputs
Also fixed potential failures with cpu core count array by making it a ',' separated array.
-m/-M would always show requires root for dmidecode no matter what. Also improved dmidecode
error messages/handling.
Also, a fix for no display card data, now shows as expected no card data
Most other fixes are for bsd, mostly openbsd.
1. Added a class for network devices in freebsd pciconf
2. Added -r support for openbsd
3. Fixed some cpu issues for openbsd
4. Fixed an issue in openbsd/freebsd where client version data failed to get cleaned
5. Changed inxi short form output for bsds to show OS data instead of kernel data.
6. BSDs, maybe all, different syntax in xorg.0.log made unloaded gfx drivers not show,
that is fixed now.
-p fixed file system type in -p/-P for openbsd, now shows.
-I / inxi short - fixed used memory, did not show in openbsd, now does.
-f fixed cpu flags in openbsd, now works
-C corrected corrupted cpu data outputs, in openbsd at least, maybe also freebsd
-C added an openbsd hack to sometimes show cpu L2 cache
-m/-M fixed/improved dmidecode error handling for all systems
Modified handling of dmesg.boot data, synched so gawk can parse better.
Now all lines are stripped of ending whitespaces automatically.
Also a dmidecode error handler correction, that was not working right in bsd systems.
Added some debuggers for bsd systems.
output, like so, instead of the old quotes "XFCE4" it shows like this:
XFCE_DESKTOP_WINDOW(WINDOW): window id # 0x1000003
Updated and added a much less strict fallback test case.
that runit/sysvinit are tested for, a test case showed up where runit had been installed
as a dependency but was not the init system, so that was wrong output. Moved runit
after sysvinit case in tests.
I have collected enough datasamples to allow for reasonably fine grained corrections, estimates,
warnings about unreliable capacity now, and have fixed all major failures.
Also, because this stuff is filled out by people somewhere, or not, some fields often are just
empty, or contain the default values, ie, they are worthless. inxi shows N/A for those situations,
it means there is really no actual data to show you.
This feature, sadly, well never be totally reliable, because dmi data is frankly junk, especially
dmi type 5 and 16, which is what is supposed to tell you total capacity of memory array, and the
maximum module size (type 5). However, this data is totally random, often it is right, sometimes
it is wrong. Sometimes type 5 is right and type 16 is wrong, sometimes the other way. And since
type 5 is only present in some systems, it's not reliable anyway.
What is reliable and always right is the actually installed memory per device, ie, sticks. I have
not seen any errors in that, so that seems to be actually coming from the system itself. type 5 / 16
sadly are clearly entered in manually by some poorly paid engineers out there in the world, and are
often total fictions, either far too small, or far too big, or whatever.
inxi will attempt to correct all clear logic errors, and whenever it changes the listed data from
type 5/16, it notes either (est) or (check). (est) means it is a good guess, one I am comfortable making,
(check) means it is either an unreliable guess, or that what the system is reporting is so unlikely that
even though inxi is showing it, it doubts it could actually be true, or at least, it thinks you
should check this yourself.
-m has 3 extra data options, -x prints the part number, if found, and the max module size, if type 5
is present. inxi does NOT attempt to guess at max module size based on what is installed, it only will
correct a listed max module size if installed modules are > than listed max size. Usually part numbers,
if present, are all you need to order a new stick.
-xx shows serial number, manufacturer (often empty, or just random alphanumeric identifiers, but sometimes
they list the actual company name, which is helpful. It also shows, if type 5 data is present, single/double
bank.
-xxx as usual shows largely useless data that may be of interest to soemone, like if ram type is synchronous,
memory bus width data, and module voltage (type 5 data).
This feature will never be reliable I am sad to say because the source data itself is random and much
has been filled out, or not filled out, by engineering drones somewhere out there in the underpaid
world. The ranges of errors are so wide that inxi just has to check what is possible, reasonable, unlikely,
etc, to generate its numbers. In other words, this is NOT just parsing dmidecode output, that is the raw
material only, sad to say.
So this is it, for better or worse. All bug / issue reports with this MUST come with a full:
inxi -xx@14
hardware data upload, run as root.
Also, much to my annoyance, this feature requires root, since /dev/mem needs root to be read, and I assume
the dmi table, so that is a departure from normal inxi standards, as is the low quality input, and thus,
output, data, though I can guarantee that what inxi tells you is in most cases on average more accurate than
what dmidecode tells you, since dmidecode simply prints out what it finds in the dmi table, and nothing else,
in whatever order it finds it, from what I can see, ie, you also cannot trust the order of dmidecode output.
I had been hoping that /sys would start to contain memory data like it does mobo/system data, but it never
happened so I finally decided to just do the ram thing, require dmidecode, require root/sudo, and that's
that.
There will be issue reports, you can help them by looking up the mobo stats/specs yourself and listing them
in the issue, so I don't have to do it. I use the tool at crucial.com which is very accurate and also very
complete in terms of all possible hardware out there.
I would trust that tool before trusting the companies that have the least reliable data, like ASUS.
Much thanks to everyone who is contributing datasets, and the distros, particularly siduction, that really
were very helpful in this process, by finding more and more failure cases that helped me start to tighten
the logic, and make it more and more robust. Special thanks to Mikaela, of #smxi irc.oftc.net, who came up
with two systems that both required a full redo of the logic, and thus who helped a lot in this process.
size, derived mod size 2gb, listed cap 8, but 2 slots, ie, 2gb x 2 == 4. Made this
retain the listed size, but adds (check) to it because either max mod size is wrong
or cap is wrong.
types, in at least one case, it is last, so can't use that as trigger to start loop.
Now using: Table at .. which is always at start of dmi output.
Also, changed size output per module to be in MB GB TB instead of all mB, since modules
are sold by GB or MB, the data should show that as well. Also shortens output.
type 17 in front of type 16), now each array is created as a multidimenstional, 2x array,
and each device is a 3 dimensional array. This seems to clean up the problems with bad
ordering of dmidecode data.
at least making good guesses when the data is bad for ram, and hopefully will not break
too many cases where it was actually right but seemed wrong.
Unfortunately, dmidecode data simply cannot be relied on, and is FAR inferior to the type
of data inxi tries in general to present users, ie, taken directly from the system, and,
ideally, more accurate than most other tools. But in this case, there is just no way to get
the data truly accurate no matter how many hacks I add.
But if you have bad data, then submit: inxi -xx@ 14 so I can take a look at the system,
and see if I can modify the hacks to improve that data.
it is too big, and sometimes too small. Changed data gathering to use arrays, then print/process
the arrays once they are assembled.
Now it will get rid of any max module size if it's greater than the calculated capacity, and it
will generate an estimated capacity/max module size if they are clearly wrong because actual
module sizes are greater than listed max size, or capacity is less than greatest module sizes times
number of devices.
Not perfect, but it never is, this covers more cases now correctly than before.
maximum supported module size, and module voltage. Most systems do not have this data,
but some do. It's Type 5 item in dmidecode.
Getting the type 6 data however is too hard, and even using type 5 assumes that the
system only has one physical memory array, but that's fine given how few systems
probably will have this information in the first place.
