Folkert Rienstra said:
Nope:
(SFF8035r2)
"Implementation Philosophy
The intent of S.M.A.R.T. (Self-Monitoring, Analysis and Reporting
Technology) is to protect user data
and minimize the likelihood of unscheduled system downtime that may be caused by predictable
degradation and/or fault of the device. By monitoring and storing critical performance and calibration
parameters, S.M.A.R.T. devices attempt to predict the likelihood of near-term degradation or fault
condition. Providing the host system the knowledge of a negative
reliability condition allows the host
system to warn the user of the impending risk of data loss and advise the user of appropriate action."
Nothing anywhere near '24 hours in advance warning'. You made that up, as
you do so many.
Maybe not in the specs for whatever reason (legal stuff maybe - yes, this is
a guess). The 24 hours is a quote from people actively invloved in SMART
development. You will of course dispute that but I do not care.
Nope. The alerts are based on the rate of deterioration continuing.
If it doesn't, it's not SMART's fault. And it is not SMART that is issuing
the message, it is the program monitoring the SMART interrupts and tables
that do the communicating to the user that will be at fault in such case.
Yes, the program is the messenger, that's all. It's the SMART specification
which determines under what conditions an alert to the user should be issued
and it even specifies in exact wordings what that message should be. False
positives, being SMART prediction failure while the disk if fine. False
positives, being disks returned to the manufacturer due to SMART alerts
while no problems can be found (about 20% of returns after SMART warnings).
Again, you think you know it all while you continue to proof lack of
practical knowledge.
= Reallocated_Sector_Count, pre-failure
= Seek_Error_Rate, end_of_life
= Hardware_ECC_Recovered, end_of_life
Yeah, what about that? Is there a point in you rephrasing that?
now.
In which case there never was a point in doing it at all.
Not according to Netiv, you weren't.
Zvi quoted me right. In general under those circumstances my advise is to
clone the disk. What's up with you, you can't even read?
"Joep already restricted the scope of this discussion to "a disk can not be
written to, if file recovery tools stall, and if expensive commercial data
recovery isn't an option." "
As if there is any other cause.
Indeed there is.
Because it couldn't be read.
Yes, that's true smart pants, it couldn't been read.
Because that's the only error a harddrive can tell.
That's bull, I have no other words for that.
Thanks for explaining the real reason: PARANOIA !
You can continue making a fool of yourself, it is so obvious (not to you but
that does not qualify) that I am not referring to paranioa in the sense of a
mental disorder. It seems you are unable to grasp even the simplest things,
anyone can read what I meant by that: better be safe than sorry.
Or be sorry when you could have been safe.
Sigh
Which can be remedied otherwise.
Not if sectors can't be reallocated.
Same as with the causes removed from the source.
If you can reallocate sectors
Which means that the boot data must have copied correctly and that means
that the responsible data most likely was reassigned to a spare sector on the
source as well, also making the source bootable again.
Which was not the case, the source could not be booted from after the clone.
This is what I mean by your total lack of experience. You assume and assume,
thinking you're really smart, but in r.l. things work differently.