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Operating Systems OS X (Apple) 12-Core MacPro (2013) kernel_task over 1200% Post 303033915 by Neo on Sunday 14th of April 2019 08:38:20 AM
Old 04-14-2019
Over six hours into this MacOS Time Machine external USB restore process, and the progress is very slow:

Code:
Restored 28.51GB

Time remaining:  36 hours and 19 minutes.

Looks I will not be coding for the forums for a few days because it is really a pain to develop software on a 13" MacBook Air.

I'm starting to wonder if my 250GB SSD is going bad. Seemed fine before, no errors at all. I'll have to test it when (if) this very slow recovery process finishes.

Seems to be restoring from my USB external drive at between 4 and 5 GB per hour. That means there is at least nearly two days left to go.

All was fine until I installed TeamViewer yesterday; but I'm not convinced this problem is caused by an TeamView kernel extension.

OS: Latest Version of MacOS Mojave
Box: 12-core MacPro (Late 2013) with 64 GB RAM and a 250GB SSD.
This User Gave Thanks to Neo For This Post:
 

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shevek::relative_time(3)				     Library Functions Manual					  shevek::relative_time(3)

NAME
shevek::relative_time - Time interval. SYNOPSIS
#include <time.hh> Public Member Functions relative_time () The default constructor creates an interval of 0. relative_time (timetype days, int hours, int minutes, int seconds, int nanoseconds=0) Construct an interval of a given size. relative_time (timetype seconds, unsigned nanoseconds) Fast constructor. relative_time operator+ (relative_time that) const Add two intervals. absolute_time operator+ (absolute_time that) const Add an interval to a moment. relative_time operator- (relative_time that) const Subtract two intervals. relative_time operator- () const Negate an interval. relative_time operator* (float c) const Scale an interval. relative_time operator/ (float c) const Scale an interval. relative_time operator% (relative_time that) const Modulo operator for two intervals. double operator/ (relative_time that) const Division of two intervals. relative_time & operator+= (relative_time that) Add an interval. relative_time & operator-= (relative_time that) Subtract an interval. relative_time & operator*= (float c) Scale the interval. relative_time & operator/= (float c) Scale the interval. relative_time & operator%= (relative_time that) Modulo. bool operator< (relative_time that) const Compare with another interval. bool operator> (relative_time that) const Compare with another interval. bool operator<= (relative_time that) const Compare with another interval. bool operator>= (relative_time that) const Compare with another interval. bool operator== (relative_time that) const bool operator!= (relative_time that) const unsigned nanoseconds () const Number of nanoseconds. unsigned seconds () const Number of seconds. unsigned minutes () const Number of minutes. unsigned hours () const Number of hours. unsigned days () const Number of days. bool isnegative () const Is this a negative interval? timetype total () const Total number of seconds, as encoded. Static Public Member Functions static void set_digits (unsigned num) Set number of digits to use when printing (for fractions of seconds). static unsigned get_digits () Get the number of digits that is used when printing. Friends std::ostream & operator<< (std::ostream &s, relative_time t) Write the interval to a std::ostream. Detailed Description Time interval. Constructor &; Destructor Documentation shevek::relative_time::relative_time (timetypeseconds, unsignednanoseconds) Fast constructor. This directly fills the members and is therefore slightly faster than the other constructors. However, the others aren't really slow either. Member Function Documentation bool shevek::relative_time::operator!= (relative_timethat) const Compare two intervals. Note that this is rarely a useful operation, because minor errors may be introduced by computations. bool shevek::relative_time::operator== (relative_timethat) const Compare two intervals. Note that this is rarely a useful operation, because minor errors may be introduced by computations. Author Generated automatically by Doxygen for libshevek from the source code. libshevek Fri May 11 2012 shevek::relative_time(3)
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