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P10 @@SUpp ` = pc 0@ pppQ PD  pQ Ѝ0PP @@@I@@QBP@p` \ 0 A 8ʈ|@P @ 90@@@ 9@0@@@ x@@@ ) @@ i`@@ R (@HT@@# @0@@-P 90@@eH@-@@*@-@  $Dcp @P P@@lP@=( 9 @0@`@ pJ@-P490@P @@)x8@-@PP  H)p  @P8 90@@ 08U8]0S `@@8U 8(  @@@ $8 t@@88@-k7P@jPP @0S)D p 8@@ 8Q `@@8Q 90@@8 @@ (  @@@ 8(  @@L@ 8/E-`p@O< PjEQ@1 @3/T:/0 0 R ]갡@-ahrsuvwD ,4@HPXf\dlhwclock - query and set the hardware clock (RTC) Usage: hwclock [function] [options...] Functions: -h | --help show this help -r | --show read hardware clock and print result --set set the rtc to the time given with --date -s | --hctosys set the system time from the hardware clock -w | --systohc set the hardware clock to the current system time --systz set the system time based on the current timezone --adjust adjust the rtc to account for systematic drift since the clock was last set or adjusted --getepoch print out the kernel's hardware clock epoch value --setepoch set the kernel's hardware clock epoch value to the value given with --epoch --predict predict rtc reading at time given with --date -v | --version print out the version of hwclock to stdout Options: -u | --utc the hardware clock is kept in UTC --localtime the hardware clock is kept in local time -f | --rtc=path special /dev/... file to use instead of default --directisa access the ISA bus directly instead of %s --badyear ignore rtc's year because the bios is broken --date specifies the time to which to set the hardware clock --epoch=year specifies the year which is the beginning of the hardware clock's epoch value --noadjfile do not access /etc/adjtime. Requires the use of either --utc or --localtime --adjfile=path specifies the path to the adjust file (default is /etc/adjtime) --test do everything except actually updating the hardware clock or anything else -D | --debug debug mode /dev/rtc%s from %s hwclockutil-linux-ng 2.18Not adjusting drift factor because the Hardware Clock previously contained garbage.Not adjusting drift factor because last calibration time is zero, so history is bad and calibration startover is necessary.Not adjusting drift factor because it has been less than a day since the last calibration.Clock drifted %.1f seconds in the past %d seconds in spite of a drift factor of %f seconds/day. Adjusting drift factor by %f seconds/day /var/lib/lastdatew%02d.%02d.%04d Time elapsed since reference time has been %.6f seconds. Delaying further to reach the new time. Setting Hardware Clock to %.2d:%.2d:%.2d = %ld seconds since 1969 Clock not changed - testing only.The Hardware Clock registers contain values that are either invalid (e.g. 50th day of month) or beyond the range we can handle (e.g. Year 2095). %c%s %.6f seconds %s: , errno=%d: %s. localunknownUTCLOCALrcannot open file %s%lf %ld %lf%ldUTC LOCAL %s: Warning: unrecognized third line in adjtime file (Expected: `UTC' or `LOCAL' or nothing.) Last drift adjustment done at %ld seconds after 1969 Last calibration done at %ld seconds after 1969 Hardware clock is on %s time Assuming hardware clock is kept in %s time. Waiting for clock tick......synchronization failed...got clock tick%d.%d.%d Time read from Hardware Clock: %4d/%.2d/%.2d %02d:%02d:%02d TZInvalid values in hardware clock: %4d/%.2d/%.2d %.2d:%.2d:%.2d Hw clock time : %4d/%.2d/%.2d %.2d:%.2d:%.2d = %ld seconds since 1969 The Hardware Clock does not contain a valid time, so we cannot adjust it. Not setting clock because last adjustment time is zero, so history is bad.Time since last adjustment is %d seconds Need to insert %d seconds and refer time back %.6f seconds ago Needed adjustment is less than one second, so not setting clock.The Hardware Clock does not contain a valid time, so we cannot set the System Time from it. Calling settimeofday: tv.tv_sec = %ld, tv.tv_usec = %ld tz.tz_minuteswest = %d Not setting system clock because running in test mode.Must be superuser to set system clock. settimeofday() failedUnable to set system clock.%Y/%m/%d %H:%M:%SCurrent system time: %ld = %s UTC: %s At %ld seconds after 1969, RTC is predicted to read %ld seconds after 1969. %f %ld %f %ld %s Not updating adjtime file because of testing mode.Would have written the following to %s: %sCould not open file with the clock adjustment parameters in it (%s) for writingCould not update file with the clock adjustment parameters (%s) in itDrift adjustment parameters not updated. C?hvVDarsuwAJSFf:%s takes no non-option arguments. You supplied %d. You have specified multiple functions. You can only perform one function at a time. %s: The --utc and --localtime options are mutually exclusive. You specified both. %s: The --adjust and --noadjfile options are mutually exclusive. You specified both. %s: The --adjfile and --noadjfile options are mutually exclusive. You specified both. /etc/adjtime%s: With --noadjfile, you must specify either --utc or --localtime No --date option specified. --date argument too long The value of the --date option is not a valid date. In particular, it contains quotation marks. date --date="%s" +seconds-into-epoch=%%sIssuing date command: %s Unable to run 'date' program in /bin/sh shell. popen() failedresponse from date command = %s The date command issued by %s returned unexpected results. The command was: %s The response was: %s The date command issued by %s returned something other than an integer where the converted time value was expected. The command was: %s The response was: %s date string %s equates to %ld seconds since 1969. No usable set-to time. Cannot set clock. Sorry, only the superuser can change the Hardware Clock. Sorry, only the superuser can change the System Clock. Sorry, only the superuser can change the Hardware Clock epoch in the kernel. The kernel keeps an epoch value for the Hardware Clock only on an Alpha machine. This copy of hwclock was built for a machine other than Alpha (and thus is presumably not running on an Alpha now). No action taken. Using %s. No usable clock interface found.Cannot access the Hardware Clock via any known method. Use the --debug option to see the details of our search for an access method. seconds-into-epoch=adjusthelpshowhctosysutcversionsystohcdebugsetgetepochsetepochnoadjfilelocaltimebadyeardirectisatestdateepochrtcadjfilesystzpredict-hccmos_read(): write to control address %X failed: %s cmos_read(): read data address %X failed: %s /dev/portCannot open /dev/port: %sI failed to get permission because I didn't try. cmos_write(): write to control address %X failed: %s cmos_write(): write to data address %X failed: %s RTC_RD_TIMEioctl() to %s to read the time failed. open() of %s failed%s does not have interrupt functions. Waiting in loop for time from %s to change Timed out waiting for time change. select() to %s to wait for clock tick failedselect() to %s to wait for clock tick timed out ioctl() to %s to turn off update interrupts failedioctl() to %s to turn on update interrupts failed unexpectedlyRTC_SET_TIMEioctl() to %s to set the time failed. ioctl(%s) was successful. Open of %s failedTo manipulate the epoch value in the kernel, we must access the Linux 'rtc' device driver via the device special file %s. This file does not exist on this system. Unable to open %sioctl(RTC_EPOCH_READ) to %s failedwe have read epoch %ld from %s with RTC_EPOCH_READ ioctl. The epoch value may not be less than 1900. You requested %ld setting epoch to %ld with RTC_EPOCH_SET ioctl to %s. The kernel device driver for %s does not have the RTC_EPOCH_SET ioctl. ioctl(RTC_EPOCH_SET) to %s failed/dev/rtc0/dev/misc/rtc/dev interface to clock  Lvvoh<  wh(oHooֈw$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$xpql pA0aeabi&7-A A   hwclock.util-linux-ng(S.shstrtab.interp.note.ABI-tag.gnu.hash.dynsym.dynstr.gnu.version.gnu.version_r.rel.dyn.rel.plt.init.text.fini.rodata.ARM.exidx.init_array.fini_array.jcr.dynamic.got.data.bss.ARM.attributes.gnu_debuglink 44HH !ohhT+ 3<<;oֈpHoHH W hh (`   i d$$ `o HuLLV{TTV pv vvvvvvwwwwxx0xx4px1!y=y