Index of values


A
add [Time.Timespec]
add t1 t2 adds the two timespec values, returning a normalized value
add_nsec [Time.Timespec]
add_sec [Time.Timespec]

B
boottime [Time.Clock]

C
clock_getres [Time]
clock_getres clock returns the resolution (precision) of the specified clock.
clock_gettime [Time]
clock_gettime clock retrieves the time of the clock clock.
clock_nanosleep [Time]
clock_nanosleep clock time ~abs:a lets the system sleep for time.
clock_settime [Time]
clock_settime clock time sets the time of the clock clock to time.
compare [Time.Timespec]
compare t1 t2 compares the two time values t1 and t2.
create [Time.Timespec]
create sec nsec creates a new normalized timespec with sec seconds and nsec nanoseconds.

M
monotonic [Time.Clock]
This clock represents a monotonic time with an unspecified point in the past.
monotonic_coarse [Time.Clock]
monotonic_fast [Time.Clock]
monotonic_precise [Time.Clock]
monotonic_raw [Time.Clock]

N
nanosleep [Time]
nanosleep time lets the system sleep for time.

P
process_cputime_id [Time.Clock]
This clock represents the amount of execution time of the process associated with the clock
prof [Time.Clock]

R
realtime [Time.Clock]
This clock represents the clock measuring real time for the system.
realtime_coarse [Time.Clock]
realtime_fast [Time.Clock]
realtime_precise [Time.Clock]

S
second [Time.Clock]
sub [Time.Timespec]
sub t1 t2 subtracts t2 from t1, creating a new normalized time value.
sub_nsec [Time.Timespec]
sub_sec [Time.Timespec]

T
thread_cputime_id [Time.Clock]
This clock represents the amount of exection time of the thread associated with the clock

U
uptime [Time.Clock]
uptime_fast [Time.Clock]
uptime_precise [Time.Clock]

V
virtual_ [Time.Clock]