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#!/bin/sh
# PCP QA Test No. 670
#
# Exercise PMAPI pm[Parse]UnitsStr interfaces.
#
# Copyright (c) 2014-2015,2018 Red Hat.
#
seq=`basename $0`
echo "QA output created by $seq"
# get standard environment, filters and checks
. ./common.product
. ./common.filter
. ./common.check
status=1 # failure is the default!
trap "rm -f $tmp.*; exit \$status" 0 1 2 3 15
# real QA test starts here
src/units-parse scan | tee -a $seq_full
src/units-parse tuple 0 0 0 1 1 1 # scales without dimensions
src/units-parse parse "2e5"
src/units-parse parse "-/2" # bad floating point
src/units-parse parse "2eg" # bad floating point
src/units-parse parse "25 sec/kb"
src/units-parse parse "5 ms / 3 sec"
# following set covers all keywords
src/units-parse parse "nanoseconds^-8 bytes count x 10^-8 / nanosecond^-7 byte count x 10^-7"
src/units-parse parse "NANOSEC kBytes^-6 count x 10^-6 / nS kByte^-5 count x 10^-5"
src/units-parse parse "microseconds mbytes count x 10^-4^-3 / microsecond^-2 mbyte count x 10^-3"
src/units-parse parse "microsec mb^-1 count x 10^-2 / us kb^0 count x 10^-1"
src/units-parse parse "kibibytes" # correct SI unit names
src/units-parse parse "mebibytes" # correct SI unit names
src/units-parse parse "gibibytes" # correct SI unit names
src/units-parse parse "tebibytes" # correct SI unit names
src/units-parse parse "pebibytes" # correct SI unit names
src/units-parse parse "exbibytes" # correct SI unit names
src/units-parse parse "zebibytes" # correct SI unit names
src/units-parse parse "yobibytes" # correct SI unit names
src/units-parse parse "kilobytes / kilobyte"
src/units-parse parse "megabytes / megabyte"
src/units-parse parse "gigabytes / gigabyte"
src/units-parse parse "terabytes / terabyte"
src/units-parse parse "petabytes / petabyte"
src/units-parse parse "exabytes / exabyte"
src/units-parse parse "kibibytes / kilobyte" # correct SI unit aliases
src/units-parse parse "mebibytes / megabyte" # correct SI unit aliases
src/units-parse parse "gibibytes / gigabyte" # correct SI unit aliases
src/units-parse parse "tebibytes / terabyte" # correct SI unit aliases
src/units-parse parse "pebibytes / petabyte" # correct SI unit aliases
src/units-parse parse "exbibytes / exabyte" # correct SI unit aliases
src/units-parse parse "zebibytes / zettabyte" # correct SI unit aliases
src/units-parse parse "yobibytes / yottabyte" # correct SI unit aliases
src/units-parse parse "milliseconds^-4 gbytes^-3 count x 10^0 / millisecond^-2 gbyte^-1 count x 10"
src/units-parse parse "millisec gb^0 count / ms tbytes count x 10^1^1"
src/units-parse parse "seconds^1 tbyte^2 count x 10^2 / second^3 tb^4 count x 10^3"
src/units-parse parse "seconds tbyte^6 count x 10^2 / second tb^5 count x 10^3"
src/units-parse parse "sec pbytes^8 count x 10^4 / minutes pbyte^7 count x 10^5"
src/units-parse parse "minute^9 pb count x 10^5 / min^10 ebytes count x 10^6"
src/units-parse parse "hours^11 ebyte count x 10^6 / hour^12 eb count x 10^8"
src/units-parse parse "hr^11 space-0^12 / time-0^12 space-1^13"
src/units-parse parse "time-1 space-2^14 / time-2 space-3^15"
src/units-parse parse "time-3 space-3 / counts time-4 space-4"
# can't put time-N (N>5) in both divisor & dividend, because no arithmetic scale exists past HOURS (time-5)
src/units-parse parse "time-5 space-5 / space-6"
src/units-parse parse "time-6 space-7 / space-8"
src/units-parse parse "time-7 space-9 / space-10"
src/units-parse parse "time-8 space-11 / space-12"
src/units-parse parse "time-9 space-13 / space-14"
src/units-parse parse "time-10 space-15 / space-0"
src/units-parse parse "time-11"
src/units-parse parse "time-12"
src/units-parse parse "time-13"
src/units-parse parse "time-14"
src/units-parse parse "time-15"
src/units-parse parse "s"
src/units-parse parse "count x 10^6"
src/units-parse parse "count x 10^6^1"
src/units-parse parse "count x 10^1^6"
src/units-parse parse "25kb^3/1sec^2" # no whitespace
src/units-parse parse "sec^-2 / kb^-3" # negative exponents
src/units-parse parse "sec^14 / sec^10" # large intermediate exponents
src/units-parse parse "kb kb" # repeated units
src/units-parse parse "kb / sec sec" # repeated units
src/units-parse parse "millisec / sec" # repeated units
src/units-parse parse " 25 / 1 "
src/units-parse parse " / 25" # div by zero
src/units-parse parse "25 sec^9" # dimension too high
src/units-parse parse "Kbyte^8" # exponent overflow
src/units-parse parse "microsec^8" # exponent overflow
src/units-parse parse "count x 10^-7^-7 / count x 10^7^7" # exponent overflow
# success, all done
status=0
exit
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