android-w.song.android.widget

源代码在线查看: printf.tests

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				LC_ALL=C				LC_NUMERIC=C								# these should output error messages -- the format is required				printf				printf --								# these should output nothing				printf ""				printf -- ""								# in the future this may mean to put the output into VAR, but for				# now it is an error				# 2005-03-15 no longer an error				unset var				printf -v var "%10d" $RANDOM				echo ${#var}								# this should expand escape sequences in the format string, nothing else				printf "\tone\n"								# this should not cut off output after the \c				printf "one\ctwo\n"								# and unrecognized backslash escapes should have the backslash preserverd				printf "4\.2\n"								printf "no newline " ; printf "now newline\n"								# %% -> %				printf "%%\n"								# this was a bug caused by pre-processing the string for backslash escapes				# before doing the `%' format processing -- all versions before bash-2.04				printf "\045" ; echo				printf "\045d\n"								# simple character output				printf "%c\n" ABCD								# test simple string output				printf "%s\n" unquoted								# test quoted string output				printf "%s %q\n" unquoted quoted				printf "%s%10q\n" unquoted quoted								printf "%q\n" 'this&that'								# make sure the format string is reused to use up arguments				printf "%d " 1 2 3 4 5; printf "\n"								# make sure that extra format characters get null arguments				printf "%s %d %d %d\n" onestring								printf "%s %d %u %4.2f\n" onestring								printf -- "--%s %s--\n" 4.2 ''				printf -- "--%s %s--\n" 4.2								# test %b escapes								# 8 is a non-octal digit, so the `81' should be output				printf -- "--%b--\n" '\n\081'								printf -- "--%b--\n" '\t\0101'				printf -- "--%b--\n" '\t\101'								# these should all display `A7'				echo -e "\01017"				echo -e "\x417"								printf "%b\n" '\01017'				printf "%b\n" '\1017'				printf "%b\n" '\x417'								printf -- "--%b--\n" '\"abcd\"'				printf -- "--%b--\n" "\'abcd\'"								printf -- "--%b--\n" 'a\\x'								printf -- "--%b--\n" '\x'								Z1=$(printf -- "%b\n" '\a\b\e\f\r\v')				Z2=$'\a\b\e\f\r\v'								if [ "$Z1" != "$Z2" ]; then					echo "whoops: printf %b and $'' differ" >&2				fi				unset Z1 Z2								printf -- "--%b--\n" ''				printf -- "--%b--\n"								# the stuff following the \c should be ignored, as well as the rest				# of the format string				printf -- "--%b--\n" '4.2\c5.4\n'; printf "\n"								# unrecognized escape sequences should by displayed unchanged				printf -- "--%b--\n" '4\.2'								# a bare \ should not be processed as an escape sequence				printf -- "--%b--\n" '\'								# make sure extra arguments are ignored if the format string doesn't				# actually use them				printf "\n" 4.4 BSD				printf " " 4.4 BSD ; printf "\n"								# make sure that a fieldwidth and precision of `*' are handled right				printf "%10.8s\n" 4.4BSD				printf "%*.*s\n" 10 8 4.4BSD								printf "%10.8q\n" 4.4BSD				printf "%*.*q\n" 10 8 4.4BSD								printf "%6b\n" 4.4BSD				printf "%*b\n" 6 4.4BSD								# we handle this crap with homemade code in printf.def				printf "%10b\n" 4.4BSD				printf -- "--%-10b--\n" 4.4BSD				printf "%4.2b\n" 4.4BSD				printf "%.3b\n" 4.4BSD				printf -- "--%-8b--\n" 4.4BSD								# test numeric conversions -- these four lines should echo identically				printf "%d %u %i 0%o 0x%x 0x%X\n" 255 255 255 255 255 255				printf "%d %u %i %#o %#x %#X\n" 255 255 255 255 255 255								printf "%ld %lu %li 0%o 0x%x 0x%X\n" 255 255 255 255 255 255				printf "%ld %lu %li %#o %#x %#X\n" 255 255 255 255 255 255								printf "%10d\n" 42				printf "%10d\n" -42								printf "%*d\n" 10 42				printf "%*d\n" 10 -42								# test some simple floating point formats				printf "%4.2f\n" 4.2				printf "%#4.2f\n" 4.2				printf "%#4.1f\n" 4.2								printf "%*.*f\n" 4 2 4.2				printf "%#*.*f\n" 4 2 4.2				printf "%#*.*f\n" 4 1 4.2								printf "%E\n" 4.2				printf "%e\n" 4.2				printf "%6.1E\n" 4.2				printf "%6.1e\n" 4.2								printf "%G\n" 4.2				printf "%g\n" 4.2				printf "%6.2G\n" 4.2				printf "%6.2g\n" 4.2								# test some of the more esoteric features of POSIX.1 printf				printf "%d\n" "'string'"				printf "%d\n" '"string"'								printf "%#o\n" "'string'"				printf "%#o\n" '"string"'								printf "%#x\n" "'string'"				printf "%#X\n" '"string"'								printf "%6.2f\n" "'string'"				printf "%6.2f\n" '"string"'								# output from these two lines had better be the same				printf -- "--%6.4s--\n" abcdefghijklmnopqrstuvwxyz				printf -- "--%6.4b--\n" abcdefghijklmnopqrstuvwxyz								# and these two also				printf -- "--%12.10s--\n" abcdefghijklmnopqrstuvwxyz				printf -- "--%12.10b--\n" abcdefghijklmnopqrstuvwxyz								# tests for translating \' to ' and \\ to \				# printf translates \' to ' in the format string...				printf "\'abcd\'\n"								# but not when the %b format specification is used				printf "%b\n" \\\'abcd\\\'								# but both translate \\ to \				printf '\\abcd\\\n'				printf "%b\n" '\\abcd\\'								# this was reported as a bug in bash-2.03				# these three lines should all echo `26'				printf "%d\n" 0x1a				printf "%d\n" 032				printf "%d\n" 26								# error messages								# this should be an overflow, but error messages vary between systems				# printf "%lu\n" 4294967296								# ...but we cannot use this because some systems (SunOS4, for example),				# happily ignore overflow conditions in strtol(3)				#printf "%ld\n" 4294967296								printf "%10"				printf "ab%Mcd\n"								# this caused an infinite loop in older versions of printf				printf "%y" 0								# these should print a warning and `0', according to POSIX.2				printf "%d\n" GNU				printf "%o\n" GNU								# failures in all bash versions through bash-2.05				printf "%.0s" foo				printf "%.*s" 0 foo								printf '%.0b-%.0s\n' foo bar				printf '(%*b)(%*s)\n' -4 foo -4 bar								format='%'`printf '%0100384d' 0`'d\n' 				printf $format 0								# failures in all bash versions through bash-3.0 - undercounted characters				unset vv				printf "  %s %s %s  \n%n" ab cd ef vv				echo "$vv"								# this doesn't work with printf(3) on all systems				#printf "%'s\n" foo								# test cases from an austin-group list discussion				# prints ^G as an extension				printf '%b\n' '\7'								# prints ^G				printf '%b\n' '\0007'								# prints NUL then 7				printf '\0007\n'								# prints no more than two hex digits				printf '\x07e\n'								# additional backslash escapes				printf '\"\?\n'								# failures with decimal precisions until after bash-3.1				printf '%0.5d\n' 1								printf '%05d\n' 1				printf '%5d\n' 1				printf '%0d\n' 1								# failures with various floating point formats and 0 after bash-3.2								printf "%G\n" 0				printf "%g\n" 0				printf "%4.2G\n" 0				printf "%4.2g\n" 0								printf "%G\n" 4				printf "%g\n" 4				printf "%4.2G\n" 4				printf "%4.2g\n" 4								printf "%F\n" 0				printf "%f\n" 0				printf "%4.2F\n" 0				printf "%4.2f\n" 0								printf "%F\n" 4				printf "%f\n" 4				printf "%4.2F\n" 4				printf "%4.2f\n" 4								printf "%E\n" 0				printf "%e\n" 0				printf "%4.2E\n" 0				printf "%4.2e\n" 0								printf "%E\n" 4				printf "%e\n" 4				printf "%4.2E\n" 4				printf "%4.2e\n" 4								printf "%08X\n" 2604292517								# make sure these format specifiers all output '' for empty string arguments				echo q				printf "%q\n" ""				printf "%q\n"								echo s				printf "%s\n" ''				printf "%s\n"								echo b				printf "%b\n" ''				printf "%b\n"								# bug in bash versions up to and including bash-3.2				v=yyy				printf -v var "%s" '/current/working/directory/*.@(m3|i3|ig|mg)'				shopt -s nullglob extglob				echo "x$(printf "%b" @(hugo))x"				printf -v var "%b" @(hugo); echo "x${var}x"								# tests variable assignment with -v				${THIS_SH} ./printf1.sub								${THIS_SH} ./printf2.sub								${THIS_SH} ./printf3.sub							

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