Searched refs:test (Results 1 – 25 of 262) sorted by relevance
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/busybox-1.35.0/shell/hush_test/hush-read/ |
D | read_ifs.right | 1 test 1: .a. .b. .c. 2 test 2: .a. .b. .c. 3 test 3: .a. .. .b,c. 4 test 4: .a. .. .b,c. 5 test 5: .a. .. .c. 6 test 6: .a. .. .c. .d. 7 test 7: .a. .. .b,c,d , ,. 8 test 8: .. .a. .b. .c. 9 test 9: .a. .b. .c. .. 10 test A: .. .a. .. .b. .c.
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D | read_REPLY.right | 1 test 1: | abc1 def | 2 test 2: | \abc2 d\ef | 3 test 3: |abc3 def| 4 test 4: |\abc4 d\ef|
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D | read_ifs.tests | 1 printf 'a\t\tb\tc\n' | ( IFS=$(printf "\t") read a b c; echo "test 1: .$a. .$b. .$c." ) 2 printf 'a\t\tb\tc\n' | ( IFS=$(printf " \t") read a b c; echo "test 2: .$a. .$b. .$c." ) 3 printf 'a,,b,c\n' | ( IFS="," read a b c; echo "test 3: .$a. .$b. .$c." ) 4 printf 'a,,b,c\n' | ( IFS=" ," read a b c; echo "test 4: .$a. .$b. .$c." ) 5 printf 'a ,, c\n' | ( IFS=" ," read a b c; echo "test 5: .$a. .$b. .$c." ) 6 printf 'a ,, c d\n' | ( IFS=" ," read a b c d; echo "test 6: .$a. .$b. .$c. .$d." ) 7 printf ' a,,b,c,d , ,\n' | ( IFS=" ," read a b c; echo "test 7: .$a. .$b. .$c." ) 8 printf '\t,\ta\t,\tb\tc' | ( IFS=$(printf " \t,") read a b c d; echo "test 8: .$a. .$b. .$c. .$… 9 printf '\t\ta\t,\tb\tc' | ( IFS=$(printf " \t,") read a b c d; echo "test 9: .$a. .$b. .$c. .$… 10 printf '\t,\ta\t,,\tb\tc' | ( IFS=$(printf " \t,") read a b c d e; echo "test A: .$a. .$b. .$c. .$…
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D | read_REPLY.tests | 1 echo ' \abc1 d\ef ' | ( read ; echo "test 1: |$REPLY|" ) 2 echo ' \abc2 d\ef ' | ( read -r ; echo "test 2: |$REPLY|" ) 3 echo ' \abc3 d\ef ' | ( read REPLY; echo "test 3: |$REPLY|" ) 4 echo ' \abc4 d\ef ' | ( read -r REPLY; echo "test 4: |$REPLY|" )
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D | read_t.tests | 6 { sleep 2; echo 'test'; } | (read -t 1 reply; echo ">$reply<") 7 # >test< 9 # >test< 10 { sleep 1; echo 'test'; } | (read -t 2 reply; echo ">$reply<")
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/busybox-1.35.0/shell/ash_test/ash-read/ |
D | read_ifs.right | 1 test 1: .a. .b. .c. 2 test 2: .a. .b. .c. 3 test 3: .a. .. .b,c. 4 test 4: .a. .. .b,c. 5 test 5: .a. .. .c. 6 test 6: .a. .. .c. .d. 7 test 7: .a. .. .b,c,d , ,. 8 test 8: .. .a. .b. .c. 9 test 9: .a. .b. .c. .. 10 test A: .. .a. .. .b. .c.
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D | read_REPLY.right | 1 test 1: | abc1 def | 2 test 2: | \abc2 d\ef | 3 test 3: |abc3 def| 4 test 4: |\abc4 d\ef|
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D | read_ifs.tests | 1 printf 'a\t\tb\tc\n' | ( IFS=$(printf "\t") read a b c; echo "test 1: .$a. .$b. .$c." ) 2 printf 'a\t\tb\tc\n' | ( IFS=$(printf " \t") read a b c; echo "test 2: .$a. .$b. .$c." ) 3 printf 'a,,b,c\n' | ( IFS="," read a b c; echo "test 3: .$a. .$b. .$c." ) 4 printf 'a,,b,c\n' | ( IFS=" ," read a b c; echo "test 4: .$a. .$b. .$c." ) 5 printf 'a ,, c\n' | ( IFS=" ," read a b c; echo "test 5: .$a. .$b. .$c." ) 6 printf 'a ,, c d\n' | ( IFS=" ," read a b c d; echo "test 6: .$a. .$b. .$c. .$d." ) 7 printf ' a,,b,c,d , ,\n' | ( IFS=" ," read a b c; echo "test 7: .$a. .$b. .$c." ) 8 printf '\t,\ta\t,\tb\tc' | ( IFS=$(printf " \t,") read a b c d; echo "test 8: .$a. .$b. .$c. .$… 9 printf '\t\ta\t,\tb\tc' | ( IFS=$(printf " \t,") read a b c d; echo "test 9: .$a. .$b. .$c. .$… 10 printf '\t,\ta\t,,\tb\tc' | ( IFS=$(printf " \t,") read a b c d e; echo "test A: .$a. .$b. .$c. .$…
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D | read_REPLY.tests | 1 echo ' \abc1 d\ef ' | ( read ; echo "test 1: |$REPLY|" ) 2 echo ' \abc2 d\ef ' | ( read -r ; echo "test 2: |$REPLY|" ) 3 echo ' \abc3 d\ef ' | ( read REPLY; echo "test 3: |$REPLY|" ) 4 echo ' \abc4 d\ef ' | ( read -r REPLY; echo "test 4: |$REPLY|" )
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D | read_t.tests | 6 { sleep 2; echo 'test'; } | (read -t 1 reply; echo ">$reply<") 7 # >test< 9 # >test< 10 { sleep 1; echo 'test'; } | (read -t 2 reply; echo ">$reply<")
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/busybox-1.35.0/shell/hush_test/hush-leak/ |
D | leak_argv1.tests | 3 while test $i != X; do 13 if test $i = 1111111111111111111111111111111111111111111111; then i=2; fi 14 if test $i = 1111111111111111111111111111111111111111111112; then i=3; fi 15 if test $i = 1111111111111111111111111111111111111111111113; then i=4; fi 16 if test $i = 1111111111111111111111111111111111111111111114; then i=5; fi 17 if test $i = 1111111111111111111111111111111111111111111115; then i=6; fi 18 if test $i = 1111111111111111111111111111111111111111111116; then i=7; fi 19 if test $i = 1111111111111111111111111111111111111111111117; then i=8; fi 20 if test $i = 1111111111111111111111111111111111111111111118; then i=9; fi 21 if test $i = 1111111111111111111111111111111111111111111119; then i=a; fi [all …]
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/busybox-1.35.0/shell/hush_test/hush-z_slow/ |
D | leak_var.tests | 3 while test $i != X; do 20 if test $i = 1111111111111111111111111111111111111111111111; then i=2; fi 21 if test $i = 1111111111111111111111111111111111111111111112; then i=3; fi 22 if test $i = 1111111111111111111111111111111111111111111113; then i=4; fi 23 if test $i = 1111111111111111111111111111111111111111111114; then i=5; fi 24 if test $i = 1111111111111111111111111111111111111111111115; then i=6; fi 25 if test $i = 1111111111111111111111111111111111111111111116; then i=7; fi 26 if test $i = 1111111111111111111111111111111111111111111117; then i=8; fi 27 if test $i = 1111111111111111111111111111111111111111111118; then i=9; fi 28 if test $i = 1111111111111111111111111111111111111111111119; then i=a; fi [all …]
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D | leak_var2.tests | 5 while test $i != X; do 11 if test $i = 1111111111111111111111111111111111111111111111; then i=2; fi 12 if test $i = 1111111111111111111111111111111111111111111112; then i=3; fi 13 if test $i = 1111111111111111111111111111111111111111111113; then i=4; fi 14 if test $i = 1111111111111111111111111111111111111111111114; then i=X; fi 24 while test $i != X; do 30 if test $i = 1111111111111111111111111111111111111111111111; then i=2; fi 31 if test $i = 1111111111111111111111111111111111111111111112; then i=3; fi 32 if test $i = 1111111111111111111111111111111111111111111113; then i=4; fi 33 if test $i = 1111111111111111111111111111111111111111111114; then i=X; fi [all …]
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/busybox-1.35.0/testsuite/mv/ |
D | mv-files-to-dir | 8 test -f there/file1 9 test -f there/file2 10 test -f there/dir1/file3 11 test -L there/link1 12 test xfile2 = x`readlink there/link1` 13 test ! -e file1 14 test ! -e file2 15 test ! -e link1 16 test ! -e dir1/file3
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D | mv-files-to-dir-2 | 8 test -f there/file1 9 test -f there/file2 10 test -f there/dir1/file3 11 test -L there/link1 12 test xfile2 = x`readlink there/link1` 13 test ! -e file1 14 test ! -e file2 15 test ! -e link1 16 test ! -e dir1/file3
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D | mv-refuses-mv-dir-to-subdir | 8 test -f there/file1 9 test -f there/file2 10 test -f there/dir1/file3 11 test -L there/link1 12 test xfile2 = x`readlink there/link1` 13 test ! -e file1 14 test ! -e file2 15 test ! -e link1 16 test ! -e dir1/file3
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/busybox-1.35.0/testsuite/cp/ |
D | cp-a-files-to-dir | 9 test -f there/file1 10 test -f there/file2 11 test ! -s there/dir1/file3 12 test -L there/link1 13 test xfile2 = x`readlink there/link1` 14 test ! dir1/file3 -ot there/dir1/file3 15 test ! dir1/file3 -nt there/dir1/file3
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D | cp-d-files-to-dir | 7 test -f there/file1 8 test -f there/file2 9 test ! -s there/file3 10 test -L there/link1 11 test xfile2 = x`readlink there/link1`
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D | cp-files-to-dir | 7 test -f there/file1 8 test -f there/file2 9 test ! -s there/file3 10 test -f there/link1
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/busybox-1.35.0/testsuite/date/ |
D | date-R-works | 5 test x"`date -R`" = x"`busybox date -R`" && exit 0 || true 6 test x"`date -R`" = x"`busybox date -R`" && exit 0 || true 7 test x"`date -R`" = x"`busybox date -R`" && exit 0 || true 8 test x"`date -R`" = x"`busybox date -R`" && exit 0 || true 9 test x"`date -R`" = x"`busybox date -R`" && exit 0 || true 10 test x"`date -R`" = x"`busybox date -R`" && exit 0 || true 11 test x"`date -R`" = x"`busybox date -R`" && exit 0 || true 12 test x"`date -R`" = x"`busybox date -R`" && exit 0 || true
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D | date-works | 4 test x"$dt" = x"OK" 8 test x"$dt" = x"01:02:00" 12 test x"$dt" = x"01:02:03" 16 test x"$dt" = x"Jan 2 03:04:00" 20 test x"$dt" = x"Jan 2 03:04:05" 24 test x"$dt" = x"Sat Jan 2 03:04:00" 28 test x"$dt" = x"Sat Jan 2 03:04:05" 32 test x"$dt" = x"Sat Jan 2 03:04:05" 38 #test x"$dt" = x"Jan 23 11:33:00" 42 test x"$dt" = x"Sun Jan 23 11:33:00" [all …]
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/busybox-1.35.0/docs/ |
D | unit-tests.txt | 1 Busybox unit test framework 4 This document describes what you need to do to write test cases using the 5 Busybox unit test framework. 15 Writing test cases 21 the functions they test. Test cases should be enclosed within an #if, and 23 the test curly brackets. If an assertion fails the test ends immediately, ie. 25 BBUNIT_ENDTEST is executed regardless of the test result. Here's an example: 46 Running the unit test suite 49 To run the tests you can either directly run 'busybox unit' or use 'make test' 50 to run both the unit tests (if compiled) and regular test suite.
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/busybox-1.35.0/shell/hush_test/hush-misc/ |
D | exitcode2.tests | 2 cat >test.sh <<EOF 5 chmod +x test.sh 6 $THIS_SH ./test.sh 8 rm -f test.sh
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/busybox-1.35.0/shell/ash_test/ash-misc/ |
D | exitcode2.tests | 2 cat >test.sh <<EOF 5 chmod +x test.sh 6 $THIS_SH ./test.sh 8 rm -f test.sh
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/busybox-1.35.0/shell/hush_test/hush-parsing/ |
D | bkslash_eof2.tests | 1 printf 'echo "unterminated string\\' >test.tmp.sh 2 . ./test.tmp.sh 4 rm -f test.tmp.sh
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