#!/bin/sh # SUSv3 compliant sed tests. # Copyright 2005 by Rob Landley <rob@landley.net> # Licensed under GPLv2, see file LICENSE in this source tree. . ./testing.sh # testing "description" "commands" "result" "infile" "stdin" # Corner cases testing "sed no files (stdin)" 'sed ""' "hello\n" "" "hello\n" testing "sed explicit stdin" 'sed "" -' "hello\n" "" "hello\n" testing "sed handles empty lines" "sed -e 's/\$/@/'" "@\n" "" "\n" testing "sed stdin twice" 'sed "" - -' "hello" "" "hello" # Trailing EOF. # Match $, at end of each file or all files? # -e corner cases # without -e # multiple -e # interact with a # -eee arg1 arg2 arg3 # -f corner cases # -e -f -e # -n corner cases # no newline at EOF? # -r corner cases # Just make sure it works. # -i corner cases: # sed -i - # permissions # -i on a symlink # on a directory # With $ last-line test # Continue with \ # End of script with trailing \ # command list testing "sed accepts blanks before command" "sed -e '1 d'" "" "" "" testing "sed accepts newlines in -e" "sed -e 'i\ 1 a\ 3'" "1\n2\n3\n" "" "2\n" testing "sed accepts multiple -e" "sed -e 'i\' -e '1' -e 'a\' -e '3'" \ "1\n2\n3\n" "" "2\n" # substitutions testing "sed -n" "sed -n -e s/foo/bar/ -e s/bar/baz/" "" "" "foo\n" testing "sed with empty match" "sed 's/z*//g'" "string\n" "" "string\n" testing "sed s//p" "sed -e s/foo/bar/p -e s/bar/baz/p" "bar\nbaz\nbaz\n" \ "" "foo\n" testing "sed -n s//p" "sed -ne s/abc/def/p" "def\n" "" "abc\n" testing "sed s//g (exhaustive)" "sed -e 's/[[:space:]]*/,/g'" ",1,2,3,4,5,\n" \ "" "12345\n" testing "sed s arbitrary delimiter" "sed -e 's woo boing '" "boing\n" "" "woo\n" testing "sed s chains" "sed -e s/foo/bar/ -e s/bar/baz/" "baz\n" "" "foo\n" testing "sed s chains2" "sed -e s/foo/bar/ -e s/baz/nee/" "bar\n" "" "foo\n" testing "sed s [delimiter]" "sed -e 's@[@]@@'" "onetwo" "" "one@two" testing "sed s with \\t (GNU ext)" "sed 's/\t/ /'" "one two" "" "one\ttwo" # branch testing "sed b (branch)" "sed -e 'b one;p;: one'" "foo\n" "" "foo\n" testing "sed b (branch with no label jumps to end)" "sed -e 'b;p'" \ "foo\n" "" "foo\n" # test and branch testing "sed t (test/branch)" "sed -e 's/a/1/;t one;p;: one;p'" \ "1\n1\nb\nb\nb\nc\nc\nc\n" "" "a\nb\nc\n" testing "sed t (test/branch clears test bit)" "sed -e 's/a/b/;:loop;t loop'" \ "b\nb\nc\n" "" "a\nb\nc\n" testing "sed T (!test/branch)" "sed -e 's/a/1/;T notone;p;: notone;p'" \ "1\n1\n1\nb\nb\nc\nc\n" "" "a\nb\nc\n" testing "sed n (flushes pattern space, terminates early)" "sed -e 'n;p'" \ "a\nb\nb\nc\n" "" "a\nb\nc\n" # non-GNU sed: N does _not_ flush pattern space, therefore c is eaten @ script end # GNU sed: N flushes pattern space, therefore c is printed too @ script end testing "sed N (flushes pattern space (GNU behavior))" "sed -e 'N;p'" \ "a\nb\na\nb\nc\n" "" "a\nb\nc\n" testing "sed N test2" "sed ':a;N;s/\n/ /;ta'" \ "a b c\n" "" "a\nb\nc\n" testing "sed N test3" "sed 'N;s/\n/ /'" \ "a b\nc\n" "" "a\nb\nc\n" testing "sed address match newline" 'sed "/b/N;/b\\nc/i woo"' \ "a\nwoo\nb\nc\nd\n" "" "a\nb\nc\nd\n" # Multiple lines in pattern space testing "sed N (stops at end of input) and P (prints to first newline only)" \ "sed -n 'N;P;p'" "a\na\nb\n" "" "a\nb\nc\n" # Hold space testing "sed G (append hold space to pattern space)" 'sed G' "a\n\nb\n\nc\n\n" \ "" "a\nb\nc\n" #testing "sed g/G (swap/append hold and patter space)" #testing "sed g (swap hold/pattern space)" testing "sed d ends script iteration" \ "sed -e '/ook/d;s/ook/ping/p;i woot'" "" "" "ook\n" testing "sed d ends script iteration (2)" \ "sed -e '/ook/d;a\' -e 'bang'" "woot\nbang\n" "" "ook\nwoot\n" # Multiple files, with varying newlines and NUL bytes test x"$SKIP_KNOWN_BUGS" = x"" && { testing "sed embedded NUL" "sed -e 's/woo/bang/'" "\0bang\0woo\0" "" \ "\0woo\0woo\0" } testing "sed embedded NUL g" "sed -e 's/woo/bang/g'" "bang\0bang\0" "" \ "woo\0woo\0" test x"$SKIP_KNOWN_BUGS" = x"" && { $ECHO -e "/woo/a he\0llo" > sed.commands testing "sed NUL in command" "sed -f sed.commands" "woo\nhe\0llo\n" "" "woo" rm sed.commands } # sed has funky behavior with newlines at the end of file. Test lots of # corner cases with the optional newline appending behavior. testing "sed normal newlines" "sed -e 's/woo/bang/' input -" "bang\nbang\n" \ "woo\n" "woo\n" testing "sed leave off trailing newline" "sed -e 's/woo/bang/' input -" \ "bang\nbang" "woo\n" "woo" testing "sed autoinsert newline" "sed -e 's/woo/bang/' input -" "bang\nbang" \ "woo" "woo" testing "sed empty file plus cat" "sed -e 's/nohit//' input -" "one\ntwo" \ "" "one\ntwo" testing "sed cat plus empty file" "sed -e 's/nohit//' input -" "one\ntwo" \ "one\ntwo" "" testing "sed append autoinserts newline" "sed -e '/woot/a woo' -" \ "woot\nwoo\n" "" "woot" testing "sed append autoinserts newline 2" "sed -e '/oot/a woo' - input" \ "woot\nwoo\nboot\nwoo\n" "boot" "woot" testing "sed append autoinserts newline 3" "sed -e '/oot/a woo' -i input && cat input" \ "boot\nwoo\n" "boot" "" testing "sed insert doesn't autoinsert newline" "sed -e '/woot/i woo' -" \ "woo\nwoot" "" "woot" testing "sed print autoinsert newlines" "sed -e 'p' -" "one\none" "" "one" testing "sed print autoinsert newlines two files" "sed -e 'p' input -" \ "one\none\ntwo\ntwo" "one" "two" testing "sed noprint, no match, no newline" "sed -ne 's/woo/bang/' input" \ "" "no\n" "" testing "sed selective matches with one nl" "sed -ne 's/woo/bang/p' input -" \ "a bang\nc bang\n" "a woo\nb no" "c woo\nd no" testing "sed selective matches insert newline" \ "sed -ne 's/woo/bang/p' input -" "a bang\nb bang\nd bang" \ "a woo\nb woo" "c no\nd woo" testing "sed selective matches noinsert newline" \ "sed -ne 's/woo/bang/p' input -" "a bang\nb bang" "a woo\nb woo" \ "c no\nd no" testing "sed clusternewline" \ "sed -e '/one/a 111' -e '/two/i 222' -e p input -" \ "one\none\n111\n222\ntwo\ntwo" "one" "two" testing "sed subst+write" \ "sed -e 's/i/z/' -e 'woutputw' input -; $ECHO -n X; cat outputw" \ "thzngy\nagaznXthzngy\nagazn" "thingy" "again" rm outputw testing "sed trailing NUL" \ "sed 's/i/z/' input -" \ "a\0b\0\nc" "a\0b\0" "c" testing "sed escaped newline in command" \ "sed 's/a/z\\ z/' input" \ "z\nz" "a" "" # Test end-of-file matching behavior testing "sed match EOF" "sed -e '"'$p'"'" "hello\nthere\nthere" "" \ "hello\nthere" testing "sed match EOF two files" "sed -e '"'$p'"' input -" \ "one\ntwo\nthree\nfour\nfour" "one\ntwo" "three\nfour" # sed match EOF inline: gnu sed 4.1.5 outputs this: #00000000 6f 6e 65 0a 6f 6f 6b 0a 6f 6f 6b 0a 74 77 6f 0a |one.ook.ook.two.| #00000010 0a 74 68 72 65 65 0a 6f 6f 6b 0a 6f 6f 6b 0a 66 |.three.ook.ook.f| #00000020 6f 75 72 |our| # which looks buggy to me. $ECHO -ne "three\nfour" > input2 testing "sed match EOF inline" \ "sed -e '"'$i ook'"' -i input input2 && cat input input2" \ "one\nook\ntwothree\nook\nfour" "one\ntwo" "" rm input2 # Test lie-to-autoconf testing "sed lie-to-autoconf" "sed --version | grep -o 'GNU sed version '" \ "GNU sed version \n" "" "" # Jump to nonexistent label test x"$SKIP_KNOWN_BUGS" = x"" && { # Incompatibility: illegal jump is not detected if input is "" # (that is, no lines at all). GNU sed 4.1.5 complains even in this case testing "sed nonexistent label" "sed -e 'b walrus' 2>/dev/null || echo yes" \ "yes\n" "" "" } testing "sed backref from empty s uses range regex" \ "sed -e '/woot/s//eep \0 eep/'" "eep woot eep" "" "woot" testing "sed backref from empty s uses range regex with newline" \ "sed -e '/woot/s//eep \0 eep/'" "eep woot eep\n" "" "woot\n" # -i with no filename touch ./- # Detect gnu failure mode here. testing "sed -i with no arg [GNUFAIL]" "sed -e '' -i 2> /dev/null || echo yes" \ "yes\n" "" "" rm ./- # Clean up testing "sed s/xxx/[/" "sed -e 's/xxx/[/'" "[\n" "" "xxx\n" # Ponder this a bit more, why "woo not found" from gnu version? #testing "sed doesn't substitute in deleted line" \ # "sed -e '/ook/d;s/ook//;t woo;a bang;'" "bang" "" "ook\n" # This makes both seds very unhappy. Why? #testing "sed -g (exhaustive)" "sed -e 's/[[:space:]]*/,/g'" ",1,2,3,4,5," \ # "" "12345" # testing "description" "commands" "result" "infile" "stdin" testing "sed n command must reset 'substituted' bit" \ "sed 's/1/x/;T;n;: next;s/3/y/;t quit;n;b next;: quit;q'" \ "0\nx\n2\ny\n" "" "0\n1\n2\n3\n" testing "sed d does not break n,m matching" \ "sed -n '1d;1,3p'" \ "second\nthird\n" "" "first\nsecond\nthird\nfourth\n" testing "sed d does not break n,regex matching" \ "sed -n '1d;1,/hir/p'" \ "second\nthird\n" "" "first\nsecond\nthird\nfourth\n" testing "sed d does not break n,regex matching #2" \ "sed -n '1,5d;1,/hir/p'" \ "second2\nthird2\n" "" \ "first\nsecond\nthird\nfourth\n""first2\nsecond2\nthird2\nfourth2\n" testing "sed 2d;2,1p (gnu compat)" \ "sed -n '2d;2,1p'" \ "third\n" "" \ "first\nsecond\nthird\nfourth\n" # Regex means: "match / at BOL or nothing, then one or more not-slashes". # The bug was that second slash in /usr/lib was treated as "at BOL" too. testing "sed beginning (^) matches only once" \ "sed 's,\(^/\|\)[^/][^/]*,>\0<,g'" \ ">/usr</>lib<\n" "" \ "/usr/lib\n" testing "sed c" \ "sed 'crepl'" \ "repl\nrepl\n" "" \ "first\nsecond\n" testing "sed nested {}s" \ "sed '/asd/ { p; /s/ { s/s/c/ }; p; q }'" \ "qwe\nasd\nacd\nacd\n" "" \ "qwe\nasd\nzxc\n" testing "sed a cmd ended by double backslash" \ "sed -e '/| one /a \\ | three \\\\' -e '/| one-/a \\ | three-* \\\\'" \ ' | one \\ | three \\ | two \\ ' '' \ ' | one \\ | two \\ ' testing "sed a cmd understands \\n,\\t,\\r" \ "sed '/1/a\\\\t\\rzero\\none\\\\ntwo\\\\\\nthree'" \ "\ line1 \t\rzero one\\\\ntwo\\ three " "" "line1\n" testing "sed i cmd understands \\n,\\t,\\r" \ "sed '/1/i\\\\t\\rzero\\none\\\\ntwo\\\\\\nthree'" \ "\ \t\rzero one\\\\ntwo\\ three line1 " "" "line1\n" # first three lines are deleted; 4th line is matched and printed by "2,3" and by "4" ranges testing "sed with N skipping lines past ranges on next cmds" \ "sed -n '1{N;N;d};1p;2,3p;3p;4p'" \ "4\n4\n" "" "1\n2\n3\n4\n" testing "sed -i with address modifies all files, not only first" \ "cp input input2; sed -i -e '1s/foo/bar/' input input2 && cat input input2; rm input2" \ "bar\nbar\n" "foo\n" "" testing "sed understands \r" \ "sed 's/r/\r/'" \ "\rrr\n" "" "rrr\n" testing "sed -i finishes ranges correctly" \ "sed '1,2d' -i input; echo \$?; cat input" \ "0\n3\n4\n" "1\n2\n3\n4\n" "" testing "sed zero chars match/replace advances correctly 1" \ "sed 's/l*/@/g'" \ "@h@e@o@\n" "" "helllo\n" testing "sed zero chars match/replace advances correctly 2" \ "sed 's [^ .]* x g'" \ "x x.x\n" "" " a.b\n" testing "sed zero chars match/replace logic must not falsely trigger here 1" \ "sed 's/a/A/g'" \ "_AAA1AA\n" "" "_aaa1aa\n" testing "sed zero chars match/replace logic must not falsely trigger here 2" \ "sed 's/ *$/_/g'" \ "qwerty_\n" "" "qwerty\n" testing "sed /\$_in_regex/ should not match newlines, only end-of-line" \ "sed ': testcont; /\\\\$/{ =; N; b testcont }'" \ "\ this is a regular line 2 line with \\ continuation more regular lines 5 line with \\ continuation " \ "" "\ this is a regular line line with \\ continuation more regular lines line with \\ continuation " testing "sed s///NUM test" \ "sed -e 's/a/b/2; s/a/c/g'" \ "cb\n" "" "aa\n" testing "sed /regex/,N{...} addresses work" \ "sed /^2/,2{d}" \ "1\n3\n4\n5\n" \ "" \ "1\n2\n3\n4\n5\n" testing "sed /regex/,+N{...} addresses work" \ "sed /^2/,+2{d}" \ "1\n5\n" \ "" \ "1\n2\n3\n4\n5\n" testing "sed /regex/,+N{...} -i works" \ "cat - >input2; sed /^4/,+2{d} -i input input2; echo \$?; cat input input2; rm input2" \ "0\n""1\n2\n3\n7\n8\n""1\n2\n7\n8\n" \ "1\n2\n3\n4\n5\n6\n7\n8\n" \ "1\n2\n4\n5\n6\n7\n8\n" \ # GNU sed 4.2.1 would also accept "/^4/,+{d}" with the same meaning, we don't testing "sed /regex/,+0{...} -i works" \ "cat - >input2; sed /^4/,+0{d} -i input input2; echo \$?; cat input input2; rm input2" \ "0\n""1\n2\n3\n5\n6\n7\n8\n""1\n2\n5\n6\n7\n8\n" \ "1\n2\n3\n4\n5\n6\n7\n8\n" \ "1\n2\n4\n5\n6\n7\n8\n" \ # GNU sed 4.2.1 would also accept "/^4/,+d" with the same meaning, we don't testing "sed /regex/,+0<cmd> -i works" \ "cat - >input2; sed /^4/,+0d -i input input2; echo \$?; cat input input2; rm input2" \ "0\n""1\n2\n3\n5\n6\n7\n8\n""1\n2\n5\n6\n7\n8\n" \ "1\n2\n3\n4\n5\n6\n7\n8\n" \ "1\n2\n4\n5\n6\n7\n8\n" \ testing "sed 's///w FILE'" \ "sed 's/qwe/ZZZ/wz'; cat z; rm z" \ "123\nZZZ\nasd\n""ZZZ\n" \ "" \ "123\nqwe\nasd\n" testing "sed uses previous regexp" \ "sed '/w/p;//q'" \ "q\nw\nw\n" \ "" \ "q\nw\ne\nr\n" # testing "description" "commands" "result" "infile" "stdin" exit $FAILCOUNT