--- building in I386_DARWIN ---

Enter a pattern followed by text...
 OK '$' '' (TRUE)
 OK 'a' 'a' (TRUE)
 OK '[^a]' 'b' (TRUE)

program returned 1024
Enter a pattern followed by text...
 ** re_exec disagrees for 'ab+bc' 'abbc' (unix says FALSE)
 OK 'ab+bc' 'abc' (FALSE)
 OK 'ab+bc' 'abq' (FALSE)
 ** re_exec disagrees for 'ab+bc' 'abbbbc' (unix says FALSE)
 ** re_exec disagrees for 'ab?bc' 'abbc' (unix says FALSE)
 ** Unexpected M3 result (FALSE) for ab?bc
 OK 'ab?bc' 'abc' (FALSE)
 OK 'ab?bc' 'abbbbc' (FALSE)
 ** re_exec disagrees for 'ab?c' 'abc' (unix says FALSE)
 OK '\(\(\(\(\(\(\(\(a\)\)\)\)\)\)\)\)' 'a' (TRUE)

program returned 1024
  

--- building in I386_DARWIN ---

unable to read ../src/m3overrides, options "-override" and "-x" ignored.
quake extension tests



------------------------------------------------------------------------------
string function tests
------------------------------------------------------------------------------


------ t001 ------------------------------------------------------------------
quake("a = \" 	 ha ha\" res = skipl( a )")
expected: "ha ha"
result:   "ha ha"
==> OK

------ t002 ------------------------------------------------------------------
quake("a = \"  ha\" res = skipl( a )")
expected: "ha"
result:   "ha"
==> OK

------ t003 ------------------------------------------------------------------
quake("a = \"  ha  \" res = skipr( a ) & \"x\"")
expected: "  hax"
result:   "  hax"
==> OK

------ t004 ------------------------------------------------------------------
quake("a = \"  ha  \" res = compress( a ) & \"x\"")
expected: "hax"
result:   "hax"
==> OK

------ t005 ------------------------------------------------------------------
quake("a = \"apple plum  orange\" b = split(a, \" \") res = b[0] & b[2]")
expected: "appleorange"
result:   "appleorange"
==> OK

------ t006 ------------------------------------------------------------------
quake("a = \"applepie\" res = sub(a, 5, 3)")
expected: "pie"
result:   "pie"
==> OK

------ t007 ------------------------------------------------------------------
quake("a = \"applepie\" res = sub(a, 7, 3)")
expected: "e"
result:   "e"
==> OK

------ t008 ------------------------------------------------------------------
quake("a = \"a


b



c
\" res = squeeze(a)")
expected: "a

b

c
"
result:   "a

b

c
"
==> OK

------ t009 ------------------------------------------------------------------
quake("a = \"applepie\" res = tcontains(a, \"pie\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t010 ------------------------------------------------------------------
quake("a = \"applepie\" res = tcontains(a, \"pies\")")
expected: ""
result:   ""
==> OK

------ t011 ------------------------------------------------------------------
quake("a = \"applepie\" res = pos(a, \"pie\")")
expected: "5"
result:   "5"
==> OK

------ t012 ------------------------------------------------------------------
quake("a = \"applepie\" res = pos(a, \"pies\")")
expected: "-1"
result:   "-1"
==> OK

------ t013 ------------------------------------------------------------------
quake("a = \"applepie\" n = pos(a, \"pie\") res = sub(a, n, 1)")
expected: "p"
result:   "p"
==> OK

------ t014 ------------------------------------------------------------------
quake("res = bool(\"true\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t015 ------------------------------------------------------------------
quake("res = bool(\"tRuE\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t016 ------------------------------------------------------------------
quake("res = bool(\"TRUE\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t017 ------------------------------------------------------------------
quake("res = bool(\"y\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t018 ------------------------------------------------------------------
quake("res = bool(\"yes\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t019 ------------------------------------------------------------------
quake("res = bool(\"Y\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t020 ------------------------------------------------------------------
quake("res = bool(\"YES \")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t021 ------------------------------------------------------------------
quake("res = bool(\"no\")")
expected: ""
result:   ""
==> OK

------ t022 ------------------------------------------------------------------
quake("res = bool(\"false\")")
expected: ""
result:   ""
==> OK

------ t023 ------------------------------------------------------------------
quake("res = bool(\"foo\")")
expected: ""
result:   ""
==> OK

------ t024 ------------------------------------------------------------------
quake("res = bool(\"0\")")
expected: ""
result:   ""
==> OK

------ t025 ------------------------------------------------------------------
quake("res = bool(\"1\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ t026 ------------------------------------------------------------------
quake("a = \"aabaacabbbaccbca\" res = subst_chars(a, \"b\", \"d\")")
expected: "aadaacadddaccdca"
result:   "aadaacadddaccdca"
==> OK

------ t027 ------------------------------------------------------------------
quake("a = \"aabaacabbbaccbca\" res = subst_chars(a, \"bc\", \"dd\")")
expected: "aadaadadddadddda"
result:   "aadaadadddadddda"
==> OK

------ t028 ------------------------------------------------------------------
quake("a = \"aabaacabbbaccbca\" res = del_chars(a, \"b\")")
expected: "aaaacaaccca"
result:   "aaaacaaccca"
==> OK

------ t029 ------------------------------------------------------------------
quake("a = \"aabaacabbbaccbca\" res = del_chars(a, \"bc\")")
expected: "aaaaaaa"
result:   "aaaaaaa"
==> OK

------ t030 ------------------------------------------------------------------
quake("a = \"aabaacabbbaaccbca\" res = subst(a, \"aa\", \" 42 \", 1)")
expected: " 42 baacabbbaaccbca"
result:   " 42 baacabbbaaccbca"
==> OK

------ t031 ------------------------------------------------------------------
quake("a = \"aabaacabbbaaccbca\" res = subst(a, \"aa\", \" 42 \", 2)")
expected: " 42 b 42 cabbbaaccbca"
result:   " 42 b 42 cabbbaaccbca"
==> OK

------ t032 ------------------------------------------------------------------
quake("a = \"aabaacabbbaaccbca\" res = subst(a, \"aa\", \" 42 \", 99)")
expected: " 42 b 42 cabbb 42 ccbca"
result:   " 42 b 42 cabbb 42 ccbca"
==> OK

------ t033 ------------------------------------------------------------------
quake("a = [ \"a\", \"b\", \"c\" ] res = add_prefix(a, \"pre-\")")
expected: "pre-a pre-b pre-c"
result:   "pre-a pre-b pre-c"
==> OK

------ t034 ------------------------------------------------------------------
quake("a = [ \"a\", \"b\", \"c\" ] res = add_suffix(a, \"-suf\")")
expected: "a-suf b-suf c-suf"
result:   "a-suf b-suf c-suf"
==> OK

------ t035 ------------------------------------------------------------------
quake("a = \"0123456789\"res = len( a )")
expected: "10"
result:   "10"
==> OK

------ t036 ------------------------------------------------------------------
quake("a = [ \"a\", \"b\", \"c\" ] res = len( a )")
expected: "3"
result:   "3"
==> OK

------ t037 ------------------------------------------------------------------
quake("a = { \"a\" : \"b\", \"c\" : \"d\" } res = len( a )")
expected: "2"
result:   "2"
==> OK


------------------------------------------------------------------------------
large string tests
------------------------------------------------------------------------------

16 32 64 128 256 512 1k 2k 4k 8k 16k 32k 64k 128k 256k 512k 1m OK

------ t100 ------------------------------------------------------------------
quake("a = subst_chars(b, \"bc\", \"xy\") res = subst_chars(b, \"xy\", \"bc\")")
expected: "0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef012
result:   "0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef012
==> OK

------ t101 ------------------------------------------------------------------
quake("res = sub(del_chars(b, \"0123456789cdef\"), 0, 10)")
expected: "ababababab"
result:   "ababababab"
==> OK

------ t102 ------------------------------------------------------------------
quake("res = len( b )")
expected: "1048576"
result:   "1048576"
==> OK


------------------------------------------------------------------------------
pathname tests
------------------------------------------------------------------------------


------ p001 ------------------------------------------------------------------
quake("res = pn_valid(a)")
expected: "TRUE"
result:   "TRUE"
==> OK

------ p002 ------------------------------------------------------------------
quake("res = pn_valid(d)")
expected: "TRUE"
result:   "TRUE"
==> OK

------ p003 ------------------------------------------------------------------
quake("res = pn_valid(e)")
expected: "TRUE"
result:   "TRUE"
==> OK

------ p004 ------------------------------------------------------------------
quake("res = pn_absolute(a)")
expected: "TRUE"
result:   "TRUE"
==> OK

------ p005 ------------------------------------------------------------------
quake("res = pn_absolute(d)")
expected: ""
result:   ""
==> OK

------ p006 ------------------------------------------------------------------
quake("res = pn_absolute(e)")
expected: ""
result:   ""
==> OK

------ p007 ------------------------------------------------------------------
quake("res = pn_decompose(a)")
expected: "/ a b c"
result:   "/ a b c"
==> OK

------ p008 ------------------------------------------------------------------
quake("res = pn_decompose(d)")
expected: " d e"
result:   " d e"
==> OK

------ p009 ------------------------------------------------------------------
quake("res = pn_decompose(e)")
expected: " e.ext"
result:   " e.ext"
==> OK

------ p010 ------------------------------------------------------------------
quake("res = pn_decompose(d)[0]")
expected: ""
result:   ""
==> OK

------ p011 ------------------------------------------------------------------
quake("res = pn_decompose(d)[1]")
expected: "d"
result:   "d"
==> OK

------ p012 ------------------------------------------------------------------
quake("res = pn_decompose(d)[2]")
expected: "e"
result:   "e"
==> OK

------ p013 ------------------------------------------------------------------
quake("res = pn_compose(pn_decompose(a))")
expected: "/a/b/c"
result:   "/a/b/c"
==> OK

------ p014 ------------------------------------------------------------------
quake("res = pn_compose(pn_decompose(d))")
expected: "d/e"
result:   "d/e"
==> OK

------ p015 ------------------------------------------------------------------
quake("res = pn_prefix(a)")
expected: "/a/b"
result:   "/a/b"
==> OK

------ p016 ------------------------------------------------------------------
quake("res = pn_prefix(pn_prefix(a))")
expected: "/a"
result:   "/a"
==> OK

------ p017 ------------------------------------------------------------------
quake("res = pn_prefix(e)")
expected: ""
result:   ""
==> OK

------ p018 ------------------------------------------------------------------
quake("res = pn_last(a)")
expected: "c"
result:   "c"
==> OK

------ p019 ------------------------------------------------------------------
quake("res = pn_last(a2)")
expected: "b"
result:   "b"
==> OK

------ p020 ------------------------------------------------------------------
quake("res = pn_last(d)")
expected: "e"
result:   "e"
==> OK

------ p021 ------------------------------------------------------------------
quake("res = pn_last(e)")
expected: "e.ext"
result:   "e.ext"
==> OK

------ p022 ------------------------------------------------------------------
quake("res = pn_base(a & \".txt\")")
expected: "/a/b/c"
result:   "/a/b/c"
==> OK

------ p023 ------------------------------------------------------------------
quake("res = pn_base(a & \".\")")
expected: "/a/b/c."
result:   "/a/b/c."
==> OK

------ p024 ------------------------------------------------------------------
quake("res = pn_base(a)")
expected: "/a/b/c"
result:   "/a/b/c"
==> OK

------ p025 ------------------------------------------------------------------
quake("res = pn_base(e)")
expected: "e"
result:   "e"
==> OK

------ p026 ------------------------------------------------------------------
quake("res = pn_lastbase(a & \".txt\")")
expected: "c"
result:   "c"
==> OK

------ p027 ------------------------------------------------------------------
quake("res = pn_lastbase(e)")
expected: "e"
result:   "e"
==> OK

------ p028 ------------------------------------------------------------------
quake("res = pn_lastext(a)")
expected: ""
result:   ""
==> OK

------ p029 ------------------------------------------------------------------
quake("res = pn_lastext(a & \".txt\")")
expected: "txt"
result:   "txt"
==> OK

------ p030 ------------------------------------------------------------------
quake("res = pn_lastext(e)")
expected: "ext"
result:   "ext"
==> OK

------ p031 ------------------------------------------------------------------
quake("res = pn_replace_ext(a & \".txt\", \"log\")")
expected: "/a/b/c.log"
result:   "/a/b/c.log"
==> OK

------ p032 ------------------------------------------------------------------
quake("res = pn_replace_ext(e, \"log\")")
expected: "e.log"
result:   "e.log"
==> OK

------ p033 ------------------------------------------------------------------
quake("res = pn_join(a, d)")
expected: "/a/b/c/d/e"
result:   "/a/b/c/d/e"
==> OK

------ p034 ------------------------------------------------------------------
quake("res = pn_join2(a, d, \"log\")")
expected: "/a/b/c/d/e.log"
result:   "/a/b/c/d/e.log"
==> OK

------ p035 ------------------------------------------------------------------
quake("res = pn_join(a, pn_parent())")
expected: "/a/b/c/.."
result:   "/a/b/c/.."
==> OK

------ p036 ------------------------------------------------------------------
quake("res = pn_join(pn_current(), d)")
expected: "./d/e"
result:   "./d/e"
==> OK


------------------------------------------------------------------------------
file system tests
------------------------------------------------------------------------------


------ f001 ------------------------------------------------------------------
quake("res = fs_exists(\".\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f002 ------------------------------------------------------------------
quake("res = fs_exists(\"..\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f003 ------------------------------------------------------------------
quake("res = fs_exists(\"..\" & SL & \"src\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f004 ------------------------------------------------------------------
quake("res = fs_isdir(\".\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f005 ------------------------------------------------------------------
quake("res = fs_isdir(\"..\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f006 ------------------------------------------------------------------
quake("res = fs_isdir(\"..\" & SL & \"src\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f007 ------------------------------------------------------------------
quake("res = fs_isfile(\".\")")
expected: ""
result:   ""
==> OK

------ f008 ------------------------------------------------------------------
quake("res = fs_isfile(\"..\")")
expected: ""
result:   ""
==> OK

------ f009 ------------------------------------------------------------------
quake("res = fs_isfile(\"..\" & SL & \"src\")")
expected: ""
result:   ""
==> OK

------ f010 ------------------------------------------------------------------
quake("res = fs_isfile(\"..\" & SL & \"src\" & SL & \"m3makefile\")")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f011 ------------------------------------------------------------------
quake("res = fs_isdir(\"..\" & SL & \"src\" & SL & \"m3makefile\")")
expected: ""
result:   ""
==> OK
findexe(more)

------ f012 ------------------------------------------------------------------
quake("res = fs_executable( more )")
expected: "TRUE"
result:   "TRUE"
==> OK
chmod -w onlyread

------ f013 ------------------------------------------------------------------
quake("res = fs_writable( onlyread )")
expected: ""
result:   ""
==> OK

------ f014 ------------------------------------------------------------------
quake("res = fs_writable(\"..\" & SL & \"src\" & SL & \"m3makefile\")")
expected: "TRUE"
result:   "TRUE"
==> OK
findexe(cm3)

------ f015 ------------------------------------------------------------------
quake("fs_putfile( orange, data ) res = fs_contents( orange )")
expected: "line1
line2line3
"
result:   "line1
line2line3
"
==> OK

--------------------------------------
dirs   = a/b
dirs_0 = a/b/c
dirs_1 = a/b/cc
dirs_2 = a/b/ccc
dirs_3 = a/bb
fn_a   = a/b/c/a
fn_b   = a/b/c/b
fn_c   = a/b/c/c

------ f016 ------------------------------------------------------------------
quake("fs_mkdir( dirs_0 ) res = fs_isdir( dirs_0 )")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f017 ------------------------------------------------------------------
quake("fs_mkdir( dirs_1 ) res = fs_isdir( dirs_1 )")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f018 ------------------------------------------------------------------
quake("fs_mkdir( dirs_2 ) res = fs_isdir( dirs_2 )")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f019 ------------------------------------------------------------------
quake("fs_mkdir( dirs_3 ) res = fs_isdir( dirs_3 )")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f020 ------------------------------------------------------------------
quake("res = fs_lsdirs( dirs, \"\" )")
expected: "a/b/c a/b/cc a/b/ccc"
result:   "a/b/c a/b/cc a/b/ccc"
==> OK

------ f021 ------------------------------------------------------------------
quake("res = fs_lsdirs( dirs, \"T\" )")
expected: "c cc ccc"
result:   "c cc ccc"
==> OK

------ f022 ------------------------------------------------------------------
quake("fs_touch( fn_a ) res = fs_isfile( fn_a )")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f023 ------------------------------------------------------------------
quake("fs_touch( fn_b ) res = fs_isfile( fn_b )")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f024 ------------------------------------------------------------------
quake("fs_touch( fn_c ) res = fs_isfile( fn_c )")
expected: "TRUE"
result:   "TRUE"
==> OK

------ f025 ------------------------------------------------------------------
quake("res = fs_lsfiles( dirs_0, \"\" )")
expected: "a/b/c/a a/b/c/b a/b/c/c"
result:   "a/b/c/a a/b/c/b a/b/c/c"
==> OK

------ f026 ------------------------------------------------------------------
quake("res = fs_lsfiles( dirs_0, \"T\" )")
expected: "a b c"
result:   "a b c"
==> OK

------ f027 ------------------------------------------------------------------
quake("res = fs_lsfiles( dirs, \"T\" )")
expected: ""
result:   ""
==> OK

------ f028 ------------------------------------------------------------------
quake("fs_rmfile(fn_b) res = fs_lsfiles( dirs_0, \"T\" )")
expected: "a c"
result:   "a c"
==> OK

------ f029 ------------------------------------------------------------------
quake("fs_rmfile(fn_b) res = fs_lsfiles( dirs_0, \"T\" )")
expected: "a c"
result:   "a c"
==> OK

------ f030 ------------------------------------------------------------------
quake("fs_rmdir(dirs_3) res = fs_lsdirs( \"a\", \"T\" )")
expected: "b"
result:   "b"
==> OK

------ f031 ------------------------------------------------------------------
quake("fs_rmdir(dirs_3) res = fs_lsdirs( \"a\", \"T\" )")
expected: "b"
result:   "b"
==> OK

------ f032 ------------------------------------------------------------------
quake("fs_rmrec(dirs) res = fs_lsdirs( \"a\", \"T\" )")
expected: ""
result:   ""
==> OK

------ f033 ------------------------------------------------------------------
quake("fs_touch(dirs) res = fs_lsfiles( \"a\", \"T\" )")
expected: "b"
result:   "b"
==> OK

------ f034 ------------------------------------------------------------------
quake("fs_cp( orange, apple )  res = fs_contents( apple )")
expected: "line1
line2line3
"
result:   "line1
line2line3
"
==> OK

------ f035 ------------------------------------------------------------------
quake("fs_cp( orange, apple2 )  res = fs_contents( apple2 )")
expected: "line1
line2line3
"
result:   "line1
line2line3
"
==> OK

------ f036 ------------------------------------------------------------------
quake("res = fs_lsfiles( \"a\", \"T\" )")
expected: "b apple"
or expected: "apple b"
result:   "apple b"
==> OK

------ f037 ------------------------------------------------------------------
quake("fs_rmfile(apple2) res = fs_lsfiles( \"a\", \"T\" )")
expected: "b"
result:   "b"
==> OK

------ f099 ------------------------------------------------------------------
quake("fs_rmrec(\"a\") res = fs_lsdirs( \".\", \"T\" )")
expected: ""
result:   ""
==> OK


------------------------------------------------------------------------------
exec tests
------------------------------------------------------------------------------


------ e001 ------------------------------------------------------------------
rc = 0
out = total 32
-rw-r--r--  1 hudson  staff   17 Jan 15 18:24 apple
-rw-r--r--  1 hudson  staff  195 Jan 15 18:24 m3make.args
-r--r--r--  1 hudson  staff    0 Jan 15 18:24 onlyread
-rw-r--r--  1 hudson  staff   17 Jan 15 18:24 orange
-rw-r--r--  1 hudson  staff   39 Jan 13 18:43 x


------ e002 ------------------------------------------------------------------
quake(res = q_exec( "cm3 -version > cm3.version" )) --> OK

------ e003 ------------------------------------------------------------------
quake(res = q_exec( "rm cm3.version" )) --> OK

------ e004 ------------------------------------------------------------------
a
b
c
------ e005 ------------------------------------------------------------------
quake(res = q_exec( "echo a && echo b && echo c" )) --> a
b
c
OK

------ e006 ------------------------------------------------------------------
quake(res = q_exec( "echo a && false || echo c" )) --> a
c
OK

------ e007 ------------------------------------------------------------------
quake(res = q_exec( "echo a | cat -" )) --> a
OK

------ e008 ------------------------------------------------------------------
quake(res = q_exec( "echo abcdefgh | sed -e 's/d/4/g' | sed -e 's/h/8/g'" )) --> abc4efg8
OK

------ e009 ------------------------------------------------------------------
quake(res = q_exec( "true && echo abcdefgh | sed -e 's/d/4/g' | sed -e 's/h/8/g'" )) --> abc4efg8
OK

------ e010 ------------------------------------------------------------------
quake(res = q_exec( "echo abcdefgh | sed -e 's/d/4/g' ; echo abcdefgh | sed -e 's/h/8/g'" )) --> abc4efgh
abcdefg8
OK

------ e011 ------------------------------------------------------------------
quake(res = q_exec( "echo abcdefgh | sed -e 's/d/4/g' && echo abcdefgh | sed -e 's/h/8/g'" )) --> abc4efgh
abcdefg8
OK

------ e012 ------------------------------------------------------------------
quake(res = q_exec( "echo a&&echo b;echo c" )) --> a
b
c
OK

------ e013 ------------------------------------------------------------------
quake(res = q_exec( "false||echo b;echo c" )) --> b
c
OK

------ e014 ------------------------------------------------------------------
quake(res = q_exec( "false||false;echo c" )) --> c
OK

------ e016 ------------------------------------------------------------------
quake(res = q_exec( "echo 1 && echo 2 && echo 10 && echo 20" )) --> 1
2
10
20
OK

------ e017 ------------------------------------------------------------------
quake(res = q_exec( "echo 1 x 2 x 10 x 20" )) --> 1 x 2 x 10 x 20
OK

------ e018 ------------------------------------------------------------------
quake(res = q_exec( "echo 1>x && echo 2>>x" )) --> 
OK

------ e019 ------------------------------------------------------------------
quake(res = q_exec( "echo 11 22 33 1>x" ) x = fs_contents("x") if not equal(x, "11 22 33
") res = 99 end) --> OK

------ e020 ------------------------------------------------------------------
quake(res = q_exec( "echo 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16>x" ) x = fs_contents("x") if not equal(x, "1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
") res = 99 end) --> OK


------------------------------------------------------------------------------
directory stack tests
------------------------------------------------------------------------------


------ d001 ------------------------------------------------------------------
quake("pushd( \"..\" ) base = getwd() popd() res = tcontains( base, \"test\" )")
expected: "TRUE"
result:   "TRUE"
==> OK
base = /Users/hudson/workspace/cm3-current-test-all-pkgs-I386_DARWIN/cm3/m3-sys/m3quake/test
------ d002 ------------------------------------------------------------------
quake("pushd( src ) wd = getwd() res = subst( wd, base, \"\", 1 )")
expected: "src"
result:   "src"
==> OK

------ d003 ------------------------------------------------------------------
quake("cd( base ) wd = getwd() res = subst( base, wd, \"\", 1 )")
expected: "/"
result:   "/"
==> OK

------ d004 ------------------------------------------------------------------
quake("popd() wd = getwd() res = subst( wd, base, \"\", 1 )")
expected: "I386_DARWIN"
result:   "I386_DARWIN"
==> OK


------------------------------------------------------------------------------
miscellanoues tests
------------------------------------------------------------------------------

hostname  = jbook2
date      = 2011-01-16
datetime  = 2011-01-16 02:24:48
datestamp = 2011-01-16-02-24-48

tests done


------------------------------------------------------------------------------
summary
------------------------------------------------------------------------------

135 tests succeeded:
t001 t002 t003 t004 t005 t006 t007 t008 t009 t010 t011 t012 t013 t014 t015 t016 t017 t018 t019 t020 t021 t022 t023 t024 t025 t026 t027 t028 t029 t030 t031 t032 t033 t034 t035 t036 t037 t100 t101 t102 p001 p002 p003 p004 p005 p006 p007 p008 p009 p010 p011 p012 p013 p014 p015 p016 p017 p018 p019 p020 p021 p022 p023 p024 p025 p026 p027 p028 p029 p030 p031 p032 p033 p034 p035 p036 f001 f002 f003 f004 f005 f006 f007 f008 f009 f010 f011 f012 f013 f014 f015 f016 f017 f018 f019 f020 f021 f022 f023 f024 f025 f026 f027 f028 f029 f030 f031 f032 f033 f034 f035 f036 f037 f099 e002 e003 e005 e006 e007 e008 e009 e010 e011 e012 e013 e014 e016 e017 e018 e019 e020 d001 d002 d003 d004

0 tests failed:
  

--- building in I386_DARWIN ---


performing cm3 M3Path...
 => .
a => a
a/ => a
a// => a
a/. => a
a//. => a
abc => abc
abc/ => abc
abc// => abc
abc/. => abc
abc//. => abc
/ => /
/foo => /foo
/foo/bar => /foo/bar
c:\ => c:\
c:oo => c:oo
c:oo//bar => c:oo/bar
c:oo//bar\/// => c:oo/bar\
c:oo//\bar\/// => c:oo/\bar\
c:///oo//\bar\/// => c:/oo/\bar\
/cygdrive/c/foo => /cygdrive/c/foo
/cygdrive/1/foo => /cygdrive/1/foo
  

--- building in I386_DARWIN ---



TestSLE.TestBacksub:begin
A=M4x4{
V4{0.849474166943447, 6.007512527121, 8.90719665798228, 9.66987746267574},
V4{           0, 5.14460848343308, 3.97610379798622, 2.62643259284852},
V4{           0,            0, 5.59829538386701, 5.81647464462857},
V4{           0,            0,            0, 8.75757268120887}
}
B=V4{166.740744639888, 83.5138163218407, 71.3232457389059, 25.9929325912686}
knownX=V4{9.94089463353199, 7.25485522254596, 9.65644751615191, 2.96805216895791}
foundX=V4{9.94089463353198, 7.25485522254596, 9.65644751615191, 2.96805216895791}

TestSLE.TestHouseholder:begin
A=M4x4{
V4{4.25624776743643, 8.98598192408028, 6.52345727926747, 9.00632751995527},
V4{9.60571576064719, 1.64548220035875, 8.57129351737504, 9.0593772103588},
V4{2.93732122958979, 9.35307352860601, 4.14229934086199, 3.08148274906514},
V4{5.1437801235373, 3.95034326919836, 7.88994747410526, 6.88452253496485}
}
HouseHolder(A)=M4x4{
V4{4.25624776743643, -13.4516559727034, -4.50376673985578, 1.78503169608586},
V4{-11.2852162247536, 13.2230142269445, 11.377816861096, -2.54724079656635},
V4{           0, 8.22348441192892, -1.36290678119615, 2.92046829433476},
V4{           0,            0, -2.85850150436503, 0.812196630437251}
}

TestSLE.TestTridiag:begin
A=M3x3{
V3{           1,            1,            0},
V3{         0.5,            2,            1},
V3{           0,          0.5,            3}
}
knownX=V3{           1,            2,            3}
r=     V3{           3,          7.5,           10}
foundX=V3{           1,            2,            3}

TestSLE.TestLU:begin
Factorize M4x4{
V4{           1,          2.3,         -0.3,          0.7},
V4{           0,         -1.2,         -0.5,          0.1},
V4{           0,            0,         -0.3,          0.7},
V4{           0,            0,            0,          0.4}
}

LU factors: sign =1
L = M4x4{
V4{           1,            0,            0,            0},
V4{           0,            1,            0,            0},
V4{           0,           -0,            1,            0},
V4{           0,           -0,           -0,            1}
}

U = M4x4{
V4{           1,          2.3,         -0.3,          0.7},
V4{           0,         -1.2,         -0.5,          0.1},
V4{           0,            0,         -0.3,          0.7},
V4{           0,            0,            0,          0.4}
}

det = 0.144
Inverse(A) =M4x4{
V4{           1, 1.91666666666667, -4.19444444444444, 5.11111111111111},
V4{          -0, -0.833333333333333, 1.38888888888889, -2.22222222222222},
V4{          -0,           -0, -3.33333333333333, 5.83333333333333},
V4{           0,            0,            0,          2.5}
}
Inverse(A)*A =M4x4{
V4{           1, 8.52182907573606e-17, 4.22838847269347e-17, 4.68809019382732e-16},
V4{           0,            1, -1.78893358460108e-17, -2.04751580273888e-16},
V4{           0,            0,            1, 2.18358317538581e-16},
V4{           0,            0,            0,            1}
}
knownX = V4{         0.7,          1.3,         -0.2,          0.3}
foundX = V4{0.700000000000001,          1.3,         -0.2,          0.3}
Factorize M4x4{
V4{           1,            0,            0,            0},
V4{         2.3,         -1.2,            0,            0},
V4{        -0.3,         -0.5,         -0.3,            0},
V4{         0.7,          0.1,          0.7,          0.4}
}

LU factors: sign =1
L = M4x4{
V4{           1,            0,            0,            0},
V4{        -0.3,            1,            0,            0},
V4{         0.7,         -0.2,            1,            0},
V4{         2.3,          2.4,        1.125,            1}
}

U = M4x4{
V4{           1,            0,            0,            0},
V4{           0,         -0.5,         -0.3,            0},
V4{           0,            0,         0.64,          0.4},
V4{           0,            0,            0,        -0.45}
}

det = 0.144
Inverse(A) =M4x4{
V4{           1,            0,            0,            0},
V4{1.91666666666667, -0.833333333333333, -2.51643324233886e-16, 5.20417042793042e-17},
V4{-4.19444444444444, 1.38888888888889, -3.33333333333333, -8.67361737988404e-17},
V4{5.11111111111111, -2.22222222222222, 5.83333333333333,          2.5}
}
Inverse(A)*A =M4x4{
V4{           1,            0,            0,            0},
V4{-3.50706876733886e-16,            1, 1.11922190265679e-16, 2.08166817117217e-17},
V4{4.79596830998963e-16, 2.13370987545147e-16,            1, -3.46944695195362e-17},
V4{-5.55111512312578e-16, -4.30211422042248e-16, 3.33066907387547e-16,            1}
}
knownX = V4{         0.7,          1.3,         -0.2,          0.3}
foundX = V4{         0.7,          1.3,         -0.2,          0.3}
Factorize M4x4{
V4{           1,          2.3,         -0.3,          0.7},
V4{         0.3,         -1.2,         -0.5,          0.1},
V4{           0,          2.3,         -0.3,          0.7},
V4{           0,            0,         -0.1,          0.4}
}

LU factors: sign =1
L = M4x4{
V4{           1,            0,            0,            0},
V4{         0.3,            1,            0,            0},
V4{           0, -1.21693121693122,            1,            0},
V4{           0,           -0, 0.125165562913907,            1}
}

U = M4x4{
V4{           1,          2.3,         -0.3,          0.7},
V4{           0,        -1.89,        -0.41,        -0.11},
V4{           0,            0, -0.798941798941799, 0.566137566137566},
V4{           0,            0,            0, 0.329139072847682}
}

det = 0.497
Inverse(A) =M4x4{
V4{           1, -1.59323509246745e-16,           -1, -1.3162214373974e-16},
V4{0.0301810865191147, -0.100603621730382, 0.352112676056338, -0.643863179074447},
V4{0.55533199195171, -1.85110663983903, -1.52112676056338, 2.15291750503018},
V4{0.138832997987928, -0.462776659959759, -0.380281690140845, 3.03822937625755}
}
Inverse(A)*A =M4x4{
V4{           1, -5.10659223240673e-16, 1.35297589104466e-16, -2.08069238921693e-16},
V4{8.0552833283884e-18,            1, -1.58564567726005e-17, 7.91467585914418e-18},
V4{-4.60785923306339e-17, 1.14708589848966e-16,            1, 1.14437539305845e-16},
V4{5.13640779215008e-18, 2.86771474622416e-17, -3.90583832637903e-17,            1}
}
knownX = V4{         0.7,          1.3,         -0.2,          0.3}
foundX = V4{         0.7,          1.3,         -0.2,          0.3}
Factorize M4x4{
V4{           1,            0,            0,            0},
V4{           0,            0,            0,          0.1},
V4{           0,          0.8,            0,            0},
V4{           0,            0,         -0.1,            0}
}

LU factors: sign =1
L = M4x4{
V4{           1,            0,            0,            0},
V4{           0,            1,            0,            0},
V4{           0,            0,            1,            0},
V4{           0,            0,           -0,            1}
}

U = M4x4{
V4{           1,            0,            0,            0},
V4{           0,          0.8,            0,            0},
V4{           0,            0,         -0.1,            0},
V4{           0,            0,            0,          0.1}
}

det = -0.008
Inverse(A) =M4x4{
V4{           1,            0,            0,            0},
V4{           0,            0,         1.25,            0},
V4{          -0,           -0,           -0,          -10},
V4{           0,           10,            0,            0}
}
Inverse(A)*A =M4x4{
V4{           1,            0,            0,            0},
V4{           0,            1,            0,            0},
V4{           0,            0,            1,            0},
V4{           0,            0,            0,            1}
}
knownX = V4{         0.7,          1.3,         -0.2,          0.3}
foundX = V4{         0.7,          1.3,         -0.2,          0.3}

TestSLE.TestDeterminant:begin
Determinants 1 1 1
Determinants 1 1 1
Determinants -1 -1 -1
Determinants 46 46 46
Determinants -27 -27 -27
Determinants 16 16 16


TestFunctional.TestDeriv:begin
first:
   V5{0.862437679942209, 0.793962663878407, 0.64389749571342, 0.340975557822423, -1.00564767646732}
 ~ V5{0.862437679949313, 0.793962663869774, 0.643897495722356, 0.340975557810985, -1.00564767646638}
 (dif 1.14376841331421e-11)
second:
   M5x5{
V5{           0, 1.68294196961579, 1.81859485365136, 0.282240016119734, -1.51360499061586},
V5{1.68294196961579, 0.282240016119734, -1.91784854932628, 1.31397319743758, 0.824236970483513},
V5{1.81859485365136, -1.91784854932628, 1.97871649324676, -1.99998041310141, 1.98121471138974},
V5{0.282240016119734, 1.31397319743758, -1.99998041310141, 1.30057568031423, 0.299754419325905},
V5{-1.51360499061586, 0.824236970483513, 1.98121471138974, 0.299754419325905, -1.81115672401325}
}
 ~ M5x5{
V5{           0, 1.68294156388526, 1.81859499681636, 0.282238954429914, -1.51360479705431},
V5{1.68294156388526, 0.282238676874158, -1.91784865766209, 1.31397392966193, 0.824237345042888},
V5{1.81859499681636, -1.91784865766209, 1.97871496965263, -1.99998045902205, 1.98121491434833},
V5{0.282238954429914, 1.31397392966193, -1.99998045902205, 1.30057298264319, 0.299754665533669},
V5{-1.51360479705431, 0.824237345042888, 1.98121491434833, 0.299754665533669, -1.81115789033015}
}
 (dif 4.78371362611085e-6)

program returned 0
  

--- building in I386_DARWIN ---

*** Set/Reset Bit Test ***

Testing upward...
  Passed!

Testing downward...
  Passed!

*** Iterator Test ***
  Passed!

*** LeastUnset() Test ***

Testing upward...
  Passed!

Testing downward by squares...
  Passed!

*** LeastUnsetExcept() Test ***

Test 1...
  Passed!

Test 2...
  Passed!

*** Read/Write Interval Test ***

Testing intra-words...
  Passed!

Testing inter-words...
  Passed!

*** Set Interval Test ***

All intra-word intervals:
  Passed!

Inter-word intervals:
  Pased!

*** Copy Test ***
  Passed!

*** Cardinality Test ***
  Passed!

*** Bitwise Test 1 ***

Testing against empty vectors...
  Passed!

*** Bitwise Test 2 ***
  Passed!

All tests passed!

program returned 0
  

--- building in I386_DARWIN ---

unable to read ../src/m3overrides, options "-override" and "-x" ignored.
  

--- building in I386_DARWIN ---
  

--- building in I386_DARWIN ---

package "binIO" is already overridden to /Users/hudson/workspace/cm3-current-test-all-pkgs-I386_DARWIN/cm3/m3-libs, ignoring new override to /Users/hudson/workspace/cm3-current-test-all-pkgs-I386_DARWIN/cm3/m3-libs/binIO/test/../..


120
120
TRUE
120

program returned 0
  

--- building in I386_DARWIN ---

allocating environment...
=> ok
available databases:
=> no data found

freeing environment...
=> ok
done.

program returned 0
  

--- building in I386_DARWIN ---
  

--- building in I386_DARWIN ---

database [test]: user [admin]: password [foobar]: 
program returned 4
  

--- building in I386_DARWIN ---
  

--- building in I386_DARWIN ---