/usr/share/julia/test/strings/io.jl is in julia-common 0.4.7-6.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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# string escaping & unescaping
cx = Any[
0x00000000 '\0' "\\0"
0x00000001 '\x01' "\\x01"
0x00000006 '\x06' "\\x06"
0x00000007 '\a' "\\a"
0x00000008 '\b' "\\b"
0x00000009 '\t' "\\t"
0x0000000a '\n' "\\n"
0x0000000b '\v' "\\v"
0x0000000c '\f' "\\f"
0x0000000d '\r' "\\r"
0x0000000e '\x0e' "\\x0e"
0x0000001a '\x1a' "\\x1a"
0x0000001b '\e' "\\e"
0x0000001c '\x1c' "\\x1c"
0x0000001f '\x1f' "\\x1f"
0x00000020 ' ' " "
0x0000002f '/' "/"
0x00000030 '0' "0"
0x00000039 '9' "9"
0x0000003a ':' ":"
0x00000040 '@' "@"
0x00000041 'A' "A"
0x0000005a 'Z' "Z"
0x0000005b '[' "["
0x00000060 '`' "`"
0x00000061 'a' "a"
0x0000007a 'z' "z"
0x0000007b '{' "{"
0x0000007e '~' "~"
0x0000007f '\x7f' "\\x7f"
0x000000bf '\ubf' "\\ubf"
0x000000ff '\uff' "\\uff"
0x00000100 '\u100' "\\u100"
0x000001ff '\u1ff' "\\u1ff"
0x00000fff '\ufff' "\\ufff"
0x00001000 '\u1000' "\\u1000"
0x00001fff '\u1fff' "\\u1fff"
0x0000ffff '\uffff' "\\uffff"
0x00010000 '\U10000' "\\U10000"
0x0001ffff '\U1ffff' "\\U1ffff"
0x0002ffff '\U2ffff' "\\U2ffff"
0x00030000 '\U30000' "\\U30000"
0x000dffff '\Udffff' "\\Udffff"
0x000e0000 '\Ue0000' "\\Ue0000"
0x000effff '\Ueffff' "\\Ueffff"
0x000f0000 '\Uf0000' "\\Uf0000"
0x000fffff '\Ufffff' "\\Ufffff"
0x00100000 '\U100000' "\\U100000"
0x0010ffff '\U10ffff' "\\U10ffff"
]
for i = 1:size(cx,1)
@test cx[i,1] == convert(UInt32, cx[i,2])
@test string(cx[i,2]) == unescape_string(cx[i,3])
if isascii(cx[i,2]) || !isprint(cx[i,2])
@test cx[i,3] == escape_string(string(cx[i,2]))
end
for j = 1:size(cx,1)
str = string(cx[i,2], cx[j,2])
@test str == unescape_string(escape_string(str))
end
end
for i = 0:0x7f, p = ["","\0","x","xxx","\x7f","\uFF","\uFFF",
"\uFFFF","\U10000","\U10FFF","\U10FFFF"]
c = Char(i)
cp = string(c,p)
op = string(Char(div(i,8)), oct(i%8), p)
hp = string(Char(div(i,16)), hex(i%16), p)
@test string(unescape_string(string("\\",oct(i,1),p))) == cp
@test string(unescape_string(string("\\",oct(i,2),p))) == cp
@test string(unescape_string(string("\\",oct(i,3),p))) == cp
@test string(unescape_string(string("\\",oct(i,4),p))) == op
@test string(unescape_string(string("\\x",hex(i,1),p))) == cp
@test string(unescape_string(string("\\x",hex(i,2),p))) == cp
@test string(unescape_string(string("\\x",hex(i,3),p))) == hp
end
@test "\z" == unescape_string("\z") == "z"
@test "\X" == unescape_string("\X") == "X"
@test "\AbC" == unescape_string("\AbC") == "AbC"
@test "\0" == unescape_string("\\0")
@test "\1" == unescape_string("\\1")
@test "\7" == unescape_string("\\7")
@test "\0x" == unescape_string("\\0x")
@test "\1x" == unescape_string("\\1x")
@test "\7x" == unescape_string("\\7x")
@test "\00" == unescape_string("\\00")
@test "\01" == unescape_string("\\01")
@test "\07" == unescape_string("\\07")
@test "\70" == unescape_string("\\70")
@test "\71" == unescape_string("\\71")
@test "\77" == unescape_string("\\77")
@test "\00x" == unescape_string("\\00x")
@test "\01x" == unescape_string("\\01x")
@test "\07x" == unescape_string("\\07x")
@test "\70x" == unescape_string("\\70x")
@test "\71x" == unescape_string("\\71x")
@test "\77x" == unescape_string("\\77x")
@test "\000" == unescape_string("\\000")
@test "\001" == unescape_string("\\001")
@test "\007" == unescape_string("\\007")
@test "\070" == unescape_string("\\070")
@test "\071" == unescape_string("\\071")
@test "\077" == unescape_string("\\077")
@test "\170" == unescape_string("\\170")
@test "\171" == unescape_string("\\171")
@test "\177" == unescape_string("\\177")
@test "\0001" == unescape_string("\\0001")
@test "\0011" == unescape_string("\\0011")
@test "\0071" == unescape_string("\\0071")
@test "\0701" == unescape_string("\\0701")
@test "\0711" == unescape_string("\\0711")
@test "\0771" == unescape_string("\\0771")
@test "\1701" == unescape_string("\\1701")
@test "\1711" == unescape_string("\\1711")
@test "\1771" == unescape_string("\\1771")
@test "\x0" == unescape_string("\\x0")
@test "\x1" == unescape_string("\\x1")
@test "\xf" == unescape_string("\\xf")
@test "\xF" == unescape_string("\\xF")
@test "\x0x" == unescape_string("\\x0x")
@test "\x1x" == unescape_string("\\x1x")
@test "\xfx" == unescape_string("\\xfx")
@test "\xFx" == unescape_string("\\xFx")
@test "\x00" == unescape_string("\\x00")
@test "\x01" == unescape_string("\\x01")
@test "\x0f" == unescape_string("\\x0f")
@test "\x0F" == unescape_string("\\x0F")
extrapath = @windows? joinpath(JULIA_HOME,"..","Git","usr","bin")*";" : ""
withenv("PATH" => extrapath * ENV["PATH"]) do
if !success(`iconv --version`)
warn("iconv not found, skipping unicode tests!")
@windows_only warn("Use WinRPM.install(\"win_iconv\") to run these tests")
else
# Create unicode test data directory
unicodedir = mktempdir()
# Use perl to generate the primary data
primary_encoding = "UTF-32BE"
primary_path = replace(joinpath(unicodedir, primary_encoding*".unicode"),"\\","\\\\\\\\")
run(`perl -e "
$$fname = \"$primary_path\";
open(UNICODEF, \">\", \"$$fname\") or die \"can\'t open $$fname: $$!\";
binmode(UNICODEF);
print UNICODEF pack \"N*\", 0xfeff, 0..0xd7ff, 0xe000..0x10ffff;
close(UNICODEF);"` )
# Use iconv to generate the other data
for encoding in ["UTF-32LE", "UTF-16BE", "UTF-16LE", "UTF-8"]
output_path = joinpath(unicodedir, encoding*".unicode")
f = Base.FS.open(output_path,Base.JL_O_WRONLY|Base.JL_O_CREAT,Base.S_IRUSR | Base.S_IWUSR | Base.S_IRGRP | Base.S_IROTH)
run(pipeline(`iconv -f $primary_encoding -t $encoding $primary_path`, f))
Base.FS.close(f)
end
f=open(joinpath(unicodedir,"UTF-32LE.unicode"))
str1 = utf32(read(f, UInt32, 1112065)[2:end])
close(f)
f=open(joinpath(unicodedir,"UTF-8.unicode"))
str2 = UTF8String(read(f, UInt8, 4382595)[4:end])
close(f)
@test str1 == str2
@test str1 == open(joinpath(unicodedir,"UTF-16LE.unicode")) do f
utf16(read(f, UInt16, 2160641)[2:end])
end
@test str1 == open(joinpath(unicodedir,"UTF-16LE.unicode")) do f
utf16(read(f, UInt8, 2160641*2))
end
@test str1 == open(joinpath(unicodedir,"UTF-16BE.unicode")) do f
utf16(read(f, UInt8, 2160641*2))
end
@test str1 == open(joinpath(unicodedir,"UTF-32LE.unicode")) do f
utf32(read(f, UInt8, 1112065*4))
end
@test str1 == open(joinpath(unicodedir,"UTF-32BE.unicode")) do f
utf32(read(f, UInt8, 1112065*4))
end
str1 = "∀ ε > 0, ∃ δ > 0: |x-y| < δ ⇒ |f(x)-f(y)| < ε"
str2 = UTF32String(UInt32[
8704, 32, 949, 32, 62, 32, 48, 44, 32, 8707, 32,
948, 32, 62, 32, 48, 58, 32, 124, 120, 45, 121, 124,
32, 60, 32, 948, 32, 8658, 32, 124, 102, 40, 120,
41, 45, 102, 40, 121, 41, 124, 32, 60, 32, 949
,0])
@test str1 == str2
# Cleanup unicode data
for encoding in ["UTF-32BE", "UTF-32LE", "UTF-16BE", "UTF-16LE", "UTF-8"]
rm(joinpath(unicodedir,encoding*".unicode"))
end
rm(unicodedir)
end
end
# Tests of join()
@test join([]) == ""
@test join(["a"],"?") == "a"
@test join("HELLO",'-') == "H-E-L-L-O"
@test join(1:5, ", ", " and ") == "1, 2, 3, 4 and 5"
@test join(["apples", "bananas", "pineapples"], ", ", " and ") == "apples, bananas and pineapples"
# issue #9178 `join` calls `done()` twice on the iterables
type i9178
nnext::Int64
ndone::Int64
end
Base.start(jt::i9178) = (jt.nnext=0 ; jt.ndone=0 ; 0)
Base.done(jt::i9178, n) = (jt.ndone += 1 ; n > 3)
Base.next(jt::i9178, n) = (jt.nnext += 1 ; ("$(jt.nnext),$(jt.ndone)", n+1))
@test join(i9178(0,0), ";") == "1,1;2,2;3,3;4,4"
# quotes + interpolation (issue #455)
@test "$("string")" == "string"
arr = ["a","b","c"]
@test "[$(join(arr, " - "))]" == "[a - b - c]"
# print_joined with empty input
myio = IOBuffer()
print_joined(myio, "", "", 1)
@test isempty(takebuf_array(myio))
# unescape_chars
@test Base.unescape_chars("\\t","t") == "t"
@test_throws ArgumentError print_unescaped(IOBuffer(), string('\\',"xZ"))
@test_throws ArgumentError print_unescaped(IOBuffer(), string('\\',"777"))
# 11659
# The indentation code was not correctly counting tab stops
@test Base.indentation(" \t") == (8, true)
@test Base.indentation(" \tfoob") == (8, false)
@test Base.indentation(" \t \t") == (16, true)
@test Base.unindent("\tfoo",0) == "\tfoo"
@test Base.unindent("\tfoo",4) == " foo"
@test Base.unindent(" \tfoo",4) == " foo"
@test Base.unindent("\t\n \tfoo",4) == " \n foo"
@test Base.unindent("\tfoo\tbar",4) == " foo bar"
@test Base.unindent("\n\tfoo",4) == "\n foo"
@test Base.unindent("\n \tfoo",4) == "\n foo"
@test Base.unindent("\n\t\n \tfoo",4) == "\n \n foo"
@test Base.unindent("\n\tfoo\tbar",4) == "\n foo bar"
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