START_MARKER |
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// Global functions |
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// Bug 3171 |
test_eq([[(MIME.parse_headers("\r\nBody\r\n\r\nMore Body\r\n")[1])]], |
"Body\r\n\r\nMore Body\r\n") |
test_eq([[(MIME.parse_headers("\nBody\n\nMore Body\n")[1])]], |
"Body\n\nMore Body\n") |
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define(test_base64,[[ |
test_eq(MIME.encode_base64($1),$2) |
test_eq(MIME.decode_base64($2),$1) |
]]) |
define(test_base64url,[[ |
test_eq(MIME.encode_base64url($1),$2) |
test_eq(MIME.decode_base64url($2),$1) |
]]) |
define(test_base32,[[ |
test_eq(MIME.encode_base32($1), $2) |
test_eq(MIME.decode_base32($2), $1) |
test_eq(MIME.decode_base32(lower_case($2)), $1) |
]]) |
define(test_base32hex,[[ |
test_eq(MIME.encode_base32hex($1), $2) |
test_eq(MIME.decode_base32hex($2), $1) |
test_eq(MIME.decode_base32hex(lower_case($2)), $1) |
test_eq(MIME.encode_base32hex($1, UNDEFINED, 1), $2 - "=") |
test_eq(MIME.decode_base32hex($2 - "="), $1) |
test_eq(MIME.decode_base32hex(lower_case($2) - "="), $1) |
]]) |
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// Test vectors from RFC 4648 |
test_base64("","") |
test_base64("f","Zg==") |
test_base64("fo","Zm8=") |
test_base64("foo","Zm9v") |
test_base64("foob","Zm9vYg==") |
test_base64("fooba","Zm9vYmE=") |
test_base64("foobar","Zm9vYmFy") |
test_base64url("","") |
test_base64url("f","Zg") |
test_base64url("fo","Zm8") |
test_base64url("foo","Zm9v") |
test_base64url("foob","Zm9vYg") |
test_base64url("fooba","Zm9vYmE") |
test_base64url("foobar","Zm9vYmFy") |
test_base32("","") |
test_base32("f","MY======") |
test_base32("fo","MZXQ====") |
test_base32("foo","MZXW6===") |
test_base32("foob","MZXW6YQ=") |
test_base32("fooba","MZXW6YTB") |
test_base32("foobar","MZXW6YTBOI======") |
test_base32("foobarg","MZXW6YTBOJTQ====") |
test_base32("foobarga","MZXW6YTBOJTWC===") |
test_base32("foobargaz","MZXW6YTBOJTWC6Q=") |
test_base32("foobargazo","MZXW6YTBOJTWC6TP") |
test_base32hex("","") |
test_base32hex("f","CO======") |
test_base32hex("fo","CPNG====") |
test_base32hex("foo","CPNMU===") |
test_base32hex("foob","CPNMUOG=") |
test_base32hex("fooba","CPNMUOJ1") |
test_base32hex("foobar","CPNMUOJ1E8======") |
test_base32hex("foobarg","CPNMUOJ1E9JG====") |
test_base32hex("foobarga","CPNMUOJ1E9JM2===") |
test_base32hex("foobargaz","CPNMUOJ1E9JM2UG=") |
test_base32hex("foobargazo","CPNMUOJ1E9JM2UJF") |
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test_base64("\0\0\0", "AAAA") |
test_base64("\0\377", "AP8=") |
test_base64url("\0\0\0", "AAAA") |
test_base64url("\0\377", "AP8") |
test_eval_error(MIME.encode_base64("\400")) |
test_eq([[MIME.encode_base64("How much wood could a woodchuck " |
"chuck if a woodchuck could chuck wood?")]], |
"SG93IG11Y2ggd29vZCBjb3VsZCBhIHdvb2RjaHVjayBjaHVjayBpZiBhI" |
"Hdvb2RjaHVjayBjb3Vs\r\nZCBjaHVjayB3b29kPw==") |
test_eq([[MIME.encode_base64("How much wood could a woodchuck " |
"chuck if a woodchuck could chuck wood?", 1)]], |
"SG93IG11Y2ggd29vZCBjb3VsZCBhIHdvb2RjaHVjayBjaHVjayBpZiBhI" |
"Hdvb2RjaHVjayBjb3VsZCBjaHVjayB3b29kPw==") |
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define(test_buffer_handling, [[ |
test_any([[ |
// Test all lengths 0-127 to check that there are |
// no buffering errors. |
for (int i = 0; i < 128; i++) { |
string(8bit) vector = "A"*i; |
string(7bit) enc = MIME.encode_$1(vector); |
string(8bit) dec = MIME.decode_$1(enc); |
if (dec != vector) return ({ vector, enc, dec }); |
} |
return 0; |
]], 0) |
]]) |
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test_buffer_handling(base64) |
test_buffer_handling(base64url) |
test_buffer_handling(base32) |
test_buffer_handling(base32hex) |
test_buffer_handling(qp) |
test_buffer_handling(uue) |
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test_eq([[MIME.decode_qp("AbC=3a=4C=25z=\nxyz")]],"AbC:L%zxyz") |
test_eq([[MIME.encode_qp("åäöÅÄÖ=Ff")]],"=E5=E4=F6=C5=C4=D6=3DFf") |
test_eq([[MIME.encode_qp("How much wood could a woodchuck " |
"chuck if a woodchuck could chuck wood?")]], |
"How=20much=20wood=20could=20a=20woodchuck=20chuck=20if=20" |
"a=20woodchuck=20=\r\ncould=20chuck=20wood?") |
test_eq([[MIME.encode_qp("How much wood could a woodchuck " |
"chuck if a woodchuck could chuck wood?", 1)]], |
"How=20much=20wood=20could=20a=20woodchuck=20chuck=20if=20" |
"a=20woodchuck=20could=20chuck=20wood?") |
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test_eq([[MIME.decode_uue("begin 644 foo\n#8F%R\n`\nend\n")]], "bar") |
test_eq([[MIME.encode_uue("fie")]], |
[["begin 644 attachment\r\n#9FEE\r\n`\r\nend\r\n"]]) |
test_eq([[MIME.encode_uue("fie ", "fum")]], |
[["begin 644 fum\r\n$9FEE(```\r\n`\r\nend\r\n"]]) |
test_eq([[MIME.encode_uue("fie ")]], |
[["begin 644 attachment\r\n%9FEE(\"``\r\n`\r\nend\r\n"]]) |
test_eq([[MIME.encode_uue("fie ")]], |
[["begin 644 attachment\r\n&9FEE(\"`@\r\n`\r\nend\r\n"]]) |
test_eq([[MIME.encode_uue("fie ")]], |
[["begin 644 attachment\r\n'9FEE(\"`@(```\r\n`\r\nend\r\n"]]) |
test_eq([[MIME.encode_uue("How much wood could a woodchuck " |
"chuck if a woodchuck could chuck wood?", "WOOD")]], |
[["begin 644 WOOD\r\nM2&]W\050&UU8V@@=V]O9\"!C;W5L9\"!A\050'=O;V1C:'5C:" |
"R!C:'5C:R!I9B!A\050'=O\r\n9;V1C:'5C:R!C;W5L9\"!C:'5C:R!W;V]D/P``" |
"\r\n`\r\nend\r\n"]]) |
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test_equal([[MIME.tokenize("foo&bar,fu.m:\"asdf(z\\\"\\\\)x\"afn(xy(z))ds")]], |
({"foo&bar",44,"fu.m",58,"asdf(z\"\\)x","afn","ds"})) |
test_equal([[MIME.tokenize(" asdf \t[foo\"bar\"ga(zonk)] \"ghjk\" ")]], |
({"asdf","[foo\"bar\"ga(zonk)]","ghjk"})) |
test_equal([[MIME.quote(({"asdf","ghij","a:b","foo",44,"bar",58,44,"åäö"}))]], |
[["asdf ghij \"a:b\" foo,bar:,\"åäö\""]]) |
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test_equal([[MIME.tokenize_labled("\":sysmail\"@ Some-Group. Some-Org, " |
"Muhammed.(I am the greatest) Ali @(t()\\)he)Vegas.[10.0.3.19]")]], |
[[({({"word",":sysmail"}),({"special",'@'}),({"word","Some-Group."}), |
({"word","Some-Org"}),({"special",','}),({"word","Muhammed."}), |
({"comment","I am the greatest"}),({"word","Ali"}), |
({"special",'@'}),({"comment","t())he"}),({"word","Vegas."}), |
({"domain-literal","[10.0.3.19]"})})]]) |
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test_any([[int n; string t; return 2==sscanf(MIME.generate_boundary(), |
"'ThIs-RaNdOm-StRiNg-/=_.%d:%s", n, t) && n>=0 && |
n<=1000000000 && t==""]],1) |
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test_eq([[MIME.decode("foo=21bar", 0)]], "foo=21bar") |
test_eq([[MIME.decode("foo=21bar", "Quoted-PrinTabLe")]], "foo!bar") |
test_eq([[MIME.decode("Zm9vYmFy", "BasE64")]], "foobar") |
test_eq([[MIME.decode("begin 644 foo\r\n#8F%Z\r\n`\r\nend", "X-uUe")]], "baz") |
test_eq([[MIME.decode("1=23", "7bIt")]], "1=23") |
test_eq([[MIME.decode("4=56", "8BiT")]], "4=56") |
test_eq([[MIME.decode("7=89", "biNaRy")]], "7=89") |
test_true([[catch(MIME.decode("foo", "bzot"))]]) |
test_eq([[MIME.encode("foo=21bar", 0)]], "foo=21bar") |
test_eq([[MIME.encode("foo=21bar", "quOteD-priNtaBle")]], "foo=3D21bar") |
test_eq([[MIME.encode("foo=21bar", "qUotEd-pRinTablE", "gek")]], "foo=3D21bar") |
test_eq([[MIME.encode("How much wood could a woodchuck " |
"chuck if a woodchuck could chuck wood?", "quoted-PRINtable", 0, 1)]], |
"How=20much=20wood=20could=20a=20woodchuck=20chuck=20if=20" |
"a=20woodchuck=20could=20chuck=20wood?") |
test_eq([[MIME.encode("foobar", "bASe64")]], "Zm9vYmFy") |
test_eq([[MIME.encode("How much wood could a woodchuck " |
"chuck if a woodchuck could chuck wood?", "base64", 0, 1)]], |
"SG93IG11Y2ggd29vZCBjb3VsZCBhIHdvb2RjaHVjayBjaHVjayBpZiBhI" |
"Hdvb2RjaHVjayBjb3VsZCBjaHVjayB3b29kPw==") |
test_eq([[MIME.encode("hepp", "x-Uue")]], |
[["begin 644 attachment\r\n$:&5P<```\r\n`\r\nend\r\n"]]) |
test_eq([[MIME.encode("baz", "x-uuE", "foo")]], |
[["begin 644 foo\r\n#8F%Z\r\n`\r\nend\r\n"]]) |
test_eq([[MIME.encode("1=23", "7biT")]], "1=23") |
test_eq([[MIME.encode("4=56", "8Bit")]], "4=56") |
test_eq([[MIME.encode("7=89", "BinArY")]], "7=89") |
test_true([[catch(MIME.encode("foo", "bzot"))]]) |
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test_equal([[MIME.decode_word("foo")]], ({"foo",0})) |
test_equal([[MIME.decode_word("=?kOi8?Q?=2ax_y=5F?=")]], ({"*x y_","koi8"})) |
test_equal([[MIME.decode_word("=?iSo646?b?KnkgeF8=?=")]], ({"*y x_","iso646"})) |
test_true([[catch(MIME.decode_word("=?IsO10646?e?aa?="))]]) |
test_eq([[MIME.encode_word(({"foo", "cp037"}), 0)]], "foo") |
test_eq([[MIME.encode_word(({"foo", 0}),"bAsE64")]], "foo") |
test_eq([[MIME.encode_word(({"*x y_","koi8"}), "QUoTeD-prIntaBle")]], |
"=?koi8?q?*x=20y=5F?=") |
test_eq([[MIME.encode_word(({"*y x_","iso646"}), "baSE64")]], |
"=?iso646?b?KnkgeF8=?=") |
test_eq([[MIME.encode_word(({"foo","ksc5636"}), "B")]], "=?ksc5636?b?Zm9v?=") |
test_true([[catch(MIME.encode_word(({"foo","iso8859-1"}),"x-uue"))]]) |
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test_eq([[MIME.guess_subtype("text")]], "plain") |
test_eq([[MIME.guess_subtype("message")]], "rfc822") |
test_eq([[MIME.guess_subtype("multipart")]], "mixed") |
test_eq([[MIME.guess_subtype("image")]], 0) |
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// MIME.Message |
test_true([[objectp(MIME.Message())]]) |
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test_eq([[MIME.Message("MIME-Version: 1.0\r\n\r\nfoo\r\n")->type]], "text") |
test_eq([[MIME.Message("MIME-Version: 1.0\r\n\r\nfoo\r\n")->subtype]], "plain") |
test_eq([[MIME.Message("MIME-Version: 1.0\r\n\r\nfoo\r\n")->charset]], "us-ascii") |
test_eq([[MIME.Message("MIME-Version: 1.0\r\n\r\nfoo\r\n")->getdata()]], "foo\r\n") |
test_eq([[MIME.Message("MIME-Version: 1.0\r\n\r\nfoo\r\n")->getencoded()]], "foo\r\n") |
test_equal([[MIME.Message((string)MIME.Message("foo\r\n", |
(["mImE-veRsion":"1.0"])))->headers]], |
(["mime-version":"1.0","content-length":"5"])) |
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test_any([[ |
string pf_in = "My-Pr3f1x(.0/9)"; |
MIME.set_boundary_prefix(pf_in); |
string pf_out = MIME.get_boundary_prefix(); |
string boundary = MIME.generate_boundary(); |
int nm = sscanf(boundary, pf_out + "%d%s", int n, string suffix); |
return pf_in == pf_out && |
boundary[0..sizeof(pf_out)-1] == pf_out && |
nm == 2 && n <= 1000000000 && suffix == ""; |
]], 1) |
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END_MARKER |
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