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root |
1.2 |
BEGIN { $| = 1; print "1..807\n"; } |
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root |
1.1 |
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use common::sense; |
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use Convert::BER::XS ':all'; |
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our $test; |
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sub ok($;$) { |
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print $_[0] ? "" : "not ", "ok ", ++$test, " # $_[1]\n"; |
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} |
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my $uvsize = length pack "J", 0; |
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for (1..4) { |
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for my $bit (0 .. 199) { |
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# I wrote this at 4 in the morning. I am sure there must be a more |
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# elegant way than this shit. |
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my $c = "1" . join "", map int 2 * rand, 1 .. $bit; |
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$c = "0$c" while (length $c) % 7; |
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$c = "1" . join "1", unpack "(a7)*", $c; |
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substr $c, -8, 1, "0"; |
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$c = "\x06" . chr ((length $c) / 8) . pack "B*", $c; |
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my $ok = eval { ber_decode $c } || $@ !~ "overflow"; |
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ok ($ok ^ ($bit >= $uvsize * 8), unpack "H*", $c); |
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# my $asn = "\x02" . (chr 1 + @c) . pack "B*", join "1" |
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} |
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} |
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ok ( eval { ber_decode pack "CCa*a*", 2, $uvsize , "\x00\x80", "\x00" x ($uvsize - 2) }); |
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ok ( eval { ber_decode pack "CCa*a*", 2, $uvsize + 1, "\x00\x80", "\x00" x ($uvsize - 1) }); |
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ok ( eval { ber_decode pack "CCa*a*", 2, $uvsize , "\x01\x00", "\x00" x ($uvsize - 2) }); |
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ok (!eval { ber_decode pack "CCa*a*", 2, $uvsize + 1, "\x01\x00", "\x00" x ($uvsize - 1) }); |
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ok ( eval { ber_decode pack "CCa*a*", 2, $uvsize , "\x80\x00", "\x00" x ($uvsize - 2) }); |
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ok (!eval { ber_decode pack "CCa*a*", 2, $uvsize + 1, "\x80\x00", "\x00" x ($uvsize - 1) }); |
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root |
1.2 |
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# would be nice, if, but not yet |
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# 2.25.24197857203266734864793317670504947440 |
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ok (!eval { ber_decode pack"H*","061369A4B4AB9E93ABE6FBE0929A95CF89D5F3BD70" }); |
