. Converts test_ber into specs
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Kaspar Schiess
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483af95ccd
commit
fefe50dcef
2 changed files with 78 additions and 81 deletions
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@ -3,16 +3,91 @@ require 'spec_helper'
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require 'net/ber'
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require 'net/ldap'
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describe "Ber encoding of various types" do
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describe "BER encoding of" do
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def properly_encode_and_decode
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simple_matcher('properly encode and decode') do |given|
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given.to_ber.read_ber.should == given
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end
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end
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context "array" do
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it "should properly encode []" do
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context "arrays" do
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it "should properly encode/decode []" do
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[].should properly_encode_and_decode
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end
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it "should properly encode/decode [1,2,3]" do
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ary = [1,2,3]
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encoded_ary = ary.map { |el| el.to_ber }.to_ber
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encoded_ary.read_ber.should == ary
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end
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end
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context "booleans" do
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it "should encode true" do
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true.to_ber.should == "\x01\x01\x01"
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end
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it "should encode false" do
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false.to_ber.should == "\x01\x01\x00"
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end
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end
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context "numbers" do
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# Sample based
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{
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0 => "\x02\x01\x00",
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1 => "\x02\x01\x01",
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127 => "\x02\x01\x7F",
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128 => "\x02\x01\x80",
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255 => "\x02\x01\xFF",
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256 => "\x02\x02\x01\x00",
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65535 => "\x02\x02\xFF\xFF",
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65536 => "\x02\x03\x01\x00\x00",
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16_777_215 => "\x02\x03\xFF\xFF\xFF",
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0x01000000 => "\x02\x04\x01\x00\x00\x00",
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0x3FFFFFFF => "\x02\x04\x3F\xFF\xFF\xFF",
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0x4FFFFFFF => "\x02\x04\x4F\xFF\xFF\xFF",
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# Some odd samples...
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5 => "\002\001\005",
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500 => "\002\002\001\364",
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50_000 => "\x02\x02\xC3P",
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5_000_000_000 => "\002\005\001*\005\362\000"
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}.each do |number, expected_encoding|
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it "should encode #{number} as #{expected_encoding.inspect}" do
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number.to_ber.should == expected_encoding
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end
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end
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# Round-trip encoding: This is mostly to be sure to cover Bignums well.
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context "when decoding with #read_ber" do
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it "should correctly handle powers of two" do
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100.times do |p|
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n = 2 << p
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n.should properly_encode_and_decode
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end
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end
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it "should correctly handle powers of ten" do
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100.times do |p|
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n = 5 * 10**p
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n.should properly_encode_and_decode
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end
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end
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end
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end
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end
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describe "BER decoding of" do
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context "numbers" do
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it "should decode #{"\002\001\006".inspect} (6)" do
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"\002\001\006".read_ber(Net::LDAP::AsnSyntax).should == 6
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end
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it "should decode #{"\004\007testing".inspect} ('testing')" do
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"\004\007testing".read_ber(Net::LDAP::AsnSyntax).should == 'testing'
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end
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it "should decode an ldap bind request" do
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"0$\002\001\001`\037\002\001\003\004\rAdministrator\200\vad_is_bogus".
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read_ber(Net::LDAP::AsnSyntax).should ==
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[1, [3, "Administrator", "ad_is_bogus"]]
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end
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end
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end
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@ -1,78 +0,0 @@
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# encoding: ASCII-8BIT
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require 'common'
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class TestBer < Test::Unit::TestCase
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def test_encode_boolean
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assert_equal( "\x01\x01\x01", true.to_ber ) # should actually be: 01 01 ff
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assert_equal( "\x01\x01\x00", false.to_ber )
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end
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#def test_encode_nil
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# assert_equal( "\x05\x00", nil.to_ber )
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#end
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def test_encode_integer
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# Fixnum
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#
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#assert_equal( "\x02\x02\x96\x46", -27_066.to_ber )
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#assert_equal( "\x02\x02\xFF\x7F", -129.to_ber )
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#assert_equal( "\x02\x01\x80", -128.to_ber )
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#assert_equal( "\x02\x01\xFF", -1.to_ber )
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assert_equal( "\x02\x01\x00", 0.to_ber )
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assert_equal( "\x02\x01\x01", 1.to_ber )
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assert_equal( "\x02\x01\x7F", 127.to_ber )
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assert_equal( "\x02\x01\x80", 128.to_ber )
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assert_equal( "\x02\x01\xFF", 255.to_ber )
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assert_equal( "\x02\x02\x01\x00", 256.to_ber )
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assert_equal( "\x02\x02\xFF\xFF", 65535.to_ber )
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assert_equal( "\x02\x03\x01\x00\x00", 65536.to_ber )
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assert_equal( "\x02\x03\xFF\xFF\xFF", 16_777_215.to_ber )
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assert_equal( "\x02\x04\x01\x00\x00\x00", 0x01000000.to_ber )
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assert_equal( "\x02\x04\x3F\xFF\xFF\xFF", 0x3FFFFFFF.to_ber )
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# Bignum
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#
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assert_equal( "\x02\x04\x4F\xFF\xFF\xFF", 0x4FFFFFFF.to_ber )
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#assert_equal( "\x02\x05\x00\xFF\xFF\xFF\xFF", 0xFFFFFFFF.to_ber )
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end
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# TOD Add some much bigger numbers
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# 5000000000 is a Bignum, which hits different code.
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def test_ber_integers
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assert_equal( "\002\001\005", 5.to_ber )
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assert_equal( "\002\002\001\364", 500.to_ber )
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assert_equal( "\x02\x02\xC3P", 50000.to_ber )
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assert_equal( "\002\005\001*\005\362\000", 5000000000.to_ber )
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end
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def test_ber_bignums
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# Some of these values are Fixnums and some are Bignums. Different BER code.
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100.times do |p|
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n = 2 << p
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assert_equal(n, n.to_ber.read_ber, "2**#{p} could not be read back")
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n = 5 * 10**p
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assert_equal(n, n.to_ber.read_ber)
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end
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end
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def test_ber_parsing
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assert_equal( 6, "\002\001\006".read_ber( Net::LDAP::AsnSyntax ))
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assert_equal( "testing", "\004\007testing".read_ber( Net::LDAP::AsnSyntax ))
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end
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def test_ber_parser_on_ldap_bind_request
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s = StringIO.new(
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"0$\002\001\001`\037\002\001\003\004\rAdministrator\200\vad_is_bogus" )
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assert_equal(
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[1, [3, "Administrator", "ad_is_bogus"]],
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s.read_ber( Net::LDAP::AsnSyntax ))
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end
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end
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