13 references to Split
Microsoft.AspNetCore.Authentication.Negotiate (2)
Internal\LdapAdapter.cs (2)
69
var groupCN = DistinguishedNameSeparator().
Split
(groupDN)[0].Substring("CN=".Length);
127
var nestedGroupCN = DistinguishedNameSeparator().
Split
(nestedGroupDN)[0].Substring("CN=".Length);
Microsoft.AspNetCore.Authentication.Negotiate.Test (4)
LdapAdapterTests.cs (4)
11
var parts = LdapAdapter.DistinguishedNameSeparator().
Split
("Testing group - City");
19
var parts = LdapAdapter.DistinguishedNameSeparator().
Split
(@"Testing group\,City");
27
var parts = LdapAdapter.DistinguishedNameSeparator().
Split
("Testing group,City");
35
var parts = LdapAdapter.DistinguishedNameSeparator().
Split
(@"Testing group\\,City");
Microsoft.Build (1)
ProjectWriter.cs (1)
140
string[] surroundingTextPieces = itemVectorTransformRawPattern.Value.
Split
(text);
System.Text.RegularExpressions (6)
System\Text\RegularExpressions\Regex.EnumerateSplits.cs (3)
96
/// The behavior of <see cref="EnumerateSplits(ReadOnlySpan{char})"/> is similar to the behavior of <see cref="
Split
(string)"/>, producing the splits
98
/// <see cref="
Split
(string)"/> will include the contents of capture groups in the resulting splits, while <see cref="EnumerateSplits(ReadOnlySpan{char})"/> will not.
99
/// And if <see cref="RegexOptions.RightToLeft"/> is specified, <see cref="
Split
(string)"/> will reverse the order of the resulting splits to be left-to-right, whereas
System\Text\RegularExpressions\Regex.Split.cs (3)
16
RegexCache.GetOrAdd(pattern).
Split
(input);
22
RegexCache.GetOrAdd(pattern, options, s_defaultMatchTimeout).
Split
(input);
25
RegexCache.GetOrAdd(pattern, options, matchTimeout).
Split
(input);