@@ -293,24 +293,24 @@ def to_arr
293293
294294##
295295# A String object with a BER identifier attached.
296- #
296+ #
297297class Net ::BER ::BerIdentifiedString < String
298298 attr_accessor :ber_identifier
299299
300300 # The binary data provided when parsing the result of the LDAP search
301301 # has the encoding 'ASCII-8BIT' (which is basically 'BINARY', or 'unknown').
302- #
302+ #
303303 # This is the kind of a backtrace showing how the binary `data` comes to
304304 # BerIdentifiedString.new(data):
305305 #
306306 # @conn.read_ber(syntax)
307307 # -> StringIO.new(self).read_ber(syntax), i.e. included from module
308- # -> Net::BER::BERParser.read_ber(syntax)
308+ # -> Net::BER::BERParser.read_ber(syntax)
309309 # -> (private)Net::BER::BERParser.parse_ber_object(syntax, id, data)
310- #
310+ #
311311 # In the `#parse_ber_object` method `data`, according to its OID, is being
312312 # 'casted' to one of the Net::BER:BerIdentifiedXXX classes.
313- #
313+ #
314314 # As we are using LDAP v3 we can safely assume that the data is encoded
315315 # in UTF-8 and therefore the only thing to be done when instantiating is to
316316 # switch the encoding from 'ASCII-8BIT' to 'UTF-8'.
@@ -322,9 +322,9 @@ class Net::BER::BerIdentifiedString < String
322322 # I have no clue how this encodings function.
323323 def initialize args
324324 super
325- #
325+ #
326326 # Check the encoding of the newly created String and set the encoding
327- # to 'UTF-8' (NOTE: we do NOT change the bytes, but only set the
327+ # to 'UTF-8' (NOTE: we do NOT change the bytes, but only set the
328328 # encoding to 'UTF-8').
329329 current_encoding = encoding
330330 if current_encoding == Encoding ::BINARY
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