@Override public AcceptableToken create(HttpHeaderReader reader) throws ParseException { return new AcceptableToken(reader); } };
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }
@Override public AcceptableToken create(HttpHeaderReader reader) throws ParseException { return new AcceptableToken(reader); } };
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }
/** * Get the list of language tag from the "Accept-Charset" of an HTTP request. * * @return The list of AcceptableToken. This list * is ordered with the highest quality acceptable charset occurring first. */ public List<AcceptableToken> getQualifiedAcceptEncoding() { final String acceptEncoding = getHeaderString(HttpHeaders.ACCEPT_ENCODING); try { if (acceptEncoding == null || acceptEncoding.isEmpty()) { return Collections.singletonList(new AcceptableToken("*")); } return HttpHeaderReader.readAcceptToken(acceptEncoding); } catch (java.text.ParseException e) { throw exception("Accept-Encoding", acceptEncoding, e); } }
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }
/** * Get the list of language tag from the "Accept-Charset" of an HTTP request. * * @return The list of AcceptableToken. This list * is ordered with the highest quality acceptable charset occurring first. */ public List<AcceptableToken> getQualifiedAcceptCharset() { final String acceptCharset = getHeaderString(HttpHeaders.ACCEPT_CHARSET); try { if (acceptCharset == null || acceptCharset.isEmpty()) { return Collections.singletonList(new AcceptableToken("*")); } return HttpHeaderReader.readAcceptToken(acceptCharset); } catch (java.text.ParseException e) { throw exception(HttpHeaders.ACCEPT_CHARSET, acceptCharset, e); } }
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }
/** * Get the list of language tag from the "Accept-Charset" of an HTTP request. * * @return The list of AcceptableToken. This list * is ordered with the highest quality acceptable charset occurring first. */ public List<AcceptableToken> getQualifiedAcceptEncoding() { final String acceptEncoding = getHeaderString(HttpHeaders.ACCEPT_ENCODING); try { if (acceptEncoding == null || acceptEncoding.isEmpty()) { return Collections.singletonList(new AcceptableToken("*")); } return HttpHeaderReader.readAcceptToken(acceptEncoding); } catch (java.text.ParseException e) { throw exception("Accept-Encoding", acceptEncoding, e); } }
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }
/** * Get the list of language tag from the "Accept-Charset" of an HTTP request. * * @return The list of AcceptableToken. This list * is ordered with the highest quality acceptable charset occurring first. */ public List<AcceptableToken> getQualifiedAcceptCharset() { final String acceptCharset = getHeaderString(HttpHeaders.ACCEPT_CHARSET); try { if (acceptCharset == null || acceptCharset.isEmpty()) { return Collections.singletonList(new AcceptableToken("*")); } return HttpHeaderReader.readAcceptToken(acceptCharset); } catch (java.text.ParseException e) { throw exception(HttpHeaders.ACCEPT_CHARSET, acceptCharset, e); } }
@Override public boolean isCompatible(AcceptableToken t, String u) { return t.isCompatible(u); }
@Override public AcceptableToken create(HttpHeaderReader reader) throws ParseException { return new AcceptableToken(reader); } };
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }
@Override public AcceptableToken create(HttpHeaderReader reader) throws ParseException { return new AcceptableToken(reader); } };
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }
@Override public AcceptableToken create(HttpHeaderReader reader) throws ParseException { return new AcceptableToken(reader); } };
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }
@Override public AcceptableToken create(HttpHeaderReader reader) throws ParseException { return new AcceptableToken(reader); } };
@Override public boolean isCompatible(final AcceptableToken t, final String u) { return t.isCompatible(u); }