for (String token : tokens) { try { ContentEncoding encoding = ContentEncoding.fromString(token); encodings.add(encoding); } catch (ParseException e) { encodings.add(new ContentEncoding(IDENTITY_ENCODING, -1));
for (String token : tokens) { try { ContentEncoding encoding = ContentEncoding.fromString(token); encodings.add(encoding); } catch (ParseException e) { encodings.add(new ContentEncoding(IDENTITY_ENCODING, -1));
for (String token : tokens) { try { ContentEncoding encoding = ContentEncoding.fromString(token); encodings.add(encoding); } catch (ParseException e) { encodings.add(new ContentEncoding(IDENTITY_ENCODING, -1));
for (String token : tokens) { try { ContentEncoding encoding = ContentEncoding.fromString(token); encodings.add(encoding); } catch (ParseException e) { encodings.add(new ContentEncoding(IDENTITY_ENCODING, -1));
for (String token : tokens) { try { ContentEncoding encoding = ContentEncoding.fromString(token); encodings.add(encoding); } catch (ParseException e) { encodings.add(new ContentEncoding(IDENTITY_ENCODING, -1));
public static ContentEncoding fromString(String input) throws ParseException { HttpHeaderReader reader = HttpHeaderReader.newInstance(input); // Skip any white space reader.hasNext(); return new ContentEncoding(reader.nextToken().toString(), HttpHeaderReader.readQualityFactorParameter(reader)); }
public static ContentEncoding fromString(String input) throws ParseException { HttpHeaderReader reader = HttpHeaderReader.newInstance(input); // Skip any white space reader.hasNext(); return new ContentEncoding(reader.nextToken().toString(), HttpHeaderReader.readQualityFactorParameter(reader)); }
public static ContentEncoding fromString(String input) throws ParseException { HttpHeaderReader reader = HttpHeaderReader.newInstance(input); // Skip any white space reader.hasNext(); return new ContentEncoding(reader.nextToken().toString(), HttpHeaderReader.readQualityFactorParameter(reader)); }
public static ContentEncoding fromString(String input) throws ParseException { HttpHeaderReader reader = HttpHeaderReader.newInstance(input); // Skip any white space reader.hasNext(); return new ContentEncoding(reader.nextToken().toString(), HttpHeaderReader.readQualityFactorParameter(reader)); }
for (String token : tokens) { try { ContentEncoding encoding = ContentEncoding.fromString(token); encodings.add(encoding); } catch (ParseException e) { encodings.add(new ContentEncoding(IDENTITY_ENCODING, -1));
public static ContentEncoding fromString(String input) throws ParseException { HttpHeaderReader reader = HttpHeaderReader.newInstance(input); // Skip any white space reader.hasNext(); return new ContentEncoding(reader.nextToken().toString(), HttpHeaderReader.readQualityFactorParameter(reader)); }
for (String token : tokens) { try { ContentEncoding encoding = ContentEncoding.fromString(token); encodings.add(encoding); } catch (ParseException e) { encodings.add(new ContentEncoding(IDENTITY_ENCODING, -1));
public static ContentEncoding fromString(String input) throws ParseException { HttpHeaderReader reader = HttpHeaderReader.newInstance(input); // Skip any white space reader.hasNext(); return new ContentEncoding(reader.nextToken().toString(), HttpHeaderReader.readQualityFactorParameter(reader)); }
public static ContentEncoding fromString(String input) throws ParseException { HttpHeaderReader reader = HttpHeaderReader.newInstance(input); // Skip any white space reader.hasNext(); return new ContentEncoding(reader.nextToken().toString(), HttpHeaderReader.readQualityFactorParameter(reader)); }