/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
/** * Get the current date in HTTP format. */ public static String getCurrentDate() { final byte[] currentDateBytesNow = getCurrentDateBytes(); if (currentDateBytesNow != dateBytesForCachedStringDate) { try { cachedStringDate = new String(currentDateBytesNow, ASCII_CHARSET_NAME); dateBytesForCachedStringDate = currentDateBytesNow; } catch (UnsupportedEncodingException ignored) { // should never reach this line } } return cachedStringDate; }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
private void prepareOutgoingResponse(final HttpResponsePacket response) { response.setProtocol(Protocol.HTTP_2_0); String contentType = response.getContentType(); if (contentType != null) { response.getHeaders().setValue(Header.ContentType).setString(contentType); } if (response.getContentLength() != -1) { // FixedLengthTransferEncoding will set proper Content-Length header FIXED_LENGTH_ENCODING.prepareSerialize(null, response, null); } if (!response.containsHeader(Header.Date)) { response.getHeaders().addValue(Header.Date) .setBytes(FastHttpDateFormat.getCurrentDateBytes()); } }
.setBytes(FastHttpDateFormat.getCurrentDateBytes());