How to use

getFarthestRequestScheme

method

in

org.hippoecm.hst.util.HstRequestUtils

private static String getFarthestUrlPrefix(final HttpServletRequest servletRequest) {
  final String farthestRequestScheme = HstRequestUtils.getFarthestRequestScheme(servletRequest);
  final String farthestRequestHost = HstRequestUtils.getFarthestRequestHost(servletRequest, false);
  return farthestRequestScheme + "://" + farthestRequestHost;
}

public String getBaseURL(HttpServletRequest request) {
  final StringBuilder builder = new StringBuilder();
  final String scheme = HstRequestUtils.getFarthestRequestScheme(request);
  final String serverName = HstRequestUtils.getFarthestRequestHost(request, false);
  builder.append(scheme);
  builder.append("://").append(serverName);
  return builder.toString();
}

public static String getBaseURL(HttpServletRequest request) {
  final StringBuilder builder = new StringBuilder();
  final String scheme = HstRequestUtils.getFarthestRequestScheme(request);
  final String serverName = HstRequestUtils.getFarthestRequestHost(request, false);
  builder.append(scheme);
  builder.append("://").append(serverName);
  return builder.toString();
}

public Serializable create(final HstRequestContext requestContext) {
  HttpServletRequest request = requestContext.getServletRequest();
  StringBuilder requestInfo = new StringBuilder(256);
  final char delim = '\uFFFF';
  Optional<String> antiCacheValue = webFilesAntiCacheValue;
  if (antiCacheValue == null) {
    antiCacheValue = populateAntiCacheValue(requestContext);
  }
  if (antiCacheValue.isPresent()) {
    requestInfo.append(antiCacheValue.get()).append(delim);
  }
  // Implementers should differentiate between GET and HEAD requests otherwise blank pages
  //  can result.
  requestInfo.append(request.getMethod()).append(delim);
  requestInfo.append(HstRequestUtils.getFarthestRequestScheme(request)).append(delim);
  requestInfo.append(HstRequestUtils.getFarthestRequestHost(request)).append(delim);
  requestInfo.append(request.getRequestURI()).append(delim);
  requestInfo.append(StringUtils.defaultString(request.getQueryString())).append(delim);
  // AFter an internal HST FORWARD, all the above parts are the same because same http request,
  // but the base URL pathInfo has been changed. Hence, we need to account for pathInfo
  // to make sure that in a FORWARDED request we do not get the same cached entry
  requestInfo.append(requestContext.getBaseURL().getPathInfo()).append(delim);
  return requestInfo.toString();
}

final HstSiteMapItem hstSiteMapItem = pathResolvesTo.getHstSiteMapItem();
if (!hstSiteMapItem.isSchemeAgnostic()) {
  final String farthestRequestScheme = HstRequestUtils.getFarthestRequestScheme(servletRequest);
  if (!farthestRequestScheme.equals(hstSiteMapItem.getScheme())) {

final String farthestRequestScheme = getFarthestRequestScheme(req);

final String farthestRequestScheme = HstRequestUtils.getFarthestRequestScheme(requestContext.getServletRequest());
if (siteMapItem != null && siteMapItem.isPresent()) {
  if (siteMapItem.get().isSchemeAgnostic()) {

if (hstLinkImplCharacteristics.getScheme().equals(hstLinkImplCharacteristics.SCHEME_AGNOSTIC)) {
  scheme = HstRequestUtils.getFarthestRequestScheme(requestContext.getServletRequest());
} else {
  scheme = hstLinkImplCharacteristics.getScheme();