public QueryCustomization(XmlNode node)
{
XmlNode xcommon = node.SelectSingleNode("global");
ConfigExists = xcommon != null;
if (xcommon != null)
{
GlobalTable = new GlobalRec();
Dictionary <string, TokenMapRec> maps = GlobalTable.tokenMaps;
var xmaps = xcommon.SelectNodes("maps/map");
foreach (XmlNode xmap in xmaps)
{
bool glb = xmap.Attributes["globalize"] == null || xmap.Attributes["globalize"].Value.ToLower() == "true";
string toid = xmap.Attributes["to-resId"] == null || !glb ? null : xmap.Attributes["to-resId"].Value;
string toname = xmap.Attributes["to"] == null ? "" : xmap.Attributes["to"].Value;
if (toid == null)
{
maps.Add(xmap.Attributes["from"].Value, new TokenMapRec {
ToName = toname
});
}
else
{
maps.Add(xmap.Attributes["from"].Value, new TokenMapRec {
ToID = toid
});
}
}
}
XmlNodeList xdataSrcs = node.SelectNodes("datasource");
if (xdataSrcs == null)
{
return;
}
ConfigExists = true;
foreach (XmlNode xdatasrc in xdataSrcs)
{
XmlNodeList xsets = xdatasrc.SelectNodes("set");
DataSourceRec rec = new DataSourceRec();
string src = xdatasrc.Attributes["name"].Value;
MapTable.Add(src, rec);
foreach (XmlNode xset in xsets)
{
string set = xset.Attributes["name"].Value;
if (!IsValidSetName(src, set))
{
continue;
}
Dictionary <string, TokenMapRec> maps = new Dictionary <string, TokenMapRec>();
rec.TokenMaps.Add(set, maps);
var xmaps = xset.SelectNodes("maps/map");
foreach (XmlNode xmap in xmaps)
{
bool glb = xmap.Attributes["globalize"] == null || xmap.Attributes["globalize"].Value.ToLower() == "true";
string toid = xmap.Attributes["to-resId"] == null || !glb ? null : xmap.Attributes["to-resId"].Value;
string toname = xmap.Attributes["to"] == null ? "" : xmap.Attributes["to"].Value;
if (toid == null)
{
maps.Add(xmap.Attributes["from"].Value, new TokenMapRec {
ToName = toname
});
}
else
{
maps.Add(xmap.Attributes["from"].Value, new TokenMapRec {
ToID = toid
});
}
}
//
var lfilters = xset.SelectNodes("filters");
foreach (XmlNode nfiters in lfilters)
{
SetFilters setadminflts = new SetFilters();
setadminflts.AllowImplied = nfiters.Attributes["allow-implied"] == null || nfiters.Attributes["allow-implied"].Value.ToLower() == "true" ? true : false;
List <TokenFilter> l = new List <TokenFilter>();
foreach (XmlNode n in nfiters.SelectNodes("filter"))
{
l.Add(getFilter(n, setadminflts.AllowImplied));
}
setadminflts.Filters = l.ToArray();
var setfilters = new Dictionary <string, SetFilters>();
setfilters.Add(set, setadminflts);
rec.TokenFiltersMap.Add(nfiters.Attributes["type"].Value, setfilters);
}
}
}
}
private void GetFilterSection(SetFilters setFilters, StringBuilder sb)
{
for (int i = 0; i < setFilters.Filters.Length; i++)
{
var filter = setFilters.Filters[i];
sb.Append(@"
" + (i > 0 ? "else " : "") + @"if (");
switch(filter.Target)
{
case TokenMatchTarget.Sorting:
sb.Append("!isquery && (");
break;
case TokenMatchTarget.Filtering:
sb.Append("isquery && (");
break;
}
switch(filter.Kind)
{
case TokenMatchKind.Equals:
if (!filter.IsCaseSensitive)
sb.Append("tk.TkName.toLowerCase() == '" + filter.FilterExpr + "'.toLowerCase()");
else
sb.Append("tk.TkName. == '" + filter.FilterExpr + "'");
break;
case TokenMatchKind.Contains:
if (!filter.IsCaseSensitive)
sb.Append("tk.TkName.toLowerCase().indexOf('" + filter.FilterExpr + "'.toLowerCase()) != -1");
else
sb.Append("tk.TkName.indexOf('" + filter.FilterExpr + "') != -1");
break;
case TokenMatchKind.StartsWith:
if (!filter.IsCaseSensitive)
sb.Append("tk.TkName.toLowerCase().indexOf('" + filter.FilterExpr + "'.toLowerCase()) == 0");
else
sb.Append("tk.TkName.indexOf('" + filter.FilterExpr + "') == 0");
break;
case TokenMatchKind.EndsWith:
if (!filter.IsCaseSensitive)
sb.Append("tk.TkName.length >= '" + filter.FilterExpr + "'.length && tk.TkName.toLowerCase().indexOf('" + filter.FilterExpr + "'.toLowerCase()) == tk.TkName.length - '" + filter.FilterExpr + "'.length");
else
sb.Append("tk.TkName.length >= '" + filter.FilterExpr + "'.length && tk.TkName.indexOf('" + filter.FilterExpr + "') == tk.TkName.length - '" + filter.FilterExpr + "'.length");
break;
case TokenMatchKind.Expression:
sb.Append(string.Format(filter.FilterExpr, "tk.TkName"));
break;
case TokenMatchKind.Regex:
sb.Append("tk.TkName.match(" + filter.FilterExpr + ")");
break;
}
switch (filter.Target)
{
case TokenMatchTarget.Sorting:
case TokenMatchTarget.Filtering:
sb.Append(")");
break;
}
sb.Append(@")
return " + (filter.IsAllowed ? "true" : "false") + @";");
}
sb.Append(@"
else
return " + (setFilters.AllowImplied ? "true" : "false") + @";");
}
public QueryCustomization(XmlNode node)
{
XmlNode xcommon = node.SelectSingleNode("global");
ConfigExists = xcommon != null;
if (xcommon != null)
{
GlobalTable = new GlobalRec();
Dictionary<string, TokenMapRec> maps = GlobalTable.tokenMaps;
var xmaps = xcommon.SelectNodes("maps/map");
foreach (XmlNode xmap in xmaps)
{
bool glb = xmap.Attributes["globalize"] == null || xmap.Attributes["globalize"].Value.ToLower() == "true";
string toid = xmap.Attributes["to-resId"] == null || !glb ? null : xmap.Attributes["to-resId"].Value;
string toname = xmap.Attributes["to"] == null ? "" : xmap.Attributes["to"].Value;
if (toid == null)
maps.Add(xmap.Attributes["from"].Value, new TokenMapRec { ToName = toname });
else
maps.Add(xmap.Attributes["from"].Value, new TokenMapRec { ToID = toid });
}
}
XmlNodeList xdataSrcs = node.SelectNodes("datasource");
if (xdataSrcs == null)
return;
ConfigExists = true;
foreach (XmlNode xdatasrc in xdataSrcs)
{
XmlNodeList xsets = xdatasrc.SelectNodes("set");
DataSourceRec rec = new DataSourceRec();
string src =xdatasrc.Attributes["name"].Value;
MapTable.Add(src, rec);
foreach (XmlNode xset in xsets)
{
string set = xset.Attributes["name"].Value;
if (!IsValidSetName(src, set))
continue;
Dictionary<string, TokenMapRec> maps = new Dictionary<string, TokenMapRec>();
rec.TokenMaps.Add(set, maps);
var xmaps = xset.SelectNodes("maps/map");
foreach (XmlNode xmap in xmaps)
{
bool glb = xmap.Attributes["globalize"] == null || xmap.Attributes["globalize"].Value.ToLower() == "true";
string toid = xmap.Attributes["to-resId"] == null || !glb ? null : xmap.Attributes["to-resId"].Value;
string toname = xmap.Attributes["to"] == null ? "" : xmap.Attributes["to"].Value;
if (toid == null)
maps.Add(xmap.Attributes["from"].Value, new TokenMapRec { ToName = toname });
else
maps.Add(xmap.Attributes["from"].Value, new TokenMapRec { ToID = toid });
}
//
var lfilters = xset.SelectNodes("filters");
foreach (XmlNode nfiters in lfilters)
{
SetFilters setadminflts = new SetFilters();
setadminflts.AllowImplied = nfiters.Attributes["allow-implied"] == null || nfiters.Attributes["allow-implied"].Value.ToLower() == "true" ? true : false;
List<TokenFilter> l = new List<TokenFilter>();
foreach (XmlNode n in nfiters.SelectNodes("filter"))
l.Add(getFilter(n, setadminflts.AllowImplied));
setadminflts.Filters = l.ToArray();
var setfilters = new Dictionary<string, SetFilters>();
setfilters.Add(set, setadminflts);
rec.TokenFiltersMap.Add(nfiters.Attributes["type"].Value, setfilters);
}
}
}
}