public static String Js(String files, Boolean debug)
{
String name = HelperService.CalculateMD5Hash(files);
String path = @"/cache/script/js/";
String FilePath = path + name + ".js";
if (!HelperService.DirExists(path))
{
System.IO.Directory.CreateDirectory(path);
}
JavaScriptBundle js = new JavaScriptBundle();
foreach (string fl in files.Split(','))
{
if (File.Exists(HttpContext.Current.Server.MapPath(fl)))
{
js.Add(fl);
}
}
if (debug == true)
{
return(js.ForceRelease().ForceDebug().Render(FilePath));
}
else
{
return(js.ForceRelease().Render(FilePath));
}
}
public Boolean clearLocked <t>(int id, bool ajax)
{
dynamic item = ActiveRecordBase <t> .Find(id);
bool result = false;
if (item.GetType().GetMethod("editing") != null)
{
HelperService.writelog("Releasing editor from item ", item.editing.nid, item.id);
item.editing = null;
ActiveRecordMediator <dynamic> .Save(item);
result = true;
}
return(result);
}
public static String Js(string files)
{
String name = CalculateMD5Hash(files);
String path = @"/cache/script/js/";
String FilePath = path + name + ".js";
if (!HelperService.DirExists(path))
{
System.IO.Directory.CreateDirectory(path);
}
JavaScriptBundle js = new JavaScriptBundle();
foreach (string fl in files.Split(','))
{
js.Add(fl);
}
return(js.ForceRelease().Render(FilePath));
}
//This is a generic set of methods that will first check the object has a property
//then if it does set it to null if the user is not actively editing it
public Boolean clearConnections <t>()
{
t[] items = ActiveRecordBase <t> .FindAll();
bool result = false;
foreach (dynamic item in items)
{
if (item.GetType().GetProperty("editing") != null)
{
if (isActive(item.editing))
{
HelperService.writelog("Releasing editor from item ", item.editing, item.id);
item.editing = null;
ActiveRecordMediator <dynamic> .Save(item);
result = true;
}
}
}
return(result);
}
public string getShapeLatLng_json_str(int id, bool showOnlyEncoded)
{
if (showOnlyEncoded == null)
{
showOnlyEncoded = true;
}
string gem = "";
geometrics geometric = ActiveRecordBase <geometrics> .Find(id);
if (geometric.boundary != null)
{
SqlGeography spatial = geometrics.AsGeography(geometric.boundary);
string sp_type = spatial.STGeometryType().ToString().ToUpper();
switch (sp_type)
{
case "POINT":
gem = outputRawPoint(spatial);
break;
case "LINESTRING":
gem = outputRawLineString(spatial);
break;
case "POLYGON":
gem = outputRawPolygon(spatial);
break;
case "MULTIPOINT":
break;
case "MULTILINESTRING":
break;
case "MULTIPOLYGON":
break;
}
}
String shape = "";
shape += @"
{";
String shapeOptions = "";
shapeOptions += @" ""name"":""" + geometric.name + @""",";
//shapeOptions += (showOnlyEncoded ? @" ""latlng_str"":""" + gem + @"""," : "");
// shapeOptions += @" ""encoded"":""" + (geometric.encoded!=null? HelperService.EscapeForJson(geometric.encoded) : "") + @""",";
if (geometric.children.Count > 0)
{
String obj = "";
foreach (geometrics child in geometric.children)
{
obj += (child.encoded != null ? (obj == "" ? "" : ",") + @"""" + HelperService.EscapeForJson(child.encoded) + @"""" : "");
}
shapeOptions += @" ""encoded"":[" + obj + @"],";
}
else
{
shapeOptions += @" ""encoded"":""" + (geometric.encoded != null ? HelperService.EscapeForJson(geometric.encoded) : "") + @""",";
}
shapeOptions += (geometric.style.Count > 0 ? @" ""style"":" + geometric.style[0].style_obj + @"," : "");
shapeOptions += @" ""type"":""" + (geometric.default_type != null?geometric.default_type.name:"polygon") + @"""";
shape += shapeOptions;
shape += @"
}";
return(shape);
}
