private static ListItem GetByType(ListItemType type)
{
return(new ListItem
{
Id = Guid.NewGuid(),
Name = type.ToString(),
Type = type
});
}
private void RenderItemInternal(HtmlTextWriter writer, bool extractRows, bool tableLayout)
{
if (extractRows == false)
{
if (tableLayout)
{
// in table mode, style information has gone on the containing TD
RenderContents(writer);
}
else
{
// in non-table mode, the item itself is responsible for putting
// out the style information
RenderControl(writer);
}
}
else
{
IEnumerator controlEnum = this.Controls.GetEnumerator();
Table templateTable = null;
bool hasControls = false;
while (controlEnum.MoveNext())
{
hasControls = true;
Control c = (Control)controlEnum.Current;
if (c is Table)
{
templateTable = (Table)c;
break;
}
}
if (templateTable != null)
{
IEnumerator rowEnum = templateTable.Rows.GetEnumerator();
while (rowEnum.MoveNext())
{
TableRow r = (TableRow)rowEnum.Current;
r.RenderControl(writer);
}
}
else if (hasControls)
{
// there was a template, since there were controls but
// none of them was a table... so throw an exception here
throw new HttpException(SR.GetString(SR.DataList_TemplateTableNotFound,
Parent.ID, itemType.ToString()));
}
}
}
internal void CreateNewNumberingNumId(int level = 0, ListItemType listType = ListItemType.Numbered, int?startNumber = null, bool continueNumbering = false)
{
ValidateDocXNumberingPartExists();
if (Document._numbering.Root == null)
{
throw new InvalidOperationException("Numbering section did not instantiate properly.");
}
ListType = listType;
var numId = GetMaxNumId() + 1;
var abstractNumId = GetMaxAbstractNumId() + 1;
XDocument listTemplate;
switch (listType)
{
case ListItemType.Bulleted:
listTemplate = HelperFunctions.DecompressXMLResource("DocXStandard.Resources.numbering.default_bullet_abstract.xml.gz");
break;
case ListItemType.Numbered:
listTemplate = HelperFunctions.DecompressXMLResource("DocXStandard.Resources.numbering.default_decimal_abstract.xml.gz");
break;
default:
throw new InvalidOperationException(string.Format("Unable to deal with ListItemType: {0}.", listType.ToString()));
}
var abstractNumTemplate = listTemplate.Descendants().Single(d => d.Name.LocalName == "abstractNum");
abstractNumTemplate.SetAttributeValue(DocX.w + "abstractNumId", abstractNumId);
var abstractNumXml = GetAbstractNumXml(abstractNumId, numId, startNumber, continueNumbering);
var abstractNumNode = Document._numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "abstractNum");
var numXml = Document._numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "num");
if (abstractNumNode == null || numXml == null)
{
Document._numbering.Root.Add(abstractNumTemplate);
Document._numbering.Root.Add(abstractNumXml);
}
else
{
abstractNumNode.AddAfterSelf(abstractNumTemplate);
numXml.AddAfterSelf(
abstractNumXml
);
}
NumId = numId;
}
internal void CreateNewNumberingNumId(int level = 0, ListItemType listType = ListItemType.Numbered)
{
ValidateDocXNumberingPartExists();
if (Document.numbering.Root == null)
{
throw new InvalidOperationException("Numbering section did not instantiate properly.");
}
ListType = listType;
var numId = GetMaxNumId() + 1;
var abstractNumId = GetMaxAbstractNumId() + 1;
XDocument listTemplate;
switch (listType)
{
case ListItemType.Bulleted:
listTemplate = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_bullet_abstract.xml.gz");
break;
case ListItemType.Numbered:
listTemplate = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_decimal_abstract.xml.gz");
break;
default:
throw new InvalidOperationException(string.Format("Unable to deal with ListItemType: {0}.", listType.ToString()));
}
var abstractNumTemplate = listTemplate.Descendants().Single(d => d.Name.LocalName == "abstractNum");
abstractNumTemplate.SetAttributeValue(DocX.w + "abstractNumId", abstractNumId);
var abstractNumXml = new XElement(XName.Get("num", DocX.w.NamespaceName), new XAttribute(DocX.w + "numId", numId), new XElement(XName.Get("abstractNumId", DocX.w.NamespaceName), new XAttribute(DocX.w + "val", abstractNumId)));
var abstractNumNode = Document.numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "abstractNum");
var numXml = Document.numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "num");
if (abstractNumNode == null || numXml == null)
{
Document.numbering.Root.Add(abstractNumTemplate);
Document.numbering.Root.Add(abstractNumXml);
}
else
{
abstractNumNode.AddAfterSelf(abstractNumTemplate);
numXml.AddAfterSelf(
abstractNumXml
);
}
NumId = numId;
}
internal void CreateNewNumberingNumId(int level = 0, ListItemType listType = ListItemType.Numbered)
{
ValidateDocXNumberingPartExists();
if (Document.numbering.Root == null)
{
throw new InvalidOperationException("Numbering section did not instantiate properly.");
}
ListType = listType;
var numId = GetMaxNumId() + 1;
var abstractNumId = GetMaxAbstractNumId() + 1;
XDocument listTemplate;
switch (listType)
{
case ListItemType.Bulleted:
listTemplate = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_bullet_abstract.xml.gz");
break;
case ListItemType.Numbered:
listTemplate = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_decimal_abstract.xml.gz");
break;
default:
throw new InvalidOperationException(string.Format("Unable to deal with ListItemType: {0}.", listType.ToString()));
}
var abstractNumTemplate = listTemplate.Descendants().Single(d => d.Name.LocalName == "abstractNum");
abstractNumTemplate.SetAttributeValue(DocX.w + "abstractNumId", abstractNumId);
var abstractNumXml = new XElement(XName.Get("num", DocX.w.NamespaceName), new XAttribute(DocX.w + "numId", numId), new XElement(XName.Get("abstractNumId", DocX.w.NamespaceName), new XAttribute(DocX.w + "val", abstractNumId)));
var abstractNumNode = Document.numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "abstractNum");
var numXml = Document.numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "num");
if (abstractNumNode == null || numXml == null)
{
Document.numbering.Root.Add(abstractNumTemplate);
Document.numbering.Root.Add(abstractNumXml);
}
else
{
abstractNumNode.AddAfterSelf(abstractNumTemplate);
numXml.AddAfterSelf(
abstractNumXml
);
}
if (!Document.mainPart.GetRelationshipsByType(NumberingRelationshipType).Any(r => r.TargetUri == NumberingUri))
{
Document.mainPart.CreateRelationship(NumberingUri, TargetMode.Internal, NumberingRelationshipType);
}
NumId = numId;
}
//public static void WriteStorm(Storm s, List<Buoy> buoys, List<Radar> radars, string buoyHref, XmlTextWriter tw)
//{
// string desc = "";
// string tmp = "";
// tw.WriteStartElement("Folder");//storm
// tw.WriteElementString("name", s.Name + " " + s.ID);
// int y = 0;
// DateTime dt = DateTime.UtcNow;
// TimeSpan ts = TimeSpan.Zero;
// #region Initial
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", s.ID + " " + s.Name);
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("Snippet", "");
// tmp = s.DateTime.ToString() + " UTC\n";
// tmp += s.DateTime.ToLocalTime().ToString() + " EDT\n";
// tmp += "\n" + s.Description;
// tw.WriteStartElement("description");
// WriteDescription(tmp, tw);
// tw.WriteEndElement();//description
// tw.WriteElementString("styleUrl", "#Initial");
// tw.WriteStartElement("Point");
// WriteCoordinates(s.Initial.Location, tw);
// tw.WriteEndElement();//Point
// tw.WriteEndElement();//Placemark
// #endregion
// #region TrackHistory
// if (s.TrackHistory != null && s.TrackHistory.Count > 0)
// {
// tw.WriteStartElement("Folder");//model
// tw.WriteElementString("name", "TrackHistory");
// #region Line
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", "TrackHistoryLine");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("styleUrl", "#lHIST");
// tw.WriteStartElement("LineString");
// List<IPoint> hist = s.TrackHistory;
// hist.Add(s.Initial.Location);
// WriteCoordinates(hist, tw);
// tw.WriteEndElement();//LineString
// tw.WriteEndElement();//Placemark
// #endregion
// #region Placemarks
// foreach (IPoint o in s.TrackHistory)
// {
// if (o != null)
// {
// dt += ts;
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", "");
// tw.WriteElementString("visibility", "1");
// desc = "";
// tw.WriteElementString("styleUrl", "#HIST");
// tw.WriteStartElement("Point");
// WriteCoordinates(o, tw);
// tw.WriteEndElement();//Point
// tw.WriteEndElement();//Placemark
// }
// else
// Console.WriteLine("point: o was null");
// }
// #endregion
// tw.WriteEndElement();//trackHistory folder
// }
// #endregion
// #region BAMD
// if (s.BAMD.Count > 0)
// {
// tw.WriteStartElement("Folder");//model
// tw.WriteElementString("name", "BAMD");
// #region Line
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", "TrackLine");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("styleUrl", "#lBAMD");
// tw.WriteStartElement("LineString");
// tw.WriteStartElement("coordinates");
// foreach (Observation o in s.BAMD)
// {
// if (o.Lat != 0)
// tw.WriteString(o.Lon.ToString() + "," + o.Lat.ToString() + ",15000 ");
// }
// tw.WriteEndElement();//coordinates
// tw.WriteEndElement();//LineString
// tw.WriteEndElement();//Placemark
// #endregion
// #region Placemarks
// y = 0;
// dt = s.DateTime;
// ts = new TimeSpan(12, 0, 0);
// foreach (Observation o in s.BAMD)
// {
// if (y != 0 && o.Lat != 0)
// {
// dt += ts;
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", o.Hour + "hrs");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("Snippet", "");
// tw.WriteStartElement("description");
// desc = "BAMD\n\n";
// desc += dt.ToString() + " UTC\n";
// desc += dt.ToLocalTime().ToString() + " EDT\n\n";
// desc += "Lat: " + o.Lat.ToString() + " Lon: " + o.Lon.ToString() + "\n";
// desc += "SHIP: " + o.SHIP.ToString() + "kts\n";
// desc += "DSHP: " + o.DSHP.ToString() + "kts\n";
// WriteDescription(desc, tw);
// tw.WriteEndElement();//description
// desc = "";
// tw.WriteElementString("styleUrl", "#BAMD");
// tw.WriteStartElement("Point");
// WriteCoordinates(o.Location, tw);
// tw.WriteEndElement();//Point
// tw.WriteEndElement();//Placemark
// }
// y++;
// }
// #endregion
// tw.WriteEndElement();//model folder
// }
// #endregion
// #region BAMM
// if (s.BAMM.Count > 0)
// {
// tw.WriteStartElement("Folder");//model
// tw.WriteElementString("name", "BAMM");
// #region Line
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", "TrackLine");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("styleUrl", "#lBAMM");
// tw.WriteStartElement("LineString");
// tw.WriteStartElement("coordinates");
// foreach (Observation o in s.BAMM)
// {
// if (o.Lat != 0)
// tw.WriteString(o.Lon.ToString() + "," + o.Lat.ToString() + ",15000 ");
// }
// tw.WriteEndElement();//coordinates
// tw.WriteEndElement();//LineString
// tw.WriteEndElement();//Placemark
// #endregion
// #region Placemarks
// y = 0;
// dt = s.DateTime;
// foreach (Observation o in s.BAMM)
// {
// if (y != 0 && o.Lat != 0)
// {
// dt += ts;
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", o.Hour + "hrs");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("Snippet", "");
// tw.WriteStartElement("description");
// desc = "BAMM\n\n";
// desc += dt.ToString() + " UTC\n";
// desc += dt.ToLocalTime().ToString() + " EDT\n\n";
// desc += "Lat: " + o.Lat.ToString() + " Lon: " + o.Lon.ToString() + "\n";
// desc += "SHIP: " + o.SHIP.ToString() + "kts\n";
// desc += "DSHP: " + o.DSHP.ToString() + "kts\n";
// WriteDescription(desc, tw);
// tw.WriteEndElement();//description
// desc = "";
// tw.WriteElementString("styleUrl", "#BAMM");
// tw.WriteStartElement("Point");
// WriteCoordinates(o.Location, tw);
// tw.WriteEndElement();//Point
// tw.WriteEndElement();//Placemark
// }
// y++;
// }
// #endregion
// tw.WriteEndElement();//model folder
// }
// #endregion
// #region LBAR
// if (s.LBAR.Count > 0)
// {
// tw.WriteStartElement("Folder");//model
// tw.WriteElementString("name", "LBAR");
// tw.WriteElementString("Snippet", "");
// #region Line
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", "TrackLine");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("styleUrl", "#lLBAR");
// tw.WriteStartElement("LineString");
// tw.WriteStartElement("coordinates");
// foreach (Observation o in s.LBAR)
// {
// if (o.Lat != 0)
// tw.WriteString(o.Lon.ToString() + "," + o.Lat.ToString() + ",15000 ");
// }
// tw.WriteEndElement();//coordinates
// tw.WriteEndElement();//LineString
// tw.WriteEndElement();//Placemark
// #endregion
// #region Placemarks
// y = 0;
// dt = s.DateTime;
// foreach (Observation o in s.LBAR)
// {
// if (y != 0 && o.Lat != 0)
// {
// dt += ts;
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", o.Hour + "hrs");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("Snippet", "");
// tw.WriteStartElement("description");
// desc = "LBAR\n\n";
// desc += dt.ToString() + " UTC\n";
// desc += dt.ToLocalTime().ToString() + " EDT\n\n";
// desc += "Lat: " + o.Lat.ToString() + " Lon: " + o.Lon.ToString() + "\n";
// desc += "SHIP: " + o.SHIP.ToString() + "kts\n";
// desc += "DSHP: " + o.DSHP.ToString() + "kts\n";
// WriteDescription(desc, tw);
// tw.WriteEndElement();//description
// desc = "";
// tw.WriteElementString("styleUrl", "#LBAR");
// tw.WriteStartElement("Point");
// WriteCoordinates(o.Location, tw);
// tw.WriteEndElement();//Point
// tw.WriteEndElement();//Placemark
// }
// y++;
// }
// #endregion
// tw.WriteEndElement();//model folder
// }
// #endregion
// #region A98E
// if (s.A98E.Count > 0)
// {
// tw.WriteStartElement("Folder");//model
// tw.WriteElementString("name", "A98E");
// tw.WriteElementString("Snippet", "");
// #region Line
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", "TrackLine");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("styleUrl", "#lA98E");
// tw.WriteStartElement("LineString");
// tw.WriteStartElement("coordinates");
// foreach (Observation o in s.A98E)
// {
// if (o.Lat != 0)
// tw.WriteString(o.Lon.ToString() + "," + o.Lat.ToString() + ",15000 ");
// }
// tw.WriteEndElement();//coordinates
// tw.WriteEndElement();//LineString
// tw.WriteEndElement();//Placemark
// #endregion
// #region Placemarks
// y = 0;
// dt = s.DateTime;
// foreach (Observation o in s.A98E)
// {
// if (y != 0 && o.Lat != 0)
// {
// dt += ts;
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", o.Hour + "hrs");
// tw.WriteElementString("visibility", "1");
// tw.WriteElementString("Snippet", "");
// tw.WriteStartElement("description");
// desc = "A98E\n\n";
// desc += dt.ToString() + " UTC\n";
// desc += dt.ToLocalTime().ToString() + " EDT\n\n";
// desc += "Lat: " + o.Lat.ToString() + " Lon: " + o.Lon.ToString() + "\n";
// desc += "SHIP: " + o.SHIP.ToString() + "kts\n";
// desc += "DSHP: " + o.DSHP.ToString() + "kts\n";
// WriteDescription(desc, tw);
// tw.WriteEndElement();//description
// desc = "";
// tw.WriteElementString("styleUrl", "#A98E");
// tw.WriteStartElement("Point");
// WriteCoordinates(o.Location, tw);
// tw.WriteEndElement();//Point
// tw.WriteEndElement();//Placemark
// }
// y++;
// }
// #endregion
// tw.WriteEndElement();//model folder
// }
// #endregion
// #region Nearby Buoys
// tw.WriteStartElement("Folder");//model
// tw.WriteElementString("visibility", "1");
// if (buoys.Count > 0)
// {
// tw.WriteElementString("name", "Nearby Buoys");
// }
// else
// {
// tw.WriteElementString("name", "No Nearby Buoys");
// }
// foreach (Buoy b in buoys)
// {
// WriteBuoy(b, buoyHref, tw);
// }
// tw.WriteEndElement();//buoys folder
// #endregion
// #region Nearby Radars
// tw.WriteStartElement("Folder");
// tw.WriteElementString("name", "Nearby Radars");
// tw.WriteElementString("open", "0");
// tw.WriteElementString("visibility", "0");
// KmlUtils.WriteListStyle(KmlUtils.LISTSTYLERADIO, tw);
// List<Radar> tmpRad = new List<Radar>();
// #region Long Range
// foreach (Radar r in radars)
// {
// if (r.RadType == Radar.RadarType.LongReflect)
// tmpRad.Add(r);
// }
// tw.WriteStartElement("Folder");
// if (tmpRad.Count > 0)
// {
// tw.WriteElementString("name", "Long Range Radar");
// }
// else
// {
// tw.WriteElementString("name", "No Long Range Radar");
// }
// foreach (Radar r in radars)
// {
// WriteRadar(r, tw);
// }
// tw.WriteEndElement();//Long range
// #endregion
// #region Composite
// tmpRad.Clear();
// foreach (Radar r in radars)
// {
// if (r.RadType == Radar.RadarType.CompositeReflect)
// tmpRad.Add(r);
// }
// tw.WriteStartElement("Folder");
// if (tmpRad.Count > 0)
// {
// tw.WriteElementString("name", "Composite Radar");
// }
// else
// {
// tw.WriteElementString("name", "No Composite Radar");
// }
// foreach (Radar r in radars)
// {
// WriteRadar(r, tw);
// }
// tw.WriteEndElement();//Long range
// #endregion
// tw.WriteEndElement();//Nearby Radars
// #endregion
// tw.WriteEndElement();//Folder
//}
//public static void WriteWarning(XmlTextWriter tw)
//{
// tw.WriteStartElement("Placemark");
// tw.WriteElementString("name", "Tropical Data Kml Warning (Click Me)");
// tw.WriteElementString("visibility", "1");
// string tmp = "";
// tmp += "You are currently using the Uncompressed Kml version \n";
// tmp += "of this Network Link. Due to bandwidth considerations \n";
// tmp += "I ask that you please switch over to the identical Kmz \n";
// tmp += "(compressed) version of this Network Link. Please use the \n";
// tmp += "following link instead. \n";
// tmp += "<br>";
// tmp += "<a href=\"http://bbs.keyhole.com/ubb/showflat.php/Cat/0/Number/51227/an/0/page/0#51227\">Live Tropical Data and NHC Storm Forecast Models (KMZ)</a> \n";
// tmp += "<br>";
// tmp += "Paul Seabury 2005";
// tw.WriteStartElement("description");
// WriteDescription(tmp, tw);
// tw.WriteEndElement();//description
// //tw.WriteElementString("styleUrl", "#Initial");
// tw.WriteStartElement("LookAt");
// tw.WriteElementString("longitude", "-90.0");
// tw.WriteElementString("latitude", "25.0");
// tw.WriteElementString("range", "2400000");
// tw.WriteElementString("tilt", "0");
// tw.WriteElementString("heading", "0");
// tw.WriteEndElement(); // LookAt
// tw.WriteStartElement("Point");
// tw.WriteElementString("altitudeMode", "absolute");
// tw.WriteElementString("coordinates", "-90.00,25.00,15000");
// tw.WriteEndElement();//Point
// tw.WriteEndElement();//Placemark
//}
//public static void WriteRadar(Radar r, XmlTextWriter tw)
//{
//tw.WriteStartElement("GroundOverlay");
//tw.WriteElementString("visibility", "0");
//tw.WriteElementString("name", r.Description);
//tw.WriteStartElement("Icon");
//tw.WriteElementString("href", r.ImgLink);
//tw.WriteElementString("refreshMode", "onInterval");
//tw.WriteElementString("refreshInterval", "300");
//tw.WriteElementString("viewBoundScale", "0.75");
//tw.WriteEndElement(); // Icon
//tw.WriteStartElement("LatLonBox");
//tw.WriteElementString("north", r.North.ToString());
//tw.WriteElementString("south", r.South.ToString());
//tw.WriteElementString("east", r.East.ToString());
//tw.WriteElementString("west", r.West.ToString());
//tw.WriteEndElement(); // LatLonBox
//tw.WriteEndElement(); // Ground Overlay
//}
//public static void WriteBuoy(Buoy b, string href, XmlTextWriter tw)
//{
//tw.WriteStartElement("Placemark");
//tw.WriteElementString("visibility", "0");
//tw.WriteElementString("name", b.Id);
//tw.WriteElementString("styleUrl", "#Buoy");
//tw.WriteElementString("Snippet", "");
//string desc = "";
//desc += "<img src=\"";
//desc += href + "/" + b.Id + ".png\"";
//desc += "alt =\"Image for " + b.Id + " temporarily unavailable.\"";
//desc += ">\n";
//desc += "<a href=\"";
//desc += b.InfoUrl;
//desc += "\">More Info for " + b.Id + "</a>";
//tw.WriteStartElement("description");
//WriteDescription(desc, tw);
//tw.WriteEndElement();//description
//tw.WriteStartElement("Point");
//WriteCoordinates(b.Location, tw);
//tw.WriteEndElement();//Point
//tw.WriteEndElement();//Placemark
//}
//public static string LISTSTYLERADIO = "radioFolder";
//public static string LISTSTYLECHECKED = "checkHideChildren";
public static void WriteListStyle(ListItemType type, XmlTextWriter tw)
{
tw.WriteStartElement("Style");
tw.WriteStartElement("ListStyle");
tw.WriteElementString("listItemType", type.ToString());
tw.WriteEndElement();
tw.WriteEndElement();
}
internal void CreateNewNumberingNumId(int level = 0, ListItemType listType = ListItemType.Numbered, int? startNumber = null, bool continueNumbering = false)
{
ValidateDocXNumberingPartExists();
if (Document.numbering.Root == null)
{
throw new InvalidOperationException("Numbering section did not instantiate properly.");
}
ListType = listType;
var numId = GetMaxNumId() + 1;
var abstractNumId = GetMaxAbstractNumId() + 1;
XDocument listTemplate;
switch (listType)
{
case ListItemType.Bulleted:
listTemplate = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_bullet_abstract.xml.gz");
break;
case ListItemType.Numbered:
listTemplate = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_decimal_abstract.xml.gz");
break;
default:
throw new InvalidOperationException(string.Format("Unable to deal with ListItemType: {0}.", listType.ToString()));
}
var abstractNumTemplate = listTemplate.Descendants().Single(d => d.Name.LocalName == "abstractNum");
abstractNumTemplate.SetAttributeValue(DocX.w + "abstractNumId", abstractNumId);
//Fixing an issue where numbering would continue from previous numbered lists. Setting startOverride assures that a numbered list starts on the provided number.
//The override needs only be on level 0 as this will cascade to the rest of the list.
var abstractNumXml = GetAbstractNumXml(abstractNumId, numId, startNumber, continueNumbering);
var abstractNumNode = Document.numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "abstractNum");
var numXml = Document.numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "num");
if (abstractNumNode == null || numXml == null)
{
Document.numbering.Root.Add(abstractNumTemplate);
Document.numbering.Root.Add(abstractNumXml);
}
else
{
abstractNumNode.AddAfterSelf(abstractNumTemplate);
numXml.AddAfterSelf(
abstractNumXml
);
}
NumId = numId;
}
internal void CreateNewNumberingNumId(int level = 0, ListItemType listType = ListItemType.Numbered, int?startNumber = default(int?), bool continueNumbering = false)
{
ValidateDocXNumberingPartExists();
if (base.Document.numbering.Root == null)
{
throw new InvalidOperationException("Numbering section did not instantiate properly.");
}
ListType = listType;
int numId = GetMaxNumId() + 1;
int num = GetMaxAbstractNumId() + 1;
XDocument xDocument;
switch (listType)
{
case ListItemType.Bulleted:
xDocument = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_bullet_abstract.xml.gz");
break;
case ListItemType.Numbered:
xDocument = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_decimal_abstract.xml.gz");
break;
default:
throw new InvalidOperationException($"Unable to deal with ListItemType: {listType.ToString()}.");
}
XElement xElement2 = xDocument.Descendants().Single((XElement d) => d.Name.LocalName == "abstractNum");
xElement2.SetAttributeValue(DocX.w + "abstractNumId", num);
XElement abstractNumXml = GetAbstractNumXml(num, numId, startNumber, continueNumbering);
XElement xElement3 = base.Document.numbering.Root.Descendants().LastOrDefault((XElement xElement) => xElement.Name.LocalName == "abstractNum");
XElement xElement4 = base.Document.numbering.Root.Descendants().LastOrDefault((XElement xElement) => xElement.Name.LocalName == "num");
if (xElement3 == null || xElement4 == null)
{
base.Document.numbering.Root.Add(xElement2);
base.Document.numbering.Root.Add(abstractNumXml);
}
else
{
xElement3.AddAfterSelf(xElement2);
xElement4.AddAfterSelf(abstractNumXml);
}
NumId = numId;
}
internal void CreateNewNumberingNumId(int level = 0, ListItemType listType = ListItemType.Numbered, int?startNumber = null, bool continueNumbering = false)
{
ValidateDocXNumberingPartExists();
if (Document.numbering.Root == null)
{
throw new InvalidOperationException("Numbering section did not instantiate properly.");
}
ListType = listType;
var numId = GetMaxNumId() + 1;
var abstractNumId = GetMaxAbstractNumId() + 1;
XDocument listTemplate;
switch (listType)
{
case ListItemType.Bulleted:
listTemplate = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_bullet_abstract.xml.gz");
break;
case ListItemType.Numbered:
listTemplate = HelperFunctions.DecompressXMLResource("Novacode.Resources.numbering.default_decimal_abstract.xml.gz");
break;
default:
throw new InvalidOperationException(string.Format("Unable to deal with ListItemType: {0}.", listType.ToString()));
}
var abstractNumTemplate = listTemplate.Descendants().Single(d => d.Name.LocalName == "abstractNum");
abstractNumTemplate.SetAttributeValue(DocX.w + "abstractNumId", abstractNumId);
//Fixing an issue where numbering would continue from previous numbered lists. Setting startOverride assures that a numbered list starts on the provided number.
//The override needs only be on level 0 as this will cascade to the rest of the list.
var abstractNumXml = GetAbstractNumXml(abstractNumId, numId, startNumber, continueNumbering);
var abstractNumNode = Document.numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "abstractNum");
var numXml = Document.numbering.Root.Descendants().LastOrDefault(xElement => xElement.Name.LocalName == "num");
if (abstractNumNode == null || numXml == null)
{
Document.numbering.Root.Add(abstractNumTemplate);
Document.numbering.Root.Add(abstractNumXml);
}
else
{
abstractNumNode.AddAfterSelf(abstractNumTemplate);
numXml.AddAfterSelf(
abstractNumXml
);
}
// Fixing an issue where all lists would get the default numbering style, even if they were supposed to be bulleted.
if (Document.mainPart.GetRelationshipsByType(NumberingRelationshipType).All(r => r.TargetUri != NumberingUri))
{
Document.mainPart.CreateRelationship(NumberingUri, TargetMode.Internal, NumberingRelationshipType);
}
NumId = numId;
}
