using System;
using System.Collections.Generic;
using System.Text;
using System.Xml;

namespace fmtxml
{
	public partial class FmtFileToXml
	{
		public void AddPlantSpecific(string genFileName, ref FormatData fmtdata)
		{
			string genName = genFileName.Substring(genFileName.LastIndexOf('\\') + 1);
			genName = genName.Substring(0, genName.IndexOf('.'));
			switch (genName.ToUpper())
			{
				case "TP":
					AddTPFmt(ref fmtdata);
					break;
				case "RGE":
				case "RGESAM1":
				case "RGESAM2":
				case "RGESMPE":
					AddRGEFmt(ref fmtdata);
					break;
				case "WCN2":
					AddWCN2Fmt(ref fmtdata);
					break;
				case "WCNCKL":
					AddWCNCKLFmt(ref fmtdata);
					break;
			}
		}

		private void AddWCNCKLFmt(ref FormatData fmtdata)
		{
			fmtdata.BoxData[3].End = 518;
			fmtdata.BoxData[4].End = 518;
			fmtdata.StepData[30].StepLayoutData.AlignWithParentTab = "True";
			fmtdata.StepData[2].StepPrintData.Justify = "Center";
			fmtdata.StepData[9].StepPrintData.Justify = "Center";
		}

		private void AddTPFmt(ref FormatData fmtdata)
		{
			// When a plant does not have the TextSubFollowsTextStyle, the 16bit code was adding two characters
			// before the tab if the parent of this step is a Caution or Note.  But the two characters was related
			// to the spaces on the parents tab.  The code was very hard to follow.  This format variable was
			// introduced to allow setting of the number of spaces before the tab.
			fmtdata.StepData[1].CautionOrNoteSubstepIndent = "2";
		}
		private void AddRGEFmt(ref FormatData fmtdata)
		{
			// The RGE formats had a PrintPosAdjust in 16 bit on the High, Immediate, LossocAC & continuous step
			// types with a value of -1 (move back one character).  However, on the printed output, it printed
			// as about a 1/4 of a character.  This value will be set in the 32bit format file to a -2.4 in
			// these step types.
			fmtdata.StepData[2].StepPrintData.PosAdjust = "-2.4";
			fmtdata.StepData[3].StepPrintData.PosAdjust = "-2.4";
			fmtdata.StepData[9].StepPrintData.PosAdjust = "-2.4";
			fmtdata.StepData[18].StepPrintData.PosAdjust = "-2.4";
			// The RGE formats tabs for HLS were printing one character over to the left in 32 bit, except for 
			// immediate (index = 3).  Adjust format tab data to make it match 16bit.
			fmtdata.StepData[2].TabData.Ident = " {numeric} ";
			fmtdata.StepData[2].TabData.IdentEdit = " {numeric} ";
			fmtdata.StepData[2].TabData.RNOIdentEdit="";
			fmtdata.StepData[2].TabData.RNOIdent="";
			fmtdata.StepData[2].TabData.IdentEditWid="";
			fmtdata.StepData[2].TabData.IdentWid="18";
			fmtdata.StepData[2].TabData.RNOIdentEditWid="18";
			fmtdata.StepData[2].TabData.RNOIdentWid = "18";
			fmtdata.StepData[9].TabData.IdentEdit="*{numeric} ";
			fmtdata.StepData[9].TabData.Ident="*{numeric} ";
			fmtdata.StepData[9].TabData.RNOIdentEdit="* ";
			fmtdata.StepData[9].TabData.RNOIdent = "* ";


		}
		private void AddWCN2Fmt(ref FormatData fmtdata)
		{
			// the WCN2 tab for continuous HLS type had only 1 space after the period ('.').  The other
			// tabs had two spaces.  This tab type also uses the C0 macro to draw the lines above/below
			// the number.  Because it only had 1 space, the tab and lines were not matching the
			// 16bit output.  A space is added here to make the continuous HLS type match the number
			// of spaces as other HLS tabs, and to make the printed output match that of 16bit.
			fmtdata.StepData[9].TabData.Ident = fmtdata.StepData[9].TabData.Ident + " ";
			fmtdata.StepData[9].TabData.IdentEdit = fmtdata.StepData[9].TabData.IdentEdit + " ";
			fmtdata.StepData[9].TabData.RNOIdent = fmtdata.StepData[9].TabData.RNOIdent + " ";
			fmtdata.StepData[9].TabData.RNOIdentEdit = fmtdata.StepData[9].TabData.RNOIdentEdit + " ";
		}
	}
	public partial class RtfToSvg
	{
		public void AppendPlantSpecific(string genFileName, XmlDocument myDoc)
		{
			string genName = genFileName.Substring(genFileName.LastIndexOf('\\') + 1);
			genName = genName.Substring(0, genName.IndexOf('.'));
			switch (genName.ToUpper())
			{
				case "WCN2":
					AddWCN2(myDoc);
					break;
				case "WCN1":
					AddWCN2(myDoc);   // same cover page box as wcn2
					break;	
			}
		}

		private void AddWCN2(XmlDocument myDoc)
		{
			XmlDocument xd = new XmlDocument();
			// include the svg level so that the xmlns can be set to be the same as the generated document.
			xd.LoadXml("<svg xmlns=\"http://www.w3.org/2000/svg\"><g id=\"B9\">\r\n" +
				"<rect x=\"4\" y=\"-3\" width=\"352.5\" height=\"120\" fill=\"none\" stroke=\"black\" stroke-width=\"1.2\" />\r\n" +
				"<line x1=\"4\" y1=\"21\" x2=\"355.5\" y2=\"21\" stroke-width=\"1.2\" />\r\n" +
				"<line x1=\"4\" y1=\"45\" x2=\"355.5\" y2=\"45\" stroke-width=\"1.2\" />\r\n" +
				"<line x1=\"4\" y1=\"69\" x2=\"355.5\" y2=\"69\" stroke-width=\"1.2\" />\r\n" +
				"<line x1=\"4\" y1=\"93\" x2=\"355.5\" y2=\"93\" stroke-width=\"1.2\" />\r\n" +
				"<line x1=\"263\" y1=\"-3\" x2=\"263\" y2=\"118\" stroke-width=\"1.2\" />\r\n" +
				"</g></svg>");
			myDoc.DocumentElement.AppendChild(myDoc.ImportNode(xd.DocumentElement.ChildNodes[0], true));
		}
	}
}