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using System;

using System.Collections;

using Word;

namespace EA_DocGen

{

	/// <summary>

	/// Summary description for TextualContent.

	/// </summary>

   public class TextualContent

   {

      private static char[] trim_newlines;

      public static void initialise()

      {

         string s_trim_newlines = "\r\n";

         trim_newlines = s_trim_newlines.ToCharArray();

      }

      public static Word.Range appendDescription(string wordText)

      {

         return appendDescription(wordText, false);

      }

      public static Word.Range appendDescription(string wordText, bool continuation)

      {

         return appendDescription(wordText, EA_Constants.styleName_Body1, continuation);

      }

      public static Word.Range appendDescription(string wordText, string styleName, bool continuation)

      {

         Word.Range wr = null;

         if (wordText != null && wordText.Length > 0)

         {

            wr = appendAndSelectText(wordText, styleName, continuation);

         }

         else if (!EA_DocGenOptions.opt_SuppressElementDescriptionMissingWarnings)

         {

            wr = appendAndSelectText("Description missing!", styleName, continuation);

            // For some wierd reason, if continuing on same paragraph, we have to decrement the range start by 1

            // otherwise the D of Description, does not get the red color or italic style

            if (continuation)

               wr.Start--;

            wr.Font.Italic = 1;

            wr.Font.Color = Word.WdColor.wdColorRed;

         }

         return wr;

      }

      /// <summary>

      /// Appends a specified text string to the word document, selects the new text, and applies

      /// the specified style formatting to it.

      /// </summary>

      /// <param name="wordText"></param>

      /// <param name="styleText"></param>

      /// <param name="continuation"></param>

      public static Word.Range appendAndSelectText(string wordText, string styleText) 

      { 

         return appendAndSelectText(wordText, styleText, false );

      }

      public static Word.Range appendAndSelectText(string wordText, string styleText, bool continuation )

      {

         if (wordText.Length > 0)

         {

            Word.Range WordRange = null;

            object startLocation;

            object endLocation;

            object style = styleText;

            int i;

            startLocation = 0;

            endLocation = i = createWordDoc.WordDocument.Content.End;

            WordRange = createWordDoc.WordDocument.Range(ref startLocation, ref endLocation);

            if (!continuation)

               WordRange.InsertAfter( "\n" );

            WordRange.InsertAfter( wordText );

            // Make a range out of the pasted text

            startLocation = i;

            endLocation = createWordDoc.WordDocument.Content.End;

            WordRange = createWordDoc.WordDocument.Range(ref startLocation, ref endLocation);

            // and set the pasted text style

            WordRange.set_Style(ref style);

            return WordRange;

         }

         return null;

      }

      /// <summary>

      /// Appends a specified text string to the word document, selects the new text, and applies

      /// a heading level style to it. 

      /// </summary>

      /// <param name="wordText"></param>

      /// <param name="level"></param>

      public static void appendAndSelectHeadingText(string wordText, int level)

      {

         // A caller is requesting a new heading level so pass the level to the tracking

         // object so that we can predict exactly what the level numbering should be for

         // diagnostics and fake heading generation (see below in the switch statement).

         DocSectionTracking.trackDocSection(level);

         // Convert level to heading style

         string styleText;

         switch(level)

         {

            case 1: styleText = EA_Constants.styleName_Heading1; break;

            case 2: styleText = EA_Constants.styleName_Heading2; break;

            case 3: styleText = EA_Constants.styleName_Heading3; break;

            case 4: styleText = EA_Constants.styleName_Heading4; break;

            case 5: styleText = EA_Constants.styleName_Heading5; break;

            case 6: styleText = EA_Constants.styleName_Heading6; break;

            case 7: styleText = EA_Constants.styleName_Heading7; break;

            case 8: styleText = EA_Constants.styleName_Heading8; break;

            case 9: styleText = EA_Constants.styleName_Heading9; break;

            default: 

               // MS-Word cannot produce headings above level 9 and so we have to 

               // fake a heading by constructing it from our document section tracking data.

               styleText = EA_Constants.styleName_Heading10OrAbove;

               wordText = DocSectionTracking.formHeadingString(wordText);

               break;

         }

         // append the text as a heading

         appendAndSelectText(wordText, styleText);

      }

      public static string trimTrailingReturns(string s)

      {

          return s.TrimEnd(trim_newlines);

      }

      public static string testSuiteName(EA.Element theElement)

      {

         return "Test Suite - " + theElement.Name;

      }

      public static void appendUnitTestSuite(EA.Element theElement, int recurse_level, ref ArrayList classList)

      {

         if (theElement.StereotypeEx.IndexOf("API") < 0)

         {

            // element does not have an API stereotype, so is not a class for which unit tests are expected.

            return;

         }

         // only feed non-private classes through to the unit test section of a document

         // NOTE: May need an override option for this filter.

         if (!theElement.Visibility.StartsWith("Private"))

         {

            appendAndSelectHeadingText(testSuiteName(theElement), recurse_level+1);

            if (theElement.Tests.Count > 0)

            {

               classList.Add( theElement.ElementID );

               foreach(EA.Test theTest in theElement.Tests)

               {

                  appendAndSelectHeadingText("Test Case - " + theTest.Name, recurse_level+2);

                  appendAndSelectHeadingText("Description", recurse_level+3);

                  appendAndSelectText(theTest.Notes, EA_Constants.styleName_Body1);

                  appendAndSelectHeadingText("Inputs", recurse_level+3);

                  appendAndSelectText(theTest.Input, EA_Constants.styleName_Body1);

                  appendAndSelectHeadingText("Expected Results", recurse_level+3);

                  appendAndSelectText(theTest.AcceptanceCriteria, EA_Constants.styleName_Body1);

               }

            }

            else

            {

               Word.Range wr = appendAndSelectText("Test Cases missing!", EA_Constants.styleName_Body1);

               wr.Font.Italic = 1;

               wr.Font.Color = Word.WdColor.wdColorRed;

            }

         }

      }

      public static void appendUnitTestSuite(EA.Package thePackage, int recurse_level, ref ArrayList classList)

      {

         EA_ElementSorter elementSorter = new EA_ElementSorter(thePackage);

         EA.Element theElement = null;

         int theElementsRelativeLevel = 0;

         if (true == elementSorter.getFirst(ref theElement, ref theElementsRelativeLevel))

         {

            do

            {

               if (theElement.Type.StartsWith("Class"))

               {

                  appendUnitTestSuite(theElement, recurse_level, ref classList);

               }

            } while (true == elementSorter.getNext(ref theElement, ref theElementsRelativeLevel));

         }

         // Scan through the packages within this package.

         foreach(EA.Package lowerLevelPackage in thePackage.Packages)

         {

            // recurse

            appendUnitTestSuite(lowerLevelPackage, recurse_level, ref classList);

         }

      }

      public static void SelectInsertionPointAtEndOfDocument()

      {

         object unit; 

         object extend;

         unit = Word.WdUnits.wdStory; 

         extend = Word.WdMovementType.wdMove;

         createWordDoc.WordApp.Selection.EndKey(ref unit, ref extend);

      }

      /// <summary>

      /// Generates the text for requirements.  This uses custom styles to format the text 

      /// rather than formatting it in code.

      /// </summary>

      public static bool generateRequirementText( EA.Element theElement )

      {

         if ( theElement.Type.StartsWith("Requirement"))

         {

            string reqID = "";

            string reqShortDesc = "";

            string reqHeadingStyle ="";

            string reqParaStyle = "";

            // Set the style depending on the status

            switch ( theElement.Status )

            {

               case "Proposed":

                  reqHeadingStyle = EA_Constants.styleName_ReqPropHdr;

                  reqParaStyle    = EA_Constants.styleName_ReqPropBody;

                  break;

               case "Rejected":

                  reqHeadingStyle = EA_Constants.styleName_ReqRejHdr;

                  reqParaStyle    = EA_Constants.styleName_ReqRejBody;

                  break;

               case "Approved":

                  reqHeadingStyle = EA_Constants.styleName_ReqAppHdr;

                  reqParaStyle    = EA_Constants.styleName_ReqAppBody;

                  break;

               default:

                  reqHeadingStyle = EA_Constants.styleName_ReqAppHdr;

                  reqParaStyle    = EA_Constants.styleName_ReqAppBody;

                  break;

            }

            // Pull out the ID from the name

            int pos = theElement.Name.IndexOf( " ", 0, theElement.Name.Length );

            if (pos > 0)

               reqID = theElement.Name.Substring( 0, pos );

            // Count '.' chars in the ID

            int numDots = 0;

            foreach (char c in reqID)

            {

               if (c == '.')

                  numDots++;

            }

            // Calculate what the left/hanging indent should be based on the standard 2.5 cm plus a 

            // factor derived from the number of dots in the ID

            float indent_cm = (float)(2.5 + (0.5 * numDots));

            // Pull out the short description from the rest of the name

            reqShortDesc = theElement.Name.Substring( pos, theElement.Name.Length-pos );

            reqShortDesc = reqShortDesc.Trim();

            // Add the text

            Word.Range wr_id = appendAndSelectText( reqID + '\t', reqHeadingStyle );

            Word.Range wr_desc = appendAndSelectText( reqShortDesc, reqHeadingStyle, true );

            //Bold the short description

            wr_desc.Start = wr_desc.Start-1;

            wr_desc.Font.Bold = 1;

            // Indent according to the number of dots in the tag

            if (numDots > 0)

            {

               wr_desc.ParagraphFormat.LeftIndent      =  createWordDoc.WordApp.CentimetersToPoints(indent_cm);

               wr_desc.ParagraphFormat.FirstLineIndent = -createWordDoc.WordApp.CentimetersToPoints(indent_cm);

            }

            // Add requirement notes/body, if there is any

            if (theElement.Notes != null && theElement.Notes.Length > 0)

            {

               Word.Range wr_body = appendAndSelectText( theElement.Notes, reqParaStyle );

               // indent according to the number of dots in the tag

               if (numDots > 0)

               {

                  wr_body.ParagraphFormat.LeftIndent = createWordDoc.WordApp.CentimetersToPoints( indent_cm );

               }

            }

            else

            {

               // If the requirement has no body text, its SpaceAfter will be 3, so we adjust it here to 6

               // just like what the body would have, if it were present.

               wr_desc.ParagraphFormat.SpaceAfter = 6;

            }

            return true;

         }

         return false;

      }

   }

}